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자료유형
학술저널
저자정보
저널정보
대한안과학회 Korean Journal of Ophthalmology Korean Journal of Ophthalmology 제28권 제6호
발행연도
2014.1
수록면
486 - 492 (7page)

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Purpose: In this study, we examined the stability of the lens-angle supporter (LAS) for accommodation restorationby comparing intraocular lens (IOL) location, after-cataract and ciliary body damage after cataract surgeryin rabbits. Methods: Eight rabbits were divided into experimental and control groups of four rabbits each. Phacoemulsificationand irrigation and aspiration were performed in all rabbits. This was followed by an LAS and IOL insertionin the four experimental rabbits. In the four control rabbits, only an IOL insertion was performed. Six monthsafter the surgery, the location of the IOL, the conditions of the lens capsule and ciliary body were evaluatedusing a slitl-amp examination and Miyake-Apple view. Results: For the experimental group, the ultrasound biomicroscope results showed normal LAS and IOL positioningin all four cases. According to the slitlamp examination and Miyake-Apple view, the IOL was positionedat the center, with less after-cataract and damage to the ciliary body. For the control group, ultrasound biomicroscoperesults indicated a higher IOL position than normal, as well as a single case of IOL decentering. According to the slit-lamp examination and Miyake-Apple view, the IOL was decentered with more severe after-cataract and ciliary body damage. Conclusions: The LAS has the potential to maintain a stable IOL position while producing less after-cataractwhen used in lens-angle reconstruction for correction of presbyopia. Moreover, LAS implantation incurs lessdamage to the ciliary body.

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