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Objective: To observe the safety and effect of sutureless phacoemulsification with PMMAintraocular lens (IOL) implantation.Methods: One-hundred and twenty-six cases (126 eyes) of suturelessphacoemulsification with PMMA intraocular lens (IOL) implantation were retrospectedand evaluated. The surgeries were performed through a limbal tunnel incision. PMMAIOLs with 5. 5mm or 6. Omm in diameter were implanted.Results: The follow-up was 3 ~ 20 months. Visual acuity of 0. 5 or better was obtained in120 cases (95. 2% ), and that of 1. 0 or better was obtained in 89 cases (70. 6% ) .Intra-operative complications included posterior capsule rupture in 9 cases (7. 1% ) andiris injury in 7 cases(5. 6% ). Postoperative complications included early corneal edemain 96 cases(76. 2% ), transient intraocular pressure elevation in 5 cases(4. 3% ),remnant of cortex in 1 case and leakage of incision in 1 case. All were properly managedwith good results.Conclusion: Sutureless phacoemulsification with PMMA IOL implantation is
Objective: To observe the safety and effect of sutureless phacoemulsification with PMMA intraocular lens (IOL) implantation. Methods: One-hundred and twenty-six cases (126 eyes) of sutureless phacoemulsification with PMMA intraocular lens (IOL) implantation were retrospectedand evaluated. The surgeries were Results: The follow-up was 3 ~ 20 months. Visual acuity of 0.5 or better was obtained in 120 cases (95.2% ), and that of 1. 0 or better was obtained in 89 cases (70.6%). Intra-operative complications included posterior capsule rupture in 9 cases (7.1%) and iris injury in 7 cases (5.6%) . Postoperative complications included early corneal edemain 96 cases (76.2%), transient intraocular pressure elevation in 5 cases (4.3%), remnant of cortex in 1 case and leakage of incision in 1 case. All were properly managed with good results .Conlusion: Sutureless phacoemulsification with PMMA IO L implantation is