Z Kapran1, O M Uyar, V Kaya, K Eltutar. 1. Department of Ophthalmology, SSK Istanbul Educational Hospital, Turkey. yzkapran@superonline.com.tr
Abstract
PURPOSE: To investigate the causes and management of recurrences of complicated retinal detachment after vitreoretinal surgery. METHODS: Vitreoretinal surgery was performed in 61 patients with complicated retinal detachment who were followed up for 4-24 (mean 7) months. Liquid perfluorocarbon (PFC) was used in all 61, silicone oil in 40 and perfluoropropane (C3F8) in 18 patients. RESULTS: Retinal attachment was achieved in 58 patients (95%) during the first operation. Due to the recurrence of detachment 17 patients (29%) had to be operated for a second, 7 (12%) a third and 4 (7%) a fourth time. Anterior and posterior proliferative vitreoretinopathy, missed tear, retinal incarceration, subretinal membrane and perisilicone proliferation were the factors causing redetachment. CONCLUSIONS: The best anatomical and functional results are obtained by dissection of the anterior membranes. In order to properly remove the retinal periphery the crystalline or intraocular lens should be removed. Comparison of our results with others indicates that anatomical success depends, to a certain extent, on doing only one, radical operation on the pathology that leads to recurrence.
PURPOSE: To investigate the causes and management of recurrences of complicated retinal detachment after vitreoretinal surgery. METHODS: Vitreoretinal surgery was performed in 61 patients with complicated retinal detachment who were followed up for 4-24 (mean 7) months. Liquid perfluorocarbon (PFC) was used in all 61, silicone oil in 40 and perfluoropropane (C3F8) in 18 patients. RESULTS: Retinal attachment was achieved in 58 patients (95%) during the first operation. Due to the recurrence of detachment 17 patients (29%) had to be operated for a second, 7 (12%) a third and 4 (7%) a fourth time. Anterior and posterior proliferative vitreoretinopathy, missed tear, retinal incarceration, subretinal membrane and perisilicone proliferation were the factors causing redetachment. CONCLUSIONS: The best anatomical and functional results are obtained by dissection of the anterior membranes. In order to properly remove the retinal periphery the crystalline or intraocular lens should be removed. Comparison of our results with others indicates that anatomical success depends, to a certain extent, on doing only one, radical operation on the pathology that leads to recurrence.