PURPOSE: The prevalences of restenosis and stroke after a carotid endarterectomy (CEA) tend to differ substantially according to the surgeon. Primary closure after a CEA was the routine procedure in our institute. The primary objectives of this study were to compare the results of patients of a primary arteriotomy closure in CEA between our own and others' results based on the findings in the literature. METHODS: One hundred and sixty-six patients who underwent a primary closure were analyzed. Perioperative neurologic deficits were determined by the neurologist. Restenosis was defined as >50% stenosis on duplex scan. The range of follow-up was 7-112 months. RESULTS: Stroke including transient ischemic attack occurred within 30 postoperative days in 3 patients and after 30 postoperative days in 1 of the 166 patients. Five patients showed >50% asymptomatic restenosis. Two patients were treated with stent insertion and one underwent reoperation. One patient showed total occlusion during the follow-up period without any neurological deficits. One patient showed 50%-70% stenosis, and no intervention was done. CONCLUSIONS: The rates of recurrent stenosis and postoperative stroke were found to be sufficiently low following a primary closure to justify the continued use of this technique.
PURPOSE: The prevalences of restenosis and stroke after a carotid endarterectomy (CEA) tend to differ substantially according to the surgeon. Primary closure after a CEA was the routine procedure in our institute. The primary objectives of this study were to compare the results of patients of a primary arteriotomy closure in CEA between our own and others' results based on the findings in the literature. METHODS: One hundred and sixty-six patients who underwent a primary closure were analyzed. Perioperative neurologic deficits were determined by the neurologist. Restenosis was defined as >50% stenosis on duplex scan. The range of follow-up was 7-112 months. RESULTS:Stroke including transient ischemic attack occurred within 30 postoperative days in 3 patients and after 30 postoperative days in 1 of the 166 patients. Five patients showed >50% asymptomatic restenosis. Two patients were treated with stent insertion and one underwent reoperation. One patient showed total occlusion during the follow-up period without any neurological deficits. One patient showed 50%-70% stenosis, and no intervention was done. CONCLUSIONS: The rates of recurrent stenosis and postoperative stroke were found to be sufficiently low following a primary closure to justify the continued use of this technique.
Authors: D I Kim; S J Lee; B B Lee; Y I Kim; C S Chung; D W Seo; K H Lee; Y H Ko; D K Kim; Y S Do; H S Byun Journal: Surg Today Date: 2000 Impact factor: 2.549