학술논문

Lesson learned from early and long-term results of 327 cases of coexisting surgical abdominal diseases and aortic aneurysms treated in open and endovascular surgery
Original Article
Document Type
Academic Journal
Source
Updates in Surgery. June 2012, Vol. 64 Issue 2, p125, 6 p.
Subject
Development and progression
Comparative analysis
Health aspects
Mortality -- Comparative analysis
Hernia -- Development and progression -- Health aspects
Aneurysm -- Development and progression -- Health aspects
Aneurysms -- Development and progression -- Health aspects
Language
English
Abstract
Author(s): Stefano Bonardelli [sup.1], Edoardo Cervi [sup.2], Franco Nodari [sup.2], Cristina Guadrini [sup.2] [sup.3], Camilla Zanotti [sup.2], Stefano Maria Giulini [sup.2] Author Affiliations: (1) grid.7637.5, 0000000417571846, Department of Medical and [...]
Patients with abdominal aortic aneurysm (AAA) frequently have other abdominal pathologies of surgical interest (other diseases, OD). Out of 1,375 elective open aortic replacements for AAA, 315 cases with OD were subdivided in Group 1 (82 patients with 'clean wound' OD) and Group 2 (233 patients with 'clean-contaminated wound' OD). The results of the sub-groups in which OD was treated at the same time as AAA were analysed (1a, 66 cases and 2a, 86 cases) and compared with OD not treated at the same time as AAA (1b, 16 cases and 2b, 147 cases). EVAR was done in 12 patients with a infrarenal AAA and concomitant abdominal disease. In this group post-operative complications occured in two patients (endoleaks) and no sign of endograft infection was developed. Mean follow-up was 36 months. Mortality was 0% in Group 1a, 1b, 2b and 5.8% in Group 2a. In Group 1a there were one haemoperitoneum, one ischaemic colitis and one graft infection. In Group 1b there were 4 nefrectomies for renal carcinoma and three emergency hernia repairs within 18 months from AAA operation. In Group 2a the follow-up was uneventful. In Group 2b there was no acute complication of OD and 57.2% of patients were subsequently operated for OD. In the EVAR group the 30-day and late mortality rates were 0 and 25%, respectively and all deaths were cancer-related. Contemporary correction of OD in open surgery for AAA should be performed in clean wound cases, while clean-contaminated operations can be done only in selected cases. EVAR is a valid alternative technique to open vascular surgery for the concomitant treatment of aortic aneurysms and abdominal pathologies.