A Clinical Analysis of Chronic Aortoiliac Occlusive Disease.
- Author:
Jin Myoung HUH
1
;
Woo Hyung KWUN
;
Bo Yang SUH
;
Koing Bo KWUN
Author Information
1. Department of Surgery, College of Medicine, Yeungnam University, Korea.
- Publication Type:Original Article
- Keywords:
Aortoiliac occlusive disease;
Clinical analysis
- MeSH:
Ankle;
Cholesterol;
Classification;
Diabetes Mellitus;
Endarterectomy;
Female;
Fistula;
Humans;
Hypertension;
Incidence;
Ischemia;
Lower Extremity;
Lung Diseases;
Male;
Mortality;
Pathology;
Popliteal Artery;
Smoke;
Smoking;
Stents
- From:Journal of the Korean Society for Vascular Surgery
1999;15(1):45-56
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
Chronic Aorto-Iliac Occlusive Disease (CAIOD) commonly occurs in conjunction with obstruction in the femoral and popliteal arteries, resulting in ischemia of the lower extremities. To analyze the characteristics of CAIOD among Koreans, we relied on 110 cases of aorto-iliac occlusive disease in-patients who underwent operative treatment at Yeungnam university hospital during the last 15 years. Among the 110 total cases, the mean age was 61, with the highest incidence among people in their 60s, followed by those in their 50 s and then in their 70 s. 88.2% of the cases occurred in males with the remaining 11.8% occurring among females. Co-existing diseases included hypertension 46 cases (41.8% of the cases), coronary arterial diseases 17 cases (15.4%), diabetes mellitus 22 cases (20%), chronic pulmonary diseases 14 cases (12.7%) and cerebrovascular diseases 10 cases (9.1%). 80% of the cases involved patients with a history of smoking. The level of serum total cholesterol was higher than normal in 32.7% of cases. Advanced arteriosclerotic manifestation was found in over two-thirds of the cases, with the anatomical distribution as follows: Type I 5 cases (4.5%), Type II 30 cases (27.3%) and Type III 75 cases (68.2%). According to the Fontaine classification of clinical symptoms, the distribution was as follows: Grade I (0 case), Grade II 52 cases (47.3%), Grade III 36 cases (32.7%) and Grade IV 22 cases (20.0%). Among the 110 cases, 75 received only inflow procedures, 19 received both inflow and outflow procedures at the same time, and 16 received only outflow procedures. Among the 94 cases of inflow procedures, PTA accounted for 11 cases, PTA with stent accounted for 5, endarterectomy for 3, and bypass operations for 75. The breakdown for the 75 cases of bypass operations was as follows: aortofemoral or aortoiliac (21 cases): iliofemoral (12 cases): extraanatomic bypass including axillobifemoral bypass (15 cases): and fem-fem bypass (27 cases). Thirty-five outflow procedures included femoropopliteal and femorotibial bypass (22 cases), thromboembolectomy (6 cases), endarterectomy (5 cases) and profundoplasty (2 cases). 19 out of these 35 outflow procedures were performed in conjunction with inflow procedures at the time of the initial operation, but 16 were used without inflow procedure, mainly for Type III cases with relatively mild aortoiliac pathology. In over 90% of the 110 operative cases, the early outcome was good with 3 to 2 rating according to Rutherford criteria. The early outcome seemed to be related to the extent of disease and preoperative clinical symptoms but not with the surgical procedures used. Among the 110 total cases, 26 (23.6%) required second procedures. Among the 94 cases of inflow procedures, 24 (25.5%) required the second procedures, while among the 16 cases of outflow procedures, 2 (12.5%) required the second procedures. Among the 94 cases of inflow procedures, the need for second operations was higher in cases undergoing both inflow and outflow procedure at the same time (36.8%, 7 out of 19 cases) compared to the cases that underwent inflow procedure only (22.6%, 17 out of 75 cases). Among the inflow procedures, axillofemoral (46.7%) and iliofemoral (41.7%) bypass required the 2nd procedures much more frequently than aorto-fem (23.8%), fem-fem (14.8%) bypass and PTA (18.8%). An overall 5-year cumulative patency rate demonstrated significant statistical differences between procedures (p=0.001 Log Rank test): aortofemoral or aortoiliac: 0.81, fem-fem: 0.77, PTA: 0.74, iliofemoral: 0.56, and axillofemoral: 0.50. A 5-year cumulative patency rate also showed a significant correlation with the extent of disease (p=0.01), preoperative ischemic symptoms (p=0.05) and Ankle Brachial pressure Index (ABI.). Operative mortality for the 110 cases was 3.6% (4 cases), including 3 resulting from associated cardiac conditions and 1 resulting from aortoduodenal fistula.
