Key result
Infrageniculate bypass grafting using non-greater saphenous autogenous conduits achieved a primary patency rate of 49%, a primary assisted patency rate of 75%, and 87% limb salvage at 30 months.
Why the study?
Does infrageniculate bypass using non-greater saphenous autogenous conduits provide satisfactory patency and limb salvage in patients without available greater saphenous vein?
Cohort (n=48)
Does infrageniculate bypass using non-greater saphenous autogenous conduits provide satisfactory patency and limb salvage in patients without available greater saphenous vein?
Answers are grounded in this paper and cite their sources.
Non-greater saphenous autogenous conduits for infrageniculate bypass yield satisfactory intermediate limb salvage and patency rates, though close surveillance is required.
Infrainguinal bypass grafting with greater saphenous vein has proven to be a highly effective procedure with primary 5-year patency and limb salvage rates exceeding 80 per cent. However, because of prior usage or intrinsic venous disease the greater saphenous vein is often not available as a conduit. Numerous studies have shown that patency rates for prosthetic bypass grafting to the infrageniculate vessels are clearly inferior to that reported for greater saphenous vein bypass. In this report we summarize our experience with the use of alternate autogenous vein grafting to the infrageniculate vessels. The records of all patients undergoing autogenous bypass grafting to the infrageniculate vessels using a conduit other than the greater saphenous vein between 1992 and 1999 were reviewed. Graft survival curves were plotted using the Kaplan-Meier method and results are reported using the Society for Vascular Surgery/International Society for Cardiovascular Surgery guidelines. Forty-eight patients underwent a total of 51 infrageniculate bypass procedures using non-greater saphenous autogenous conduits. Thirty-nine patients had reconstructions performed with single segments of arm vein, two had their operations performed with lesser saphenous vein, and ten had grafts created with two segments of non-greater saphenous autogenous vein. Twenty-one grafts were performed to the infrageniculate popliteal artery and 30 were performed to the tibial vessels. Primary and primary assisted patency rates at 30 months were 49 and 75 per cent. Limb salvage was 87 per cent. Infrainguinal bypass grafting using non-greater saphenous autogenous conduits can yield quite satisfactory intermediate limb salvage and patency rates. However, close graft surveillance and prompt intervention are required to avoid graft failure.
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Alexander et al. (2002) conducted a cohort in Peripheral arterial disease requiring infrageniculate bypass (n=48). Non-greater saphenous autogenous vein grafting was evaluated on Primary patency rate at 30 months. Infrageniculate bypass grafting using non-greater saphenous autogenous conduits achieved a primary patency rate of 49%, a primary assisted patency rate of 75%, and 87% limb salvage at 30 months.
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