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- W2092092185 abstract "ObjectiveThe objective of this study was to investigate the association of vein harvesting technique (VHT) with surgical site infection (SSI) and graft patency after infrainguinal arterial bypass.MethodsThe Vascular Quality Initiative database was used to review VHT of all patients undergoing single-segment great saphenous vein graft infrainguinal arterial bypass from 2003 to 2013. Patients were divided into three groups according to the VHT used (continuous incision, skip incision, and endoscopic). Multinomial logistic regression was performed to estimate propensity scores for each treatment group. Propensity score adjustment was included in multivariable analysis of the primary outcomes: SSI and graft primary patency.ResultsFrom 2003 to 2013, 5066 patients underwent single-segment great saphenous vein graft infrainguinal bypass. The VHT was continuous incision in 48.6%, skip incision in 39.7%, and endoscopic in 12.7%. SSI rates did not differ significantly among the groups (continuous, 4.7%; skip, 4.0%; endoscopic, 3.4%; P = .278). On multivariable analysis, there was no difference in discharge primary patency between the three groups. At 1 year, primary patency rates were 69.5% for continuous, 73.0% for skip, and 58.6% for endoscopic (P < .001). After multivariable analysis, endoscopic vein harvest was independently associated with higher 1-year primary patency loss compared with both continuous (hazard ratio [HR], 1.35; 95% confidence interval [CI], 1.05-1.74; P = .020) and skip (HR, 1.53; 95% CI, 1.18-2.00; P = .002). There was no significant difference in 1-year primary patency loss between continuous and skip techniques (HR, 0.88; 95% CI, 0.73-1.05; P = .170).ConclusionsNo association between the choice of VHT and the development of SSI after infrainguinal arterial bypass was identified in the Vascular Quality Initiative population. Endoscopic VHT was associated with significantly reduced 1-year primary patency rate compared with both continuous and skip techniques. The objective of this study was to investigate the association of vein harvesting technique (VHT) with surgical site infection (SSI) and graft patency after infrainguinal arterial bypass. The Vascular Quality Initiative database was used to review VHT of all patients undergoing single-segment great saphenous vein graft infrainguinal arterial bypass from 2003 to 2013. Patients were divided into three groups according to the VHT used (continuous incision, skip incision, and endoscopic). Multinomial logistic regression was performed to estimate propensity scores for each treatment group. Propensity score adjustment was included in multivariable analysis of the primary outcomes: SSI and graft primary patency. From 2003 to 2013, 5066 patients underwent single-segment great saphenous vein graft infrainguinal bypass. The VHT was continuous incision in 48.6%, skip incision in 39.7%, and endoscopic in 12.7%. SSI rates did not differ significantly among the groups (continuous, 4.7%; skip, 4.0%; endoscopic, 3.4%; P = .278). On multivariable analysis, there was no difference in discharge primary patency between the three groups. At 1 year, primary patency rates were 69.5% for continuous, 73.0% for skip, and 58.6% for endoscopic (P < .001). After multivariable analysis, endoscopic vein harvest was independently associated with higher 1-year primary patency loss compared with both continuous (hazard ratio [HR], 1.35; 95% confidence interval [CI], 1.05-1.74; P = .020) and skip (HR, 1.53; 95% CI, 1.18-2.00; P = .002). There was no significant difference in 1-year primary patency loss between continuous and skip techniques (HR, 0.88; 95% CI, 0.73-1.05; P = .170). No association between the choice of VHT and the development of SSI after infrainguinal arterial bypass was identified in the Vascular Quality Initiative population. Endoscopic VHT was associated with significantly reduced 1-year primary patency rate compared with both continuous and skip techniques." @default.
- W2092092185 created "2016-06-24" @default.
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- W2092092185 date "2015-05-01" @default.
- W2092092185 modified "2023-10-16" @default.
- W2092092185 title "Vein harvesting technique for infrainguinal arterial bypass with great saphenous vein and its association with surgical site infection and graft patency" @default.
- W2092092185 cites W162324709 @default.
- W2092092185 cites W1638068208 @default.
- W2092092185 cites W1966083434 @default.
- W2092092185 cites W1970265550 @default.
- W2092092185 cites W1978247148 @default.
- W2092092185 cites W1986771889 @default.
- W2092092185 cites W1988672282 @default.
- W2092092185 cites W1989334874 @default.
- W2092092185 cites W1996055079 @default.
- W2092092185 cites W1999497040 @default.
- W2092092185 cites W2005529288 @default.
- W2092092185 cites W2006879256 @default.
- W2092092185 cites W2024141041 @default.
- W2092092185 cites W2031753689 @default.
- W2092092185 cites W2032245068 @default.
- W2092092185 cites W2033325879 @default.
- W2092092185 cites W2043363204 @default.
- W2092092185 cites W2048470090 @default.
- W2092092185 cites W2054485155 @default.
- W2092092185 cites W2059012317 @default.
- W2092092185 cites W2062891069 @default.
- W2092092185 cites W2063599136 @default.
- W2092092185 cites W2068200901 @default.
- W2092092185 cites W2085488913 @default.
- W2092092185 cites W2093023960 @default.
- W2092092185 cites W2096303535 @default.
- W2092092185 cites W2109170118 @default.
- W2092092185 cites W2113657372 @default.
- W2092092185 cites W2118936457 @default.
- W2092092185 cites W2119674623 @default.
- W2092092185 cites W2133387262 @default.
- W2092092185 cites W2133438118 @default.
- W2092092185 cites W2147429735 @default.
- W2092092185 cites W2162194530 @default.
- W2092092185 cites W2328870579 @default.
- W2092092185 cites W2407190469 @default.
- W2092092185 cites W3123582712 @default.
- W2092092185 cites W4237525156 @default.
- W2092092185 doi "https://doi.org/10.1016/j.jvs.2014.12.049" @default.
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