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This allowed the anastomosis diameter to be calculated in a distended state before biomechanical testing which could have affected the diameter measurement if the anastomosis was damaged during testing. Measurements were performed 5?cm proximal and 5?cm distal to the anastomosis as well as at the anastomosis site. Bursting pressures were tested by submerging the anastomoses in a bath of saline solution. An infusion pump (Masterflex LS infusion pump, Cole-Parmer) was connected to the proximal end and connected to a fluid bag filled with water and new methylene blue dye (5?mL/5?L 0.9% saline solution). The proximal end was sealed with a zip tie. The distal end was closed http://www.selleck.cn/products/CP-690550.html with 2 Doyen forceps over a microtip digital pressure transducer (Mikro-Tip(r) Catheter Transducer, Millar Instruments, Inc., Houston, TX) connected to a computer with a data acquisition system (SonoLab, Sonometrics Corp, London, Ontario, Canada). Fluid was injected into the anastomosis construction at a constant rate of 1?L/min. Intraluminal pressures were recorded until construct failure. Bursting pressure as well as the location of failure was recorded. A time versus pressure curve was created to evaluate the changes in pressure over testing for each construct. Data http://www.selleckchem.com/products/ABT-263.html was tested for normality with a Shapiro�CWilk test and all data was determined to be normally distributed (Prism5, GraphPad Prism, San Diego, CA). Construction time, anastomotic index, number http://www.selleckchem.com/products/abt-199.html of bites, and bursting pressures were reported as a mean?��?SEM. A Student's paired t-test was used to compare the aforementioned measurements between the 2 suture types and statistical significance was set at P?