INTRODUCTION: Transient intestinal ischemia can reduce anastomotic strength, which poses an increased risk of complications. The objective of this study is to establish if a prolonged interval between profound ischemia and construction of an anastomosis affects anastomotic strength. METHODS: Male Wistar rats were used: in experimental groups, profound mesenteric ischemia was induced by clamping both superior mesenteric artery and more distal arteries in the ileal mesentery. Resection and anastomosis in ileum and colon were performed immediately (IR0) or 24 h after releasing the clamps (IR24). In controls (C0 and C24), arteries were not clamped. After 5 days, anastomotic bursting pressure (BP), breaking strength (BS), and hydroxyproline were...
Background: Previous experimental studies have repeatedly demonstrated the potential protective effe...
Item does not contain fulltextBACKGROUND: The strength of intestinal anastomoses is relatively low i...
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
BACKGROUND: Under certain conditions, transient intestinal ischemia can reduce anastomotic strength....
PURPOSE: Experimental data suggest that transient preoperative ischemia and reperfusion may compromi...
Contains fulltext : 52447.pdf (publisher's version ) (Closed access)PURPOSE: Exper...
INTRODUCTION: During bowel surgery, perioperative blood loss and hypotension can lead to transient i...
Contains fulltext : 80885.pdf (publisher's version ) (Closed access)INTRODUCTION: ...
bowel may induce further local tissue damage due to reperfusion injury. Therefore, we aimed to inves...
Background: Ischemic conditions in the intestine result in deterioration of anastomosis healing proc...
PURPOSE: Protecting the anastomotic integrity using suture or staple line reinforcement remains an i...
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
PURPOSE: Experimental studies indicate that perioperative hypoperfusion impairs anastomotic healing....
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
Item does not contain fulltextPURPOSE: Protecting the anastomotic integrity using suture or staple l...
Background: Previous experimental studies have repeatedly demonstrated the potential protective effe...
Item does not contain fulltextBACKGROUND: The strength of intestinal anastomoses is relatively low i...
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
BACKGROUND: Under certain conditions, transient intestinal ischemia can reduce anastomotic strength....
PURPOSE: Experimental data suggest that transient preoperative ischemia and reperfusion may compromi...
Contains fulltext : 52447.pdf (publisher's version ) (Closed access)PURPOSE: Exper...
INTRODUCTION: During bowel surgery, perioperative blood loss and hypotension can lead to transient i...
Contains fulltext : 80885.pdf (publisher's version ) (Closed access)INTRODUCTION: ...
bowel may induce further local tissue damage due to reperfusion injury. Therefore, we aimed to inves...
Background: Ischemic conditions in the intestine result in deterioration of anastomosis healing proc...
PURPOSE: Protecting the anastomotic integrity using suture or staple line reinforcement remains an i...
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
PURPOSE: Experimental studies indicate that perioperative hypoperfusion impairs anastomotic healing....
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...
Item does not contain fulltextPURPOSE: Protecting the anastomotic integrity using suture or staple l...
Background: Previous experimental studies have repeatedly demonstrated the potential protective effe...
Item does not contain fulltextBACKGROUND: The strength of intestinal anastomoses is relatively low i...
Background: Antithrombin III is known as the most important natural inhibitor of thrombin activity a...