Effects of selective shunt plus devascularization on splanchnic hemodynamics
Qiyu Zhang, Qiandong Zhu, Chonglin Tao, Qiqiang Zeng, Zheng-ping Yu, Yi Liao
Abstract
Qiyu Zhang, Qiandong Zhu, Chonglin Tao, Qiqiang Zeng, Zheng-ping Yu, Yi Liao
Abstract
Objective To evaluate the changes of splanchnic hemodynamics after selective decongestive devascularization shunt of gustrosplenic region (SDDS-GSR) in the treatment of patients with portal hypertension. Methods All these 41 portal hypertensive patients underwent a combination surgery including partially occlusion of the splenic artery, Warren distal splenorenal shunt and devascularization. Postoperative patients were followed-up by ultrasonography for changes of splanchnic hemodynamics. Results were compared with that of 21 healthy volunteers. Results The thickness of spleen 2 weeks and 1 year after surgery (47±8) mm, (46±8) nun decreased from preoperative (60±9) mm (P 0.05). Conclusions There are significant alterations in hepatic and splenic hemodynamics in patients with portal hypertension, and that SDDS-GSR can partially reverse the chaos of the hepatic and splenic hemodynamics in cirrhotic portal hypertensive patients. Key words: Hypertension; portal; Splenorenal shunt; surgical; Hemodynamics
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Objective To evaluate the changes of splanchnic hemodynamics after selective decongestive devascularization shunt of gustrosplenic region (SDDS-GSR) in the treatment of patients with portal hypertension. Methods All these 41 portal hypertensive patients underwent a combination surgery including partially occlusion of the splenic artery, Warren distal splenorenal shunt and devascularization. Postoperative patients were followed-up by ultrasonography for changes of splanchnic hemodynamics. Results were compared with that of 21 healthy volunteers. Results The thickness of spleen 2 weeks and 1 year after surgery (47±8) mm, (46±8) nun decreased from preoperative (60±9) mm (P 0.05). Conclusions There are significant alterations in hepatic and splenic hemodynamics in patients with portal hypertension, and that SDDS-GSR can partially reverse the chaos of the hepatic and splenic hemodynamics in cirrhotic portal hypertensive patients. Key words: Hypertension; portal; Splenorenal shunt; surgical; Hemodynamics
Key concepts: Medicine, Splanchnic, Portal hypertension, Hemodynamics, Shunt (medical), Splenic artery, Splanchnic Circulation, Occlusion