1Ure B M P,eritoneaL,systemic.et al.and distant organ infLammatory responses are reduced by a Laparoscopic approach and carbon dioxide versus air[J].Surg Endosc,2001,16:836.
2Neuhaus S J,Gupta A,and Watson D I.HeLium and other aLternative insuffLation gases for Laparoscopy[J].Surg Endosc,2001,15:553.
3DanieLLe D Sweeney,Marc C SmaLdone and Steven G Docimo.MinimaLLy invasive surgery for uroLogic disease in chiLdren[J].NATURE CLINICAL PRACTICE,2007,4:26.
4Junghans T.Systematic evaLuation of different approaches for minimizing hemodynamic changes during pneumoperitoneum[J].Surg Endosc,2006,20:763.
6Ben SLama M R,SaLomon L,Hoznek A,et aL.ExtraperitoneaL Laparoscopic repair of ureteropeLvic junction obstruction:initiaL experience in 15 cases[J].UroLogy,2000,56:45.
7GLascock J M,WinfieLd H N,Lund G O,et aL.Carbon dioxide homeostasis during transperitoneaL or extraperitoneaL Laparoscopic peLvic1ymphadenectomy:a reaL time intraoperative comparison[J].J EndouroL,1996,10:319.
8Struthers A D.Cuschieri A CardiovascuLar consequences of Laparoscopic surgery[J].Lancet,1998,352:568.
9MANN C.The reLationship among carbon dioxide 1pneumoperitoneum,Vasopressin reLease and hemodynamic changes[J].Anesth AnaLg,1999,89(2):278.
10Gutt C.CircuLatory and respiratory compLications of carbon dioxide insuffLation[J].Dig Surg,2004,21:95.