Type III/Type IV Giant Para-Oesophageal Herniae: Our Technique of Gastropexy with Biological Prosthesis  

作　　者：Kassem Alubaidi Ashish Kiran Shrestha Meera Joshi Sanjoy Basu Kassem Alubaidi;Ashish Kiran Shrestha;Meera Joshi;Sanjoy Basu(Department of General Surgery, William Harvey Hospital, Kent, UK;Department of Surgery and Cancer, Imperial College, London, UK;Surgical Registrar, WHH, Kent, UK)

机构地区：[1]Department of General Surgery, William Harvey Hospital, Kent, UK [2]Department of Surgery and Cancer, Imperial College, London, UK [3]Surgical Registrar, WHH, Kent, UK

出　　处：《Surgical Science》2016年第5期226-229,共4页外科学（英文）

摘　　要：Objective: To present our technique of laparoscopic repair of giant para-oesophageal hernia with biological prosthesis (porcine dermis). Method: Our technique involves creating a pneumoperitoneum with standard port placement for anti-reflux surgery, mediastinal sac dissection and excision, crura-plasty, tension free placement of the biological prosthesis for hiatal reinforcement, fundoplication and gastropexy. Conclusion: Our technique of laparoscopic repair of giant para-oesophageal hernia with biological mesh is feasible and safe with acceptable morbidity and outcome.Objective: To present our technique of laparoscopic repair of giant para-oesophageal hernia with biological prosthesis (porcine dermis). Method: Our technique involves creating a pneumoperitoneum with standard port placement for anti-reflux surgery, mediastinal sac dissection and excision, crura-plasty, tension free placement of the biological prosthesis for hiatal reinforcement, fundoplication and gastropexy. Conclusion: Our technique of laparoscopic repair of giant para-oesophageal hernia with biological mesh is feasible and safe with acceptable morbidity and outcome.

关 键 词：Giant Para-Oesophageal Herniae Hiatal Defect Biological Mesh GASTROPEXY 

分 类 号：R65[医药卫生—外科学]