BACKGROUND: The inguinal hernia is one of the most frequent surgical diseases, being frequent procedure and surgeon´s everyday practice. AIM: To present technical details in making hernioplasty using robotic equipment on bilateral inguinal hernia repair with single port and preliminary results with the method. METHOD: The bilateral inguinal hernia repair was performed by using the Single-Site(c) Da Vinci Surgical Access Platform to the abdominal cavity and the placement of clamps. RESULTS: This technique proved to be effective for inguinal hernia and have more aesthetic result when compared to other techniques. CONCLUSIONS: Inguinal hernia repair robot-assisted with single-trocar is feasible and effective. However, still has higher costs needing surgical team special training.
BACKGROUND: The inguinal hernia is one of the most frequent surgical diseases, being frequent procedure and surgeon´s everyday practice. AIM: To present technical details in making hernioplasty using robotic equipment on bilateral inguinal hernia repair with single port and preliminary results with the method. METHOD: The bilateral inguinal hernia repair was performed by using the Single-Site(c) Da Vinci Surgical Access Platform to the abdominal cavity and the placement of clamps. RESULTS: This technique proved to be effective for inguinal hernia and have more aesthetic result when compared to other techniques. CONCLUSIONS:Inguinal hernia repair robot-assisted with single-trocar is feasible and effective. However, still has higher costs needing surgical team special training.
Authors: Inderbir S Gill; Arnold P Advincula; Monish Aron; Jeffrey Caddedu; David Canes; Paul G Curcillo; Mihir M Desai; John C Evanko; Tomasso Falcone; Victor Fazio; Matthew Gettman; Andrew A Gumbs; Georges-Pascal Haber; Jihad H Kaouk; Fernando Kim; Stephanie A King; Jeffrey Ponsky; Feza Remzi; Homero Rivas; Alexander Rosemurgy; Sharona Ross; Philip Schauer; Rene Sotelo; Jose Speranza; John Sweeney; Julio Teixeira Journal: Surg Endosc Date: 2009-12-09 Impact factor: 4.584
Authors: Alexander Charles Morrell; Andre Luiz Gioia Morrell; Flavio Malcher; Allan Gioia Morrell; Alexander Charles Morrell-Junior Journal: Arq Bras Cir Dig Date: 2020-11-20