Use of the breast implant for liver graft malposition

Treatment of acute intraoperative Budd-Chiari syndrome by placement of silicone prosthesis

Complete liver mobilization for major resections sometimes causes liver tilting due to the release of the suspensory elements of the liver. Rarely this may take to a liver abnormal position with acute obstruction to venous flow at the suprahepatic level (Budd-Chiari syndrome). To avoid this complication, techniques such as post-operative stent implantation have been described. The case of a patient who underwent a complete mobilization of the liver for resection of the inferior venous cava and a right renal tumor, was reported. After that, an acute Budd-Chiari Syndrome was observed caused of the liver malposition, which was solved with the placement of two silicone prostheses in the liver cell.

Breast implant during orthotopic liver transplant to avoid hepatic outflow obstruction

Donor-recipient size mismatch in liver transplantation is a recognized but uncommon situation. It can lead to a partial or complete obstruction of the inferior vena cava with subsequent hepatic outflow obstruction. Placement of a breast implant in the right upper quadrant of the abdomen during liver transplantation is a technically easy resource and can protect the liver graft from kinking or rotation.

Sengstaken Tube Removal under Direct Hemodynamic Monitoring after Post Transplantation Venous Occlusion

The surgical procedure for orthotopic liver transplantation (OLT) is well standardized, and most groups use the retrohepatic caval preservation or piggyback technique to improve hemodynamic tolerance. However, when a discrepancy between the site in the right upper quadrant of the liver recipient and a small graft is present, this technique can provoke a rotation on the axis of the vena cava and cause an occlusion of the suprahepatic vein drainage. This problem can be detected intraoperatively, and several methods have been described to resolve it by placing different devices to correct the position. Early withdrawal may cause the development of clinical hepatic congestion with ascites unresponsive to medical treatment. We present three cases of OLT who developed obstruction of the venous drainage solved intraoperatively with the placement of a Sengstaken-Blakemore tube. As a novelty, prior to the withdrawal of the device, a transjugular hemodynamic study was performed to ensure the correct position of the liver with adequate venous drainage.

Ectopic placement of Sengstaken-Blakemore device to correct outflow obstruction in liver transplantation: case reports

Liver transplantation is a complex procedure that has become the treatment for some end-stage liver diseases. Some technical features are important for the success of the transplantation, including the patency of the vascular anastomoses. In cadaveric whole organ liver transplantation, a large right subphrenic space may contribute to a twist of the inferior vena cava, leading to outflow obstruction, simulating an acute Budd-Chiari syndrome. Some devices can be used to correct this drainage problem. Herein, we have described 2 cases in which the Sengstaken-Blakemore balloon was safely used, in an ectopic position, to fix drainage complications in whole liver orthotopic transplantation.