Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic hilar dissection and right lobe mobilization in right donor hepatectomy. The setup of the robotic arms, the dissection of inflow vessels and retrohepatic inferior vena cava, and the pearls and pitfalls of these two parts of the operation are detailed.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic parenchymal transection and bile duct division in right donor hepatectomy. The setup of the robotic arms, methods of parenchymal transection using robotic instruments, and right hepatic duct division with the aid of indocyanine green dye are detailed, along with the pearls and pitfalls of these two parts of the operation.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic hilar dissection and right lobe mobilization in right donor hepatectomy. The setup of the robotic arms, the dissection of inflow vessels and retrohepatic inferior vena cava, and the pearls and pitfalls of these two parts of the operation are detailed.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic parenchymal transection and bile duct division in right donor hepatectomy. The setup of the robotic arms, methods of parenchymal transection using robotic instruments, and right hepatic duct division with the aid of indocyanine green dye are detailed, along with the pearls and pitfalls of these two parts of the operation.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic hilar dissection and right lobe mobilization in right donor hepatectomy. The setup of the robotic arms, the dissection of inflow vessels and retrohepatic inferior vena cava, and the pearls and pitfalls of these two parts of the operation are detailed.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic parenchymal transection and bile duct division in right donor hepatectomy. The setup of the robotic arms, methods of parenchymal transection using robotic instruments, and right hepatic duct division with the aid of indocyanine green dye are detailed, along with the pearls and pitfalls of these two parts of the operation.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic hilar dissection and right lobe mobilization in right donor hepatectomy. The setup of the robotic arms, the dissection of inflow vessels and retrohepatic inferior vena cava, and the pearls and pitfalls of these two parts of the operation are detailed.

Robotic surgery is emerging as a feasible minimally invasive approach for donor hepatectomy at specialized centers. The aim of this article is to systematically describe the surgical techniques for robotic parenchymal transection and bile duct division in right donor hepatectomy. The setup of the robotic arms, methods of parenchymal transection using robotic instruments, and right hepatic duct division with the aid of indocyanine green dye are detailed, along with the pearls and pitfalls of these two parts of the operation.