Robotic HPB Surgery in Delhi

Robotic Liver Surgery in Delhi

Robotic liver surgery at our Delhi centre covers resection of liver tumours, excision of liver cysts and right or left lobe donor hepatectomy for liver transplant. The Da Vinci Xi system is particularly valuable for liver surgery near major hepatic veins and the confluence of the right and left bile ducts.

Its three-dimensional magnified view and wristed instruments allow precise dissection in areas that may be difficult to reach using standard laparoscopic instruments.

Conditions Treated With Robotic Liver Surgery

• Hepatocellular carcinoma: Robotic liver resection for single or selected multifocal tumours in patients with preserved liver function.
• Colorectal liver metastases: Robotic resection for selected patients with limited metastatic disease and an adequate future liver remnant.
• Liver cysts and benign lesions: Robotic deroofing or resection for symptomatic hepatic cysts, haemangiomas and focal nodular hyperplasia.
• Living donor hepatectomy: Robotic right or left lobe harvest for living donor liver transplant, providing the donor with a smaller scar and faster recovery.

The robotic approach is used only when it provides a genuine clinical benefit. For very large tumours, tumours requiring vascular reconstruction or tumours unsuitable for minimally invasive resection, our team may perform an ante-situm liver resection as an open procedure.

Robotic Whipple Procedure in Delhi

The Whipple procedure is one of the most technically complex operations performed in HPB surgery. It involves removing the head of the pancreas, part of the small intestine, the gallbladder and the bile duct, followed by reconstruction of the digestive tract with three separate anastomoses.

A robotic Whipple procedure in Delhi at our centre uses the Da Vinci Xi system to perform this reconstruction with precise suturing. In appropriately selected patients, this may help reduce blood loss and lower the risk of anastomotic complications.

• Indications: Pancreatic head cancer, ampullary carcinoma, distal cholangiocarcinoma and duodenal cancer.
• Hospital stay: Typically 7 to 10 days for robotic Whipple surgery compared with 10 to 14 days for open Whipple surgery in straightforward cases.
• Blood loss: Significantly reduced in robotic Whipple surgery when performed by an experienced surgical team.
• Borderline resectable cases: Reviewed at our weekly multidisciplinary tumour board with oncology and radiology specialists. Neoadjuvant chemotherapy may be recommended before surgery.

Robotic Bile Duct Reconstruction in Delhi

Bile duct injury after cholecystectomy and biliary strictures from other causes require meticulous microsurgical reconstruction. The robotic platform's precise suturing capability makes it particularly suitable for hepaticojejunostomy and bile duct injury repair in Delhi.

ICG Firefly fluorescence imaging is used during surgery to assess bile duct integrity in real time and reduce the risk of missed bile leaks. Our Delhi team also uses robotic surgery for choledochal cyst excision and selected hilar reconstructions.

Robotic Surgery and Liver Transplant in Delhi

Searches for robotic liver transplant often refer to two different procedures. It is important to understand the distinction between them.

Robotic Living Donor Hepatectomy

Donor surgery in a living donor liver transplant involves removing part of a healthy relative's liver. At our Delhi centre, this donor hepatectomy can be performed robotically using the Da Vinci Xi system.

This approach gives the donor a smaller surgical scar, less post-operative pain and a faster return to normal activity compared with open donor surgery, without compromising graft quality.

Fully Robotic Liver Implantation

Fully robotic liver implantation, where the robotic system is used for the recipient's hepatectomy and graft implantation, is still in early development globally. Only a small number of high-volume research centres have reported pilot cases.

At our Delhi centre, recipient implantation is performed through open surgery, which remains the globally recognised standard of care. We continue to review emerging evidence and will adopt fully robotic implantation when it becomes validated at scale.

Technology at Our Delhi Robotic HPB Centre

Da Vinci Xi Robotic Platform

The Da Vinci Xi is the current-generation robotic surgical system. Its capabilities for HPB surgery include:

• Four robotic arms that can be repositioned during surgery without redocking.
• 4K three-dimensional magnified visualisation.
• EndoWrist instruments with seven degrees of freedom.
• Tremor filtration for precise surgical movements.
• A dual-console option that allows a second surgeon to assist during complex procedures.

ICG Firefly Fluorescence Imaging

Indocyanine green fluorescence, marketed as Firefly on the Da Vinci system, provides real-time visualisation of bile ducts and blood vessels through a near-infrared overlay during surgery.

At our Delhi centre, it is routinely used during robotic bile duct reconstruction and robotic liver resection to confirm biliary integrity before completing the procedure.

4K Three-Dimensional Visualisation

The operative field is displayed at ten to fifteen times magnification in full 4K three-dimensional colour. This allows the surgeon to identify small biliary structures, blood vessels, anatomical variations and tumour margins with exceptional clarity.

Hybrid Operating Theatres

The hybrid operating theatres at Fortis Hospital, Shalimar Bagh, support intraoperative fluoroscopy and CT imaging alongside robotic surgery. This enables real-time vascular and biliary imaging during complex procedures without moving the patient.

Robotic vs Laparoscopic vs Open HPB Surgery

The right surgical approach depends on your condition, tumour location, vascular involvement and overall health.

Best Robotic HPB Doctor, Specialist and Hospital in Delhi

Choosing the right robotic HPB hospital in Delhi and robotic HPB specialist in Delhi is one of the most important decisions in robotic HPB surgery. The robotic platform is only as effective as the surgeon controlling it.

What to Look for When Choosing a Robotic HPB Specialist

• Specific robotic HPB case volume: The number of robotic Whipple procedures and robotic liver resections performed each year matters more than the total number of general robotic procedures performed at the hospital.
• HPB subspecialty training: Robotic certification alone does not make a robotic HPB specialist. The surgeon should also have extensive HPB and liver transplant experience.
• Willingness to convert when required: A trustworthy surgeon converts to open surgery whenever patient safety requires it. Conversion should be considered a sound surgical decision, not a failure.
• Access to the complete HPB spectrum: Both robotic and open HPB surgery should be available at the same centre so that treatment can continue without referral delays if the surgical plan changes.
• Da Vinci Xi system: Confirm that the hospital uses the Da Vinci Xi rather than an older system for complex liver and pancreatic procedures.

Dr. Ashish George is one of Delhi's experienced robotic HPB surgeons, with 400 or more robotic HPB procedures performed at Fortis Hospital, Shalimar Bagh.

His programme covers robotic liver resection, robotic Whipple procedures, robotic bile duct reconstruction and robotic living donor hepatectomy. The same team also performs complex open HPB procedures and liver transplantation, ensuring continuity of care if the planned surgical approach changes.

For additional guidance, read our article on how to find the best liver transplant surgeon in Delhi .

Robotic HPB Surgery Outcomes at Our Delhi Centre

The following indicative outcomes are consistent with published high-volume international robotic HPB data and reflect our programme's results:

• Complication rate: Below five percent in appropriately selected cases, consistent with published benchmarks for high-volume robotic HPB centres.
• Conversion to open surgery: Fewer than ten percent of robotic cases require conversion to open surgery. When conversion is required, it is performed in the patient's best interest.
• Donor recovery: Most robotic living donors return to normal activity within three to four weeks, compared with five to six weeks after open donor surgery.
• Robotic Whipple hospital stay: Typically seven to ten days, compared with ten to fourteen days for open Whipple surgery in straightforward cases.

Who Is a Candidate for Robotic HPB Surgery in Delhi?

Our team assesses every patient's suitability for robotic HPB surgery based on the following clinical factors:

• Tumour size and location: Many liver and pancreatic tumours are suitable for robotic resection. Tumours involving major vascular structures may require open surgery.
• Previous abdominal surgery: Previous open surgery can cause adhesions that make robotic access more difficult. This is assessed through imaging before the procedure is planned.
• Liver function: Adequate liver function reserve is required for any liver resection. It is assessed using liver function tests, FibroScan and liver volumetry.
• General fitness: Robotic surgery requires general anaesthesia. Patients with significant cardiac or pulmonary conditions are evaluated individually.
• Living liver donors: Healthy donors undergoing hepatectomy for liver transplant are often suitable candidates because they are generally fit and the surgery does not involve cancer resection.

Final eligibility is determined after reviewing medical history, imaging, liver function, tumour characteristics and overall health at our multidisciplinary tumour board.