The Aga Khan University Hospital, Nairobi (AKUH) has carried out its first robotic-assisted gallbladder removal, bringing robotic technology into a procedure that is already routinely performed through conventional keyhole surgery.

What Happened

The operation, medically known as robotic-assisted laparoscopic cholecystectomy, involves removing the gallbladder through small incisions rather than a large abdominal opening. It is a procedure commonly performed on patients with symptomatic gallstones and other gallbladder conditions.

AKUH said the surgery was carried out by its surgical team using a robotic system that allows a surgeon to control specialised instruments from a console rather than operating directly by hand.

“The robotic instruments have a greater range of movement and closely mimic the motions of the human hand, enabling greater precision and control during surgery. This allows us to perform procedures more safely,” said Dr. Abdulkarim Abdalla, chair of the hospital’s department of surgery.

Despite the name, the system does not operate independently. The surgeon remains in full control of the camera and instruments throughout the procedure, using a robotic interface that offers a three-dimensional view of the surgical field and a wider range of instrument movement than conventional laparoscopic tools.

“Robotic-assisted surgery builds on the benefits of conventional keyhole surgery by providing surgeons with a three-dimensional view of the surgical field, greater flexibility of movement and improved access to areas that can be difficult to visualise using traditional techniques,” Abdalla said.

How It Compares to Conventional Surgery

Conventional laparoscopic gallbladder removal is already considered minimally invasive, performed through several small abdominal openings using a camera and long surgical instruments. It has largely replaced open surgery for routine gallbladder removal and is associated with less pain and a faster recovery. In suitable patients, it can even be done as day-case surgery.

The evidence so far suggests robotic surgery does not necessarily improve outcomes over conventional laparoscopy for gallbladder removal. A 2026 systematic review and meta-analysis covering more than 7.5 million patients confirmed that laparoscopic surgery offers clear advantages over open surgery, including lower mortality, fewer complications, and shorter hospital stays — but found no meaningful difference in outcomes between robotic and conventional laparoscopic approaches.

A separate 2024 meta-analysis of 13 studies involving more than 22,000 patients reached a similar conclusion, finding that robotic surgery took longer to perform than conventional laparoscopy, with no significant differences in hospital stay, complications during surgery, or bile duct injuries.

This suggests the value of robotic cholecystectomy lies less in producing better results for every patient, and more in giving surgeons additional technical tools that may prove useful in select, more complex cases where precision and access to difficult areas matter most.

Why Gallbladder Surgery Is Needed

The gallbladder stores bile produced by the liver, and gallstones can form when substances within that bile become imbalanced and crystallise. Many people with gallstones never develop symptoms and do not need surgery. Problems tend to arise when a stone blocks the normal flow of bile, causing pain or complications such as inflammation of the gallbladder. For patients diagnosed with acute cholecystitis, international clinical guidance recommends early laparoscopic removal, generally within a week of diagnosis where appropriate.

A Broader Push Into Robotic Surgery

AKUH already offers conventional laparoscopic cholecystectomy as part of its general surgery services and has listed robotic abdominal gastrointestinal surgery among its areas of focus. The hospital said the robotic platform will also support a wider programme covering surgical training and other procedures beyond gallbladder removal.

Hospital CEO Rashid Khalani framed the surgery as part of the institution’s long-standing role in introducing new medical capabilities to the region.

“Since our inception, Aga Khan University Hospital has built a tradition of introducing many healthcare firsts for Kenya and the region. This latest milestone continues that legacy. We invest in innovation because it enables safer, precise and evidence-based care for our patients,” Khalani said.

He added that the procedure marks the start of a broader effort to expand access to robotic-assisted surgery while advancing surgical research, training, and excellence across the region.

Questions of Cost and Access

The introduction of robotic surgery in Kenya also raises questions around affordability. Robotic procedures typically require specialised equipment, trained personnel, and ongoing maintenance, making them more costly in many settings than conventional laparoscopic surgery — a point echoed by a recent systematic review, which found robotic gallbladder surgery generally delivers similar clinical outcomes to conventional laparoscopy but at higher cost and with longer operating times.

For Kenya, the long-term significance of the technology will likely depend not just on its clinical capabilities, but on whether robotic surgery can eventually become affordable and accessible to a wider group of patients — and on surgeons building enough experience over time to determine exactly where it delivers the greatest clinical benefit.