Medanta Super Speciality Hospital, Lucknow, has achieved a major medical milestone by performing India’s first robotic-assisted surgery for a road accident trauma case. The procedure marks a significant advancement in trauma care, traditionally dominated by open surgeries.
Accident Leads to Complex Internal Injuries
The patient, a 45-year-old man, sustained serious internal injuries after falling from his bike while attempting to avoid cattle crossing the road. The impact from the bike handle caused blunt trauma to his upper abdomen. By the time he arrived at Medanta from a peripheral healthcare center, he showed clear signs of internal bleeding and a sharp drop in hemoglobin levels. Imaging scans revealed damage near the pancreas, internal bleeding, and injury to a major vein connecting the stomach and colon.
Choosing Robotics Over Traditional Surgery
Once stabilized, the surgical team opted for robotic-assisted surgery instead of conventional open or laparoscopic techniques. “While other minimally invasive options were available, we chose robotics because of its superior precision and dexterity,” said Dr. Sandeep Verma, Director of GI Surgery at Medanta Lucknow, a veteran in both open and laparoscopic procedures.
He emphasized that in trauma cases, controlling bleeding with accuracy is vital. The da Vinci surgical system, known for its wristed instruments and wide range of motion, enabled the team to repair the damaged vein with millimeter-level precision—something extremely challenging to achieve with laparoscopy.
Surgery Completed Safely in Under Two Hours
The surgical team completed the entire robotic procedure in less than two hours and remained on standby to convert to open surgery if needed. Fortunately, they encountered no complications and successfully carried out the robotic approach. The patient recovered swiftly and left the hospital just four days after surgery without experiencing any post-operative complications.
Robotics in Trauma: An Emerging Frontier
Robotic-assisted surgery is still uncommon in trauma settings, largely due to the urgency these cases typically demand. However, Dr. Sandeep pointed out that in hemodynamically stable patients, robotics offers significant advantages—less trauma to surrounding tissues, reduced post-operative pain, and faster recovery. “Another key benefit is that robotics allows us to access hard-to-reach areas with enhanced visibility and control,” he added. “This improves the accuracy of repairs, especially near critical structures.”
Paving the Way for Broader Applications
As per the press release, the landmark case highlights the growing potential of robotic-assisted surgery in complex trauma care. According to Dr. Sandeep, as surgical expertise deepens and technology evolves, robotics will likely play a larger role in select trauma scenarios that allow for minimally invasive approaches. “Experiences like this help build clinical evidence for applying advanced technologies like the da Vinci system in settings where open surgery has long been the norm,” he concluded. “We’re witnessing a shift—where precision, safety, and recovery are being redefined by innovation.”