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The Advanced Robotic Assisted Surgical Centre of Kauvery Hospital is one of India's most sophisticated, advanced, and comprehensive robotic surgery centres. Kauvery Hospital is committed to providing the benefits of this advanced minimally invasive surgical technique to its patients at a highly affordable cost. The centre has achieved excellence in robotic surgery because of the state-of-art surgical equipment and experienced robotic surgeons performing the surgery. The surgeons performing the surgery focus on clinical outcomes resulting in high success rates.
Kauvery Hospital is a leading, multispecialty hospital that has provided comprehensive patient care for the last two decades. The robotic-assisted surgical centre at the Kauvery Hospital is equipped with cutting-edge robotic machines to perform surgeries with utmost accuracy and precision. The surgeries are performed by robotic surgeons with several years of surgical experience and are trained by some of the best robotic surgeons in the world. Further, the recovery room at the centre has highly sophisticated monitoring devices that warn the healthcare providers in case of alteration in vital parameters.
The benefits of robotic surgery in patients include:
Robotic surgery offers the following benefits to surgeons:
Electronic City
Electronic City
Director - Department of Surgical Gastroenterology, Minimal Access, General, Bariatric surgery and Robotic Surgery
Electronic City
Consultant – Urology, Robotic Surgery & Kidney Transplant
Electronic City
Associate Consultant – Urology, Robotic Surgery & Kidney Transplant
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In a remarkable feat of medical expertise and coordinated critical care, doctors at Kauvery Hospital, Marathahalli, successfully saved the life of a 28-year-old woman who was battling severe bisoprolol toxicity—a condition that pushed her into multi-organ failure and cardiogenic shock. The young woman, who had intentionally overdosed on the beta-blocker bisoprolol, had already endured five days of intensive treatment at another hospital, but her condition continued to deteriorate despite high-dose insulin therapy, ventilator support, and dialysis.
Faced with a grim prognosis, her family approached Dr Harish Mallapura Maheshwarappa (Director Institute of Critical Care Medicine, Kauvery Hospitals, Bengaluru) and made a desperate decision—to shift her to Kauvery Hospital, Marathahalli, a leading center for ECMO and critical care. The transfer was a high-risk endeavor, but what followed was nothing short of a medical miracle.
By the time she reached Kauvery Hospital, the patient was in severe shock, dependent on triple inotropic support, struggling with 100% oxygen dependency, and experiencing severe metabolic acidosis due to acute pulmonary edema and acute kidney injury (AKI). She had already undergone SLED dialysis twice at the referring hospital, but her kidney function had not improved.
Recognizing the urgency of the situation, Dr. Harish and ECMO critical care team (Dr Abbas, Dr Gururaj, Dr Shridhar, Dr Goura and Dr Ashwini) along with the ER, CTVS, and nephrology teams, immediately sprang into action. Within minutes of her arrival, the patient was initiated on Veno-Arterial (V-A) ECMO support via femoro-femoral cannulation.
“Given the severity of her condition, this was her only chance. We knew the risks, but we had to act fast,” said Dr. Harish M.M.
While ECMO stabilized her hemodynamics, it was far from smooth sailing. The patient developed Harlequin Syndrome (North-South Syndrome)—a dangerous ECMO complication where oxygenated and deoxygenated blood mix, leading to differential hypoxia in the body. In most cases, this necessitates a switch to Veno-Arterial-Venous (V-AV) ECMO, but the team at Kauvery Hospital took a calculated risk.
Instead of transitioning to a hybrid ECMO setup, they aggressively managed fluid removal, tolerated higher PEEP (positive end-expiratory pressure) and peak airway pressures, and carefully monitored her oxygenation levels. The approach paid off—her oxygenation improved rapidly, and she avoided hybrid ECMO altogether.
Once her lung function stabilized, the medical team focused on weaning her off ECMO. After five days, she was successfully decannulated, and by day seven, she was extubated—a remarkable recovery given the initial prognosis.
However, new challenges emerged. The patient developed sepsis (Klebsiella pneumonia, Staphylococcal bacteremia) and experienced severe coagulopathy, thrombocytopenia, and massive bleeding from her gastrointestinal tract, oral cavity, and cannula sites. The CTVS team had to perform bedside surgical re-exploration and hematoma evacuation, while massive blood transfusions were administered to correct her coagulation abnormalities.
Despite these complications, her body gradually fought back. With continuous dialysis for three days, her kidney function recovered, and her multi-organ dysfunction started reversing.
After three weeks in the hospital, the young woman walked out of Kauvery Hospital, ready to resume her normal life. Though she developed critical illness myopathy, physiotherapy and rehabilitation ensured that she regained her strength.
“Her recovery is a testament to the power of advanced critical care and ECMO expertise. Cases like this highlight the importance of early intervention, a multidisciplinary approach, and precise clinical judgment,” said Dr. Harish, reflecting on the case.
The successful management of this case underscores Kauvery Hospital’s leadership in advanced ECMO and critical care. The hospital’s ECMO program, led by Dr. Harish M.M with Dr. Mohammad Abbas, Dr Rajesh, Dr. Chiran, Dr Vikas, Dr Mahendra was instrumental in ensuring the patient’s survival. The ER team (Dr. Surendar), CTVS team (Dr. Rajesh, Dr. Vikas), perfusionist team (Mr Tejas), and nephrology team (Dr. Ravindra and Dr. Nishchay) played a crucial role in her round-the-clock care.
Beyond the technical excellence, the case demonstrated Kauvery Hospital’s commitment to holistic patient care—where advanced technology meets expert clinical decision-making and compassionate care.
Today, the 28-year-old survivor is back on her feet, expected to return to work in the coming weeks. From the brink of death to a new lease on life, her journey is a story of resilience, teamwork, and medical brilliance—a reminder that even in the darkest hours, hope prevails.
From Brink of Death to a Second Chance: How ECMO Saved a 28-Year-Old’s Life at Kauvery Hospital
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Robotic surgery has several advantages over open surgery. Open surgery involves large incisions resulting in relatively more blood loss, significant scarring, and prolonged recovery time. Further, the precision and accuracy of open surgery are comparatively lesser than those of robotic surgery. In addition, surgeries that involve hard-to-reach organs are performed more effectively with robotic surgery.
Like robotic surgery, laparoscopic surgery is also a minimally invasive surgery. In laparoscopic surgery, the surgery is done with the help of a laparoscope, which is a thin long tube with a camera at the other end.
During robotic surgery, robotic arms perform the surgery. Robotic surgeons control the robotic arms through a console through real-time visualization on the monitor.
Robotic surgery is relatively safer compared to open and laparoscopic surgery. Robotic surgery minimizes tissue loss and has fewer complications.
Robotic surgeries are performed to treat several diseases, such as cardiovascular diseases, neurological diseases, gastrointestinal diseases, and cancer. It is usually performed when the surgery involves a risk of nerve damage or damage to important organs. It is also used to perform surgeries on tissues that are hard to reach.
People generally think that robots independently perform robotic surgeries. However, it is not the case. Robotic surgery is performed by robotic arms that are controlled by robotic surgeons. Robotic surgeries can be programmed to improve the positioning of the instruments.
Experienced robotic surgeons perform robotic surgeries. The role of a robotic surgeon is to control the robotic arms through the computer console. The camera attached to the robotic arms relays real-time 3D images on the monitor fitted on the console.
Robotic surgeons recommend certain measures to accelerate recovery. The patients should limit climbing the stairs. Patients should not drive for at least one week after the surgery. The complete recovery from the robotic surgery may be within 2 to 3 weeks of surgery. The doctor may also give pain relievers to manage pain and antibiotics to reduce the risk of infection.