HYDERABAD: Apollo Hospitals, Jubilee Hill,s proudly announces a historic medical milestone – Dr. Rooma Sinha, Senior Consultant in Gynaecology and Robotic Surgery, has successfully performed over 1,000 robotic surgeries for benign Gynaecological conditions, making her India’s highest-volume single surgeon in this field.

Specializing in the treatment of complex fibroids and advanced endometriosis, Dr. Sinha has become a globally recognized name in robotic-assisted gynaecology. This achievement represents not only a personal surgical feat but also a transformative leap in minimally invasive, fertility-preserving care for women in India.

“This achievement underscores Apollo’s position as the premier destination for robotic surgery in India,” said Dr. Sangita Reddy, Joint Managing Director, Apollo Hospitals Group. “Dr. Rooma Sinha’s journey exemplifies how technology and empathy can converge to transform women’s health.”

“Apollo Jubilee Hills continues to raise the bar in adopting path-breaking technologies. Dr. Sinha’s achievement is not only a triumph of skill but also of vision. She is helping make robotic gynaecology mainstream in India,” said Tejesvi Rao, CEO, Apollo Hospitals, Telangana Region.

On this occasion, Dr. Rooma Sinha stated: “In India, fibroids affect an estimated 25–50% of reproductive-age women, while up to 10% suffer from endometriosis—conditions that often lead to infertility, chronic pelvic pain, and repeated surgeries. Traditional open surgeries pose significant risks, including longer recovery times and reduced fertility outcomes.”

“Recognizing the urgent need for safer, precision-based, and fertility-preserving solutions, I adopted and advanced robotic surgery to revolutionize gynaecologic care. My mission is simple: No woman should undergo open surgery when a safer, minimally invasive option exists. This milestone isn’t just mine—it belongs to every patient who trusted me, every student I’ve taught, and every woman we’ve helped to heal with dignity, improving their quality of life.”

She said Robotic surgery offers particular benefits in cases of advanced endometriosis, large or multiple fibroids, previous multiple surgeries, and obesity situations where traditional surgery carries higher risks. It is also increasingly used in treating uterine cancers, where robotic techniques enable greater precision and safety.

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The Oncosurgery Mastercourse has evolved into a significant educational event for the surgical community, offering participants a unique opportunity to interact with field experts and learn from their extensive experiences. This time, led ably by the organizing chairman Dr. Dushyant Mandlik, and the tireless team of senior head and neck cancer surgeons at HCG Aastha Cancer Centre, Ahmedabad—Dr. Aditya Joshipura (Organizing Secretary, OM 9.0), Dr. Purvi Patel, Dr. Parin Patel, and Dr. Nitin Sharma—OM 9.0 delved deep into a topic that has traditionally been considered an Achilles’ heel for many clinicians across the country. A few notable topics covered during the master course included the retrograde approach for parotidectomy, modern approaches to facial reanimation and reconstructing facial arches after injury to the facial nerve, and the use of intraoperative neuromonitoring systems for better results in complicated scenarios.

The masterclass was attended by 125 healthcare professionals, including Dr. Anil D’Cruz (Former UICC Chief), Dr. Jyoti Dabholkar (Chairman of the Governing Council of the Federation of Head Neck Oncology), and Dr. Arvind Krishnamurthy (Professor of Surgical Oncology at Adyar, Chennai), along with 25 distinguished national faculty members. The event also featured a guest online lecture by Professor Joseph Dayan, a leading surgeon from MSKCC Hospital, New York

Dr. Kaustubh Patel, Course Director for OM 9.0 and a Director – HCG Aastha Cancer Centre, Ahmedabad, expressed his enthusiasm, stating, “It gives us immense pleasure to welcome one and all for the 9th edition of the Oncosurgery Mastercourse, dedicated to salivary gland tumors. It requires thorough knowledge and continuous upgradation of skills to handle complex cases in this area. Over the years, this event has become a beacon of excellence. With the resounding success of OM 9.0, HCG Aastha Cancer Centre Ahmedabad reaffirms its commitment to comprehensive care and enhancing patient outcomes.”

Dr. Daxesh Patel, Course Director for OM 9.0 and Senior Consultant – Head and Neck Surgical Oncology, HCG Aastha Cancer Centre, Ahmedabad, remarked, “The 9th edition of OM was an outstanding academic triumph, uniting experts and participants in a dynamic exchange of knowledge and experiences. Continuous collaborative efforts and multi-modality treatments are the need of the hour. The diversity of perspectives and innovative approaches shared during the event has been a step in the right direction. We are hopeful that the young surgeons attending this event will go back enriched with better skills.”

HCG Aastha Cancer Centre Ahmedabad continues to lead the way in innovative cancer treatment and education with its team of outstanding doctors, ensuring that medical professionals nationally and internationally are equipped with the best arsenal to provide quality care for their patients. The 9th edition of the Oncosurgery Mastercourse stands as an indication of this untiring dedication.

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BENGALURU: Dr. Muralidhar S. Kathalagiri, a renowned Consultant Laparoscopic, Bariatric, and Gastrointestinal Surgeon at SPARSH Hospitals in Bangalore, has hailed robotic surgery as a groundbreaking technological advancement in the field of medicine. In a recent article, he highlighted how this innovative approach is transforming the landscape of complex gastrointestinal procedures, resulting in enhanced surgical outcomes, improved patient safety, and reduced healing and recovery periods.

According to Dr. Kathalagiri, one of the key advantages of robotic surgery in complex gastrointestinal procedures is the enhanced visualization provided by the robotic system. Surgeons can access a three-dimensional, high-definition view of the surgical site, which allows for better identification of anatomical structures, improved depth perception, and increased precision during intricate maneuvers. This level of visualization aids in reducing the risk of accidental tissue damage and enables surgeons to navigate complex anatomical structures with greater accuracy.

Robotic-driven surgical systems are equipped with robotic arms that can replicate the precise movements of a surgeon’s hand with enhanced dexterity. This allows for meticulous dissection, which is particularly crucial in procedures such as colorectal surgeries, pancreatic surgeries, complex hernia surgeries, esophageal surgeries, etc. The robotic mechanism can perform complex movements with increased stability, providing surgeons with greater control and precision throughout the procedure.

Robotic surgery also facilitates a minimally invasive approach to complex gastrointestinal procedures such as Pancreas Surgery, Liver and Bile Duct Surgery, etc., enabling several benefits for patients. The robotic arms are inserted through small incisions, minimizing trauma to surrounding tissues and reducing post-operative pain. This approach results in shorter hospital stays, quicker recovery times, and reduced risk of complications, such as infections and wound healing problems. The smaller incisions also lead to improved cosmetic outcomes for patients.

Traditional laparoscopic surgery often requires surgeons to maintain uncomfortable positions and perform repetitive movements for extended periods. Robotic systems address this challenge by offering improved ergonomics for surgeons. They can sit comfortably at a console, controlling the robotic arms with precise hand movements and using foot pedals for additional functions. This ergonomic advantage reduces surgeon fatigue, enhances concentration, and allows for longer, more complex procedures with increased precision.

Robotic surgical systems are continually evolving, integrating advanced technologies to further enhance precision and safety in gastrointestinal procedures. By combining the skills of surgeons with robotic technology, procedures such as colorectal surgeries, pancreatic surgeries, complex hernia surgeries, esophageal surgeries, and others can be performed with enhanced visualization, increased precision, and reduced invasiveness.

Robotic surgery has ushered in a new era of precision and safety in complex gastrointestinal procedures. The continuous advancements in robotic surgical systems offer a promising future for the field, with the potential to further improve patient outcomes, minimize risks, and revolutionize the surgical approach to gastrointestinal conditions.

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