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With rapid advancements in robotics technology and its applications across various fields, particularly in medicine, robotic-assisted surgeries have seen an exponential increase and are continually evolving. These surgeries offer a myriad of advantages over traditional methods, including unparalleled precision, minimally invasive procedures, and faster recovery times. The fusion of cutting-edge imaging systems and artificial intelligence in robotic systems allows surgeons to visualize and manipulate tissues with extraordinary accuracy, significantly reducing the risk of complications and human error. This technology affords a level of control that is often impossible to achieve with conventional techniques, enabling the safe execution of highly complex procedures.
One remarkable example of robotic surgery took place in China, where a doctor successfully performed a remote operation to remove a lung tumor from a patient located 5,000 kilometers away. Utilizing a 5G surgical robot, Dr. Luo Qingquan from Shanghai Chest Hospital carried out the procedure while stationed in Shanghai. The actual surgical robot, made domestically, was in Kashgar, Xinjiang Autonomous Region (far west of China), while the control console was in Shanghai. According to sources, this groundbreaking operation made the hospital the first in China to perform robot-assisted surgeries, demonstrating their leadership in developing this advanced medical technology.
Success of this operation using surgical robot technology reflects how patients can enjoy high-end medical services in their hometowns instead of moving to big cities like Beijing and Shanghai.
Dr. Luo Qingquan, Lead Surgeon
India, too, is making remarkable strides in the realm of robotic surgery. The SSI Mantra, developed by Dr. Sudhir Srivastava, is an indigenous surgical robot system that enables doctors to perform surgeries remotely. This innovative Indian robot boasts five detachable arms and is capable of conducting cardiovascular surgeries. Its console features a 32-inch monitor with 3D vision, providing a crystal-clear view and minimizing the chances of errors. A standout safety feature is the motion sensor, which automatically halts the robot's operation if the doctor looks away from the console. The instruments are designed to be just 8 mm in size, ensuring minimal invasiveness. In a demonstration of this technology's potential, a remote surgery was performed in India over a 40-kilometer distance. Dr. SK Rawal, Medical Director of Rajiv Gandhi Cancer Institute and Research Centre (RGCIRC), operated from Gurgaon while his 52-year-old patient was in Rohini, Delhi.
As robotics technology continues to advance, the possibilities for its application in surgery are boundless, promising even more precise, safe, and effective treatments for patients around the globe.
(Input from various media sources)
(Rehash/Yash Kamble/MSM)
