Inside Surgery
Future Innovations in Robotic Surgery - Professor Mahir Ozmen and Dr Mert Tanal
The pod focuses on Turkish surgeons and features guest presenter Dr Mert Tanal interviewing Professor Dr Mahir Ozmen. They discuss the advancements and future of robotic surgery, highlighting the transition from laparoscopic to robotic surgery, emphasising improved patient outcomes and reduced complications. Prof Ozmen advocates for integrating robotic surgery into surgical residency and oncology curricula, stressing the importance of practical, hands-on training with experienced mentors and advanced simulations.
Prof Ozmen notes significant technological advancements, such as new robotic systems and micro-robots, and the crucial role of GPUs and TPUs in processing big data for enhancing machine learning and autonomous surgical robots. The potential for remote surgeries with improved connectivity is also discussed.
Prof Ozmen acknowledges challenges in analysing large surgical datasets and calls for further research and investment in artificial intelligence. He envisions a future with nonlinear robotics and micro-robots enabling more precise and less invasive surgeries, ultimately improving surgical training and patient outcomes through advanced technology and comprehensive education.
This episode is sponsored by Medtronic.
Interested in starting with Robotics or would like to learn more about the HugoTM RAS system? Sign up here: https://cvent.me/2eNBGZ
The pod focuses on Turkish surgeons and features guest presenter Dr Mert Tanal interviewing Professor Dr Mahir Ozmen. They discuss the advancements and future of robotic surgery, highlighting the transition from laparoscopic to robotic surgery, emphasising improved patient outcomes and reduced complications. Prof Ozmen advocates for integrating robotic surgery into surgical residency and oncology curricula, stressing the importance of practical, hands-on training with experienced mentors and advanced simulations.
Prof Ozmen notes significant technological advancements, such as new robotic systems and micro-robots, and the crucial role of GPUs and TPUs in processing big data for enhancing machine learning and autonomous surgical robots. The potential for remote surgeries with improved connectivity is also discussed.
Prof Ozmen acknowledges challenges in analysing large surgical datasets and calls for further research and investment in artificial intelligence. He envisions a future with nonlinear robotics and micro-robots enabling more precise and less invasive surgeries, ultimately improving surgical training and patient outcomes through advanced technology and comprehensive education.
This episode is sponsored by Medtronic.
Interested in starting with Robotics or would like to learn more about the HugoTM RAS system? Sign up here: https://cvent.me/2eNBGZ