Everse’s Post

"Robots in the operating room? It's not science fiction!" Imagine a world where surgeries are more precise, less invasive, and have faster recovery times. That's the promise of robotic surgery, a cutting-edge field in AI-powered healthcare. From tiny incisions to 3D imaging, these high-tech helpers are changing the game for doctors and patients alike. But what do you think? Are robot surgeons the future of medicine? Would you trust a machine to perform your surgery? Share your thoughts in the comments! 👇 Learn more about this exciting technology: [Link to informative article] #RoboticSurgery #AIinHealthcare #MedicalInnovation

👨🏫 Our editorial (w/ Felix Nickel, Orsi Academy) for British Journal of Surgery is accessible online. 🔎 It might be worthwile if you want a quick 1,5 pager overview why robotic surgery is a key platform for advancing digital surgery. 💡Although submitted some months ago, in light of the recent Intuitive Da Vinci 5 release and the extended capibilities, I believe it might provide even more relevant context. ✉️ DM for full text! "In conclusion, a robotic platform’s dual ability to simultaneously act as a sensor device and computer interface, hold tremendous potential for advancing intraoperative surgical support. This duality will simultaneously facilitate the development as well as the integration of real-time AI-based surgical systems. However, before fully harnessing the potential of surgical AI in robotics, it is imperative to address several fundamental requirements—for example, to establish comprehensive surgical databases through systematic availability and collation of kinematic readouts from all robotic surgery vendors. Care should be taken to not solely focus on robotic surgery for advancements in the digital surgery era, as the global uptake of robotic surgery is inequitable and would simply exaggerate the disparity in global surgical digitalization. Additionally, fostering agreement within the surgical community regarding data structuring and annotation for intelligent analysis remains a challenge. Even basic steps such as annotating instruments and defining specific starting and ending points of surgical phases have not been agreed for computer vision applications. Dedicated procedure-specific training pathways are expected to help to systematically break down procedures into the clinically most important steps and phases. Finally, while the ability to intelligently analyse surgical video streams is a significant step forward, its value remains limited if we cannot establish a direct correlation with patient factors, pathology and outcomes. As such, future collaborative outcome-driven research remains central to integrating digital surgical solutions and facilitating this fourth revolution in surgical practice."

CMR Surgical are proud to present the first-ever 'Global Robotic Surgery Summit: Robotic Surgery, then, now and beyond' on the 6th-7th July 2024 - a free, virtual event for the global surgical community. With surgeons from over 40 countries already signed-up, you won't want to miss it! Featuring a growing list of world-renowned speakers to be announced shortly, this first-of-its-kind global summit will bring together leading experts in surgery to shine a light on the future of robotic surgery around the world, and unpack some of the big questions facing the field, including: 🔎 Why has surgical robotics not become common place in health systems? 🔎 How can inequality in care be addressed with robotic surgery? 🔎 Patient safety vs profit, where do we sit today on this debate and is there a trade off? 🔎 The great debate: Robotics vs. Manual Lap. In addition to specialty specific workshops, attendees will have the opportunity to engage the experts, and have their say on the future of training, the importance of safety in medical devices and how technology can build a more equitable surgical workforce. Register today for this FREE virtual event, presented in partnership with Surgery International: https://lnkd.in/ekWGYzRh

AI IN SURGERY: ENHANCING PRECISION AND OUTCOMES Artificial intelligence (AI) is redefining the surgical landscape, offering unparalleled precision and enhancing patient outcomes. Through the integration of AI-assisted robotic systems and real-time decision-making tools, surgical procedures are becoming more efficient, safer, and tailored to individual patient needs. These advancements are not only optimizing operative techniques but also setting new benchmarks for post-operative recovery and patient care. AI-assisted robotic surgery exemplifies the confluence of technology and medicine. Robotic systems, guided by AI algorithms, enable surgeons to perform minimally invasive procedures with remarkable accuracy, reducing human error and minimizing tissue damage. For instance, systems like the da Vinci Surgical System use AI to translate a surgeon’s movements into precise micro-movements, ensuring unparalleled dexterity even in the most complex surgeries. Such precision significantly reduces the risk of complications, accelerates recovery times, and improves overall surgical outcomes. Moreover, AI-powered real-time decision-making tools are transforming intraoperative care. By analyzing patient data and imaging during the procedure, these systems provide surgeons with actionable insights, such as identifying critical structures, predicting potential complications, and suggesting optimal approaches. This dynamic support empowers surgeons to make informed decisions, ensuring both safety and efficacy in the operating room. While the potential of AI in surgery is profound, challenges remain in integrating these systems seamlessly into clinical practice. Concerns such as algorithm bias, training disparities, and the high cost of adoption must be addressed to ensure equitable access to these transformative technologies. As research and development in this field continue to advance, AI holds the promise of revolutionizing surgery and setting new standards for excellence in patient care. #AIinSurgery #RoboticSurgery #HealthcareInnovation #HealthTech #PrecisionMedicine #AiMai #pocK

The landscape of robotic surgery is swiftly evolving beyond science fiction dreams. Intuitive Surgical Ltd (ISRG), Medtronic (MDT) and Johnson & Johnson (JNJ) are in a heated competition for dominance in this $18 billion market. The recent FDA approval of Intuitive Surgical's da Vinci 5 robotic surgery system has sent shockwaves through the industry. However, amidst the excitement, crucial questions arise about product rollout strategies and the impending competition from Medtronic and Johnson & Johnson. Discover insightful analysis on these emerging trends from our Clarivate for Life Sciences & Healthcare medtech experts, April Chan-Tsui and Precia Christian, in a new article from Investor's Business Daily: https://lnkd.in/geEz35au

Looks very promising. The more the competition for existing robotic companies, the better - for choices, efficiency and most importantly to drive down the prices for robotic surgery.

Mark Slack, co-founder and chief medical officer of robot maker CMR Surgical, discusses the company's plans for competing with market leader Intuitive Surgical and looks at the advantages and challenges of robotic-assisted surgery in a conversation with MedTech Dive.

It's fantastic news that Alon Zuckerman, our President, has been welcomed into the Fast Company Council, a distinguished group of top thinkers and experts across industries. Check out his newest article "How new technologies are evolving surgical practices" "In this journey of continuous innovation and learning, the fusion of human expertise with technological advancements holds the promise of transforming the landscape of surgery, making previously unimaginable levels of precision and patient care achievable." To learn more visit, surgicaltheater.com

Robotic surgery hits a milestone with the first fully robotic heart transplant. But that's just the beginning. Learn how AI and nanobots are shaping the future of medical procedures in our latest article. https://bit.ly/4h6w6pE