London Health Sciences Centre (LHSC)’s Post

The future of healthcare is software-defined and AI-enabled. Around 700 FDA-cleared, AI-enabled medical devices are now on the market — more than 10x the number available in 2020.   Many of the innovators behind this boom announced their latest AI-powered solutions at NVIDIA GTC, a global conference that last week attracted more than 16,000 business leaders, developers and researchers in Silicon Valley — and many more online.  Designed to make healthcare more efficient and help improve patient outcomes, these new technologies include foundation models to accelerate ultrasound analysis, augmented and virtual reality solutions for cardiac imaging, and generative AI software to support surgeons. #aihealthcare

More advances MedTech: HoloCare's AI-generated holograms are revolutionizing surgical decision-making. 🚀 Their innovative technology transforms regular CT images into interactive 3D models in just minutes. Using devices like Microsoft HoloLens and Apple Vision Pro, surgeons can delve into patient-specific scans, driving preoperative planning to unprecedented precision. This breakthrough can significantly reduce complications in surgeries. For instance, complications from liver surgeries stand at 48%, and pancreatic surgeries at 60%. By allowing real-time collaboration across the globe, HoloCare is not just making surgeries safer but also fostering global medical teamwork. HoloCare secured a €8.9M Horizon Europe grant to enhance their technology further. Next up? Expanding into pancreatic procedures and eventually into live operating theaters. We're looking at a transformative era in surgical care, thanks to such cutting-edge innovation. Curious to see hear from you- How can tech like this impact your medical device business or career? Let's discuss in the comments! #MedTech #SurgicalInnovation #HealthcareRevolution

GE HealthCare & NVIDIA are teaming up to revolutionize ultrasound with AI 🚀. #SonoSAMTrack is an AI-powered research model that could significantly advance how we see and understand the human body through ultrasound, making diagnostics quicker and more accurate. 🤖 Imagine applying such transformative tech in AI-driven robotic systems for cardiac ultrasound. It's not just innovation; it's about creating a future where every heartbeat tells a story, and every image brings us closer to saving lives ❤️🔍. #RoboticsInHealth #AITransformation #RoboticImaging

NVIDIA and Johnson & Johnson MedTech are collaborating to integrate AI into surgical procedures. Utilizing NVIDIA's IGX and Holoscan platforms, they aim to create a connected digital ecosystem that provides real-time clinical insights and improves surgical outcomes. This partnership focuses on deploying AI applications to enhance efficiency and decision-making in the operating room, paving the way for innovative, AI-driven surgical technologies. https://lnkd.in/gVkXn45a

Magic Leap, in collaboration with NVIDIA, is driving the modern era of healthcare with AI-enabled medical devices—showcasing how augmented reality and accelerated computing are redefining patient care. Innovations like AR for intraoperative guidance and preoperative planning, powered by NVIDIA Holoscan and IGX, are at the forefront of the shift from hardware-centric to software-defined medical solutions. With over 700 FDA-cleared AI devices, discover how these technologies, including Medical iSight, are enhancing minimally invasive treatments and transforming healthcare efficiency: https://lnkd.in/gjkMehWi

The future of healthcare

A new lens to integrating metaverse in healthcare thanks to the latest Aimedis study titled "Metaverse-based cardiac magnetic resonance imaging simulation application for overcoming claustrophobia: a preliminary feasibility trial". Well done! Looking forward to larger studies, funding, and innovative practices in the coming days! 🎊 #Metaverse #DigitalHealth #Avalon

Ultrafast technology is not a new technology in literature but in commercial ultrasound machines is very and just two companies at the moment using this technology, one of them is VINNO Ultrasound. #ULTIMUS 9E. Read this amazing paper about this technology.

RETINA's advanced photonic-based sensory systems are set to revolutionize day-to-day processes in the healthcare industry. How❓ 🔬Enhanced Surgical #Precision: RETINA's real-time imaging technology provides unparalleled visualization of tissue lesions, allowing surgeons to identify tumorous cells and monitor blood perfusion during operations. This leads to more accurate and effective surgical procedures, ultimately improving patient outcomes. 🔬Early Detection and #Diagnosis: RETINA’s hyperspectral imaging and advanced LIDAR solutions facilitate early detection of various medical conditions. These technologies enable non-invasive monitoring and diagnosis, which is crucial for timely treatment and better health management. 🔬Improved #Patient Care: RETINA enhances the precision and efficiency of medical diagnostics by integrating cutting-edge photonic technologies with machine learning algorithms. This improves patient care and reduces overall healthcare costs. Stay tuned as we continue to drive innovation in healthcare, significantly impacting medical practices and patient health worldwide! Photonics21 European Health and Digital Executive Agency (HaDEA) #photonics #photonicseu #sensors #healthcare

Pioneering the Future of Medical Imaging: GE HealthCare’s Collaboration with NVIDIA on SonoSAMTrack, Large Medical Vision Foundation Model—In our quest to advance medical imaging, we at GE HealthCare are investing in the development of large vision foundation models, with our collaborative effort with NVIDIA serving as a cornerstone of this initiative. A key focus of our joint endeavor is the development of SonoSAMTrack, an innovative technology currently in the research and development phase. Developed using NVIDIA’s advanced AI and computing technologies, SonoSAMTrack is exploring new frontiers in medical diagnostics. While it remains experimental, this project is demonstrating its potential across various test scenarios. Our approach, which includes leveraging the NVIDIA TensorRT toolkit, is geared towards adapting to different medical imaging tasks with fewer data requirements, a critical aspect in the healthcare sector. The preliminary results from SonoSAMTrack have been promising, pointing to potential improvements in ultrasound imaging efficiency and accuracy. In its early tests, the model has achieved impressive accuracy scores, with over 90% on the Dice similarity coefficient scale, hinting at its high precision in image segmentation. Moreover, SonoSAMTrack is designed to be user-friendly, potentially requiring just 2-6 clicks for accurate segmentation. This ease of use could be a significant advancement in clinical settings. While SonoSAMTrack is not yet commercially available and continues to undergo development and regulatory approvals, its initial successes highlight our commitment to enhancing healthcare through AI innovation. Our collaboration with NVIDIA underscores this commitment, as we work together to push the boundaries of medical imaging. Stay tuned for more updates on the development of large vision models and our journey in AI-driven healthcare innovations. #gtc24 #gtc2024 #gehc #foundationmodels #ai #ultrasoundtechnology Jensen, Peter, David, Kimberly, Cao (Danica), Gopal, Erhan, Roland, Karley, Jan, Lynn, and Parminder (Parry)