Nathaniël de Jong 🔜 Gamescom’s Post

Surgical Planning Innovation Network 3DSPiN service to all specialties #naccs2024 👉Anatomical models 4 sx planning,simulation,training & pts communication 👉Intraop pts specific devices for surgery: cutting,drilling &positioning 👉Visual tools: video endoscopy & VR simulations

Setting up equipment for the 4th year of SURG0065: VR in Surgery. Although unofficially renamed “VR in Surgery & Healthcare (Rehabilitation)”. Need to add the robot element in there for next year. At least 7 students have enrolled.. we will find out tomorrow at 1! #virtualreality #robotics #simulation #education.

Just a thought !!! What if we can show people what's going to happen to them when a particular surgery or operation is performed on them/ their relatives in a first-person view via using VR? Knowing what going to happen to you and how before surgery or operation it's itself assuring. What's your take guys let me know in the comments. #children #XRinMedicine #vivenkumarXR #XoRphilic 💡letsconnecttoexplore 🥽XREnthusias

So what is the formula for XR in surgery? 6DOF is expensive but genAI changes everything. 360video doesn’t work, no one stands still in theatres. VSO overcomes this. Cadaveric approaches allow rapid progression through techniques. Interactivity changes the narrative of videos and generates assessment tools. Anatomy VR gives three dimensional perspectives. That is the formula we take to South America with VRiMS15 to Costa Rica, Mexico, Brazil and Venezuela. Virtual Reality in Medicine and Surgery (VRiMS)

VR isn't just for Gaming anymore! Imagine doctors seeing inside your body for precise remote treatments, or surgeons overlaying MRI and CT scans on top of your anatomy before surgery. The future of healthcare is here, and it's powered by AR. #medbots #technology #healthcare

3D Experiences are more than just about their cool appearance! They provide a deeper understanding of topics like human anatomy, allowing for close examination of fine details, learning in a safe environment, and enhancing knowledge retention! #3DExperiences #Education #VirtualLearning #Anatomy #TechnologyInEducation #ImmersiveLearning #KnowledgeRetention #InteractiveLearning

Hear leaders in the field talk about their experiences and the pros and cons of adapting new technology including robotics, AR & VR at the 9th Annual Safety in Spine Surgery Summit. Learn more and register for the summit today: safetyinspinesurgery.org

50% of surgeons are below average :-) In this segment on BioTech Nation we explore the future of #AI, #robotics and digitally enabled surgical interventions that can help improve outcomes, and democratize access to care around the world. Listen here --> https://lnkd.in/gkpmZvSY Surgical Education: Moving from how most clinicians train, 'See one, Do one, Teach One'.... to 'See one, Simulate one, Do One' with new approaches leveraging #VR to train and stress surgeons in challenging situations, like pilots train in flight simulators. Startups like Osso VR are pioneering this and platforms like Proximie are enabling shared surgical knowledge, data and virtualized coaching. Theator is crowd-sourcing surgical experience to make a 'Google Maps' for surgery to surface data-driven insights to deliver a higher quality of care, and Augmedics is blending #AR guided procedures allows surgeons to see patients’ anatomy as if they have “x-ray vision” and accurately navigate instruments and implants during spine procedures. The convergence of #AI and increasingly capable and autonomous #Robotics will continue to upskill and augment procedures, and improve outcomes and surgical training. Emerging solutions like swallow'able robots are coming as well, like those being developed by. Endiatx Some surgical related solutions are featured on Digital.Health's surgery section (with many more in the searchable database) https://lnkd.in/gygCnV7S Catch some terrific talks from NextMed Health touching on the future of surgery here: https://lnkd.in/gY_F6BZU For more on the convergence of technology and the future of surgery join us for NextMed Health this December 10-13th: http://NextMed.Health/join Thanks to the inspiration from innovative surgical colleagues including Stefano Bini, Kevin R. Stone, M.D., Dr. Nadine Hachach-Haram FRCS (Plast), BEM, Catherine Mohr, Robert Masson MD, FACS FAANS to Tamir Wolf and Justin Barad, MD #MedEd #DigitalSurgery #Surgeons, #OperatingRoom, #MedicalDevices #innovation #medicaleducation #simulation #digitalhealth #globalhealth

From porcine eyes and synthetic models to today’s commercially available VR systems: this fascinating article courtesy of Ophthalmology Times Europe explores the evolving role of vitreosurgical simulators in surgical training. Featuring the Haag-Streit Eyesi Surgical – currently the only simulator validated in peer-reviewed publications and available on the market for the training of cataract and vitreoretinal surgeries – it provides a great insight into the tools available to help master this challenging field. https://ow.ly/ZWyK50RU1ha #haagstreit #ophthalmology #medicaltraining #medicalsimulation #eyesi #vrmagic

Playing around with user flows and NEOS Surgery’s Cranial LOOP - a device used for the fixation of removed parts of the cranium during surgery. Recreating the design in Gravity Sketch to show the simple “pull and tighten” mechanism. I wonder if the design team started concept development in VR to walk through the user flow before the full design had been realised. #Usabiltiy #UserFlow