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Mixed Reality, virtual reality and extended reality (XR) meets spatial computing! Apple Vision Pro (AVP) arrived last week and we were pleased to stress test it in surgery like so many other technologies in my spine surgery career. What AVP has accomplished is an awareness that previously was only specific to technological savants who were first movers to integrate the technology into their industry. By integrating the AVP as an extension of the Apple personal computing product base, the normalization and familiarization is extending XR to a much broader audience. This article highlights many opportunities for XR in healthcare, made more clear now that more and more people are learning the language of XR. We have been using Microsoft Hololens 2 in surgery in 10 alpha sites in the US and UK with great success at organizing and managing surgical digital twins while superpowering surgical teams. Last week we performed the first ten live surgeries with the AVP and can confirm its utility with the eXeX Surgical Performance Software System. We are officially at a tipping point in Extended Reality! #surgery #healthcare #artificialintelligence #mixedreality #extendedreality #hololens2 #avp #HL2 #visionpro. Medical Device Network VR/AR Association - Central Florida Chapter

Thank you #PharmaBiz for publishing about our insights on how technologies like VR, MR, and AR are revolutionizing the Healthcare industry. Check out the article here: https://lnkd.in/gSzsN3ah #TATAElxsi #Healthcare #Innovation #Engineering #Visualization

I recently came across this fascinating story about surgeons at Cromwell Hospital in London using Apple's Vision Pro augmented reality headset during a spine surgery. As someone interested in AI and spatial computing, this is an exciting development. The AVP allowed the surgical team to visualize important patient data and reference imagery in an immersive 3D environment. This technology has the potential to reduce human error and enhance precision during complex procedures. While extended reality devices like the AVP are often associated with gaming and entertainment, this real-world example demonstrates their value in specialized fields like medicine. As spatial computing matures, I expect to see more innovative use cases emerge. To those skeptical about the benefits, I understand the hesitation with new tech. But this shows spatial computing's ability to tangibly assist professionals, not replace them. The surgeon remained fully in control during the procedure. The AR overlay was simply a tool to enhance their skills. Exciting times ahead as spatial computing moves from hype into practical application! What other industries could be transformed by immersive augmented or virtual reality? Let me know your thoughts. https://lnkd.in/egzxJyx4 #aiagilexr #agilexr #applevisionpro

My impressions from AWE24 Day 1:   XR for medical applications is at a turning point. We are actively completing the early stages of large scale clinical validation across a variety of applications. Federal regulators are beginning to adjust - particularly the U.S. Department of Veterans Affairs, who launched the incredible VA Immersive initiative (https://lnkd.in/eQaVn2sT). XR firms are tackling issues related to aging, pain management, and neurodiverse care support. Institutional support has been a key factor in the recent success of these initiatives, especially large secondary care providers with specialized expertise. Universities are also key players, supporting research and validation efforts in coordination with health systems. Stanford University Virtual Human Interaction Lab (https://vhil.stanford.edu/) as always, plays a big role in this effort.   AI is changing extended reality (like everything else). AI is enabling faster and better 3D reconstruction, which is being used for everything from medical imaging to character creation. Photogrammetry is now implemented in consumer-grade applications and can be conducted from a cellphone. LLMs are being implemented as virtual assistants that help in applications ranging from classroom education to surgical aid. Virtual assistants are my favorite use of AI in extended reality. Hyo Kang first introduced us to virtual assistants in XR over at UF Digital Worlds Institute, and since then I've come to see them as transformative in this industry. Your device is becoming a person. Niantic, Inc. continues to cement their position as a central player in the XR industry. Their products are only getting better, and their incredible, astonishing partnerships with Nintendo IP is unique in the industry. I can only imagine how far they go.   Manufacturers recognize that AR glasses are the future (Qualcomm and Magic Leap are doing a lot of work here). They are trying so hard to build sunglasses that are capable of AR + VR experiences, and which feature both hand tracking and voice enabled interfaces. Battery technology is a bottleneck here, along with processing power / form factor. They WILL solve this. We are going to have sunglasses as powerful as a smart phone in our lifetime.   The XR industry is amazing. I think this is what the early days of computing must have felt like - full of characters, personalities, costumes, and innovation. Thanks to everyone who helped get me here and all the friends I made along the way! #awe #extendedreality #virtualreality #augmentedreality #ar #vr #xr

Did you know Mayo Clinic is harnessing the power of XR/VR/AR technologies to revolutionize patient care and medical practices? 💡 The Mayo Clinic, a beacon of excellence in healthcare since the 1880s, continues to push boundaries with its pioneering spirit and commitment to innovation. As a physician-led organization, Mayo Clinic sets the standard for quality care and groundbreaking research. From enhancing training for physicians to improving surgical procedures and remote patient monitoring, Mayo Clinic is at the forefront of utilizing these cutting-edge tools. Here are just a few examples of how Mayo Clinic is leveraging XR/VR/AR: 👩⚕️ Training physicians with VR headsets for quick onboarding and effective equipment usage. 🧠 Developing VR software for neurological evaluations of stroke victims, enabling at-home monitoring. 🔬 Partnering with leading tech companies like ImmersiveTouch and MediView XR for surgical planning and navigation. 💡 Using Surgical Theater's AR tools for spinal surgeries, providing 3D models for pre-operation planning and patient education. Mayo Clinic's commitment to innovation doesn't stop there. They are continuously exploring new ways to integrate XR/VR/AR technologies into healthcare, pushing the boundaries of what's possible. As we embrace the potential of the Metaverse, my business partner Tim Bajarin and I are eager to support healthcare companies on their journey into this digital realm. To learn more about how XR/VR/AR is shaping the future of healthcare and explore additional case studies, visit ISM’s award-winning Metaverse Resource Center: https://lnkd.in/gsVxMJ2W Let's usher in a future where healthcare is safer, more efficient, and more patient-centered than ever before! 🌟 - #HealthcareInnovation #XR #VR #AR #Metaverse

Virtual reality (VR) is reshaping healthcare, offering novel approaches to training surgeons, enhancing patient comfort, and improving clinical trial participation. Studies demonstrate VR’s efficacy in refining surgical skills while mitigating the risks associated with real-patient procedures. Apple’s recent launch of the Vision Pro spatial computing headset has reignited interest in VR’s potential applications in healthcare. Dr. Frank Tsai, an oncologist at HonorHealth, explores VR’s capacity to revolutionise patient consultations, providing a familiar and comfortable environment that enhances communication and engagement. By leveraging VR, medical professionals aim to bridge gaps in clinical trial representation, particularly among underrepresented communities. Despite initial curiosity about VR’s benefits, its tangible impact on patient care, pain management, and therapeutic interventions underscores its promising role in reshaping medical practice and improving patient outcomes. Sign up for MetaGeniuses weekly newsletter and stay ahead of the curve: https://lnkd.in/eGSNSWu5

🌟 New Frontiers in Healthcare: VR in Medicine 🚀 👓 Dive into the transformative world of Virtual Reality (VR) in our latest article on Capsule Sight! Discover how VR is revolutionizing the realm of medicine, especially in pre-treatment visualization. This isn't just a step forward; it's a leap into a future where technology meets healthcare in groundbreaking ways. 👨⚕️ From providing unparalleled three-dimensional insights into complex medical conditions to enhancing surgical planning and patient outcomes, VR is reshaping how medical professionals approach patient care. But it's not just about the professionals; VR is empowering patients, demystifying complex procedures, and fostering informed decision-making. 🌐 Our comprehensive article covers everything from the benefits of VR in medicine, real-world applications in surgeries like neurosurgery and orthopedics, to the bright future of this technology in enhancing patient care and medical education. Plus, we delve into the synergy of VR with other emerging technologies like AI and machine learning. 🔗 Don't miss out on this insightful exploration of how Virtual Reality is setting new standards in healthcare. Read our full article at www.capsulesight.com and witness how VR is not just a technological advancement, but a paradigm shift in medical practice. https://lnkd.in/dj5ardd6 👁️🗨️ Experience the future of medicine today and join the conversation. How do you see VR shaping the future of healthcare? Share your thoughts and let's discuss! #VirtualReality #VR #Medicine #Healthcare #Health #Treatment #Technology #Tech #Visualization #Surgery #Education #Students #Rehabilitation

Great read, see how the #Metaverse is set to revolutionize #Healthcare. From AR surgeries to VR therapy, explore how digital innovations transform patient care and medical training. https://dell.to/4fWLWT5 via Frontiers #TransformHIT

How Virtual Reality Can Help Train Surgeons  by Gideon Blumstein   Reviewer: David Laith Rawaf, MD   Link to paper: https://lnkd.in/dgA9Vj4   This week, we're delving into an insightful article by Gideon Blumstein featured in the Harvard Business Review. It explores the transformative impact of virtual reality (VR) on surgeon education, particularly in objectively assessing surgical skill competency. By immersing surgeons in lifelike simulations, VR provides a compelling platform for benchmarking proficiency.   Consider these compelling statistics: • 30% of surgeons couldn't operate independently post-residency. • Lower-skilled bariatric surgeons faced mortality rates up to 5 times higher than their more proficient colleagues. • 7 million patients worldwide suffer surgical complications annually. • With an aging population, a surgeon shortage is on the horizon.   A study at #UCLA's David Geffen School of Medicine revealed that #VR training with Osso VR improved participants' overall surgical performance subjectively by 230% in intramedullary tibial nailing on a simulated model (@SawBones).   However, there's a pressing need to incorporate objective metrics beyond checklists in future clinical validation. Parameters like economy of motion, equal utilisation of both hands, and procedural efficiency should be integrated into automated assessment on future simulators.   #Haptics play a pivotal role too. Current VR simulators either lack haptics or rely on motor-based systems. Companies like Haply aim to enhance haptic fidelity, yet there's still a lot of progress needed to provide natural haptics within VR environments.   Let's ignite a dialogue: Is VR the definitive solution for objectively evaluating surgical competence, or should we consider integrating it with traditional or alternative modalities? 🤔   Share your insights and join the conversation! #VirtualReality #SurgicalTraining #ObjectiveAssessment #MedicalInnovation #haptics🚀 Elliot Street, Ross Davies, Jake Connell, Ben Quinton Osso VR, Sawbones, UCLA-Caltech Medical Scientist Training Program , Harvard Business Review, Haply Robotics, Gideon Blumstein

🚀 Excited to have participated in The International Conference on eXtended Reality (XR Salento) in beautiful Lecce, from September 4-6! I had the pleasure of presenting our paper titled: "Transforming Anatomopathology with XR Pathology: A Usability Study on HoloLens Integration". 🧑⚕️🧑💻 🔍 This project explores how eXtended Reality (XR) can enhance pathologists' workflow, allowing them to handle surgical materials hands-free while focusing on specialized tasks. The use of HoloLens enables: Speech synthesis 🎙️ Viewing patient data 📊 Integration of photos and videos 🖼️ The results from our usability study with 8 medical professionals were promising—voice interaction was preferred, and the user experience feedback was positive. 🙌 However, we're working on improving task accuracy and system responsiveness. 💡Next steps? Finalizing the user journey on HoloLens 2, complying with EU medical regulations, and exploring AI for image analysis! 🤖 Luca Greci Francesca Menghi Marco Sacco #ExtendedReality #Hololens #humanfactor #UserExperience #Healthcare #MedicalDevices