mSurgery’s Post

𝗩𝗶𝗿𝘁𝘂𝗮𝗹 𝗥𝗲𝗮𝗹𝗶𝘁𝘆: 𝗥𝗲𝘃𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝗶𝘇𝗶𝗻𝗴 𝗦𝘂𝗿𝗴𝗶𝗰𝗮𝗹 𝗣𝗹𝗮𝗻𝗻𝗶𝗻𝗴 𝗶𝗻 𝗥𝗮𝗱𝗶𝗼𝗹𝗼𝗴𝘆 The integration of Virtual Reality (VR) in surgical planning is transforming how surgeons approach complex operations. With VR technology, radiologists and surgeons can now visualize patient anatomy in 3D, offering unparalleled insights that enhance precision and outcomes during surgery. For instance, using VR to create a detailed, interactive 3D model from CT or MRI scans allows surgeons to explore every angle of the patient’s anatomy before making an incision. This immersive experience helps identify potential challenges, reduces surgical risks, and allows for more accurate planning, especially in cases involving complex or unusual anatomical structures. 💡 Key Benefits: ✅ Real-time 3D visualization aids in better understanding patient anatomy. ✅ Helps minimize invasive procedures by refining surgical strategies pre-operatively. ✅ Reduces surgical complications, leading to faster recovery for patients. As VR continues to evolve, its applications in radiology are set to change the landscape of modern surgery, making procedures safer and more effective. How do you think this technology will shape the future of radiology? Let us know your thoughts in the comments! 🧑⚕️🔍 🌐 Source: https://bit.ly/4dfwyP1 #MedicalImaging #SurgicalInnovation #MedicalTechnology #HealthcareTech #Teleradiology #SurgicalPlanning #FutureOfMedicine #VRInHealthcare #3DImaging #MedTech #Radiology #TechInHealthcare #AIInMedicine

🕶️ Virtual Reality: Transforming the Operating Room Imagine stepping into a virtual world before even making the first incision. With VR, surgeons can practice procedures, visualize complex anatomy, and even guide surgeries in real-time, making VR an invaluable tool in modern surgical practice. Here’s how VR is reshaping the OR: Key Benefits of VR in Surgery: 1. Enhanced Pre-Operative Planning: VR allows surgeons to explore patient anatomy in 3D before surgery, helping to visualize complex structures and plan precise surgical approaches. 2. Real-Time Guidance: During procedures, VR technology can overlay real-time data and imaging, providing surgeons with critical insights and guidance for safer, more efficient surgeries. 3. Training and Simulation: VR simulations provide a safe, realistic environment for surgeons to practice complex techniques, especially useful in refining skills and training new surgeons. VR is more than just a tool—it’s transforming the way we approach surgery, enhancing precision, safety, and outcomes for patients. Would you consider integrating VR into your surgical practice? What impact do you think it could have on your work? 💬 Let’s Hear Your Thoughts! Share your insights below, or tag a colleague who’s interested in the latest surgical innovations. #VirtualReality #SurgicalInnovation #VRinHealthcare #PrecisionSurgery #MedicalTech #FutureOfSurgery #ORTechnology

Medical schools and hospitals are embracing hand-tracking VR for immersive, precise training and surgical simulations, enhancing skill acquisition and procedural accuracy. This technology allows safe, controlled practice without real patients. Benefits include improved outcomes, reduced training risks, and personalized, real-time feedback, making medical training more effective and patient care safer. Here are some real-world use cases: 🟢 Surgical Rehearsals: Providing realistic surgical simulations. Hand-tracking allows natural interaction with virtual tools, enabling easier surgery planning, locating lesions, and reconstructing blood vessels, reducing risks. 🟢 Anatomical Visualization: Surgeons use VR to visualize 3D models of patient-specific anatomy from imaging data, planning complex surgeries with precision. Hand-tracking aids in manipulating these models easily. 🟢 Radiology and Imaging: Radiologists can review and manipulate 3D medical images from CT or MRI scans. Hand-tracking enables precise interaction for detailed analysis. With Leap Motion Controller 2 from Ultraleap, DPVR E4 Arc is ideal yet budget-friendly for surgeon training, capturing 3D images of users' hands, including 27 joints, enhancing surgical practice through muscle memory. Featuring a wider field of view and crisp visuals, it's perfect for demanding use cases. Interested in a demo? Contact us at ▶ salesmarketing@dpvr.com #VirtualReality #HandTracking #MedicalEducation #LeapMotion #Ultraleap #E4Arc 

In this survey the largest increase in the use of modern technologies in arthroplasty are expected for virtual reality (plus 30%) and robotics (23%). That’s why I support this! https://lnkd.in/eEaNacby

How VR is Shaping Healthcare 🩺✨ From enhancing surgical precision to aiding in pain management and physical therapy, VR is changing the game. Dive into how immersive simulations and remote consultations are making healthcare more accessible and effective. [VR in health care, Surgery, Patients, Treatments] . #HealthcareInnovation #VirtualReality #FutureOfMedicine #BitVR #Day5

mSurgery: Connecting 25 VR Headsets to the Surgeon’s Console View The upcoming “Robotic & Endoscopic Breast Surgery Course,” taking place on December 12-13, 2024, at Hospital Universitari Germans Trias i Pujol in Barcelona, presents a unique technical challenge: providing 25 surgeons with the same stereoscopic (3D) view experienced by the console surgeon on the da Vinci system (Intuitive’s surgical platform)—all at the same time. For the first time, 25 surgeons will be able to see a surgery as if they were seated at the controls of the da Vinci console. This is made possible through mSurgery’s cutting-edge technology, ensuring each participant has an immersive experience that feels like being at the console. This approach not only optimizes resources but also sets a new standard in surgical training. Participants will benefit from: • Real-Time 3D Vision: The 25 VR headsets provide a real-time view of the surgical field with the same depth perception as the console surgeon. • High-Quality Imaging: Each participant will experience ultra-high-quality visuals, capturing every detail of the surgical procedure. • Stability and Minimal Latency: mSurgery’s robust technical infrastructure ensures seamless signal delivery to all 25 VR headsets, even in a dense user environment. Why VR headsets instead of a traditional projector? Because VR delivers exactly what the console surgeon sees: precision, depth, and detail in every surgical movement—an experience impossible to replicate with 2D or 3D projection systems. This level of immersion is crucial for maximizing learning and understanding of advanced surgical techniques. We are proud to collaborate with Lidia Blay MD, PhD and her team, taking surgical training to the next level through technological innovation. #SurgicalEducation #VRinSurgery #RoboticSurgery #Telepresence #MedicalInnovation #mSurgery

Patient’s Clincal Story A 14-year-old patient presents with Mandibular Condylar Hypoplasia and an absent zygomatic arch, both of which significantly impact facial structure and development. Mandibular Condylar Hypoplasia involves the underdevelopment of the mandibular condyle, an essential component of the jaw joint responsible for jaw movement and alignment. This condition poses substantial functional and aesthetic challenges. Moreover, the lack of a zygomatic arch exacerbates issues of facial symmetry and function, creating a complex case for reconstructive surgeons.   Role of ImmersiveTouch Utilizing ImmersiveTouch’s advanced VR software, ImmersiveView 5.0, surgeons achieved a detailed visualization of the patient’s facial and thoracic anatomy. This enabled precise planning of surgical procedures involving the harvesting and grafting of the patient’s own costochondral rib cartilage for facial reconstruction. ImmersiveView 5.0 enhances the surgical process by providing a personalized approach to patient treatment, thereby streamlining the procedure and improving patient outcomes. #FacialReconstruction #MandibularCondylarHypoplasia #ZygomaticArchAbsence #ImmersiveTouch#ImmersiveView5 #SurgicalVisualization #PatientOutcome #SurgicalPrecision #PatientCare #HealthTech #CuttingEdge #MedicalAdvancements #HealthcareInnovation #SurgerySuccess #TechnologyInMedicine #SurgicalExcellence #SurgicalPlanning #VR #VirtualReality #immersivetouchinc #immersivethursdays

Step into the future of surgery with mediCAD Mixed Reality! 👩⚕️🚀 Experience the best of both worlds as you seamlessly merge your physical environment with cutting-edge digital holograms. Our Mixed Reality platform allows you to interact with and manipulate holographic images while still perceiving your surroundings in real-time. With preoperative planning seamlessly integrated into real-time surgical procedures, our platform ensures unmatched precision and efficiency. Our automatic generation of 3D models enables swift identification of optimal implant positions, while simulation of patient movements helps prevent potential complications. Equipped with the HoloLens, surgeons can delve deep into holographic representations of planned outcomes, facilitating meticulous examination within the 3D model.✔️ Learn more about our Mixed Reality Solution https://buff.ly/3r1WXNT #mediCAD #mixedreality #surgerinnovation #hololens #medicaltechnology

VR Breakthrough: → First Successful Surgery with Apple Vision Pro in Brazil → For the first time, surgeons utilized Apple Vision Pro to perform a successful procedure, showcasing the potential of VR in enhancing medical precision and patient outcomes. How do you think VR technology will continue to impact the medical field? Share your thoughts below! ➡ Follow me Master List AI for more of these. ➡ Master AI (Tips, Tools, Trends, News) Here: https://lnkd.in/gM9pWpf5 P.S. Enjoy these? Feel free to Repost #virtualreality #medicalinnovation #technology

XR Industry Adoption Update - 8 National Taiwan University Hsinchu Branch's cardiology team is pioneering the use of Microsoft #HoloLens 2 mixed reality (MR) headsets combined with AI technology to assist in heart surgeries. This innovative approach has already been successfully used in seven coronary artery occlusion surgeries, significantly reducing surgery time and improving patient safety. The system uses AI to transform 2D coronary artery images into 3D visuals, which are displayed through the HoloLens 2, allowing surgeons to navigate blocked arteries with precision. This advancement has increased surgery success rates from 60% to 90%, showcasing the potential of mixed reality in enhancing medical procedures. Interested in exploring XR solutions? Feel free to reach out! KOMPANIONS #AR #VR #extendedreality #technology #XR #MR #mixedreality #virtualreality #Hololense #developmentagency #heathcare #AI