AR provides unparalleled views inside the human body that help surgeons make better plans for difficult procedures Key Takeaways: AR overcomes the navigational and visual challenges of precision surgery AR is being used in pedicle screw replacement with an accuracy rate of 94.1%, eliminating many of the risks, including neurological damage, via precise…
3D surgical modeling improves pre-surgical preparations — translating to better patient outcomes Key Takeaways: Advancement in 3D surgical modeling have the potential to unlock significant improvement of surgical preparation and outcomes Holographic models of patient organs give surgeons comprehensive, patient-specific anatomical and pathological context of the procedures they will perform Surgeons are better…
Holographic 3D modeling technology can be used to gain new insight into the realm of pre-birth fetal correction Key Takeaways: 3D imaging technology allows surgeons to have a detailed study of the fetal organs inside the womb Holographic images have shown promising potential in aiding birth defect correction via surgery 3D technology is…
3D Holographic images of patient organs prepared from DICOM data are helping surgeons achieve better surgical outcomes Key Takeaways: Surgeons can get a head start by studying 3D virtual reality models of their patient organs before performing the actual surgery. The availability of holographic images of the patients’ organs can help achieve better…
3D imaging is sharpening surgical planning by providing a technological edge Key Takeaways: There are tools now available that can visualize 3D images out of a CT scan or MRI. The 3D images help surgeons plan surgery in a much better way — leading to better outcomes. 3D tools such as Microsoft HoloLens…
With state-of-the-art visualization technology, surgeons can map out all stages of invasive procedures. Key Takeaways: Surgeons can use Intravision XR visualization technology to visualize Holographic 3D models of a patient’s anatomy to prepare for an invasive procedure. Holographic 3D models empower surgeons to understand unique relationships between different anatomical structures and determine the…
Augmented reality and virtual reality technologies in medicine are revolutionizing patient treatment. Here’s where AR and VR in medicine could be headed. Key Takeaways: Augmented reality (AR) and virtual reality (VR) technologies can be used to improve the patient experience. With AR and VR, surgeons, radiologists, and other healthcare professionals can leverage 3D…
What does medical visualization software mean for surgeons, interventionalists, and medical students? Here’s a closer look. Key Takeaways: Surgeons, interventionalists, and other healthcare professionals often rely on MRI and CT scans to analyze patients’ anatomical structures. Medical visualization software is being introduced that can transform the way healthcare professionals use MRIs and CT…
New advances in visualization technology are helping surgeons prepare for procedures, treat patients, and enhance their skills. Key Takeaways: Surgeons can use advanced visualization technology to go beyond computerized tomography (CT) and magnetic resonance imaging (MRI) scans for medical imaging. With advanced visualization technology, surgeons can use 3D models to prepare for procedures…
Discover how surgeons can use Microsoft HoloLens to collaborate and communicate with one another in real-time, regardless of location. Key Takeaways: A recent project explored the benefits of using the Microsoft HoloLens mixed-reality headset during surgery. In the project, a surgeon wore a HoloLens headset and used it to collaborate and communicate with…