At George Washington University Hospital, surgeons use augmented reality tools to prepare surgical operations. With pictures from CT scan for example, they look directly “on the patient” to prepare as accurately as possible future gestures. As explained, this is a great tool to save time before a operation. Rather than just relying on 2D imaging, surgeons can take a CT scan and create a 360-degree virtual reality platform with it, Dr. Keith Mortman, a thoracic…"George Washington University Hospital doctors among first to use virtual reality tech for surgeries"
A research team of USC (University of Southern California) have made a system to help people with low vision to better see obstacles. The principle is quite simple : object around the user is scanned and overlapped with distinct colors through Hololens glasses. Results are very impressive despite severe limitations due to hardware. In a new study of patients with retinitis pigmentosa, an inherited degenerative eye disease that results in poor vision, Keck School of…"Augmented reality glasses may help people with low vision better navigate their environment"
In this short video, we will see how AR glasses is used by a team of Munich’s Technical University in surgery. Researchers at Munich’s Technical University are developing smart surgical glasses for operating theaters. Allowing for a 3D visual representation of the patient, Augmented Reality is set to revolutionize surgery. Source: How smart glasses will transform surgery | Tomorrow Today – The Science Magazine | DW | 27.07.2019"How smart glasses will transform surgery"
In this article, authors show that the use of Hololens AR helmet improves endoscopic surgery. With a test panel of 72 people from novice to expert level, this study shows a better efficiency than with conventional screens, especially for less skilled people. This study demonstrates that the device facilitated improved outcomes of performance in novices and was widely accepted as a surgical visual aid by all groups. The HoloLens represents a feasible alternative to the…"Effectiveness of the HoloLens mixed-reality headset in minimally invasive surgery: a simulation-based feasibility study"
CLARAi (clinical augmented reality and artificial intelligence) is a experimental tool developed by the University of Michigan to measure and to show “pain level” as objectively as possible. It uses Microsoft HoloLens AR glasses to help physicians to visualize pain “on the head” of patient! Another great advantage of CLARAi is to possibility to transport it easily. It allows to use it almost everywhere. Red and blue dots were used to denote location and level…"Augmented Reality Perceives Real-Time Pain of Patients"
In this study, authors demonstrate that the use of augmented reality improve the capacities of Alzheimer patient to do complex tasks. Even if the hardware (here they use Hololens from Microsoft) is not adapted to everyday life, this kind of assistance is really promising. In this crossover study, we used an augmented reality approach using a Microsoft HoloLens to support patients in a tea making task. During task execution, subjects received three-dimensional dynamic holograms of…"An augmented reality approach for ADL support in Alzheimer’s disease: a crossover trial"
Short after a fund raising, Medivis (New York) annonces that SurgicalAR plateform gets now the 510(K) Clearance from FDA. This “Premarket Notification” allows Medivis to deploy this solution across United States territory and increased the number of studies on its effectiveness. Medivis announced that its augmented reality (AR) technology platform for surgical applications, SurgicalAR, has received 510(k) clearance for clinical use in the operating room by the U.S. Food and Drug Administration (FDA). The New…"Medivis SurgicalAR Gets FDA Clearance"
In this article you will find a presentation of Holo4Labs tools and a description of potential uses of augmented reality in a science laboratory. This product is in fact a HMI (human-machine interface) to the software solution4labs. In HCS Pharma we have presented a very similar view of the future of laboratories at Forum Labo 2017 The laboratory of the future will be very different. Emerging technology is radically reshaping the way we tackle daily…"Mixed Reality Will Soon Be in the Service of Science Labs"
Christopher Morley, co-founder of Medivis, wants that surgeons see directly in 3D during operation and don’t be distracted by converting 2D medical picture to the “real world”. To do that, Medivis is developing a complete set of software and the company is working with Microsoft Hololens. With this fund raising, they will spread the Medivis platforme to more testing teams. Using the HoloLens, the SurgicalAR software precisely maps medical imaging onto a surgeon’s view of…"Medical Software Maker Medivis Closes $2.3 Million in Funding to Bring HoloLens to Surgical Platform"
Just after the presentation of the new version of Hololens by Microsoft at MWC, Philips shown an use case in healthcare, precisely in surgery. Connected with Philipes Azurion platform, Hololens allows people to easily see 2D and 3D pictures from various instruments. This tool gives also a more natural way to interact with digital data, throught voice and gestures At the MWC (25–26 February, Barcelona, Spain), formerly the Mobile World Congress, Philips unveiled a unique mixed…"Augmented reality surgical technology unveiled by Philips and Microsoft"
In this article authors present a new calibration method to increase the precision of the position for a Hololens. Using external system combined with embedded SLAM and a “hand‐eye” based approach, it could be possible to lowered uncertainty on Virtual/Real position close to 3 mm. Augmented reality (AR) allows the surgeon to represent holographic patient‐specific anatomical information and surgical instruments on the physical world. To correctly superimpose virtual and physical objects, a hand‐eye calibration method…"A Hand‐Eye Calibration Method for Augmented Reality Applied to Computer‐Assisted Orthopedic Surgery"
English : https://www.healthcaredive.com/news/novarad-augmented-reality-system-for-surgery-gets-fda-nod/540543/ C’est une première dans l’utilisation de la réalité augmentée pour une opération de chirurgie. La FDA vient de valider l’utilisation d’ Hololens associé au logiciel OpenSight pour aider les chirurgiens à préparer une opération. Ce disposition peut être utilisé à plusieurs et comporte un système pour la formation des étudiants. La solution en question se nomme OpenSight. Elle est commercialisée par l’entreprise américaine Novarad, un spécialiste de l’imagerie médicale fondé en 1998.…"Chirurgie augmentée : la FDA approuve un premier système de visualisation basé sur HoloLens"
We have now many examples of how augmented reality can help patient to control or even forget stress before treatment. In this article the CHARIOT team of Packard Children’s Hospital Stanford uses AR and an animated 3D character to distract child and explains the purpose of the care. In one example, an AR experience developed by Miney Moe and the CHARIOT team, patients see a pair of animated 3D characters in their room as a…"This Children’s Hospital Uses HoloLens & Augmented Reality to Calm Young Patients During Medical Procedures"
At St. Mary’s Hospital a team from Imperial College London use a Hololens to see “inside” the body and to prepare surgical interventions. All of the patients first underwent CT scans, to obtain 3D images of the bones and blood vessels in the injured limb. When the HoloLens-wearing doctors were subsequently performing the surgery, those images were superimposed on their view of the leg – to them, it was as if they could actually see through…"Surgeons use HoloLens to peer into patients’ legs"
This operation has been done with Microsoft Hololense. The AR glasses facilitates access to data like X-rays, scanners and MRIs thanks to uses of 3D reconstructed models directly projected on the patient. It is also possible to prepare the operation with these technologies and, during the surgical intervention, the surgeon could be “assisted” by colleagues. In french : Replay : une opération chirurgicale en réalité augmentée Doctors at the Avicenne de Bobigny hospital (Ile-de-France) have…"France performs world’s first virtual reality surgery"