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 short article, you can discover the use of VR for pain control at Cedars-Sinai Medical Center in Los Angeles. This experiment shows that VR help to reduce pain and anxiety for children, and reduce the need of opioids. It’s interesting to see that hardware for this action are relatively cheap. Cedars-Sinai Medical Center in New York, for instance, has recently run a pilot that equips patients with Samsung Gear Oculus VR headsets that feature…"VR Offers Patients a Virtual Distraction from Pain"
A team for Purdue University recently presents a system to help health care workers “in the field”. With this teleoperation tool presented at the 2018 Military Health System Research Symposium, experienced surgeons could be virtually anywhere to give advice to local operator. “In this sense, people wearing our AR telementoring device would be able to receive extra information as they operate, in addition to maintaining all the visual and motor capabilities they would normally have,” Edward Rojas…"Augmented Reality Allows Specialists to Provide Care in Remote Locations"
In this article, a team from Hadassah Hebrew University Medical Centre (Jerusalem) presents a AR tool to increase the precision of guidance in interventional oncology. With “Endosight” (system name) the team reports a accuracy of less than 5 mm to guide needle thought patient. Even if many things have to be improved (like the compensation of breath) it seems really encouraging. Augmented reality can assist with needle guidance with great target accuracy for interventional procedures…"Augmented reality for interventional oncology: proof-of-concept study of a novel high-end guidance system platform"
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"
In this article Gema Climent, CIO of Nesplora Technology and Behaviour, explains how virtual reality can be used to evaluate brain disorders. It’s an efficient way to measure cognitive function more accurately than old methods. A more surprising thing is that patients are more motivated to be evaluated because VT tools are easy to use and more “fun”. Enter Nesplora Technology and Behaviour and its VR-based evaluation tools for mental disorders: A set of virtual…"Virtual reality for better diagnosis of mental disorders"
In this TEDx video Nadine Hachach-Haram (CEO of Proximie) explains how surgeons can use immersive technologies to be “teleported” everywhere in the world to perform a surgical intervention. By using augmented reality, robotic, IA and high-speed network it will be possible to give patients access to the surgeon they need. Surgeon and entrepreneur Nadine Hachach-Haram is developing a new system that helps surgeons operate together and train one another on new techniques — from remote…"Nadine Hachach-Haram: How augmented reality could change the future of surgery"
In a poster presentation at the Computer Assisted Radiology and Surgery (CARS) 2018, Nicole Wake (doctoral candidate ) explains how augmented reality can help surgeons to better understand patient anatomy. In the particular case of prostate cancer, the preoperative planning is closely related to relationships between the tumor and nearby structures. The use of a Hololens AR helmet to “see it” is “considerably more useful ” according to surgeons who test the solution. Reesearchers from New York University School of…"Augmented reality optimizes prostate cancer surgery"
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"
L’usage de la réalité augmentée en médecine et, en particulier, en chirurgie plastique permet de “voir” les modifications avant les interventions. De cette manière le patient ou la patiente est plus rassuré(e) avant l’opération et peut commencer à appréhender sa nouvelle image. Dans cette exemple, c’est le choix d’implants mammaires qui est facilité. La patiente peut choisir en connaissance de cause et n’aura pas de surprise après l’intervention. La pose d’implants mammaires permet d’augmenter artificiellement…"Un miroir en réalité augmentée permet de voir sa future poitrine avant opération"
What if there was a cost effective, scalable and structured solution to help understand those with acquired brain injuries? What if clinicians, occupational therapists and speech therapists could eliminate basic flash cards and guess work, and use augmented reality to help their patients communicate? In his presentation from the 2018 eHealth Queensland Expo in Brisbane, David Paré explains the possibilities of augmented reality to transform brain trauma care. Watch as David tells the story of…"Andrew’s Brain: An augmented reality solution to brain trauma communication"
Leica Microsystems presents a new microscope dedicated to neurosurgery. This device gives all visual information in a single field of you in front of surgeon. With the help of augmented reality, he can view fluorescence images directly on the patient and go to different pictures without interruption. Cutting edge view of ARveo digital augmented reality microscope marks a new generation of integrated rich information instruments Source: News Details: Leica Microsystems"ARveo microscope from Leica Microsystems : a single field of view with all data"
In this article Dr. Anderson explains how VR can help mothers to deliver child with less painkillers. Even if it is not a solution for everyone and it should be used with other methods, it permits decrease drugs needs. He said that although he already helped more than forty mothers deliver their kids with VR, Martucci’s case was the most successful. She had the VR device on for the longest time, and she could go…"Virtual Reality Can Help Women Get Through Childbirth With Less Pain"
In this article you can discover a AR system use to assist surgeons in laparoscopic partial nephrectomy A projector-based augmented reality intracorporeal system (PARIS) is presented that includes a miniature tracked projector, tracked marker, and laparoscopic ultrasound (LUS) transducer. PARIS was developed to improve the efficacy and safety of laparoscopic partial nephrectomy (LPN). In particular, it has been demonstrated to effectively assist in the identification of tumor boundaries during surgery and to improve the surgeon’s…"Follow the light: projector-based augmented reality intracorporeal system for laparoscopic surgery"
A group from Johns Hopkins University uses augmented reality visualization to help implantation of surgical nails in patients with femoral fractures. Results from first experience show that accuracy is similar to conventional method but procedure time is reduced by nearly 10% and x-ray acquisitions are reduced by 90%. The group from Johns Hopkins University used x-ray images acquired with a C-arm to create virtual lines visible with an AR headset for guiding the implantation of…"Augmented reality guides orthopedic surgery"
A very simple way to use smartphone AR to help doctors in information visualization ! At the University of Twente in the Netherlands, a research team is developing an economical smartphone technology based on the Simultaneous Localization and Mapping (SLAM) technology, along with augmented reality (AR). The device allows doctors to reconstruct 3D body sections by directing the smartphone to the areas of interest. The smartphone will display AR layers of the 3D skin surface…"How AR and Computer Mapping are Leading to Safer Medical Procedures"
In this article, you will discover how Dr. Joshua Bederson and his team in Mount Sinai Hospital (NYC) use immersive technologies to prepare ans operate complex brain surgeries. The use of “Surgical Theater” software gives surgeons a 360° vision of the patient and is linked to a Occulus VR helmet to see “inside” the brain. It’s a way to limit the workload for the surgeon. The new technology includes a program called Surgical Theater, which…"How augmented reality gives one doctor surgical ‘superpowers’"
In this study about spine surgery at Johns Hopkins Hospital, the use of augmented reality system “xvision” allows a good increase of accuracy (from 94.6% to 96.7% of succeed). The main benefice is that surgeon can work without looking away from the patient. XVS essentially provides the surgeon with ‘X-ray vision’ &mash; enabling them to navigation through a patient’s skin and tissue. It’s intended for use in minimally-invasive or open spine surgeries, but has potential…"Augmedics’ augmented-reality surgical system shows promise"
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"
Le projet FollowKnee a ppour ambition de créer une prothèse 100% connectée, destinée à améliorer la pose puis la rééducation des patients. Sélectionné dans le cadre du programme d’investissement d’avenir, FollowKnee est financé à hauteur de 24 millions d’euros dont un tiers par l’Agence Nationale de la Recherche. Il aurait commencé en début d’année et devrait se terminer dans 5 ans. “D’ici 3 ans, nous allons d’abord réaliser des prothèses de genoux fabriquées en 3D et…"FollowKnee, une prothèse de genou connectée imprimée en 3D"
Virtual reality systems are perfect tools to help people in visualization of complex pictures, especially from high-performance microscopes (like light-sheet microscope). This new visualization ability has huge impacts on neural research. Dr. Gilles Reymond, Staff Engineer at the Wyss Center outlines the possibilities: “In the future, this could prove a very useful tool to gain a new 3D perspective on the complex mechanical and biological interactions between the human brain and new types of MRI…"New Virtual Reality Technology Allows Scientists to ‘Walk Through’ Brains"
In this use of virtual reality, the patient is inside a virtual world where he has to move like a bird (for example). Theses moves are a part a the reeducation program. It is noticed that the patient feels less pain during VR session than during a traditional one. Créée en octobre 2015, KineQuantum veut transformer les usages de la kinésithérapie active où le patient réalise seul des mouvements. Grâce à des casques de réalité…"KineQuantum veut améliorer la kinésithérapie grâce à la réalité virtuelle"
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"