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"
In this article, a study about the impact of VR use on 33 blood donors at the American Red Cross is presented. With only a simple software and a 4 minutes experience with a Oculus Go, authors showed a clear decrease of “needle fear”. The impact on negative feeling is even more impressive on younger people. This study demonstrated that an inexpensive and brief VR intervention can have a significant positive impact on mood just…"New Study: VR Changes Mood Before Blood Donations"
In this article Justin Barad (CEO of Osso VR) summarizes benefits of AR and VR in the surgeon’s training. He lists, of course, many useful (and up-to-date) examples but you can find also inside the text an interesting reflexion about the future of these technologies. As author explains, immersive technologies in healthcare are more en more complex and it will become a real challenge to explain to surgeons how to use it in the close…"Virtual reality, augmented reality can improve surgeons’ training"
In this study conducted at Mount Sinai HELPS Center, authors compare VR and mannequin-based simulations for ACLS (Advanced Cardiopulmonary Life Support) training. They show that users measured skills in VR is closely correlated with those in classical method (with the mannequin). Even if VR can’t replace the old method, it will be very efficient to be used for individualized training, more often and for a lower cost. The study found that VR simulation was predictive…"Mount Sinai HELPS Center Study Finds Virtual Reality ACLS Simulation Training Effective for Assessing ACLS Competency"
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"
Even if this article is not really related to healthcare sector, it presents the use of VR (and AR) for education and how to use it effectively in a classroom. Immersive technologies have a ability to help students to be concentrated on their tasks. It’s useful for young people and it’s even more useful for people with autistic syndromes, who struggle with soft skills. It’s a new example of amazing possibilities of VR in these…"VR in the Classroom: The Future of Immersive Education with AR/VR"
As virtual reality technologies becomes more and more accessible, R&D team in biotech try different approaches to use it in they every-day work. In this article, authors explain how it can be used to see (and even to feel!) complex molecular 3D geometry. The exemple of the exploration of this field by Novartis with the start-up Nanome illustrates what could be drug discovery tomorrow. Using the collaborative VR platform developed by four-year-old Nanome, scientists can…"Virtual Reality for drug discovery is for real!"
Les simulateurs de l’entreprise sont utilisés aujourd’hui dans 11 pays et dans 25 universités. Avec le financement du programme Epic MegaGrants d’Epic Games, (Unreal Engine) la société va améliorer son produit et passer à l’utilisation de casques de réalité virtuelle pour renforcer l’immersion. “A terme, l’utilisation des casques pourraient nous permettre de diminuer par deux le coût des simulateurs,” poursuit James Markey. Ces derniers coûtent aujourd’hui dans les 50 000 euros, la majorité du coût…"HRV Simulation combine casque de réalité virtuelle et retour haptique pour mieux former les dentistes"
The Living Heart Project of Dassault Systèmes allows virtual experiments on medical devices and even drugs since last year. There are now 130 partners in this project and the collaboration with the FDA could increase this number. The next step for Dassault Systèmes is to plan medical trials with virtual patients. With the demonstration of efficiency of this process, future medical trails could be very different from today and much more accurate. Dassault Systèmes today…"The Living Heart: FDA renews contract with Dassault to evaluate 3D simulation, virtual patients"
At the University of Alberta, occupational therapy students can use virtual reality to practice before their clinical exams. According to teachers, it allows to decrease anxiety and help them to get better results. Now with the virtual reality program, students can experience the entire process — from opening the room door to diagnosing a patient — without leaving the lab. Instead of traditional actors playing standardized patients, the virtual program has multiple virtual patients, modeled…"Virtual reality helps U of A students battle exam anxiety"
Dans cet article vous trouverez un court résumé des résultats obtenus par plusieurs équipes de recherche dans l’utilisation de peluches “intelligentes” auprès d’enfants hospitalisés. Les réponses des peluches étant liées à l’enfant, ce dernier y est plus réceptif. Cela donne des idées intéressantes de développement comme l’utilisation des peluches pour aider à l’observance des traitements. L’étude a principalement démontré la faisabilité d’intégrer “Huggable” dans les services hospitaliers. Mais les résultats ont surtout montré que les…"Un ours en peluche robotisé pour le suivi des enfants hospitalisés"
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"