In this review authors show today results of VR uses in Parkinson disease rehabilitation and emphasize the lack of large studies on this topic. They also give advices for future studies and clinical trials. This Review examines the rationale and evidence for using VR in the assessment and rehabilitation of people with PD, makes recommendations for future research and discusses the use of VR in the clinic. In the assessment of people with PD, VR has…"Virtual reality in research and rehabilitation of gait and balance in Parkinson disease"
In this article from “The Journal of Spine Surgery”, a review of many studies is presented about the use of immersive technologies to train surgeons. Conclusions are very simple : these technologies improve skills BUT in many cases relance is low. The need of big scale study is clear. The current scope of VR, AR, and MR surgical simulators in MISS and spinal endoscopic surgery was described. Studies demonstrate improvement in technical skill and patient…"Virtual reality in spinal endoscopy: a paradigm shift in education to support spine surgeons"
In this article, a team from McMaster University explains results of its latest study about efficiency of VR and AR in teaching anatomy. Immersive technologies in this case don’t help students and, in the contrary, decrease their results! It’s a good reminder that the technology alone can’t solve all problems. Solutions have to be imagined more globally. Groups of 20 undergraduate students at McMaster with no prior anatomic training learned pelvic anatomy under seven conditions:…"Virtual and mixed reality inferior to traditional learning in anatomy education"
In this article authors perform a meta-analyse over more than a thousand statistical tests related to uses of VR in psychology. The study is mainly focused on statistical consistency and explore main errors seen in scientific papers. They also talk about “usual” bias in selected samples. The conclusions may seem harsh to you but it give good ways for future research 🙂 Virtual reality (VR) is a popular subject of scientific study across a variety…"Virtual Reality Check: Statistical Power, Reported Results, and the Validity of Research on the Psychology of Virtual Reality and Immersive Environments"
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"
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"
In this very interesting study about the use of AR as a way to encourage physical exercices, authors demonstrate that results are clear and mesured. AR helps the gamification of exercices and increase the implication of users. The immersion helps also to make exercices for a longer time. This study successfully showed that inexpensive easy-to-use AR systems can effectively contribute to exercise programs. Future game design recommendations, including feedback, mixed reality, and stress tracking, are…"Physiological Monitoring During Augmented Reality Exercise Confirms Advantages to Health and Well-Being"