Oxford Medical Simulation
Oxford Medical Simulation (OMS) offers immersive virtual reality healthcare simulations, enabling learners to engage in adaptive, evidence-based scenarios that prepare them for various clinical situations. The platform is scalable, flexible, and versatile, meeting learners where they are by providing dynamic clinical experiences on-demand, with objective measures of competence to optimize performance. OMS allows practice anytime, anywhere, on the unit, in the classroom, or at home, through self-directed or facilitated sessions, using VR headsets for ultimate immersion or on-screen delivery to ensure accessibility for all. The platform supports single-user training to transfer knowledge to practice, multi-user training to foster interprofessional collaboration, and multi-patient scenarios to master prioritization, delegation, and task-switching. Additionally, OMS features voice control for developing essential communication skills and hand control for procedural training.
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MediSim VR
MediSim VR is transforming healthcare with virtual reality medical training, delivering immersive simulations that sharpen skills, reduce errors, and improve patient care. We’re committed to making quality patient care a reality by strengthening the healthcare ecosystem worldwide. Through cutting-edge technology and innovative training solutions, we empower healthcare professionals to excel in their roles, reduce medical errors, and improve care standards, ensuring that the future of healthcare is compassionate, effective, and globally attainable. Our state-of-the-art virtual reality platform offers a leap forward in medical training. MediSim VR's Skill Training in VR provides immersive, hands-on experiences that enhance healthcare professionals' abilities, ensuring better outcomes and improved patient care. Our patented simulation lab enables institutions to set new benchmarks for healthcare training.
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CubeVue
CurveBeam AI's CubeVue software provides powerful visualization tools to enhance dataset analysis, giving you intuitive interpretation and treatment planning tools at your fingertips. Basic visualization tools include zoom, pan, and window level adjustments; distance and angle measurements; case workup saving; side-by-side study comparisons; and the ability to create DICOM or JPEG images from any window, including 3D. Advanced visualization tools encompass dynamic 3D renderings, multiplanar reconstruction views, and SimX views. Dynamic 3D renderings allow free rotation to visualize the volume from any angle, peeling away or building on skin for clinical assessment, and scrolling through the volume slice by slice. MPR views enable the rotation of planes to create custom reformats on the fly, synchronized navigation of coronal, axial, and sagittal slices, and adjustment of slice thickness to create custom slabs. SimX views generate digitally reconstructed radiographs from CT data.
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VRwecare
VRwecare, is the first and only Arabic Virtual reality platform designed for pain and anxiety management, phobias treatment, rehab, and PTSD. In our work, we always take into account the main objectives of the ‘Vision 2030‘ program, digitalization of healthcare, popularization of tourism, and conservation and promotion of the Kingdom’s Islamic, Arab, and National heritage. Thus, we have created a product that ideally combines our vast experience in the development of virtual reality applications, as well as knowledge of the cultural and regional characteristics of Saudi Arabia, and the GCC region. Immersion in a virtual environment shifts the person’s attention distracting the brain from pain. Virtual reality applications help the patient to relax and cope with unpleasant and painful procedures more efficiently, eliminating the need for drug pain relief. Being in the virtual world, people become more relaxed and calmly endure painful manipulations.
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