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NCT05729802
The current pandemic has revealed in-person simulation training and evaluation is vulnerable to disruption, and alternatives are needed which allow remote evaluation. The recently developed Microsoft Hololens headset device allows interactable holograms to be inserted into a user's workspace (mixed reality) - permitting the augmentation of existing clinical and training spaces with holographic (i.e. virtual) patients via the prototype HoloSIM software. This study is the first known research initiative aiming to demonstrate the feasibility and effectiveness of mixed reality for acute medicine training and assessment at a distance. Space, time, personnel, pandemic, and cost constraints limit opportunities for high-fidelity simulation exercises for post-graduate trainees at Sunnybrook. By developing and demonstrating the effectiveness of this new training modality, increased simulation exercises will lead to a higher quality education experience, better functioning teams, and better patient outcomes.
NCT06302764
The aim of this study is to identify trauma determinants and leverage this understanding to develop solutions applicable to the prevention and treatment of PTSD among emergency medical personnel. By categorizing stimuli associated with traumatic professional experiences, the study aims to enhance existing therapeutic protocols through exposure therapy. The specific objectives are as follows: 1. Analysis and characterization of occupational workloads among doctors and emergency medical personnel, focusing on the scale of burdens associated with PTSD symptoms. 2. Development of categories for aggravating and potentially traumatizing stimuli within the medical staff of rescue teams. 3. Examination of the feasibility of incorporating the obtained results into cognitive-behavioral therapy protocols. 4. Assessment of the potential for implementing the results in solutions utilizing virtual reality technology. 5. Formation of an interdisciplinary international research team.
NCT06199310
The investigators want to study how wearable devices can help track health changes in people when they are not feeling well. Normally, clinicians compare someone's vital signs, like heart rate, to average ranges from healthy folks. But what if clinicians compare these signs to the person's own normal when they were well? The investigators aim to check if wearable sensors can make this possible for many people. The investigators will look at heart rate differences when someone is admitted to the hospital compared to their stable days before. The investigators will see how their daily steps change a week before getting sick. This global study involves adults in emergency or acute care. Participation poses no risks, burdens, or immediate benefits to patients.