Hospitalized children often experience emotional distress related to medical procedures, unfamiliar environments, and limited control over their situations. Existing distraction techniques, such as traditional videos and gaming, often rely heavily on visual interfaces, which can be limiting in clinical contexts. Current immersive technology software and hardware for procedural distraction rely on partial to complete immersion in a computer-generated environment to the real world. While immersive technology can reduce emotional distress with distraction, some patients experience increased distress due to loss of visual connection with their surroundings and/or caregivers. Using a head-mounted device and hand-gesture inputs, Mystic Pets maintains visual contact with a person's surroundings while gameplay is advanced through audio input and hand-gestures.
This research will significantly contribute to the growing field of digital therapeutics by providing early-stage data on a novel, immersive technology tailored to pediatric clinical care. If proven feasible, Mystic Pets could expand the toolkit available for procedural distraction, enhance patient comfort, and reduce the reliance on pharmacological interventions for emotion distress management.
The study also aims to establish preliminary engagement and usability benchmarks to guide future development and deployment of similar technologies in hospital environments.
