Tag: randomized controlled trial
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Should I Play or Should I Watch? Active vs Passive Distraction to Ease Pediatric Procedural Distress
Introduction: The Challenge of Pediatric Procedural Distress Invasive procedures such as venipuncture and intravenous cannulation are routine in pediatric care but often distressing for young patients. Anxiety, fear, and pain can complicate the procedure, increase distress behaviors, and potentially impact a child’s emotional development and future medical encounters. While pharmacological approaches exist, non-pharmacological strategies—especially distraction…
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Pecha Kucha’s Impact on Basic Life Support Training: A Randomized Trial
Introduction Cardiac arrest outcomes depend heavily on the rapid and competent delivery of Basic Life Support (BLS). Traditional teaching methods, while foundational, may not guarantee sustained learning or high-quality performance in real-life scenarios. Pecha Kucha (PK), a concise and visually driven presentation format, has emerged as a potential mechanism to boost engagement, retention, and practical…
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Pecha Kucha Boosts Basic Life Support Training: A Randomized Trial in Health Services Students
Overview and Significance Basic Life Support (BLS) is a cornerstone of emergency care, yet traditional teaching methods can fail to sustain knowledge and practical skills. A randomized controlled trial explored whether the Pecha Kucha (PK) presentation format could improve BLS learning outcomes among health services students. By comparing PK-based training to a standard 30‑minute PowerPoint…
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Remote Motor Fitness for Older Adults: A Smartphone AI-Powered Exercise Randomized Trial
Introduction Regular physical activity supports healthy aging, yet guidelines commonly follow a one-size-fits-all approach and pay limited attention to non‑cardiovascular fitness components such as balance, flexibility, and strength. This study introduces a novel home‑based platform that uses a smartphone’s sensors to remotely assess motor fitness and deliver AI‑generated, personalized exercise programs tailored to older adults’…
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Smartphone Platform: Remote Motor Fitness Assessment with AI-Generated Personalized Exercise for Older Adults — A Randomized Trial
Introduction: Rethinking Exercise for Healthy Aging Regular physical activity remains a cornerstone of healthy aging, yet traditional guidelines often adopt a one-size-fits-all approach that may neglect important fitness components beyond cardiovascular endurance. Balance, flexibility, and strength are critical for maintaining independence and reducing fall risk in older adults, but there is limited guidance for accurately…
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A Smartphone Platform for Remote Motor Fitness Assessment and AI-Generated Personalized Exercise Programs for Older Adults: A Randomized Controlled Trial
Overview As the global population ages, innovative approaches are needed to promote healthy aging. This randomized controlled trial evaluates a smartphone-based platform that remotely assesses motor fitness and delivers AI-generated, personalized exercise programs for older adults. The goal is to improve balance, flexibility, and strength without requiring laboratory facilities or professional supervision. Rationale and Innovation…
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Deploying Smartphone Surveys in Older Adults: A Randomized Trial of Batch Frequency and Longitudinal Response
Background and Rationale Smartphone-based surveys offer a promising approach for real-time health data collection, especially in longitudinal studies. They enable frequent self-reports on mood, cognitive function, physical activity, and clinical experiences while reducing recall bias. Yet, maintaining engagement over months poses a major challenge, particularly for older adults who may face barriers to digital health…



