Brennan Julia S, Keller Everette, Humanitzki Elizabeth, Wade Jessica Nichole, Catledge Chad, Houston Stephen, Beall Jonathan, Dodds Cynthia B
Department of Health Science and Research, College of Health Professions, Medical University of South Carolina, Charleston, SC, United States.
Department of Public Health Sciences, College of Medicine, Medical University of South Carolina, Charleston, SC, United States.
Front Pediatr. 2025 Jan 15;12:1463838. doi: 10.3389/fped.2024.1463838. eCollection 2024.
Pediatric therapists in school-based practice can incorporate exercise promotion through adaptive cycling for children with disabilities who experience high levels of sedentary behavior and low levels of moderate to vigorous activity.
The impacts of an adaptive cycling pilot program for children with disabilities were investigated through a community-based participatory study. During an eight-week intervention, students had a goal of riding adaptive cycles three times a week for twenty minutes. Using a pre-and post-test design, primary outcomes included individualized goal attainment scaling (GAS) linked to students' individualized education plans (IEP) and the 6-minute cycling test (6MCT) measuring cycling distance. Secondary outcomes included cycling duration over time, assistance levels for pedaling and steering, a "happiness scale", and overall program satisfaction of parents and teachers. To prevent harm, pain behavior was examined using the Faces, Legs, Activity, Cry, Consolability (FLACC).
Cycling had a positive impact on students with disabilities. No increased levels of pain behavior or adverse events were reported. Individual GAS T-score means significantly improved to 0.24 and program effectiveness achieved a T-score value of 50.53. The mean distance of 6MCT increased from 728.95 feet to 880.5 feet. Secondary measures also documented significant improvement. Parents and teachers reported high overall satisfaction.
Adaptive cycling can incorporate needed physical activity into the school day and also support the achievement of IEP goals, physical activity capacity, and emotional happiness. Scaling adaptive cycling programs for children with disabilities should be considered an excellent opportunity for educational growth, health, and well-being.
在学校开展实践工作的儿科治疗师可以通过适应性骑行来促进残疾儿童的锻炼,这些儿童久坐行为较多,中等到剧烈活动水平较低。
通过一项基于社区的参与性研究,调查了一项针对残疾儿童的适应性骑行试点项目的影响。在为期八周的干预期间,学生们的目标是每周骑适应性自行车三次,每次20分钟。采用前后测试设计,主要结果包括与学生个性化教育计划(IEP)相关的个性化目标达成量表(GAS)以及测量骑行距离的6分钟骑行测试(6MCT)。次要结果包括随时间变化的骑行时长、蹬踏和转向的辅助水平、“幸福量表”以及家长和教师对项目的总体满意度。为防止伤害,使用面部、腿部、活动、哭泣、安抚度(FLACC)量表检查疼痛行为。
骑行对残疾学生产生了积极影响。未报告疼痛行为水平增加或不良事件。个体GAS T分数均值显著提高到0.24,项目有效性达到T分数值50.53。6MCT的平均距离从728.95英尺增加到880.5英尺。次要指标也显示出显著改善。家长和教师报告总体满意度较高。
适应性骑行可以将所需的体育活动融入学校日常活动中,还能支持实现IEP目标、体育活动能力和情绪幸福感。为残疾儿童扩大适应性骑行项目规模应被视为促进教育发展、健康和福祉的绝佳机会。