交互式视频运动远程康复(IVET)在牙买加中风护理

R. Macko, T. Forrester, Patrice A. Francis, G. Nelson, C. Hafer-Macko, A. Roy
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引用次数: 7

摘要

中风是低收入和中等收入国家日益严重的全球公共卫生问题,这些国家的脑血管事件患病率现已超过工业化国家。获得中风康复的机会有限,包括预防缺乏身体活动和改善条件以更好地管理复发性血管事件的危险因素,这仍然是护理的主要障碍。在加勒比共同体,人口老龄化和肥胖趋势加剧了这种情况,这也需要一个综合健康教育和营养计划,以管理导致泛血管疾病的无数代谢风险因素。为了开始解决这一差距,我们开发了交互式视频运动远程康复(IVET),作为一种基于网络和智能设备连接的技术,提供个性化的运动康复,并根据需要结合营养和健康教育。这项锻炼计划使用一个下拉菜单,由教练远程管理,根据每个人观察到的神经和心肺能力,进行个性化的视觉运动增强的机动性训练。调整运动的速率和持续时间,以产生已知的改善心血管健康的测量有氧强度。这份初步报告将IVET技术描述为低收入和中等收入国家的无线工具,并展示了运动康复的安全性和性能概况,以及27名患有偏瘫性中风的牙买加成年人对该技术的接受度评级。
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Interactive video exercise tele-rehabilitation (IVET) for stroke care in Jamaica
Stroke is a growing global public health issue in low and middle income countries, where prevalence rates for cerebrovascular events now exceed those in industrialized nations. Limited access to stroke rehabilitation, which includes prevention of physical inactivity and deconditioning to better manage risk factors for recurrent vascular events, remains a major barrier to care. In the Caribbean Community, this is compounded by population trends in aging and obesity that also require an integrative health education and nutrition program to manage the myriad metabolic risk factors that drive pan-vascular disease. To begin to address this gap, we developed Interactive Video Exercise Tele-rehabilitation (IVET) as a web-based and smart device linked technology to deliver personalized exercise rehabilitation, coupled as needed with nutrition and health education. The exercise program uses a pull down menu Avatar remotely manageable by a coach to personalize visual-motor reinforced mobility focused training, according to each individual's observed neurological and cardiopulmonary capacities. Rate and duration of exercise are adjusted to produce a measured aerobic intensity known to improve cardiovascular health. This initial report describes the IVET technology as a wireless tool for low and middle income countries, and demonstrates the exercise rehabilitation safety and performance profiles, and ratings for acceptance of the technology for 27 Jamaican adults with hemiparetic stroke.
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