Translation of in-clinic Gains to Gains in Daily Life After Stroke
Translation of in-clinic Gains to Gains in Daily Life After Stroke
批准号:
10113446
负责人:
Catherine Lang
金额:
$39.74万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2012
资助国家:
美国
项目状态:
已结题
起止时间:
2012-02-01 至 2022-07-31
关键词:
AccelerometerActivities of Daily LivingAddressAffectAgeAttitudeAwardBeliefClinicDataEnvironmentEquilibriumFrequenciesGoalsHabitsHandHealth behaviorIndividualInjuryInterventionInvestigationIschemic StrokeKnowledgeLaboratoriesLearningLifeLongitudinal cohortLower ExtremityMapsMeasuresMovementOutcomeOutcome MeasureOutpatientsParkinson DiseasePatient Self-ReportPerformancePersonsPublished CommentRehabilitation therapyResearch DesignSelf EfficacyServicesStrokeStructureSurveysTimeTranslatingTranslationsUpper ExtremityWorkcohortcomparison interventiondesignimprovedimproved mobilityimproved outcomemotor rehabilitationneurological rehabilitationoutpatient programsperformance testspost strokeprospectiverehabilitation researchrehabilitation serviceservice deliverystroke outcomestroke recoverystroke rehabilitationstroke survivorwearable sensor technology
中文摘要
项目摘要/摘要
中风康复研究已经产生了一些有效的和新兴的干预措施来改善
活动、平衡和上肢功能。试验结果是在功能能力水平上衡量的,其中
能力被定义为一个人在诊所或诊所的结构化环境中能够做的事情
实验室。长期以来,人们一直认为,能力的提高会导致现实世界的改善
绩效,其中绩效被定义为一个人在日常生活中、在诊所外或在医院之外实际做了什么
实验室。我们来自前一个颁奖周期的数据显示,干预后
通过可穿戴传感器(即加速计)测量容量和性能。团体平均数显示
在容量和自我报告性能方面有一些改进,但在实际性能方面没有改进。在…
在个人层面,没有人表现出成绩的提高,即使是那些取得了
产能方面的重大变化。鉴于提供中风后康复服务的一个关键目的是
在日常生活中提高绩效,我们发现了一个值得调查的主要问题。
该项目将检查容量和性能之间的差异,长期目标是使用
为开发新的或修改现有的康复干预措施而获得的知识
在日常生活中的表现。我们将研究两个前瞻性纵向队列,以解决三个目标。目标1将
寻求了解神经康复领域内问题的范围。我们将研究一组
接受门诊服务的人确定能力和表现之间的差异
是上肢干预和/或中风康复所特有的。AIM 2旨在了解何时、多少、
而在这些人中,上肢能力的增加转化为性能的提高。我们将研究另一组
首次中风患者绘制自然表现轨迹及其与能力和能力的关系
卒中恢复时间的其他因素(2周内至6个月内)。目标3拿下了
认为上肢功能是一种健康的行为或习惯的观点,可能会改变。我们
将利用与目标2相同的队列,探索中风幸存者态度和障碍的时间进程
为表演干杯。
来自这些队列的数据将改变当前的实践,了解何时以及与谁一起使用汽车
康复干预可以改善日常生活中的表现。康复研究将通过以下方式推进
了解容量与性能之间的关系,以及何时以及如何将容量改进转化为
性能提升。我们的数据将为未来的研究设计提供信息,并作为开发
以及测试绩效级别的干预措施,以改善现实世界中的中风结果,而不仅仅是在
诊所或实验室。
英文摘要
PROJECT SUMMARY/ABSTRACT
Stroke rehabilitation research has produced a number of efficacious and emerging interventions for improving
mobility, balance, and upper limb function. Trial outcomes are measured at the functional capacity level, where
capacity is defined as what a person is capable of doing in the structured environment of the clinic or
laboratory. It has long been assumed that improvements in capacity result in improvements in real-world
performance, where performance is defined as what a person actually does in daily life, outside of the clinic or
laboratory. Our data from the previous award cycle show a striking difference after intervention between
capacity and performance measured with wearable sensors, i.e. accelerometers. Group averages indicated
some improvement in capacity and in self-reported performance, but no improvement in actual performance. At
the individual level, no one showed improvements in performance, even those individuals who made
substantial changes in capacity. Given that a key purpose of providing rehabilitation services post stroke is to
improve performance in daily life, we have uncovered a major problem that merits investigation.
This project will examine the discrepancy between capacity and performance, with the long-term goal of using
the knowledge gained to develop new or modify current rehabilitation interventions that will improve
performance in daily life. We will study two prospective longitudinal cohorts to address three aims. Aim 1 will
seek to understand the scope of the problem within the field of neurorehabilitation. We will study a cohort of
people receiving outpatient services to determine whether the discrepancy between capacity and performance
is unique to upper limb interventions and/or stroke rehabilitation. Aim 2 is designed to learn when, how much,
and in whom, upper limb capacity gains translate to performance gains. We will study another cohort of
persons with first time stroke to map the natural trajectory of performance and its relationships to capacity and
other factors over the time course of stroke recovery (within 2 weeks out to 6 months). Aim 3 takes the
viewpoint that upper limb performance is a health behavior, or habit, which may be amenable to change. We
will capitalize on the same cohort as Aim 2 and explore the time course of stroke survivor attitudes and barriers
to performance.
Data from these cohorts will transform current practice with knowledge of when and with whom motor
rehabilitation interventions can improve performance in daily life. Rehabilitation research will be advanced by
knowledge about capacity vs. performance, and when and how capacity improvements can translate to
performance improvements. Our data will inform future research design and serve as a basis for developing
and testing of performance-level interventions to improve stroke outcomes in the real world, not just in the
clinic or laboratory.
期刊论文(0)
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科研奖励(0)
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