View clinical trials related to Physical Deconditioning.
Filter by:Medically complex older Veterans are at greater risk for progressive declines in physical function, lower quality of life, and increasing care needs. Additionally, older Veterans experience social isolation and loneliness, and have low levels of physical activity. While the Veterans Health Administration has established programs to address rehabilitation needs, these programs tend to be diagnosis-focused, lack self-management approaches, include low-intensity rehabilitation, and typically require in-person attendance. A MultiComponent TeleRehabilitation (MCTR) program that includes high-intensity rehabilitation and self-management interventions, social support, and telehealth and technology supports may be more effective in improving and sustaining physical function for older Veterans with complex health conditions. Therefore, this project is designed to determine whether the MCTR program improves strength and physical function more effectively than traditional interventions.
The aims of this study are to determine the feasibility and acceptability of a multicomponent telerehabilitation program for medically complex older Veterans and to preliminarily assess participant outcomes (physical activity, physical function, quality of life, loneliness) to the program.
This study seeks to improve rehabilitation methods for restoring physical function with skilled nursing facility care. More specifically, this study is designed to evaluate the effectiveness of an intensive therapeutic rehabilitation program for older adult skilled nursing home residents compared to usual care.
This research study explores the effects of a progressive, multi-component intervention following a stay in the hospital or rehabilitation facility. The purpose of this research study is to compare a multi-component intervention (higher intensity exercise, nutritional supplementation, and greater emphasis on functionally enhanced care transitions) with usual care physical therapy.
Each year Medicare spends approximately $31.3 billion on 2.4 million skilled nursing facility (SNF) episodes of care. SNFs rely on interdisciplinary approaches to patient care to maximize rehabilitation potential for return to prior level of function and reduce the risk of adverse events in older adults. However despite a substantial increase in spending on SNF services and minimal change in complexity of the caseload, 68% of patients are below their pre-hospitalization level of function at discharge, 25% return to the community, and 18% are hospitalized. This may be partially explained by current SNF approaches to patient care which foster inactivity and participation in low intensity rehabilitation interventions (preliminary data). Both inactivity and low-intensity interventions may perpetuate further functional decline or impede maximal recovery. The serious implication of risk with functional decline is exemplified by studies which have shown declines in physical function can increase the risk of being re-hospitalized six-fold and may infer other long term effects such as increased risk for mortality, morbidity, and institutionalization. Muscle weakness, reduced cardiorespiratory reserve, and neuromuscular deficits have been attributed to this acute decline in function. However current rehabilitation strategies in SNFs do not promote adequate dose and mode of interventions to induce beneficial systemic adaptations, perhaps due to the lack of evidence on effective rehabilitation protocols for this medically-complex population. Therefore, the investigators have designed an rehabilitation program, which uniquely integrates principles of physiologic tissue overload with strengthening and functional interventions for greater gains in physical function. Data will be collected on the first cohort of patients who cycle through a SNF during Stage 1, in which usual care occurs (5 months). Then, staff training on progressive rehabilitation interventions will occur over 2 months. Finally, data will be collected on a second cohort of patients who cycle through a SNF during Stage 2, in which progressive rehabilitation is implemented by SNF staff (5 months). Given the high turnover of patients in SNFs (average length of stay ~21 days), 2 different cohorts of patients will be studied and the analysis will consist of independent 2-sample t-tests. During Stage 1 and 2, measures of physical function will be assessed on all eligible patients at admission and discharge from SNF. Therapists will be assessed on adherence to the protocol through documentation audits and use of on-site observational checklist. Acceptability of the intervention by the patients will be assessed by a patient satisfaction survey. Any adverse events will be obtained from the medical record and documented. The discharge location of all patients will be documented.
CONTEXT: The physical deconditioning in the critically ill patient is favored by prolonged immobilization, which compromises the ability to function. This perpetuates the stays in hospital and intensive care units (ICU). To combat this, there physiotherapy intervention methods that can reverse or reduce their occurrence. OBJECTIVE: The purpose of this research is to determine the effects of passive movements, assisted active and resisted, and changes of position on grip strength, joint mobility and functional capacity in patients in ICU. METHODS: A quasi-experimental intervention, before and after, no control group, in which 40 patients in an adult ICU in Medellin, receive physiotherapy care. Electrogoniometry, dynamometry and functional independence measure, will be made before the intervention and serial assessments every four days, until discharge from ICU.
This clinical trial will compare the effects of a high intensity Resistance Exercise via Negative Work (RENEW) vs. Traditional resistance exercise (TRAD) as part of a mult-component exercise and fall-reduction program on muscle conditioning; falling risks; as well as the fall incidence in older adults who have fallen. We anticipate that muscle conditioning will mediate the effect of RENEW on falling risks and fall incidence.