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Rehabilitative Intervention (rehabilitative + intervention)
Selected AbstractsActivity-based restorative therapies: Concepts and applications in spinal cord injury-related neurorehabilitationDEVELOPMENTAL DISABILITIES RESEARCH REVIEW, Issue 2 2009Cristina L. Sadowsky Abstract Physical rehabilitation following spinal cord injury-related paralysis has traditionally focused on teaching compensatory techniques, thus enabling the individual to achieve day-to-day function despite significant neurological deficits. But the concept of an irreparable central nervous system (CNS) is slowly being replaced with evidence related to CNS plasticity, repair, and regeneration, all related to persistently maintaining appropriate levels of neurological activity both below and above the area where the damage occurred. It is now possible to envision functional repair of the nervous system by implementing rehabilitative interventions. Making the transition from "bench to bedside" requires careful analysis of existing basic science evidence, strategic focus of clinical research, and pragmatic implementation of new therapeutic tools. Activity, defined as both function specific motor task and exercise appears to be a necessity for optimization of functional, metabolic, and neurological status in chronic paralysis. Crafting a comprehensive rehabilitative intervention focused on functional improvement through neurological gains seems logical. The terms activity-based restorative therapies, activity-based therapies, and activity-based rehabilitation have been coined in the last 10 years to describe a new fundamental approach to deficits induced by neurological paralysis. The goal of this approach is to achieve activation of the neurological levels located both above and below the injury level using rehabilitation therapies. This article reviews basic and clinical science evidence pertaining to implementation of physical activity and exercise as a therapeutic tool in the management of chronic spinal cord-related neurological paralysis. © 2009 Wiley-Liss, Inc. Dev Disabil Res Rev 2009;15:112,116. [source] Functional Incidental Training: A Randomized, Controlled, Crossover Trial in Veterans Affairs Nursing HomesJOURNAL OF AMERICAN GERIATRICS SOCIETY, Issue 7 2005Joseph G. Ouslander MD Objectives: To test the effects of a rehabilitative intervention directed at continence, mobility, endurance, and strength (Functional Incidental Training (FIT)) in older patients in Department of Veterans Affairs (VA) nursing homes. Design: Randomized, controlled, crossover trial. Setting: Four VA nursing homes. Participants: All 528 patients in the nursing homes were screened; 178 were eligible, and 107 were randomized to an immediate intervention group (Group 1; n=52) and a delayed intervention group (Group 2; n=55). Intervention: Trained research staff provided the FIT intervention, which included prompted voiding combined with individualized, functionally oriented endurance and strength-training exercises offered four times per day, 5 days per week, for 8 weeks. Group 1 received the intervention while Group 2 served as a control group; then Group 2 received the intervention while Group 1 crossed over to no intervention. A total of 64 subjects completed the intervention phase of the trial. Measurements: Timed measures of walking or wheeling a wheelchair (mobility), sit-to-stand exercises, independence in locomotion and toileting as assessed using the Functional Independence Measure (FIM), one-repetition maximum weight for several measures of upper and lower body strength, frequency of urine and stool incontinence, and appropriate toileting ratios. Results: There was a significant effect of the FIT intervention on virtually all measures of endurance, strength, and urinary incontinence but not on the FIM for locomotion or toileting. The effects of FIT were observed when Group 1 received the intervention and was compared with the control group and when Group 2 crossed over to the intervention. Group 1 deteriorated in all measures during the 8-week crossover period. Within-person comparisons also demonstrated significant effects on all measures in the 64 participants who completed the intervention; 43 (67%) of these participants were "responders" based on maintenance or improvement in at least one measure of endurance, strength, and urinary incontinence. No adverse events related to FIT occurred during the study period. Conclusion: FIT improves endurance, strength, and urinary incontinence in older patients residing in VA nursing homes. Translating these positive benefits achieved under research conditions into practice will be challenging because of the implications of the intervention for staff workload and thereby the costs of care. [source] Activity-based restorative therapies: Concepts and applications in spinal cord injury-related neurorehabilitationDEVELOPMENTAL DISABILITIES RESEARCH REVIEW, Issue 2 2009Cristina L. Sadowsky Abstract Physical rehabilitation following spinal cord injury-related paralysis has traditionally focused on teaching compensatory techniques, thus enabling the individual to achieve day-to-day function despite significant neurological deficits. But the concept of an irreparable central nervous system (CNS) is slowly being replaced with evidence related to CNS plasticity, repair, and regeneration, all related to persistently maintaining appropriate levels of neurological activity both below and above the area where the damage occurred. It is now possible to envision functional repair of the nervous system by implementing rehabilitative interventions. Making the transition from "bench to bedside" requires careful analysis of existing basic science evidence, strategic focus of clinical research, and pragmatic implementation of new therapeutic tools. Activity, defined as both function specific motor task and exercise appears to be a necessity for optimization of functional, metabolic, and neurological status in chronic paralysis. Crafting a comprehensive rehabilitative intervention focused on functional improvement through neurological gains seems logical. The terms activity-based restorative therapies, activity-based therapies, and activity-based rehabilitation have been coined in the last 10 years to describe a new fundamental approach to deficits induced by neurological paralysis. The goal of this approach is to achieve activation of the neurological levels located both above and below the injury level using rehabilitation therapies. This article reviews basic and clinical science evidence pertaining to implementation of physical activity and exercise as a therapeutic tool in the management of chronic spinal cord-related neurological paralysis. © 2009 Wiley-Liss, Inc. Dev Disabil Res Rev 2009;15:112,116. [source] Disability and its treatment in bipolar disorder patientsBIPOLAR DISORDERS, Issue 1-2 2007Nancy Huxley Bipolar disorders (BPD) are major, life-long psychiatric illnesses found in 2,5% of the population. Prognosis for BPD was once considered relatively favorable, but contemporary findings suggest that disability and poor outcomes are prevalent, despite major therapeutic advances. Syndromal recovery from acute episodes of mania or bipolar major depression is achieved in as many as 90% of patients given modern treatments, but full symptomatic recovery is achieved slowly, and residual symptoms of fluctuating severity and functional impact are the rule. Depressive,dysthymic,dysphoric morbidity continues in more than 30% of weeks in follow-up from initial episodes as well as later in the illness-course. As few as 1/3 of BPD patients achieve full social and occupational functional recovery to their own premorbid levels. Pharmacotherapy, though the accepted first-line treatment for BPD patients, is insufficient by itself, encouraging development of adjunctive psychological treatments and rehabilitative efforts to further limit morbidity and disability. Interpersonal, cognitive,behavioral, and psychoeducational therapies all show promise for improving symptomatic and functional outcomes. Much less is known about how these and more specific rehabilitative interventions might improve vocational functioning in BPD patients. [source] | ||||||||||