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This study is the first to provide evidence that sleep facilitates learning clinically relevant functional motor tasks. Sleep is an important factor that physical therapists should consider when teaching clients motor skills.

BackgroundMounting evidence demonstrates that individuals with stroke benefit from sleep to enhance learning of a motor task. While stage NREM2 sleep and REM sleep have been associated with offline motor skill learning in neurologically intact individuals, it remains unknown which sleep parameters or specific sleep stages are associated with offline motor skill learning in individuals with stroke.MethodsTwenty individuals with chronic stroke (>6 months following stroke) and 10 control participants slept for three consecutive nights in a sleep laboratory with polysomnography. Participants practiced a tracking task the morning before the third night and underwent a retention test the morning following the third night. Offline learning on the tracking task was assessed. Pearson’s correlations assessed for associations between the magnitude of offline learning and sleep variables, age, upper-extremity motor function, stroke severity, depression, and time since stroke occurrence.ResultsIndividuals with stroke performed with significantly less error on the tracking task following a night of sleep (p = 0.006) while the control participants did not (p = 0.816). Increased sleep efficiency (r = −0.285), less time spent in stage NREM3 sleep (r = 0.260), and more time spent in stage REM sleep (r = −0.266) were weakly-to-moderately associated with increased magnitude of offline motor learning. Furthermore, higher upper-extremity motor function (r = −0.400), lower stroke severity (r = 0.360), and less time since stroke occurrence (r = 0.311) were moderately associated with increased magnitude of offline motor learning.ConclusionThis study is the first study to provide insight into which sleep stages and individual characteristics may be associated with offline learning in people with stroke. Further research is needed to delineate which factors or combination of factors promote offline motor learning in people with neurologic injury to best promote motor recovery in these individuals.

Background Multiple sclerosis (MS) symptoms are very heterogeneous and may lead to reduced physical, cognitive, and psychosocial functioning that can consequently impair aspects of individual's life. Many studies have examined the living experiences of individuals with MS and its impact on their daily lives. In developing countries and particularly in Jordan, there has been little attempt to conduct studies exploring the experiences of people living with MS. Such knowledge will provide a background to hidden aspects of human concepts, such as culture, perception, and attitudes about chronic diseases. Objective The purpose of this qualitative study was to explore and describe the daily living experiences and challenges of Jordanian individuals with MS. Methods A qualitative design was utilized. Sixteen individuals with MS took part in the study; they were interviewed and divided into 4 focus groups. Conversations were digitally recorded followed by a verbatim transcription. Transcripts were analysed using thematic analysis and validated via researcher triangulation and peer checking. Results Experiences of 16 Jordanian individuals with MS who participated in this study were categorized into the following major themes: (a) experiences related to the disease itself and (b) experiences related to the healthcare system. Disease‐related experiences include physical decline, psychosocial withdrawal, and fear of the future. Participants' experiences with the healthcare system include difficulty of diagnosis, poor communication and rapport with healthcare providers, and lack of awareness about MS and its rehabilitation. Conclusions Findings of this study suggests that more attention should be given to the people with MS in Jordan. In particular, awareness about the disease should be improved among healthcare providers and the general public. Furthermore, rehabilitation services should be emphasized during the management of MS disease.

BackgroundSleep dysfunctions impose a large burden on quality of life for patients with Parkinson’s disease (PD). Several studies on PD reported potential therapeutic effects of transcranial direct current stimulation (tDCS) on motor and non-motor functions, but not related to sleep quality. Therefore, the present study examined sleep quality, depression perception, and quality of life changes after bilateral anodal tDCS in patients with PD.Material/MethodsTwenty-one patients (n=21) with PD underwent 10 sessions (20 min each, 5 per week) of bilateral anodal tDCS stimulation applied simultaneously over the left and right prefrontal and motor areas. The Pittsburgh Sleep Quality Index (PSQI) total score and sub-scores, Geriatric Depression Scale (GDS), and Health-related quality of life questionnaire (SF-36) were measured pre/post bilateral tDCS anodal stimulation.ResultsPSQI total score (P=0.045), sleep latency sub-score (P=0.02), and GDS total score (P=0.016) significantly decreased, and physical and mental components scores of SF-36 (P=0.018 and P=0.001, respectively) significantly increased after bilateral anodal tDCS stimulation. The GDS score decrease was directly correlated with decrease in PSQI total score (P=0.01), sleep latency sub-score (P=0.002), and sleep disturbance sub-score (P=0.003). In addition, the GDS score decrease was inversely correlated with increasing mental component score of SF-36 (P=0.001), which was directly correlated with an increase in sleep efficiency sub-score (P=0.03) and the physical component score of SF-36 (P=0.0001).ConclusionsBilateral anodal tDCS stimulation showed potential therapeutic effects in patients with PD in terms of sleep quality and depression level improvement, which together improved mental and physical quality of life in patients with PD.

Bilateral anodal tDCS is a safe stimulation protocol that leads to motor functions' improvement and BDNF serum level increase in patients with Parkinson's disease, however the findings of this feasible study are preliminary and further study is needed.

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