1,921 research outputs found

    Clients with stroke and non-stroke and their guardians’ views on community reintegration status after in-patient rehabilitation

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    AimThe aim of this study was to compare client community reintegration status following discharge from the Kachere Rehabilitation Centre (KRC), Blantyre, Malawi, in 2 consecutive years with client versus guardian perspectives on reintegration status.MethodsUsing quantitative methods, 35 clients with stroke and non-stroke diagnoses (spinal cord dysfunction and neuropathic conditions) and 32 client guardians (the family caregivers in Malawi) were separately interviewed using the WHO Disability Assessment Schedule (DAS) 2.0 (a measure of disability due to reintegration problems back into the community). The results were analyzed using descriptive statistics and the Wilcoxon Signed-Rank Test or the Mann-Whitney U Test, as appropriate, to test for significant differences between groups. The clients’ home environments were categorized using an original checklist, the Home Observation Data Form (HOD).ResultsModerate to severe perceived levels of disability related to reintegration difficulties were noted by clients in years 1 and 2. For those with non-stroke diagnoses, there was a significant change in year 2 results compared to year 1, but not for those with stroke diagnoses. Guardians agreed with their client’s perceptions of difficulty in year 2. Major areas of concern were taking care of household responsibilities, participating in day-to-day work or school routines, joining in community activities, and walking one kilometer per day.ConclusionsCommunity reintegration challenges in suburban Blantyre, Malawi continued to plague individuals with stroke and non-stroke diagnoses for 2 consecutive years after discharge from KRC. Based on the important role guardians play during their client’s rehabilitation phase and when they return to the community, opportunities may exist to improve client perception of disability related to their reintegration status. Future studies are important to replicate these results, investigate the idea of a more important role for guardians in patient-centered care, and the relationship between motor and cognitive function and reintegration status.

    Fulbright project focuses on rehabilitation technician education and physiotherapy practice at the Kachere Rehabilitation Centre in Malawi

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    Background The aim of this project was to strengthen rehabilitation technician education and physiotherapy practice at the Kachere Rehabilitation Centre in the less-resourced country of Malawi by enlarging and reinforcing the skills of faculty, administrators, and adjunct clinicians, and fostering their continuing professional development.Methods The project was developed through a partnership with the Kachere Rehabilitation Centre (KRC), the Medical Rehabilitation College (MRC), and a US-trained physical therapist (a Fulbright Program Scholar - FPS). The elements were education of staff, faculty, and students, and administrative consultation for rehabilitation managers, educational administrators, and faculty clinicians.Results Formal and informal participant feedback on the project was positive. It indicated a receptive audience who expanded their knowledge and willingly considered ideas to modify teaching, clinical, and management approaches for optimal patient care, enhanced clinician/ student learning, meeting curricular accreditation standards, and solving day-to-day challenges.Conclusions The project made a positive impact on the participants, fostering their goal to parallel clinical practice and educational initiatives used by recognized international standard bearers. Lessons learned emphasized the power of partnerships, networking, flexibility, and creative thinking. For international physiotherapists, it is an underutilized opportunity to extend global outreach, scholarship, clinical practice, and academic knowledge in a less-resourced country eager to upgrade the background and skills of rehabilitation providers

    Molecular Dynamics Simulation of Ga Penetration along Grain Boundaries in Al: a Dislocation Climb Mechanism

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    Many systems where a liquid metal is in contact with a polycrystalline solid exhibit deep liquid grooves where the grain boundary meets the solid-liquid interface. For example, liquid Ga quickly penetrates deep into grain boundaries in Al, leading to intergranular fracture under very small stresses. We report on a series of molecular dynamics simulations of liquid Ga in contact with an Al bicrystal. We identify the mechanism for liquid metal embrittlement, develop a new model for it, and show that is in excellent agreement with both simulation and experimental data

    A core genetic module : the Mixed Feedback Loop

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    The so-called Mixed Feedback Loop (MFL) is a small two-gene network where protein A regulates the transcription of protein B and the two proteins form a heterodimer. It has been found to be statistically over-represented in statistical analyses of gene and protein interaction databases and to lie at the core of several computer-generated genetic networks. Here, we propose and mathematically study a model of the MFL and show that, by itself, it can serve both as a bistable switch and as a clock (an oscillator) depending on kinetic parameters. The MFL phase diagram as well as a detailed description of the nonlinear oscillation regime are presented and some biological examples are discussed. The results emphasize the role of protein interactions in the function of genetic modules and the usefulness of modelling RNA dynamics explicitly.Comment: To be published in Physical Review
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