8,124 research outputs found

    An evaluation of a nurse led unit: an action research study

    Get PDF
    This study is an exemplar of working in a participatory way with members of the public and health and social care practitioners as co-researchers. A Nurse Consultant Older People working in a nurse-led bed, intermediate care facility in a community hospital acted as joint project lead with an academic researcher. From the outset, members of the public were part of a team of 16 individuals who agreed an evaluation focus and were involved in all stages of the research process from design through to dissemination. An extensive evaluation reflecting all these stakeholders’ preferences was undertaken. Methods included research and audit including: patient and carer satisfaction questionnaire surveys, individual interviews with patients, carers and staff, staff surveys, graffiti board, suggestion box, first impressions questionnaire, patient tracking and a bed census. A key aim of the study has been capacity building of the research team members which has also been evaluated. In terms of impact, the co-researchers have developed research skills and knowledge, grown in confidence, developed in ways that have impacted elsewhere in their lives, developed posters, presented at conferences and gained a better understanding of the NHS. The evaluation itself has provided useful information on the processes and outcomes of intermediate care on the ward which was used to further improve the service

    The role of mobile technology for fall risk assessment for individuals with multiple sclerosis

    Get PDF
    Multiple Sclerosis (MS) is a chronic, progressive neurogenerative disease that affects one million people in the United States (Wallin et al., 2019). Common MS symptoms include impaired coordination, poor walking and balance, and fatigue, and these symptoms put people with MS (pwMS) at a higher risk for falls (Cameron & Nilsagard, 2018). Falls are highly prevalent among pwMS and can result in detrimental consequences including bone fractures and even death (Matsuda et al., 2011). To prevent falls and fall related injuries, it is important to first assess for multiple risk factors and then intervene through targeted treatments (Palumbo et al., 2015). Fall risk can be assessed through self-report measures, clinical performance tests, or with technology such as force plates and motion capture systems (Kanekar & Aruin, 2013). However, clinicians have time constraints, technology is expensive, and trained personnel is needed. Moreover, due to the COVID-19 pandemic, access to in-person clinical visits is limited. As a result, pwMS may not receive fall risk screening and remain vulnerable to fall related injuries. Mobile technology offers a solution to increase access to fall risk screening using an affordable, ubiquitous, and portable tool (Guise et al., 2014; Marrie et al., 2019). Therefore, the overarching goal of this study was to develop a usable fall risk health application (app) for pwMS to self-assess their fall risk in the home setting. Four studies were performed: 1) smartphone accelerometry was tested to measure postural control in pwMS; 2) a fall risk algorithm was developed for a mobile health app; 3) a fall risk app, Steady-MS, was developed and its usability was tested; and 4) the feasibility of home-based procedures for using Steady-MS was determined. Results suggest that smartphone accelerometry can assess postural control in pwMS. This information was used to develop an algorithm to measure overall fall risk in pwMS and was then incorporated into Steady-MS. Steady-MS was found to be usable among MS users and feasible to use in the home setting. The results from this project demonstrate that pwMS can independently assess their fall risk with Steady-MS in their homes. For the first time, pwMS are equipped to self-assess their fall risk and can monitor and manage their risk. Home-based assessments also opens the potential to offer individualized and targeted treatments to prevent falls. Ultimately, Steady-MS increases access to home-based assessments to reduce falls and improve functional independence for those with MS

    Take Charge for Therapy Discharge: Outcomes of a Patient Education Program Applying the CO-OP Approach

    Get PDF
    A thorough needs assessment at HealthSouth Rehabilitation Hospital of Largo revealed slight dissatisfaction scores on the Press Ganey survey for both the occupational therapy department and discharge planning processes. This quality improvement project, Take Charge for Therapy Discharge, implemented a two-session patient education protocol using the Cognitive Orientation to Occupational Performance (CO-OP) approach. Using the Patient-Specific Functional Scale (PSFS), participants identified and prioritized three therapy goals and rated their perceived current performance. Results demonstrated a significant difference between the participants’ PSFS pre and post-intervention scores. Patients’ improved self-perceived goal attainment scores served as evidence that, in addition to using the CO-OP approach, the therapists were actively addressing the patients’ prioritized therapy goals

    JOINT DECISION-MAKING IN MARRIED COUPLES AFFECTED BY APHASIA

    Get PDF
    Background: Aphasia is an acquired language disorder, usually due to stroke, that affects the social functioning and the quality of life of the person with aphasia as well as the quality of life of his or her family and caregivers. Traditional aphasia therapy has tended to focus on decontextualized tasks and discrete elements of language functioning. The Life Participation Approach to Aphasia (LPAA) focuses on the collaborative nature of communication and addresses communication within personally relevant contexts. Joint decision-making is one type of social interaction that occurs frequently between married couples and has received considerable attention in the literature. To date, no study has investigated how married couples affected by aphasia collaboratively make decisions. Aim: The present study aims to provide foundational information on joint decision-making by married couples affected by aphasia. Methods and Procedures: Fourteen married couples in which one of the spouses had aphasia volunteered to participate in the study. A variety of assessment measures were administered to the participants with aphasia to characterize their speech and language deficits and all participants were administered a non-verbal reasoning test and a marital quality scale. The primary task of interest in this study involved a joint decision-making activity in which spouses were read two hypothetical ‘survival-type’ scenarios and were given a list of items for each scenario. The spouses were instructed to decide on six items and then rank their selected items in order of importance in terms of their value in helping them survive the scenarios. Participants’ interactions were audio- and video-recorded, and their verbal communication transcribed verbatim. The participants’ communicative interactions were coded for speech functions and analyzed by comparing differences in communication behaviors between the spouses with and without aphasia. Results: Findings showed that participants with and without aphasia utilized a variety of speech functions but that the participants with aphasia made far fewer attempts to persuade their spouse to agree with them and that the spouses without aphasia tended to dominate the interaction, resulting in an imbalance of power in the decision-making process. Despite the differences in communication behaviors, both groups of spouses were supportive of the ideas suggested by their significant other and conflicts were typically resolved quickly. Conclusion: Findings from this study revealed potential discrepancies in the balance of power between the spouses with and without aphasia in decision-making communication. Suggestions are provided for tailoring interventions and guiding future research in joint decision-making in couples affected by aphasia

    Southwest Research Institute assistance to NASA in biomedical areas of the technology utilization program Final report, 1 Feb. 1969 - 24 Aug. 1970

    Get PDF
    Research progress in technology transfer by NASA Biomedical Application Tea

    Assistive telehealth systems for neurorehabilitation

    Get PDF
    Telehealth is an evolving field within the broader domain of Biomedical Engineering, specifically situated within the context of the Internet of Medical Things (IoMT). In today's society, the importance of Telehealth systems is increasingly recognized, as they enable remote patient treatment by physicians. One significant application in neurorehabilitation is Transcranial Direct Current Stimulation (tDCS), which has demonstrated its effectiveness in modulating mental function and learning over several years. Furthermore, tDCS is widely accepted as a safe approach in the field. This presentation focuses on the development of a non-invasive wearable tDCS device with integrated Internet connectivity. This IoMT device enables remote configuration of treatment parameters, such as session duration, current level, and placebo status. Clinicians can remotely access the device and define these parameters within the approved safety ranges for tDCS treatments. In addition to the wearable tDCS device, a prototype web portal is being developed to collect performance data during neurorehabilitation exercises conducted by individuals at home. This portal also facilitates remote interaction between patients and clinicians. To provide a platform-independent solution for accessing up-to-date healthcare information, a Progressive Web Application (PWA) is being developed. The PWA enables real-time communication between patients and doctors through text chat and video conferencing. The primary objective is to create a cross-platform web application with PWA features that can function effectively as a native application in various operating systems
    • 

    corecore