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Permanent URI for this collectionhttps://eresearch.qmu.ac.uk/handle/20.500.12289/22
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Item The impact of aphasia on Internet and technology use(Taylor & Francis, 2019-04-13) Menger, Fiona; Morris, Julie; Salis, ChristosPurpose: This study compared Internet use post-stroke in people with aphasia (n = 25) and without aphasia (n = 17). The purpose was to understand how people with aphasia were using the Internet and to investigate the impact of aphasia on their use. Materials and methods: A face-to-face supported questionnaire explored the use of technologies, types of Internet use, traditional and Internet communication, the perception of abilities, and possible barriers to acquiring or improving Internet skills. Descriptive and inferential statistics were used to analyze the data. Results: Internet use ranged from fully independent to by proxy across both groups. Most participants perceived their aphasia as a barrier, but for the majority, it was not the sole reason for failing to acquire or improve skills. Aphasia was related to difficulties with technology-based written communication. Educational attainment was related to participant’s feelings about their own skills. Whilst aphasia was important, analysis revealed that age was a stronger predictor of Internet use per se. Conclusions: It is clear that aphasia often negatively affects Internet use and proficiency. However, this research clearly demonstrates that it is important to consider the influence of factors such as age, proxy use, education, and previous technology use and experience. Implications for rehabilitation Post-stroke aphasia contributes negatively to Internet use, particularly in the use of online communication tools such as email and messaging services. Sub-groups of people with aphasia are likely to be more vulnerable to exclusion from the benefits of the Internet; specifically, older people and those with lower levels of educational attainment. It is common for both older adults with and without aphasia to use the Internet via a proxy. Independent use may not always be the desired goal within rehabilitation. People with aphasia may perceive their age and disability as barriers to using the Internet and may lack confidence in their own ability or potential.Item Effect of stroke on family carers and family relationships(Royal College of Nursing, 2011-01-07) Gillespie, D.; Campbell, FionaThe effects of stroke on families are considerable. Family members may struggle to adapt to a care-giving role, and relationships between stroke survivors and those closest to them are often altered by the illness. This article provides an overview of the effects of stroke on family dynamics and identifies interventions to support stroke survivors and their families during this difficult time.Item The incidence of cases of aphasia following first stroke referred to speech and language therapy services in Scotland(2009) Law, J.; Rush, R.; Pringle, A.; Irving, A.; Huby, G.; Smith, M.; Conochie, D.; Haworth, C.; Burston, A.Background: Key to the provision of appropriate services is an understanding of the number of cases in a given population. This study examined the incidence of aphasia following first ever stroke. It was part of a larger study, the Aphasia in Scotland Study, which examined the provision of services for people with aphasia in Scotland. Aims: The present study examines the incidence of aphasia referred to speech and language therapy services in people who have experienced their first ever stroke. The specific questions addressed were: What is the incidence of aphasia following first ever stroke? What is the percentage of aphasia following first ever stroke? What are the crude figures for aphasia following first ever stroke by age? What are the crude figures for aphasia following first ever stroke by gender? What are the crude figures for aphasia following first ever stroke by severity? Methods & Procedures: All 14 health boards in Scotland were approached but only 3, NHS Borders, Orkney, and Shetland, were able to provide the level of information required. Respondents were asked to provide information about the age and gender and level of communication need of referred cases over a given year. Outcomes & Results: Results suggested that the incidence of aphasia following first ever stroke was found to be 54, 57, and 77.5 per 100,000, for NHS Borders, Orkney, and Shetland respectively. This is slightly higher than in other comparable studies. The percentage of new cases of aphasia following a first ever stroke across NHS Borders, Orkney, and Shetland was 19, 22, and 34% respectively. The variability across the three sites is probably a function of the potential effect of small changes in the relatively low numbers. The majority of cases were, unsurprisingly, over 65 years of age but a substantial minority-17% (Shetland), 26% (Borders) and 36% (Orkney)-were below 65 years of age. One third of new cases resulted in severe aphasia. Although the proportions of men and women with aphasia were similar, women tended to be older at the point at which they experienced their first stroke. Conclusions: The results are discussed in terms the practicalities of this sort of data collection exercise and the implications of the results for service delivery. There is a need for comparable local data collection exercises tied in to current epidemiological studies.