In most cases, comparison of data recorded by the two systems provided good evidence for the accuracy and reliability of temporal measurements and second peak force measurements taken with the Pedar in-shoe system. Relevance In-shoe pressure data provides evidence for clinical decisions if the systems utilised are proven to be valid, repeatable and accurate. Comparison with an established force platform enables some assessment of these factors.
The presence of oligoclonal bands of IgG (OCB) in cerebrospinal fluid (CSF) is used to establish a diagnosis of multiple sclerosis (MS), but their specificity has remained an enigma since its first description over forty years ago. We now report that the use of lipid arrays identifies heteromeric complexes of myelin derived lipids as a prominent target for this intrathecal B cell response.
We sought to develop a patient-centered foot-health assessment tool by conducting in-depth interviews, focus groups, and surveys of relevant patient groups. A total of 400 hospital- and community-based podiatric patients took part in the development of the Bristol Foot Score, which was refined from a 41-item self-administered questionnaire to one containing 15 items. Podiatric patients easily understood the final questionnaire, and rates of completion were excellent. Overall reliability was high (Cronbach alpha = .9036), and application of the Bland and Altman technique suggested that the foot score produced stable measurements over time. Statistically significant differences were detected in scores before and after toenail surgery, indicating that the Bristol Foot Score is sensitive to change. A poor level of concordance was found between the Bristol Foot Score and a Chiropody Assessment Criteria Score routinely used by podiatrists to assess the need for podiatric care. The Bristol Foot Score reflects patients' perceptions of their own foot health, providing a useful additional tool for evaluating the efficacy of interventions and describing foot health within populations.
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