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Title: Self-rated health status in spinocerebellar ataxia--results from a European multicenter study.
Author(s): Schmitz-Hubsch, T.
Coudert, M.
Giunti, P.
Globas, C.
Baliko, L.
Fancellu, R.
Mariotti, C.
Filla, A.
Rakowicz, M.
Charles, P.
Ribai, P.
Szymanski, S.
Infante, J.
Warrenburg, B.P.C. van de (288903706)
Durr, A.
Timmann, D.
Boesch, S.
Rola, R.
Depondt, C.
Schols, L.
Zdzienicka, E.
Kang, J.S.
Ratzka, S.
Kremer, B. (097768936)
Schulz, J.B.
Klopstock, T.
Melegh, B.
Montcel, S.T. du
Klockgether, T.
Publication year: 2010
Document type: Article / Letter to editor
Journal: Movement Disorders
ISSN: 0885-3185
Volume: vol. 25
Issue: iss. 5
Start page: p. 587
End page: p. 595
Abstract: Patient-based measures of subjective health status are increasingly used as outcome measures in interventional trials. We aimed to determine the variability and predictors of subjective health ratings in a possible target group for future interventions: the spinocerebellar ataxias (SCAs). A consecutive sample of 526 patients with otherwise unexplained progressive ataxia and genetic diagnoses of SCA1 (117), SCA2 (163), SCA3 (139), and SCA6 (107) were enrolled at 18 European referral centers. Subjective health status was assessed with a generic measure of health related quality of life, the EQ-5D (Euroqol) questionnaire. In addition, we performed a neurological examination and a screening questionnaire for affective disorders (patient health questionnaire). Patient-reported health status was compromised in patients of all genotypes (EQ-5D visual analogue scale (EQ-VAS) mean 61.45 +/- 20.8). Specifically, problems were reported in the dimensions of mobility (86.9% of patients), usual activities (68%), pain/discomfort (49.4%), depression/anxiety (46.4%), and self care (38.2%). Multivariate analysis revealed three independent predictors of subjective health status: ataxia severity, extent of noncerebellar involvement, and the presence of depressive syndrome. This model explained 30.5% of EQ-VAS variance in the whole sample and might be extrapolated to other SCA genotypes.
Subject: DCN 2: Functional Neurogenomics
Organization: UMCN Extern
Neurology
Appears in Collections:Academic bibliography

Please use this identifier to cite or link to this item: http://hdl.handle.net/2066/89297

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