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Comparison of Different Symptom Assessment Scales for Multiple System Atrophy
Authors:Masaaki Matsushima  Ichiro Yabe  Koji Oba  Ken Sakushima  Yasunori Mito  Asako Takei  Hideki Houzen  Kazufumi Tsuzaka  Kazuto Yoshida  Yasunori Maruo  Hidenao Sasaki
Affiliation:1.Department of Neurology,Hokkaido University Graduate School of Medicine,Sapporo,Japan;2.Research and Clinical Trial Center,Hokkaido University Hospital,Tokyo,Japan;3.Department of Biostatistics, School of Public Health, Graduate School of Medicine, and Interfaculty Initiative in Information Studies,The University of Tokyo,Sapporo,Japan;4.Sapporo City General Hospital,Sapporo,Japan;5.Hokuyukai Neurological Hospital,Sapporo,Japan;6.Obihiro Kosei Hospital,Obihiro,Japan;7.Kushiro Rosai Hospital,Kushiro,Japan;8.Japanese Red Cross Asahikawa Hospital,Asahikawa,Japan;9.Hakodate Municipal Hospital,Hakodate,Japan
Abstract:To identify the most sensitive scale for use in clinical trials on multiple system atrophy (MSA), a short and sensitive scale is needed for MSA clinical trials. Potential candidates are the Unified MSA Rating Scale (UMSARS), Scale for the Assessment and Rating of Ataxia (SARA), Berg Balance Scale (BBS), MSA Health-Related Quality of Life scale (MSA-QoL), and Scales for Outcomes in Parkinson’s Disease–Autonomic questionnaire (SCOPA-AUT). We enrolled patients with MSA from eight hospitals in Hokkaido, Japan. Board-certified neurologists assessed each patient at 6-month intervals and scored them on the UMSARS, SARA, BBS, MSA-QoL, and SCOPA-AUT. Score changes were evaluated using the standardized response mean (SRM). The correlation between disease duration and each score was examined. The first evaluation was conducted on 85 patients (60 patients with MSA cerebellar ataxia dominant subtype [MSA-C] and 25 patients with MSA Parkinsonism-dominant subtype [MSA-P]). Sixty-nine patients were examined after 6 months and 63 patients after 12 months. The UMSARS Part 4 had the largest SRM after 6 months and the SARA after 12 months. SRMs for MSA-P, the shorter duration group, and the early-onset group were larger than were those for MSA-C, the longer duration group, and the late-onset group. SRMs for items regarding skilled hand activities, walking, and standing were relatively large. Our study indicates that the UMSARS (parts 2 and 4), SARA, and BBS are sensitive scales for evaluating MSA progression over 12 months. Items with large SRMs effectively evaluated short-term changes.
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