ABSTRACT
The goal of the present study was to test the reliability and validity of the Japanese version of the Quality of Life after Brain Injury (QOLIBRI) scale. Correlations between the QOLIBRI and Glasgow Coma Scale scores, anxiety, depression, general quality of life (QOL), and demographic characteristics were examined to assess scale validity. The structure of the QOLIBRI was investigated with exploratory and confirmatory factor analyses, as well as the Partial Credit Model. Test–retest reliability was assessed over a 2-week interval. Participants were 129 patients with traumatic brain injury (TBI) recruited from rehabilitation centers in Japan. The QOLIBRI showed good-to-excellent internal consistency (Cronbach's α: 0.82–0.96), test–retest reliability, and validity (r = 0.77–0.90). Factor analyses revealed a 6-factor structure. Compared to an international sample (IS), Japanese patients had lower QOLIBRI scores and lower satisfaction in several domains. There were positive correlations between the QOLIBRI scales and the Short Form 36 Health Survey (r = 0.22–0.41). The Japanese version of the QOLIBRI showed good-to-excellent psychometric properties. Differences between JS and IS may reflect sampling bias and cultural norms regarding self-evaluation. The QOLIBRI could be a useful tool for assessing health-related QOL in individuals with TBI.
Subject(s)
Humans , Anxiety , Asian People , Brain Injuries , Brain , Depression , Diagnostic Self Evaluation , Glasgow Coma Scale , Health Surveys , Japan , Psychometrics , Quality of Life , Rehabilitation Centers , Reproducibility of Results , Selection Bias , Weights and MeasuresABSTRACT
Videofluoroscopic examination of swallowing (VF) is widely used for evaluating swallowing function. However, pulmonary complications after VF are seldom evaluated. We checked residual barium sulfate on chest X-rays and early pulmonary complication after VF. One hundred and ninety-eight patients underwent VF and chest X-rays. Eighty-six patients who did not aspirate during VF had no residual barium on their chest X-rays. One hundred and twelve patients aspirated during VF, but only 40 of these patients showed residual barium on their chest X-rays. Ten patients had fever after VF, but no significant relationship was observed between fever and residual barium on chest X-rays or aspiration. Aspiration was not correlated with mobility or cognitive status. One case had pneumonia after VF, but VF did not seem to be the cause of the pneumonia. In conclusion, no severe early pulmonary complications after VF were observed. It is difficult to predict early pulmonary complications from chest X-rays.
ABSTRACT
To restore gait function in paraplegic patients, hip-knee-ankle-foot orthoses are available. Orthoses maintain patient stability when standing and walking by restricting the degree of freedom the lower extremity joints. The disadvantages of orthoses include difficulties in standing and sitting movements, and the large burden placed on the upper extremities in walking. Usage of orthoses in daily living was therefore restricted. We are developing a gait assist robot, which we named WPAL (Wearable Power-Assist Locomotor). WPAL has a high degree of freedom and internal power for flexion-extension direction in each hip, knee, ankle joint. We compared WPAL with the conventional Primewalk orthosis as a preliminary investigation. (1) We compared independent standing ability and walking distance of a walker in WPAL and Primewalk orthosis. All three subjects achieved an independent level in standing and walking in WPAL, despite these users requiring assistance when using the Primewalk. Walking distances with the WPAL were several times greater when compared to walking distance with the Primewalk. (2) We performed a single case study using the patient who made the most entries into WPAL exercise. We compared heart rate, physiological cost index (PCI), modified Borg scale, lateral sway of trunk in 6 minutes walking on treadmill. His heart rate, PCI, and modified Borg scale were significantly lower and lateral sway was significantly smaller in WPAL gait. WPAL which has degree of freedom and internal power in the lower extremities is considered a step toward practical powered orthoses use in gait reconstruction for spinal cord injuries.
ABSTRACT
The purpose of this study was to examine the reliability of the Japanese version of the Gross Motor Function Classification System (GMFCS) and to determine expert opinions on clinical use of this system using a Delphi survey. The reliability study was performed with 334 children (191 boys, 143 girls) with cerebral palsy, ranging in age from 8 months to 12 years (mean, 5 years 7 months ; standard deviation, 3 years 1 month). A total of 181 assessors participated in the study. Two assessors classified each child's level of gross motor function independently using a revised version of the GMFCS (Japanese version 1.1). This revision of the GMFCS was based on the results of previous pilot studies performed in Japan. A questionnaire was used for the Delphi survey, and the rate of positive response was calculated from the answers of 20 assessors at each institute that conducted the reliability study. In the reliability study, overall kappa was 0.67, but specific kappas <0.40 were found at level III and IV in the 4.6 year age group. In the Delphi survey, the rate of positive responses was not ≥80% only for the description of level III among the five levels. These findings and structural analysis of descriptions for level III and IV according to the results reported by Rosenbaum and coworkers suggest that reliability of the GMFCS was partly lowered because of the level III description for the age of 4.6 years, which might be set at a relatively lower level than actual development.
ABSTRACT
The aim of this study is to validate the effect of a nutrition support team's (NST) interventions in convalescent stroke rehabilitation using the Functional Independence Measure (FIM). Three hundred and four patients were retrospectively divided into an NST-nourishment group, an NST-losing-weight group and a non-NST group. We then compared the FIM gain, the FIM efficiency and the change of body mass index during admission among these three groups. The FIM gain was 17.3±15.9 in the NST-nourishment group and 16.7±12.5 in the non-NST group and there was no significant difference. The FIM efficiency in the NST-nourishment group (0.20±0.19) was significantly lower than the one in the non-NST group (0.27±0.19). Patients with an FIM of 53 or less showed no significant difference in FIM gain and FIM efficiency between the two groups. Since those patients who received NST intervention would tend to have a poor prognosis in general, we assumed that our “no difference” results indicated the effectiveness of the NST intervention. There was no evident relationship between FIM gains and changes in the body mass index.