Spina bifida is a disease that requires cross-disciplinary treatment for each life stage from the neonatal period to adulthood. Various rehabilitation therapies are required depending on the life stage of patients. In this study, we aimed to clarify the current status of rehabilitation services at children's hospitals in order to improve quality of rehabilitation care for children with spina bifida. We performed a survey targeted at the Japanese Association of Children's Hospitals and Related Institutions. The framework of the cross-disciplinary co-operation of medical treatments for spina bifida existed in 67% of children's hospitals surveyed. In most of these hospitals, the departments of rehabilitation medicine participated in these frameworks. In the medical treatment for children with spina bifida, acute phase rehabilitation after orthopaedic surgery was adequately provided in children's hospitals. However, convalescent and community-based phase rehabilitation therapies, and the co-operation with education institutions or habilitation/rehabilitation facilities for children were determined to be inadequate. Regarding general paediatric rehabilitation, convalescent and community-based phase rehabilitation therapies were mainly provided outside children's hospitals：habilitation/rehabilitation facilities for children mainly provided convalescent and community-based phase rehabilitation therapies and were considered to be the desirable setting for such therapies. To improve paediatric rehabilitation, including the rehabilitation for children with spina bifida, several factors need to be considered. These include the construction of appropriate frameworks for medical services (such as personnel training and the recruitment of rehabilitation doctors, therapists, and related staff), and co-operation with regional education institutions or habilitation/rehabilitation facilities for children.

Purpose：We investigated the factors associated with medical device-related pressure ulcer (MDRPU) due to lower extremity orthosis in patients undergoing convalescent rehabilitation for stroke.

Methods：This retrospective study included patients with stroke who wore ankle foot orthosis in the convalescent rehabilitation ward. We measured the following items at admission：Brunnstrom recovery stage, presence of sensory disturbance, exhibition of unilateral spatial neglect, functional independence measures at admission and discharge, and presence of MDRPU. In the statistical analysis, logistic regression analysis was performed to identify the significant factors associated with MDRPU.

Results：Ninety-five participants were enrolled in this study (mean age：54.9 ± 11.6 years, Male：78.9%). In logistic regression analysis, Age (odds ratio＝1.05, 95% confidence interval＝1.01-1.10, p＜0.05) and the presence of sensory disturbance (odds ratio＝5.17, 95% confidence interval＝1.39-19.28, p＜0.05) at admission was extracted as the cause of MDRPU.

Conclusion：Sensory disturbance at admission is associated with MDRPU in patients undergoing convalescent rehabilitation for stroke who wear ankle foot orthosis.

We present a case report that a longitudinal calf MR evaluation was performed for a patient with Charcot-Marie-Tooth disease who underwent bilateral reconstructive foot surgeries. A 39 years-old female was referred to our department because of severe bilateral cavus foot deformities and difficulty to walk. On radiological findings, severe bilateral cavus foot deformities were confirmed. On MR findings, fatty infiltrations were detected in the wide range of bilateral lower leg compartments. Difficulty to walk aggravated despite of the conservative treatment, so bilateral reconstructive foot surgeries were performed. She acquired plantigrade and better walking function postoperatively. Two years after surgery, no recurrence of cavus foot deformity was observed, but claw toe deformities and fatty infiltrations were mildly progressing. Since CMT is slowly progressive, we need to conduct a careful follow-up.