- 著者
- Tetsuro Watari Kei Ohtsuka Yukari Suzuki Fumihiro Matsuda Soichiro Koyama Naoki Aizu Yoshikiyo Kanada Hiroaki Sakurai
- 出版者
- Fujita Medical Society
- 雑誌
- Fujita Medical Journal (ISSN:21897247)
- 巻号頁・発行日
- pp.2022-032, (Released:2023-08-28)
- 参考文献数
- 31
Objectives: This study investigates how online frame-of-reference (FOR) training of raters of the objective structured clinical examination (OSCE) for physical therapy students affects assessment accuracy.Methods: The research was conducted in a 1-month-long randomized controlled trial.Participants: The participants were 36 physical therapists without experience assessing clinical skills using the OSCE. The training group completed the FOR training online, which was conducted once a week in two 90-minute sessions. The control group self-studied the rubric rating chart used in the assessment. As a measure of accuracy, weighted kappa coefficients were used to check the agreement between correct score and those assessment by the participant in the OSCE.Results: The scores of the training group were higher than those of the control group in both post- and follow-up assessments, showing significant differences. No significant difference was found based on the assessment time and group for the high-agreement groups. Furthermore, scores of the low-accuracy training group were higher in the post- and follow-up assessments than those in the pre-assessment, showing significant differences.Conclusions: Online FOR training of the raters of the OSCE for physical therapists improved the assessment accuracy of the raters who had low accuracy in the pre-assessment; this improvement was maintained.
- 著者
- Nobuhiro Kumazawa Soichiro Koyama Masahiko Mukaino Kazuhiro Tsuchiyama Tsuyoshi Tatemoto Hiroki Tanikawa Kei Ohtsuka Masaki Katoh Yohei Otaka Eiichi Saitoh Shigeo Tanabe
- 出版者
- Fujita Medical Society
- 雑誌
- Fujita Medical Journal (ISSN:21897247)
- 巻号頁・発行日
- pp.2021-020, (Released:2022-01-25)
- 参考文献数
- 39
Objectives: To evaluate the safety and acceptability of a newly developed tele-rehabilitation exercise system using computer-generated animation.Methods: The participants comprised a convenience sample of 38 diverse individuals in Experiment 1 (15 healthy young people, 16 healthy older people, 5 patients with stroke, and 2 patients with respiratory disease) and 18 healthy older individuals in Experiment 2. Experiment 1 assessed safety in terms of cardiopulmonary vascular aspects and risk of fall, and Experiment 2 assessed treatment acceptability via a subjective evaluation. All participants completed the same exercise program. The safety assessment was conducted using heart rate (HR) and saturation of percutaneous oxygen (SpO2), measured before and after exercise. In addition, the occurrence of falls was assessed. For the acceptability assessment, the participants answered five questions (three-point Likert scale) after the exercise program.Results: The safety assessment indicated that HR and SpO2 changed from 70.5±10.2 beats per minute and 97.8±1.3% before exercise to 87.6±13.6 beats per minute and 98.2±0.9% after exercise, respectively. In addition, all participants completed the exercises without experiencing any falls. In the acceptability assessment, the score reflecting continuation desire was the highest of the five items examined (2.71±0.46). In contrast, the adequacy of exercise intensity had the lowest score (1.29±0.57).Conclusions: The present system was confirmed to be safe, and the participants were motivated to continue the exercises. Future developments should incorporate a function to enable participants and medical staff to adjust exercise intensity according to individual physical function.