ObjectiveTo investigate the medical quality of rehabilitation departments in medical institutions at all levels in Shenzhen and analyze the problems, so as to promote the continuous improvement of rehabilitation care quality in this city.MethodsFrom September to November 2019, a field investigation was carried out in 53 rehabilitation departments in Shenzhen. Five dimensions were scored by experts, including professional capacity, rules and regulations, knowledge and skills, supervision and feedback, and hospital infection control. Descriptive statistical analysis was used to characterize the data, and one-way analysis of variance was used to analyze the difference among different level hospitals.ResultsThe average score of rehabilitation medical care quality in Shenzhen was 83.98±8.28. The average score of tertiary, secondary, and primary hospitals were 85.61±7.02, 84.54±7.83, and 77.55±10.60, respectively, and the difference among different level hospitals was statistically significant (P<0.05). According to the standard score, the highest score was in the dimension of supervision feedback (95.75±6.50), and the lowest score was in the dimension of knowledge and skills (77.27±14.64).ConclusionThe overall quality of rehabilitation care in Shenzhen needs to be improved, and the management and professional training systems need to be established.
Diabetes and its complications pose a serious threat to human life and health. It has become a public health problem of wide concern worldwide. Currently, diabetes is mainly treated with insulin injection in clinic. However, manual insulin injection still has many shortcomings. In recent years, with the deepening of research, it has been found that an automated insulin delivery system (AID), which combines a continuous glucose monitoring device with an insulin pump, can significantly improve the effectiveness of diabetes treatment and reduce the incidence of complications in patients. This paper firstly introduces the composition of the AID system and its working principle, and then details the development history and current status of the related technologies from the aspects of continuous glucose monitoring technology, insulin pumps and the development of closed-loop control algorithms, etc. Finally, this paper looks forward to the application prospect and future development of AID system in the field of diabetes treatment, providing theoretical reference for further research.