There are more than 6 800 urban public hospitals in China, which are the main subject of our country's medical service, but the process and efficiency need to be improved because of the siphon effect of resources and the limit of service scope. The use of internet thinking and technology will solve this problem effectively. Based on the fact, Deyang People's Hospital planned "internet+" system according to the requirement of the medical and health system reform, to solve the problems such as service efficiency, doctor-patient communication, multi-spot disciple, hierarchical medical system, delicacy management, etc. Through the concrete practice of elevating the efficiency of outpatient and emergency care services, it is recognized that the application of internet thinking and technology can not only accelerate the medical and health system reform, but also subvert the traditional medical pattern, integrate the regional medical resource, and enlarge the scope of medical services. It provides a sharp weapon to push forward the reform of urban public hospitals.
It is one of the priorities of the new round of healthcare reform to develop regional healthcare alliances through vertically integrating resources. This paper reviews the framework and characteristics of Shanghai’s healthcare system, and then analyzes its strengths and weaknesses, underscoring Shanghai’s exploration in the vertical integration of medical resources as a response to the pressing issues in healthcare. The paper outlines the main tasks and groundwork of the Shanghai healthcare alliance initiative and gives an outlook on the expected outcomes. It ends with some thoughts on the problems and challenges confronting regional healthcare alliances in Shanghai.
目的:探討并強調電子病歷系統在醫院信息化建設中的應用及前景。方法:了解目前國內電子病歷系統現狀,并結合本科室已建立的結構化電子病歷系統應用經驗,分析電子病歷系統的利弊及在我國發展的需求前景。結果:電子病歷系統的運行大大提高了醫療質量和工作效率。結論:以電子病歷系統為中心的醫院信息化建設勢在必行。
目的 探討營銷服務理論（8P）在體檢信息系統建設中的應用與實踐效果。 方法 借鑒8P理論與理念，以現代信息技術為手段,設計和構建以客戶為中心的體檢信息系統。 結果 體檢信息系統的建立，優化了體檢流程，提高了服務效率和報告質量，增加了客戶滿意度，取得良好的經濟和社會效益，為健康體檢工作的數字化、規范化管理奠定了良好的基礎。 結論 加強體檢中心的信息化系統建設，能全面提升中心的工作效率和服務質量,增強市場競爭力。
ObjectiveTo design and use adverse nursing events information management system to improve the quality of nursing for high-risk patients and guarantee nursing quality and safety. MethodAdverse nursing events information management system was started from January 2014. Two hundred cases assessed to be nursing adverse events cases from September to December 2013 were chosen to form the control group, and another 200 from the same period in 2014 were designated to be the observation group. Then we compared the two groups in terms of the onset time of nursing assessment, incidence of adverse nursing events and rate of missing reports. ResultsThe onset time of nursing assessment, incidence of adverse events, and the rate of missing reports were significantly lower in the observation group than the control group (P<0.05). ConclusionsThe application of adverse nursing events information management system can improve the quality of nursing management and promote the nursing quality and safety.
ObjectiveTo briefly describe the specific contents and analyze the implementation effects of the information-based training system on neurology residents.MethodsSince February 2020, an information-based training system was carried out in the standardized training center for residents in the Department of Neurology, Xuanwu Hospital of Capital Medical University. The effect of the information-based training system was measured by comparing the numbers of training lessions and examinations, participation rates of training lessions and examinations, and mock examination results after 4 months of training of the resident trainees in Grade 2017 under the information-based training mode (n=35) with those of the resident trainees in Grade 2016 under regular face-to-face training mode (n=35). Chi-square test was used for comparison between training groups.ResultsCompared with those in Grade 2016, the number of lessons in Grade 2017 increased by 87.0% (43 vs. 23), the participation rate of lessons in Grade 2017 was higher (100.0% vs. 87.0%, P<0.001), the number of examinations in Grade 2017 increased by 87.5% (15 vs. 8), the participation rates of examinations were both 100.0%, and the pass rate of the mock examination in Grade 2017 was higher (94.3% vs. 77.1%, P=0.040).ConclusionThe training method and effect of the standardized training model of the information-based training system for resident doctors are worthy of recognition, providing a reference for medical teaching, especially for the standardized training of resident physicians.
ObjectiveTo break through the key problem in the process of ambulatory surgery operation and management, improve the operational efficiency of hospital, and ensure the quality and safety of medical care through new established ambulatory surgery informative platform.MethodsThrough the analysis of medical requirements and process optimization in ambulatory surgery in Xiangya Hospital, Central South University from March to April, 2020, we constructed an ambulatory surgery informative platform centered on patient behavior tracking.ResultsThere wasa significant difference in the reception time of different appointment modes before and after the launch of information platform [(290.45±50.35) vs. (158.58±40.27) s; t=16.040, P<0.001]. After the platform system went online, patients’ satisfaction with the treatment process, appointment waiting time, and overall satisfaction were higher than before (P<0.05); there was no significant difference in patients’ attitude towards medical staff before and after the system went online (P>0.05). The results of medical staff’s work experience after the system went online showed that the use of information platform could make the work more efficient (91.09%), the process more reasonable (91.09%), accurately and timely grasp the patient’s information (95.05%), guarantee the medical quality and safety (96.04%), and reduce the medical cost (88.12%).ConclusionThe ambulatory surgery informative platform improved our work efficiency and patients’ satisfaction, assured the quality and safety of medical care, and strengthen the multi-disciplinary synergy at the same time.
ObjectiveTo understand the development of clinical nutrition departments in western China, analyze the main problems and factors restricting its development, and provide a basis for promoting the construction and development of clinical nutrition departments in western China and formulating clinical nutrition management standards.MethodsQuestionnaires were used to investigate the development of clinical nutrition services in some hospitals in 11 provinces/municipalities/autonomous regions in western China (except Tibet) in March 2019. ResultsA total of 230 hospitals participated in the survey. Most clinical nutrition departments set up outpatient clinics (76.1%), with an average annual number of outpatients of 884; most of them carried out nutrition inspection visit/follow-up work (86.5%), and the average number of inspection visit/follow-ups was 3 876. Most hospitals had incomplete hardware and software facilities in the clinical nutrition departments. The charging items for diagnosis and treatment were complicated, and the charging standards were uneven. There were still 47.0% of the clinical nutrition departments of hospitals that did not offer diagnosis and treatment charging items. The surveyed hospitals believed that the talent team was the number one factor restricting the development of the clinical nutrition department, and regular skills training was the number one project that urgently needed the help of the Clinical Nutrition Discipline Alliance of West China Hospital of Sichuan University.ConclusionIn the future, the western region should increase the investment in hardware and software facilities, strive for policy support for maintaining department operations and formulate unified standards to regulate the development of disciplines.
This paper expounds the classification and characteristics of healthcare-associated infections (HAI) surveillance systems from the perspective of the informatization needs of HAI monitoring, explains the determination requirements of numerator and denominator in the surveillance statistical data, and introduces the regular verification for auditing the quality of HAI surveillance. The basic knowledge of machine learning and its achievements are introduced in processing surveillance data as well. Machine learning may become the mainstream algorithm of HAI automatic monitoring system in the future. Infection control professionals should learn relevant knowledge, cooperate with computer engineers and data analysts to establish more effective, reasonable and accurate monitoring systems, and improve the outcomes of HAI prevention and control in medical institutions.