Coronavirus disease 2019 epidemic is a serious and infectious public health event that causes physical damage and may also have an impact on mental health. West China Hospital of Sichuan University combines the internet hospital platform with the traditional telephone model, establishes a new coronavirus disease 2019 intervention integration platform, and builds a new “four-in-one” medical service system, which contains epidemic consultation, psychological consultation, self-evaluation and home prevention and control. It has established a way for the public to communicate with professional, reduced the spread of coronavirus disease 2019 in space, and effectively carried out psychological decompression and comfort work, disseminated the knowledge of fighting coronavirus disease 2019, and provided medical advice. This article mainly introduces the out-of-hospital psychological intervention model of West China Hospital of Sichuan University during the coronavirus disease 2019 epidemic, and aims to provide a reference for exploring the psychological intervention methods for major public health emergencies.
Cadre education and training is the elementary step in building a high quality, basic, and strategic cadre ranks project. The summer training of cadres in West China Hospital of Sichuan University is one aspect of the training system of cadres in our hospital. This paper introduces the current situation of summer cadre training, the training needs of cadres and the changes of internal and external environment in our hospital from 2009 to 2012, so as to continue constructing our summer cadres training product brand.
This article introduces the exploration and practice of the “West China Hospital of Sichuan University-Zhenxiong model”, discusses the model of medical precision poverty alleviation work in the new era. Through in office and online service, the counterpart assistance measures will be deeply integrated with the reality of Zhenxiong, to effectively radiate the high-quality medical resources of West China Hospital of Sichuan University to Zhenxiong, and gradually promote the county to form a cross-regional medical alliance of “West China Hospital of Sichuan University + Zhenxiong medical community”, so as to practice the national medical reform policy. It is hoped that through the practice of this model, non-Communist parties can learn from the experience of participating in poverty alleviation.
By analyzing the current situation and problems of China’s precision healthy poverty alleviation, combining the current situation of poverty alleviation areas and its own clinical and regional advantages, West China Hospital of Sichuan University explores a practical “West China Way” to solve the healthy poverty problem. We insist on demand orientation, build the top-level design, and implement precise policies. Starting with the promotion of health screening, we actualizes hospital management, multi-disciplinary collaboration, integrated medical care construction according to regional needs, “double-group” style assistance, stratified and graded training, and telemedicine education. As the combination of “transfusion” and “hematopoiesis”, we help the local areas to build modern systems of hospital management, technology, and human resource.
Objective To collect and analyze the data of emergency medicine supply for both Wenchuan and Lushan earthquakes victims in the West China Hospital, so as to provide evidence for scientifically and efficiently carrying out the logistical support for emergency rescue medicines supply, and improving the coping capacity for those similar public health emergencies. Methods Both medicine constituent ratios and DDDs were taken as evaluation indexes, and the data were input by Excel software. Then the following items were analyzed: the use and cost of emergency medicine for victims admitted in the hospital from one day to one month after earthquake, as well as, the acceptance, allocation and use of the donation medicines for both Wenchuan and Lusan earthquakes. Results During the first month after Lushan earthquake, the victims used 26 categories of medicines involving 455 drug specifications in the West China Hospital. The dosage and DDDs of therapeutic medicines were higher than those of ancillary medicines. The donation medicines for Lushan earthquake accepted by the hospital were in 8 categories involving 16 drug specifications, and they were all used to rescue the victims in the hospital. Based on the hospital emergency medicine supply system oriented by the information of victim’s medicine use, the drug specification and total drug cost of the donation medicines for Lushan earthquake decreased by 90.91% and 89.73%, respectively, indicating a more accurate and efficient system compared with those for Wenchuan earthquake. Conclusion The implementation of the hospital emergency medicine supply system oriented by the information of victim’s medicine use is helpful to improve the time efficiency and pertinence of earthquake medical rescue.
West China Hospital of Sichuan University as a national-level regional medical center in the western part of the country, focused on the actual situation in Tibet and actively carried out precision health poverty alleviation work. Guided by " precision”, the hospital has built a close-knit medical association – Hospital of Tibet People’s Government in Chengdu Office, and through the comprehensive improvement of medical care, teaching, scientific research, and management, creates a medical and health service system with Tibet characteristics. Combining " blood transfusion” and " hematopoietic” to build a " West China Model” for precision health poverty alleviation, West China Hospital of Sichuan University fully demonstrates the public welfare and responsibility of a national-level regional medical center, and constantly exerts regional radiation and leading role, promotes the medical and health service system continuous improvement in Tibet.
ObjectiveTo retrospectively investigate the medication structure and evaluate the rationality among over-60-year outpatients with lung cancer in the West China Hospital of Sichuan University in 2011. MethodsThe data was extracted from the hospital information system (HIS). Excel 2010 software was used for statistical analysis. Resultsa) The total of over-60-year outpatients with lung cancer were 17 296 person-times, of which 12 606 persons-times patients with no medication accounted for 72.88%. The monotherapy in patients with medication accounted for 75.76%. b) There were 5 types of tumour related drugs, including 56 kinds of different drugs, and the total frequency was 6 460 and the average cost was 2 219.38 yuan. The first three drugs classified by 5 types were traditional Chinese drugs (TCM, 28.50%), other therapy (24.91%), and etiological treatment (22.23%). c) For etiological treatment, tyrosine kinase inhibitors (TKI) accounted for 59.96%, and the first three drugs were gefitinib, recombinant human endostatin, and erlotinib. d) For symptomatic treatment, analgesic drugs accounted for 43.65%; and the first three drugs were tramadol hydrochloride sustained-release tablets, sodium zoledronic oxycodone, and acetaminophen. e) For ADR therapy, liver drugs accounted for 40.97%; and the first three drugs were palonosetron hydrochloride, licorice, and diammonium pantoprazole. f) Other treatment involved immunopotentiating drugs and hematopoietic growth factors, the ratios were 62.65% and 37.35%, and the first three drugs were thymalfasin, thymopentin, and recombinant interleukin-11. g) Huisheng, Banao capsule and Bailing capsule were at the first three usage in TCM, the ratios of which were 51.06%, 15.37%, and 13.91%. h) The top ten drugs were Huisheng oral liquid, gefitinib and thymus AFP, thymopentin recombinant interleukin-11, chelating compound spot capsules, recombinant human endostatin, tramadol hydrochloride extended release tablets, sodium, zole dronic, and Bailing capsule. ConclusionThe antitumor therapies were mainly TKI single drug regimen for over-60-year outpatients with lung cancer in the West China hospital of Sichuan University in 2011. The most frequently used adjuvant therapies are antalgic, antitussive and skeletal related events prevention drugs. Besides, Chinese patent medicines are in common use as well.
Health poverty alleviation is an important practice in implementing the basic strategy of precision poverty alleviation. It is also an important measure to win the battle against poverty in rural areas. Through the investigation of local medical and health conditions, West China Hospital of Sichuan University built a demand-oriented framework for medical poverty alleviation in Ganzi Prefecture, and gradually carried out precision top-level design, discipline construction, technical training, talent training, endemic disease prevention and control; through establishinga regional medical cooperation network, built featured specialies, built the backbone of medical and health forces, achieved the prevention of endemic diseases throughout life cycle, and improved the overall medical and health service capacity of Ganzi Prefecture. This article introduces the exploration and practice of the demand-oriented model in Ganzi Prefecture by West China Hospital of Sichuan University, aiming at providing a guide for the precision health poverty alleviation in China.
The construction of high-level talent teams is the core of building up high-level universities and hospitals, and it is an important reference index for the ranking of universities and academic disciplines. The first-class medical talent teams is an essential requirement for comprehensive hospitals to be ranked as "Double First-Class". Based on the practice of construction of high-level medical talents in West China Hospital of Sichuan University, this paper introduces the optimal appoaches in this regard.
Objective To provide baseline date for further research by retrospectively investigating the disease constitution of over-60-year old patients in the West China Hospital of Sichuan University in 2011. Methods The information of over-60-year old outpatients was extracted from HIS and their diagnoses were classified by ICD-10. The data of single disease among top 3 categories of diseases were rearranged and analyzed by Excel software. Results The total of over-60-year old outpatients was 895 123 person-time in 2011, accounting for 19.65%, including 716 826 person-time in specialist outpatient clinics. The specialist diagnoses of 683 491 person-time could be classified by ICD-10, accounting for 95.35% of specialist outpatients. The top 12 diseases were neoplasm, circulatory, digestive, factors influencing health status and contacting with health services, respiratory, musculoskeletal system and connective tissues, nervous, eyes, symptoms/signs and abnormal clinical and laboratory findings, non-classified, mental and behavioral disorders, endocrine, and genitourinary system diseases, and the cumulative constituent ratio was 92.96%. The main pathogenic sites of neoplasm were bronchus and lung (21.98%), esophagus (8.66%), stomach (8.10%), rectum (7.37%), prostate (5.86%), and liver and intrahepatic bile ducts (5.55%), with a cumulative constituent ratio of 57.72%. The main disease burden in circulatory system was hypertension (39.50%), chronic ischaemic heart disease (11.17%), and cerebral infarction (9.70%), and the cumulative constituent ratio was 60.38%. While the main disease burden in digestive system was gastritis and duodenitis (24.98%), other diseases of digestive system (9.26%), and other diseases of liver (8.90%), and the cumulative constituent ratio was 43.13%. There were more female than male among the over-60-year old outpatients (50.67% vs. 49.33%), and male was higher than female only in the incidence of neoplasm, respiratory, factors influencing health status and contacting with health services, and genitourinary system diseases. The disease constitution ratio of 60-69 years old patients was 58.21%. The top 3 neoplasm were the malignant tumors in digestive (38.20%), respiratory and intrathoracic organs (24.70%), and lymphoid, haematopoietic and related tissue (11.97%), with a cumulative constituent ratio of 74.87%. Conclusion The top 3 disease burden of over-60-year old outpatients in West China Hospital were neoplasm, circulatory and digestive diseases, which reflects the trend and law of treatment demands of old patients. It needs to deeply analyze the frequency and flow pattern of patients, and to provide evidence for preventing and treating geriatric diseases.