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Objective@#To find out the present pediatrician allocation and the burden of diagnosis and treatment in Beijing, so as to provide evidence for effective allocation of pediatricians.@*Methods@#Data and indicators were selected from Beijing Health Comprehensive Statistical Information Platform, including Manpower Basic Information Survey of Beijing Health Institutions, Annual Report of Medical Institutions, Beijing Statistical Data on Health Work(Compendium), as well as Beijing Health and Family Planning Statistical Yearbook. The study dynamically analyzed the number of pediatricians, that of pediatricians per 1 000 children, that of outpatients and emergency patients per pediatrician and the number of discharges per pediatrician from 2013 to 2017. Descriptive analysis was carried out on the data.@*Results@#In 2017, the proportion of pediatricians accounted for 2.78% of the total number of doctors in the city, the number of pediatric emergencies accounted for 6.47% of the total outpatients and emergencies in the city, and the number of hospitalizations accounted for 5.70% of the total discharge in the city.From 2013 to 2017, the number of outpatients and emergency patients per pediatrician increased by 40.58%, and the number of discharged patients increased by 36.70%. The proportion of hospitalization at tertiary hospitals increased from 80.2% to 85.1%, and that in primary institutions decreased from 6.3% to 1.7%.@*Conclusions@#The study found such setbacks in the allocation of pediatric medical resources in Beijing, as insufficient pediatricians, unreasonable allocation and excessive burden on pediatricians. We should strengthen the planning and construction of pediatric human resources, improve the training mode of pediatricians, improve the salary level of pediatricians, and ease the burden on pediatricians, so as to provide high-quality medical services for children.
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Objective To find out the present pediatrician allocation and the burden of diagnosis and treatment in Beijing,so as to provide evidence for effective allocation of pediatricians.Methods Data and indicators were selected from Beijing Health Comprehensive Statistical Information Platform,including Manpower Basic Information Survey of Beijing Health Institutions,Annual Report of Medical Institutions,Beijing Statistical Data on Health Work (Compendium),as well as Beijing Health and Family Planning Statistical Yearbook.The study dynamically analyzed the number of pediatricians,that of pediatricians per 1 000 children,that of outpatients and emergency patients per pediatrician and the number of discharges per pediatrician from 2013 to 2017.Descriptive analysis was carried out on the data.Results In 2017,the proportion of pediatricians accounted for 2.78％ of the total number of doctors in the city,the number of pediatric emergencies accounted for 6.47％ of the total outpatients and emergencies in the city,and the number of hospitalizations accounted for 5.70％ of the total discharge in the city.From 2013 to 2017,the number of outpatients and emergency patients per pediatrician increased by 40.58％,and the number of discharged patients increased by 36.70％.The proportion of hospitalization at tertiary hospitals increased from 80.2％ to 85.1％,and that in primary institutions decreased from 6.3％ to 1.7％.Conclusions The study found such setbacks in the allocation of pediatric medical resources in Beijing,as insufficient pediatricians,unreasonable allocation and excessive burden on pediatricians.We should strengthen the planning and construction of pediatric human resources,improve the training mode of pediatricians,improve the salary level of pediatricians,and ease the burden on pediatricians,so as to provide high-quality medical services for children.
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Collection and quality control of inpatient medical record home page information are key to the study and use of DRGs.The paper covered the sampling methods, inspection items, inspection methods, data assembly methods, and data reporting quality scoring methods of Beijing authorities on the hospitals in the city.Also introduced were the inspection results of the city in 2014, which prove a satisfactory outcome in the end.
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ObjectiveFrom the view of the frequence of codes applying,investigate the situation of the Tenth Revision of the International Classification of Disease Clinical Modification of Beijing and to support the further development and application.MethodsFigure out the difference of the frequence of codes between before and post application of coding on clinical modification,to compare and make analysis for them.Results Got lists of percentage periods frequence of codes on classification of disease calculated from all secondary and above level hospitals in Beijing in the year of 2006,2007 and 2008.Conclusionthe Tenth Revision of the International Classification of Disease Clinical Modification of Beijing is well compatible with WHO ICD-10 on the level of applicable codes set; the refine work is effective and balance for codes applying; the localization should be done first before applying ICD-10.
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Objective To investigate the effects of intensive insulin therapy on the functions of vascullar endothelial cells in septic patients. Methods One hundred and twenty septic patients were randomly assigned to intensive insulin therapy 1 ,intensive insulin therapy 2 and conventional insulin therapy, serum von Willebrand factor (vWF),thrombomodulin protein(TM),endothelin-1 (ET-1) and nitric oxide(NO) of the three groups of patients were determined by enzyme-linked immunoadsorbent assay double antibody sandwich principle (ELISA) before treatment and the next 3 d,7 d after treatment. At the same time we observed the three groups of patients with 28-d mortality, the days of hospitalized in ICU, number of days for using mechanical ventilation, △ APACHE Ⅱ score and △MODS score. Results After treatment of 3 days,vWF was (142.57 ± 10.07)%, (137.32 ±9.66)% and (138. 32 ± 8. 80) % in the CIT, IIT1 and IIT2 group, respectively. After treatment of 7 days, vWF was (126.27 ±10.49) %, (116. 55 ± 9. 36) % and (120.72 ± 9. 53) % in the CIT, IIT1 and IIT2 group, respectively. After treatment of 3 days, TM was (6. 87 ± 1.62) μg/L, (5.95 ± 1.60) μg/L and (6. 17 ± 1.33) μg/L in the CIT, IIT1and IIT2 group, respectively. After treatment of 7 days, TM was (4. 55 ± 1.48) μg/L, (3.35 ± 0.94) μg/L and(3. 87 ± 1.20) μg/L in the CIT, IIT1 and IIT2 group, respectively. After treatment of 3 days, ET-1 was (61.27 ±9. 20) ng/L, (55.97 ± 9.03) ng/L and (57. 37 ± 7. 70) ng/L in the CIT, IIT1 and IIT2 group, respectively. After treatment of 7 days, TM was (43. 12 ± 6. 17) ng/L, (33.77 ± 6. 20) ng/L and (35.95 ± 5.73) ng/L in the CIT, IIT1and IIT2 group, respectively. Compared with conventional insulin therapy, vWF, TM and ET-1 were significantly decreased (P ＜ 0.05), NO were significantly higher (P ＜ 0.05) in IIT1 and IIT2, but the two sub-groups had no significant difference (P ＞ 0.05). In the CIT, IIT1 and IIT2 groups respectively, the mortality at 28 days were 20.0%, 12. 5 % and 45.0%, the days of hospitalized in ICU were (9.50 ± 3. 70) d, (7. 72 ± 3.29) d and (8.02 ±2. 90) d, number of day for using mechanical ventilation were (8. 92 ± 3.79) d, (7.23 ± 3. 32) d and (7. 37 ±3. 29) d, △ APACHE Ⅱ score were 8. 87 ± 3.46,7. 20 ± 2. 81 and 7.42 ± 3. 18, △ MODS score were 4. 15 ± 2. 15,3.20 ± 1.48 and 3.32 ± 1.74, with significant differences (P ＜ 0.05). These indices were significantly decreased (P ＜ 0.05) in IIT1 and IIT2, but the two sub-groups also had no significant differences (P ＞ 0.05). Conclusions Intensive insulin therapy on patients with sepsis has a protective effect of vascular endothelial cells, and the blood glucose controlled in the 6. 6 - 8. 3 mmol/L can significantly decrease the incidence of hypoglycemia, and intensive insulin therapy can also significantly improve the prognosis of patients with sepsis.