1.Comprehensive evaluation of performance in clinical specialties based on entropy weight-TOPSIS-RSR
Yugao WU ; Mingwei LUO ; Zhuo CHENG ; Guanghui GUO ; Rongyue LI
Modern Hospital 2025;25(2):238-242
Objective To evaluate the medical service performance of a hospital in 2023,providing references for the refined management and discipline advancement.Methods The DRG-related data of patients discharged from the sample hospi-tal in 2023 were obtained through the DRGs in Sichuan Province.A comprehensive evaluation was performed by using the inte-grated approach of TOPSIS and RSR with entropy weight.Results The top three specialties offering a wide range of medical services and handling more complex cases on average were neurosurgery,orthopedics,and cardiovascular medicine.The difficulty level of cases in these departments exceeded the average for both the city and the province.TOPSIS-RSR method was used to e-valuate six weights of the index,and the top three ones were CMI,total weight,and number of diagnostic-related groups.In the DRG performance evaluation,30 clinical departments were divided into 3 grades,with 5,21,and 4 departments in each grade,respectively,revealing differences in case structure across grades.Conclusion The combination of DRG-related indicators and comprehensive evaluation method can be effectively applied to the performance evaluation of medical service for inpatients,thus providing suggestions and strategies for promoting the improvement of medical service capacity,improving medical service effi-ciency,optimizing safety and quality assessment indicators,and achieving overall balanced development in wards.
2.Comprehensive evaluation of performance in clinical specialties based on entropy weight-TOPSIS-RSR
Yugao WU ; Mingwei LUO ; Zhuo CHENG ; Guanghui GUO ; Rongyue LI
Modern Hospital 2025;25(2):238-242
Objective To evaluate the medical service performance of a hospital in 2023,providing references for the refined management and discipline advancement.Methods The DRG-related data of patients discharged from the sample hospi-tal in 2023 were obtained through the DRGs in Sichuan Province.A comprehensive evaluation was performed by using the inte-grated approach of TOPSIS and RSR with entropy weight.Results The top three specialties offering a wide range of medical services and handling more complex cases on average were neurosurgery,orthopedics,and cardiovascular medicine.The difficulty level of cases in these departments exceeded the average for both the city and the province.TOPSIS-RSR method was used to e-valuate six weights of the index,and the top three ones were CMI,total weight,and number of diagnostic-related groups.In the DRG performance evaluation,30 clinical departments were divided into 3 grades,with 5,21,and 4 departments in each grade,respectively,revealing differences in case structure across grades.Conclusion The combination of DRG-related indicators and comprehensive evaluation method can be effectively applied to the performance evaluation of medical service for inpatients,thus providing suggestions and strategies for promoting the improvement of medical service capacity,improving medical service effi-ciency,optimizing safety and quality assessment indicators,and achieving overall balanced development in wards.
3.Environmental pollution and health hazards caused by animal agriculture manure
Yugao WU ; Zhuoyang LI ; Jing FANG
Journal of Environmental and Occupational Medicine 2021;38(11):1284-1290
The rapid growth of modern animal husbandry in China has supplied meat, eggs, and milk for Chinese residents, meanwhile the rapid transformation to intensive husbandry operations has also produced a large quantity of livestock and poultry manure. However, due to the failure of integration of animal husbandry and crop plantation, most of the livestock and poultry manure has not been treated and utilized, which may cause serious environmental pollution and public health risks. Antibiotics, heavy metals, pathogens, and other pollutants contained in livestock and poultry manure can enter farming soil, surface water, and groundwater during the transportation, storage, processing, and utilization of livestock and poultry manure, contaminate food, and pose direct and indirect risks to human health. Based on published statistics and papers, this article systematically analyzed the main pollutants discharged from livestock and poultry manure, their impacts on the environment, as well as the potential health risks by exposure to these pollutants. Recommendations on how to scientifically utilize animal manure were proposed, aiming to better protect human health.

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