1.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
2.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
3.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
4.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
5.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
6.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
7.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
8.The Spatial Differences and Dynamic Evolution of China's Healthcare Service Efficiency from 2012 to 2021
Sha-Sha SONG ; Lina SHAO ; Zhonghua SUO ; Jing WU ; Ying LANG
Chinese Health Economics 2024;43(9):70-74,96
Objective:To study the longitudinal trends and spatial clustering characteristics of healthcare service efficiency in China and in North,Northeast,East,Central,South,Southwest,and Northwest China.Methods:The Malmquist index model is used to measure China's healthcare service efficiency from 2012 to 2021,the Dagum Gini coefficient as well as the decomposition method are used to measure the magnitude and source of regional gaps in healthcare service efficiency,and the Kernel density estimation is used to study the longitudinal trend of change and spatial agglomeration characteristics of China's healthcare service efficiency.Results:China's overall healthcare service efficiency is growing,and the inter-regional gap is gradually narrowing,characterized by a concentration trend;the gap in the level of healthcare service efficiency between regions did not widen during the period under examination,but it was found that the gap within some regions was still significant.Conclusion:The national health service efficiency is growing slightly,and the regional gap is generally decreasing,but the Gini coefficient shows that the inter-regional contribution is still the main source of the gap.National health service efficiency is generally concentrated,but some regions are less efficient,with significant internal disparities.
9.Determination of 10-Hydroxyl Carbamazepine in Human Serum by High Performance Liquid Chromatography
Lina ZHANG ; Xiaoya MA ; Sha LI ; Li ZHANG
Herald of Medicine 2018;37(2):160-164
Objective To establish a method for the determination of 10-hydroxyl carbamazepine (MHD),which is an activity metabolite of oxcarbazepine in human serum. Methods Serum samples were detected by high performance liquid chromatography (HPLC) after being processed by methanol protein deposition.The chromatographic column was Agilent TC-C18 (4.6 mm × 250 mm, 5 μm), with the mobile phase of acetonitrile-10 mmol ? L-1 KH2 PO4 ( 33 : 67) at a flow rate of 1.0 mL?min-1 .The detection wavelength was 230 nm,and phenacetin was used as an internal standard. Results The average recovery range of low,middle and high (1.0,10.0,60.0 μg?mL-1 ) concentrations for MHD was from 100.3% to 106.0%.The RSD of intra-day and inter-day was ≤5.8% (n= 5) and ≤7.4% (n= 5),respectively.The limit detection of analysis method was 0.1 μg?mL-1 .Regression equation was Y = 0.1308X+ 0.0679 ( r = 0.9966,n = 5). Serum samples remained stable at room temperature,freezing and freeze thawing condition. Conclusion This method is sensitive,accurate,simple and quick,and can be used for monitoring the oxcarbazepine metabolites MHD in serum for clinical and pharmacokinetic study.
10.Effect of a Chinese medicine Xiao Aiping injection on the primary liver cancer pathology and the cancer cell migration ability in rat models, and their mechanism of action
Lina WEN ; Yangzhi GUO ; Yongjuan TONG ; Sha LI
Chinese Journal of Comparative Medicine 2018;28(6):46-52
Objective To investigate the effects of a Chinese medicine Xiao Aiping injection on the pathological changes of liver tissues in rat models, the migration ability of cancer cells in hypoxic tumor microenvironment, and explore their mechanism of action. Methods Sixty SPF 5-week old male Sprague-Dawley rats were randomly divided into model group (n=48) and blank control group (n=12). The model group was intraperitoneally injected with diethylnitrosamine to establish hepatocellular carcinoma model, and the blank control group was injected equal amount of normal saline. After 14 weeks, the model group was equally divided into three groups, two of them received the Xiao Aiping injection at a low and high dose, respectively, and the rest of model group and the blank control group were injected with normal saline once per day for five days, lasting for consecutive four weeks. Liver specimens were collected at the nineteenth week, and the rat liver cancer and liver tissues were examined by pathology. In the hypoxic environment induced by CoCl2, the effect of Xiao Aiping injection on the migration ability of hepatocellular cancer SMMC-7721 and HepG2 cells was assessed by wound healing experiment, and the expression of IL-6 mRNA was detected by real-time PCR assay. Results Compared with the blank control group, hepatic tissue of the model group showed obvious hepatocellular carcinoma-like-changes indicating the successful establishment of hepatocellular carcinoma model. After treatment, compared with the model group, the pathological alterations of hepatic tissue of Xiao Aiping injection low and high doses groups were reduced, and were more obvious in the high dose group. Under hypoxic condition, Xiao Aiping injection obviously inhibited the migration of HepG2 cells and inhibited IL-6 expression in the liver tissues. With the same concentration, Xiao Aiping injection obviously inhibited the migration of SMMC-7721 cells, and showed an inhibiting trend of IL-6 mRNA expression, but the difference was not statistically significant. Conclutions Xiao Aiping injection can reduce the pathological changes of hepatocellular carcinoma in rat models induced by intermittent intraperitoneal injection of diethylnitresamine. In the chemically induced hypoxic environment, the effects of Xiao Aiping injection on the migration of SMMC-7721 and hepG2 cells are different. Downregulating the expression of IL-6 mRNA may be one of the mechanisms of migration inhibiting effects.

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