1.Interaction between renal function and body mass index on all-cause mortality risk in patients with type 2 diabetes mellitus in communities in Jiangsu Province
Mengxia LI ; Jialiu HE ; Hao YU ; Xikang FAN ; Jie YANG ; Yu QIN ; Chong SHEN ; Yan LU ; Enchun? PAN ; Ran TAO ; Yongqing ZHANG ; Jian SU
Chinese Journal of Epidemiology 2025;46(1):50-56
Objective:To investigate the association of the interaction and combined effect of renal function and body mass index (BMI) with the risk for all-cause death in patients with type 2 diabetes mellitus (T2DM) in communities of Jiangsu Province.Methods:The study subjects were from the Comprehensive Research Project of Diabetes Prevention and Control conducted in Jiangsu from December 2013 to January 2014, and follow up was conducted for them until September 30, 2023. A total of 20 025 subjects were included in the study. Cox proportional hazards regression model was used to analyze the association of renal function with risk for death in T2DM patients, and the association of interaction between renal function and BMI and their combined effect with all-cause death risk in T2DM patients.Results:In the follow up for 198 370 person-years, a total of 4 459 deaths were recorded. Cox proportional hazards regression model analysis showed that renal dysfunction was associated with 71% risk of all-cause mortality in all T2DM patients [hazard ratio ( HR) =1.71, 95% CI: 1.59-1.84], as well as in all BMI subgroups. Likelihood ratio test indicated an interaction between renal function and BMI (interaction for P=0.030). Compared with patients with normal renal function and normal BMI, those with normal renal function and over weight or obesity had a lower risk of all-cause mortality, and those with renal dysfunction and low weight had the highest risk for death ( HR=2.78, 95% CI: 1.87-4.14). Conclusions:There is association of interaction between renal function and BMI with all-cause mortality in T2DM patients. T2DM patients with renal dysfunction and low body weight had significant higher risk for death.
2.Relationship Between Gastroesophageal Reflux Disease-Related Symptoms and Clinicopathologic Characteristics and Long-Term Survival of Patients with Esophageal Adenocarcinoma in China
Kan ZHONG ; Xin SONG ; Ran WANG ; Mengxia WEI ; Xueke ZHAO ; Lei MA ; Quanxiao XU ; Jianwei KU ; Lingling LEI ; Wenli HAN ; Ruihua XU ; Jin HUANG ; Zongmin FAN ; Xuena HAN ; Wei GUO ; Xianzeng WANG ; Fuqiang QIN ; Aili LI ; Hong LUO ; Bei LI ; Lidong WANG
Cancer Research on Prevention and Treatment 2025;52(8):661-665
Objective To investigatethe relationship between gastroesophageal reflux disease (GERD) symptoms and clinicopathological characteristics, p53 expression, and survival of Chinese patients with esophageal adenocarcinoma. Methods A total of
3.Evaluation of Health Resource Allocation Efficiency in Private Ophthalmic Medical Institutions in Shanxi
Mengxia QIN ; Caizhen YANG ; Kui DONG ; Sitian LI ; Xi CAO ; Yutong CAI ; Dahong WU ; Lu HE
Chinese Health Economics 2025;44(9):49-53
Objective:To study the allocation efficiency of private ophthalmology health resources in Shanxi,and to provide references for improving the allocation efficiency of health resources in Chinese private ophthalmology medical institutions.Methods:The resource allocation and services of 70 private ophthalmic medical institutions in Shanxi were collected through a questionnaire survey,and Data Envelopment Analysis(DEA)was used to evaluate the efficiency of health resource allocation in medical institutions of Shanxi.Results:The average values of technical efficiency,pure technical efficiency,and scale efficiency of health resource allocation in private ophthalmic medical institutions in Shanxi were 0.963,0.980,and 0.982,respectively.Among the 70 private ophthalmology institutions,7 institutions were DEA-strongly efficient in health resource allocation,26 institutions were DEA-weakly efficient,37 institutions were non-DEA efficient,15 institutions had constant return to scale,40 institutions had increasing return to scale,and 15 institutions had decreasing return to scale.The allocation of health resources in 7 cities,including Taiyuan,Datong,and Shuozhou,etc.were DEA-strongly efficient;Changzhi and Jincheng were DEA-weakly efficient,both with increasing return to scale;and Linfen was non-DEA efficient with increasing return to scale.Conclusion:The efficiency of health resource allocation in some municipalities of Shanxi needs to be improved;the level of inter-organization varied,and the problems of insufficient resources and wasted inputs coexisted.In the future,ophthalmic resources should be rationally allocated,and input and output indicators should be adjusted according to the actual situation.
4.Evaluation of Health Resource Allocation Efficiency in Private Ophthalmic Medical Institutions in Shanxi
Mengxia QIN ; Caizhen YANG ; Kui DONG ; Sitian LI ; Xi CAO ; Yutong CAI ; Dahong WU ; Lu HE
Chinese Health Economics 2025;44(9):49-53
Objective:To study the allocation efficiency of private ophthalmology health resources in Shanxi,and to provide references for improving the allocation efficiency of health resources in Chinese private ophthalmology medical institutions.Methods:The resource allocation and services of 70 private ophthalmic medical institutions in Shanxi were collected through a questionnaire survey,and Data Envelopment Analysis(DEA)was used to evaluate the efficiency of health resource allocation in medical institutions of Shanxi.Results:The average values of technical efficiency,pure technical efficiency,and scale efficiency of health resource allocation in private ophthalmic medical institutions in Shanxi were 0.963,0.980,and 0.982,respectively.Among the 70 private ophthalmology institutions,7 institutions were DEA-strongly efficient in health resource allocation,26 institutions were DEA-weakly efficient,37 institutions were non-DEA efficient,15 institutions had constant return to scale,40 institutions had increasing return to scale,and 15 institutions had decreasing return to scale.The allocation of health resources in 7 cities,including Taiyuan,Datong,and Shuozhou,etc.were DEA-strongly efficient;Changzhi and Jincheng were DEA-weakly efficient,both with increasing return to scale;and Linfen was non-DEA efficient with increasing return to scale.Conclusion:The efficiency of health resource allocation in some municipalities of Shanxi needs to be improved;the level of inter-organization varied,and the problems of insufficient resources and wasted inputs coexisted.In the future,ophthalmic resources should be rationally allocated,and input and output indicators should be adjusted according to the actual situation.
5.Interaction between renal function and body mass index on all-cause mortality risk in patients with type 2 diabetes mellitus in communities in Jiangsu Province
Mengxia LI ; Jialiu HE ; Hao YU ; Xikang FAN ; Jie YANG ; Yu QIN ; Chong SHEN ; Yan LU ; Enchun? PAN ; Ran TAO ; Yongqing ZHANG ; Jian SU
Chinese Journal of Epidemiology 2025;46(1):50-56
Objective:To investigate the association of the interaction and combined effect of renal function and body mass index (BMI) with the risk for all-cause death in patients with type 2 diabetes mellitus (T2DM) in communities of Jiangsu Province.Methods:The study subjects were from the Comprehensive Research Project of Diabetes Prevention and Control conducted in Jiangsu from December 2013 to January 2014, and follow up was conducted for them until September 30, 2023. A total of 20 025 subjects were included in the study. Cox proportional hazards regression model was used to analyze the association of renal function with risk for death in T2DM patients, and the association of interaction between renal function and BMI and their combined effect with all-cause death risk in T2DM patients.Results:In the follow up for 198 370 person-years, a total of 4 459 deaths were recorded. Cox proportional hazards regression model analysis showed that renal dysfunction was associated with 71% risk of all-cause mortality in all T2DM patients [hazard ratio ( HR) =1.71, 95% CI: 1.59-1.84], as well as in all BMI subgroups. Likelihood ratio test indicated an interaction between renal function and BMI (interaction for P=0.030). Compared with patients with normal renal function and normal BMI, those with normal renal function and over weight or obesity had a lower risk of all-cause mortality, and those with renal dysfunction and low weight had the highest risk for death ( HR=2.78, 95% CI: 1.87-4.14). Conclusions:There is association of interaction between renal function and BMI with all-cause mortality in T2DM patients. T2DM patients with renal dysfunction and low body weight had significant higher risk for death.
6.Nursing expert consensus on application of cardiopulmonary resuscitation machine in treating patients with in-hospital cardiac arrest
Li FENG ; Yuxia ZHANG ; Mengxia ZHANG ; Chaoyang TONG ; Wei QIN ; Yuhong ZHANG ; Lei YE ; Fan LI ; Min HU ; Ping HUANG ; Yanmei HUANG ; Sa WANG ; Ying GU
Chinese Journal of Modern Nursing 2022;28(22):2941-2948
Through systematic review of literature, Delphi expert consultation and expert discussion meeting, the Nursing expert consensus on application of cardiopulmonary resuscitation machine in treating patients with in- hospital cardiac arrest was formulated. Finally, 8 parts of the application specifications including evaluation before boarding, cooperation during boarding, detection and management after boarding, cooperation during weaning, quality control and training, and fault handling were formed, in order to provide guidance and reference for the application of cardiopulmonary resuscitation machine in treating patients with in-hospital cardiac arrest.
7.Efficiency comparison of Kwak and ACR ( 2017 ) Thyroid Imaging Reporting and Data System ( TI‐RADS) classification :a polycentric retrospective study
Yu LIANG ; Linxian YUE ; Qin CHEN ; Jie LIN ; Daoning GUO ; Peng HE ; Fang YANG ; Wensheng YUE ; Hong ZHENG ; Jiaquan RUAN ; Haijun LIU ; Jianqiong SONG ; Lingying YANG ; Juan WANG ; Chengting ZHOU ; Yutian WU ; Siyi WANG ; Yanqiong TANG ; Mengxia YUAN ; Yan ZHAO
Chinese Journal of Ultrasonography 2019;28(5):419-424
Objective To evaluate the diagnostic efficacy of Kwak and ACR( 2017 ) thyroid imaging reporting and data systems ( T I‐RADS ) for thyroid nodules . Methods Cases of thyroid nodule who underwent surgery from January 2015 to M arch 2018 in 15 hospitals in Sichuan province were collected and the ultrasonographic features of thyroid nodules were retrospectively analyzed by trained senior ultrasound physicians using Kwak and ACR T I‐RADS classification methods . Totally ,12 712 thyroid nodules were observed ,7 023 thyroid nodules in 7 023 cases with complete ultrasound and surgical and pathological data were eventually enrolled in the study . T hyroid nodules with solid ,hypoechoic or very hypoechoic ,tall/wide ratio ≥ 1 , margin ill‐defined and microcalcification were classified as malignant signs of ultrasound . M alignant percentage was calculated and diagnostic tests were performed . Results ① T here was a statistical difference between the benign and malignant nodules in the two types of T I‐RADS classification ( P<0 .01) . ② T he area under ROC curve of Kwak and ACR in the diagnosis of malignant nodules were 0 .89 and 0 .84 ,respectively . T he Youden index of Kwak and ACR were 0 .66 and 0 .57 ,respectively . ③Taking Kwak T I4B and ACR T R4 as critical points for malignancy ,the sensitivity ,specificity ,positive predictive value and negative predictive value of Kwak T I 4B were 75 .0% ,90 .9% ,83 .2% ,and 85 .9% , respectively . T he accuracy of Kwak T I4B was 84 .9% ; T he sensitivity ,specificity ,positive predictive value and negative predictive value of ACR T R4 were 88 .2% ,68 .9% ,62 .9% ,and 90 .8% ,respectively . T he accuracy of ACR T R4 was 76 .2% . T he Kappa value of Kwak TI4B and ACR T R4 was 0 .52 . T he χ2 value of Kwak T I4B and ACR T R4 was 2 174 .6 ( P < 0 .01 ) . Conclusions T he diagnostic values of two T I‐RADS classification methods for thyroid malignant nodules are high . T he overall efficiency of Kwak T I‐RADS classification method is better than that of ACR TI‐RADS classification method .

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