1.Value of detection for serum VEGF levels in clinical diagnosis and curative effect on colon cancer
Jiaming ZHANG ; Jingning XU ; Yan LI ; Ben WEN ; Chaoyang XIE
Cancer Research and Clinic 2013;(4):230-233
Objective To investigate the clinical value of serum VEGF levels in the diagnosis and treatment of colon cancer.Methods Serum VEGF was detected by ELISA,and CEA and CA199 concentration were detected by CLEIA in 66 patients with colon cancer,55 patients with colon benign diseases and 50 health persons.The value of individual and joint detection for VEGF in colon cancer was evaluated.Analysis had been done on relationships between serum VEGF and pathology,treatment effects and prognosis.Results The levels of serum VEGF in colon cancer group [(318.5±148.6) ng/L] were significantly higher than those in control group [(125.7±49.4) ng/L] and benign colon diseases [(136.9±52.6) ng/L] (t =8.830,8.805,all P < 0.01).There was a positive correlation between serum levels of VEGF and depth of tumor size,tumor invasion,lymph node metastasis and TNM stage (P < 0.01).The susceptibilities of VEGF,CEA,CA199 were 61%,45 %,53 %.The sensitivity of detection was improved to 86 % when the combined detection of VEGF,CEA and CA199 (x2 =11.237,P < 0.01).The serum levels of VEGF in patients with colon cancer was significantly decreased after treatment in the 3,7,10 day compared with that before operation [(272.3±88.1),(236.8±77.4),(173.1±59.9) vs (318.5±148.6) ng/L,t=2.173,P < 0.05; t =3.961,P < 0.01; t=7.464,P < 0.01],respectively.Conclusion The VEGF was related to the onset and progression and metastasis of colon cancer.It has clinical significancy for diagnosis of colon cancer and judgment of curative effect and prognosis.
2.Application of game-based teaching combined with Jeffries simulation teaching in training orthopedic trauma nursing interns
Qiong JIA ; Xiaoying LI ; Jingning WEN ; Xiangxuan CHEN ; Wen WEI
Chinese Journal of Medical Education Research 2024;23(9):1259-1263
Objective:To explore the application of game-based teaching combined with Jeffries simulation teaching in training orthopedic trauma nursing interns.Methods:Totally 120 intern nurses who received orthopedic trauma nursing training from 2021 to 2023 were selected. They were divided into two groups according to their start dates, with 60 nurses in each group. The control group (started before December 2022) adopted routine teaching, whereas the observation group received game-based teaching combined with Jeffries simulation teaching. The assessment results, core competence [Competency Inventory for Registered Nurse (CIRN)], and learning enthusiasm [Active Learning Scale (ALS)] were compared both between the groups and within each group before and after the training. The course experience [Course Experience Questionnaire (CEQ)] of the trainees after training was recorded.Results:After the internship, the theoretical exam scores [(89.64±6.73) vs. (83.71±6.20)], practical operation scores [(80.82±5.94) vs. (75.61±5.73)], CIRN scores [(180.69±7.61) vs. (157.33±6.83)], and ALS scores [(89.48±6.83) vs. (73.22±6.25)] of two groups of nursing students increased compared to their scores before the internship, and the observation group showed significantly higher scores than the control group ( P<0.05). After the internship, the CEQ score was higher in the observation group than in the control group [(49.65±2.58) vs. (36.57±1.94)]. Conclusions:In the training of orthopedic trauma nursing interns, game-based teaching combined with Jeffries simulation teaching can not only improve course experience and learning enthusiasm, but also enhance the assessment results, core competence, and critical thinking.
3.Analysis of the application effect of orthopedic medical equipment maintenance model based on analytic hierarchy process
Jingning WEN ; Xiaoying LI ; Yunfei ZHANG ; Lining WEN ; Xueting YANG ; Tian TIAN ; Wen WEI ; Shuangqian YU
China Medical Equipment 2024;21(8):121-126
Objective:To establish a medical equipment maintenance model based on the analytic hierarchy process(AHP),and to study its application effect in the management of orthopedic medical equipment in hospitals.Methods:Based on the analytic hierarchy process(AHP),the equipment maintenance model was constructed from the classification of the service life,failure mode,failure consequences and other indicators of orthopedic medical equipment.25 sets of medical equipment in clinical use in the Department of Orthopedics of The Second Affiliated Hospital of the Air Force Medical University from 2019 to 2022 were randomly selected,taking the time as the dividing point,the traditional orthopedic medical equipment management model(referred to as traditional management)was implemented during the equipment use period from 2019 to 2020,and the equipment maintenance model based on AHP was used to manage orthopedic medical equipment(referred to as model management)during the equipment use period from 2021 to 2022.A total of 1,000 equipment usage records were collected,500 for each mode,and the effect of equipment repair and maintenance,the satisfaction score of equipment usage management and the incidence of adverse events were compared under different management modes.Results:The cost-effectiveness of equipment using the model management mode was an average of CNY(34,500.00±4,700.00)per unit per year,which was higher than that of the traditional management mode,the difference was statistically significant(t=8.417,P<0.05),the maintenance costs and operating costs were CNY(15,381.95±13.67)per year and CNY(31,600.00±10,500.00)per year,respectively,which lower than those of the traditional management model,the difference was statistically significant(t=858.675,5.371,P<0.05).The scores of equipment management personnel on equipment performance,timeliness and cleanliness of the equipment using the model management mode,and the patients'satisfaction with convenience,effect and comfort of the equipment(9.65±1.14),(9.74±1.38),(9.53±1.09),(9.58±1.07),(9.62±1.14)and(9.81±1.28),respectively,which were all higher than those of the traditional management mode,the difference was statistically significant(t=5.629,5.687,4.736,8.085,5.330,7.680,P<0.05).The total incidence of adverse events in equipment using model management mode was 4.8%(24/500),which was lower than that of the traditional management mode,the difference was statistically significant(x2=12.515,P<0.05).Conclusion:The application of medical equipment maintenance model based on analytic hierarchy process to the management of orthopedic medical equipment can effectively reduce the equipment maintenance cost,improve the cost-effectiveness of the equipment,and improve the satisfaction of the equipment use management personnel.