1.Preliminary study on establishing diagnostic criteria for cold-dampness syndrome in rheumatoid arthritis based on Delphi method
Yunting XIAO ; Xiaodong WU ; Maojie WANG ; Kaixin GAO ; Liyan MEI ; Runyue HUANG ; Xiumin CHEN
International Journal of Traditional Chinese Medicine 2024;46(11):1393-1400
Based on the Delphi method, combined with the results of the previous literature study and expert interviews, 3 rounds of expert consultation were conducted to evaluate the degree of concentration of expert opinions and their importance from 3 aspects: arithmetic mean, full score ratio ( Ki), and rank sum ( Si), to construct a diagnostic scale for rheumatoid arthritis (RA) cold-dampness syndrome. In this study, 30 expert questionnaires were distributed in the 1st round, 30 questionnaires were recovered, and the expert coordination coefficient was 0.309; 30 expert questionnaires were distributed in the 2nd round, 30 questionnaires were recovered, and the expert coordination coefficient was 0.320; and 30 expert questionnaires were distributed in the 3rd round, 29 questionnaires were recovered, and the expert coordination coefficient was 0.387. The maximum value of the coefficient of variation of the experts of the 3 rounds was 0.27, and the minimum value was 0.09, suggesting that the consistency and credibility of the experts' evaluation of the importance of the entries of cold-dampness syndrome were high. In this study, the mean values and weights of 17 entries were finally obtained, of which the top 5 entries were cold pain in joints (4.793, 0.066 6); aggravated by cold (4.586, 0.063 7); white tongue coating (4.552, 0.063 2); aggravated in cloudy and rainy days (4.448, 0.061 8); and painful joints that are not warm to the touch (4.379, 0.060 8). This study completed the screening of relevant entries and conducted preliminary discussions, laying the foundation for constructing a diagnostic scale for RA cold-dampness syndrome and forming the final diagnostic criteria. The research method is scientific and reliable, which can provide reference for the diagnostic standard of RA cold-dampness syndrome, but further clinical practice research is still needed.
2.Meta analysis of treatment effect of total knee replacement on hemophiliac arthritis
Xiaolu ZHANG ; Xiaoyan LIU ; Ling ZHANG ; Maojie WU ; Ying HE
Chongqing Medicine 2024;53(9):1384-1390
Objective To evaluate the therapeutic effect of total knee replacement (TKA) in patients with hemophilia arthritis (HA) using meta analysis,and to summarize the quality of postoperative joint func-tion rehabilitation and complication rates in patients with hemophilia to provide the evidence-based medical ba-sis for clinical intervention.Methods The studied on the functional rehabilitation after TKA were retrieved from the databases of CNKI,CBM,WanFang,VIP,Pubmed,Web of science and Embase.The retrieval time limit was from the establishment of each database to February 2023.The two evaluators independently screened the literatures,extracted the data and evaluated the quality of included studies.Then the Stata 15 software was used for conducting the meta analysis.Results A total of 20 studies were included,including 686 patients and 897 joints.The mean follow-up time was 6 months to 18 years.The clinical dimension score of the knee association score (KSS) was 81.20 (95%CI:75.36-87.03).The KSS functional dimension score was 81.95 (95%CI:71.34-92.57),the complications occurrence rate was 0.16 (95%CI:0.11-0.22),and the American Hospital for Special Surgery Knee Sale (HHS) score was 88.72 (95%CI:85.11-92.33),the knee joint range of motion (ROM) was 85.06 (95%CI:75.73-94.39),and the flexion contracture score was 5.760 (95%CI:2.62-8.91).Conclusion The present evidence shows that TKA is effective in improving the joint function in the patients with HA,ensure the quality of postoperative rehabilitation,which could serve as a treatment option for the patients with HA.
3.Design of Pulse Signal Acquisition System of Adaptive Wide Dynamic Range Based on ADS125H02.
Rou WU ; Jilun YE ; Xu ZHANG ; Jie LIU ; Maojie YUAN ; Bin WEN
Chinese Journal of Medical Instrumentation 2021;45(3):284-287
In order to solve the problem of wide input range of photocurrent, aiming at the shortage of existing pulse signal acquisition system, an adaptive pulse signal acquisition system based on ADS125H02 is designed, which has high collection accuracy, low noise, anti-interference, wide input range, high integration, etc. The measurement range of the system can reach ±10 V, and the accuracy is 0.009 μV. Experimental tests show that the design of the system can extract weak pulse signals, and has good practicality.
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