1.Development of the Wounded Information Collection and Management System
Xingxi ZHU ; Xinyong HU ; Guobin YANG ; Zhi LI ; Yunhui SHI
Chinese Medical Equipment Journal 2003;0(12):-
Objective 70 realize the fast collection and management of the basic wounded information in the field treatment. Methods Two-dimensional electronic medicine tag was used as a massage loader. The wounded information was analyzed with a program reader, and the basic personal and cure information were shared with the information management system. Result The system was used in the massive discipline for the first time, fulfilled the wounded information record, analysis, transfer, and the management of the cure information with 80 items. Conclusion The correctness of the basic massage record and analysis is full percent. The manage progress of the system accord with the field condition.
2.Development and Application of the Medical Treatment Information Management System in Field Battle
Xingxi ZHU ; Xinyon HU ; Guobin YANG ; Zheng LI ; Yunhui SHI
Chinese Medical Equipment Journal 1989;0(01):-
Objective To realize medical information collection and digital management in field battle and the fundamental information and cure of medical staff of emergency medical, equipment and the wounded were included in it. Methods The collecting information were transmitted to computer through wireless connection and manage the information with Delphi7 procedure. Results The system was used firstly in large-scale practice and completed the information transcription and management on elementary and cure in hundred of wounded. Conclusion The information is up to the mustard of field and it has established base on cure information in digital management.
3.A Comparative Study of Drug Recall System Between China and Australia
Yunhui SHI ; Ye LI ; Yue YANG ; Li YANG ; Xiao TONG
China Pharmacy 2005;0(19):-
OBJECTIVE: To provide references for the improvement of drug recall system in China.METHODS: The problems existing in the drug recall system in China were analyzed through a comparison of the drug recall system between China and Australia.RESULTS & CONCLUSIONS: China should draw useful experiences from Australia to improve its drug recall system by perfecting the legal system and tracking measures,determining stratified drugs and the responsibilities of government etc.
4.Central compartment neck dissection for cN0 papillary thyroid carcinoma
Wenzheng LUO ; Xiaobo HE ; Dongmei SHI ; Yunhui WEI ; Yihua TANG ; Heqiang ZHOU ; Yifeng WANG
Chinese Archives of Otolaryngology-Head and Neck Surgery 2006;0(06):-
OBJECTIVE To evaluate the value of central compartment neck dissection for cN0 papillary thyroid carcinoma.METHODS The clinical data of 46 cases with cN0 papillary thyroid carcinoma in our hospital from Jan.1999 to June 2004 were retrospectively studied.The level Ⅵ lymph nodes were removed during the operation.RESULTS In 46 cN0 cases,there were 11 cases(23.9 %) pathologically proved lymph nodes metastasis after operation.Four patients developed neck recurrence and underwent neck dissection.CONCLUSION It is necessary to probe the level Ⅵ lymph nodes during the operation for cN0 papillary thyroid carcinoma patients.
5.Design of Field Medical Card Based on RFID
Xingxi ZHU ; Xinyong HU ; Guobin YANG ; Zhi LI ; Yunhui SHI ; Zheng ZHANG
Chinese Medical Equipment Journal 2004;0(09):-
Objective To develop field medical card based on RFID for storage of casualty information and the sharing in evacuation. Methods Making use of radio frequency identification technology (RFID technology),TEKLOGIX 7527C palm script RFID reader from Canada was adopted with software of Visual Studio 2005 and C# to design and produce the card. Results The basic information of combatants can be entered into the card,and the casualty and cure information could be inquiry,revision and update at any time through the RFID technology. Conclusion After trial in large -scale military exercise,the effect is satisfied.
6.Optimization of Primary Processing Technology of Gentiana rigescens by Box-Behnken Design-response Surface Method
Xinyi WU ; Xiuwei LIU ; Yunhui QU ; Pingping SHI ; Yan YANG ; Zhimin LI ; Hao TIAN ; Liping GU
China Pharmacy 2020;31(15):1830-1835
OBJECTIVE:To optimize the primary processing technology of Gentiana rigesce ns. METHODS :HPLC method was adopted for content determination of loganic acid ,swertiamarin and gentiopicroside in G. rigescens ,and overall desirability value (OD value ) of the contents of above 3 components was taken as index to carry out single factor test on blanching temperature,blanching time and drying temperature. Based on that ,Box-Behnken design-response surface methodology was used to optimize primary processing technology of G. rigescens . Validation test was also performed. The samples prepared by optimized technology were compared with those dried in the shade. RESULTS :The optimal primary processing technology of G. rigescens included blanching time of 5 min,blanching temperature of 40 ℃ and drying temperature of 60 ℃. Validation test showed that the average OD value of the 3 components was 0.565 2,with a deviation of 0.94% from the predicted value (0.570 6). Compared with samples dried in the shade ,OD value of 3 components in samples prepared by optimized technology were increased significantly , indicating the quality of the samples prepared by the optimized technology was better. CONCLUSIONS :The optimal technology is stable and feasible ,and can be used for the primary processing of G. rigescens .
7.Eligibility of C-BIOPRED severe asthma cohort for type-2 biologic therapies.
Zhenan DENG ; Meiling JIN ; Changxing OU ; Wei JIANG ; Jianping ZHAO ; Xiaoxia LIU ; Shenghua SUN ; Huaping TANG ; Bei HE ; Shaoxi CAI ; Ping CHEN ; Penghui WU ; Yujing LIU ; Jian KANG ; Yunhui ZHANG ; Mao HUANG ; Jinfu XU ; Kewu HUANG ; Qiang LI ; Xiangyan ZHANG ; Xiuhua FU ; Changzheng WANG ; Huahao SHEN ; Lei ZHU ; Guochao SHI ; Zhongmin QIU ; Zhongguang WEN ; Xiaoyang WEI ; Wei GU ; Chunhua WEI ; Guangfa WANG ; Ping CHEN ; Lixin XIE ; Jiangtao LIN ; Yuling TANG ; Zhihai HAN ; Kian Fan CHUNG ; Qingling ZHANG ; Nanshan ZHONG
Chinese Medical Journal 2023;136(2):230-232