1.Internal rib fixation combined with external chest fixation and mechanical ventilation for traumatic flail chest with pulmonary contusion
Ziteng ZHANG ; Zhiliang HU ; Ling ZONG ; Ming MA ; Chunyang MENG
Chinese Journal of Trauma 2015;31(10):895-898
Objective To analyze the clinical efficacy of internal rib fixation combined with external chest fixation and mechanical ventilation for traumatic flail chest with pulmonary contusion.Methods Sixty cases of traumatic flail chest with pulmonary contusion treated from January 2011 to December 2014 were assigned to experimental group (30 cases) and control group (30 cases) according to the random number table.Patients in control group received thoracic external fixation combined with mechanical ventilation.In experimental group the patients received the same care but in addition they had rib fixation.The two groups were compared with regard to general condition, arterial blood gas as well as vital signs before treatment and 24 hours after treatment, lung function 3 months after discharge, complication rate and mortality.Results ICU stay [(6.8 ± 1.0) d], hospital stay [(15.0 ± 1.8) d] and duration of mechanical ventilation [(4.8 ± 1.0) d] in experimental group were significantly lower than these in control group [(13.6 ± 2.5) d, (21.4 ± 2.6) d, (10.3 ± 1.3) d, respectively] (P < 0.01).After treatment for 24 hours in either group, the pH value, PaO2, oxygenation index and systolic pressure (SBP) were significantly increased, and partial pressure of carbon dioxide (PaCO2), heart rate (HR) and respiratory rate (RR) were significantly lowered as compared to these before treatment (P <0.05).After treatment for 24 hours, experimental group demonstrated significantly enhanced levels in pH value,PaO2, oxygenation index and SBP but lowered levels in PaCO2, HR and RR as compared to control group (P < 0.05).Three months after discharge, forced vital capacity (FVC), forced expiratory volume in one second (FEV1), peak expiratory flow (PEF), 75% forced expiratory flow (FEF75%) and total lung capacity (TLC) in experimental group were (81.7 ±2.6)%, (75.4 ±4.1)%, (83.2 ±4.6)%,(69.1 ±2.3)%, and (88.7 ±3.4)% respectively, significantly higher than (69.0 ±3.6)%, (71.3 ± 3.9) %, (78.9 ± 4.3) %, (62.3 ± 3.3) %, and (79.0 ± 4.6) % respectively in control group (P <0.01).In experimental group, there were four cases of pulmonary infection (13%), three pulmonary atelectasis(10%) and one intercostal neuralgia (3%).In control group, there were six cases of pulmonary infection (20%), five pulmonary atelectasis (17%), four intercostal neuralgia (13%) and four thoracocyllosis(13%)(P <0.05).There was no significant difference in mortality between the two groups.Conclusion Treatment effect of internal rib fixation for flail chest with pulmonary contusion is improved in combination with mechanical ventilation and external chest fixation.
2.Inflammasome and diseases of central nervous system
Xiuming DU ; Ziteng ZHANG ; Ying ZONG ; Chenlin YU ; Xiaodong ZHANG ; Guocai LU
Journal of Pharmaceutical Practice 2016;(1):12-15
Inflammasome is the body of protein complex which is able to identify different stimulation signals and can in‐duce immune and inflammatory responses when it is activated .NLRP3 inflammasome has been extensively studied in the central nervous system .Microglia ,perivascular macrophages and meningeal macrophages express inflammasomes .The occurrence and development of acute brain infection ,aseptic acute brain injury ,Parkinson disease and Alzheimer disease are closely related to inflammasomes .Based on mechanisms exploration of the inflammasome′s role in the central nervous system disorders ,its tar‐get drug research and development will be greatly addressed in the future .
3.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
4.Exosomes and skin wound healing
Ziteng XIAO ; Tingyu WANG ; Wenwen ZHANG ; Fengyi TAN ; Haiwei SU ; Siting LI ; Yahui WU ; Yanfang ZHOU ; Xinsheng PENG
Chinese Journal of Tissue Engineering Research 2024;28(19):3104-3110
BACKGROUND:Exosomes play a role in all stages of wound repair,and there is currently a large body of research on exosomes in skin wound repair,which has been shown to have great potential for clinical applications. OBJECTIVE:To summarize and discuss the main mechanisms and clinical applications of exosomes in the treatment of skin wounds,in order to promote the clinical translation of exosomes. METHODS:PubMed,clinicaltrials.gov,China National Knowledge Infrastructure,Food and Drug Administration database,and Chinese Clinical Trial Register were searched from inception to March 2023.The English search terms were"exosomes,wound healing,stem cells,chronic wound,immunoregulation,inflammation,skin,therapeutic use,isolation,characterization,infections".The Chinese search terms were"exosomes,wound healing,stem cells,immunomodulation,clinical applications".A total of 79 articles were included for the summary. RESULTS AND CONCLUSION:(1)Exosomes can improve and accelerate wound healing through inflammation regulation,immune protection,angiogenesis,cell proliferation and migration,and collagen remodeling.(2)Exosomes derived from stem cells have mature preparation techniques and related mechanism research,which is currently the mainstream research direction.Non-stem cell-derived exosomes have the advantages of convenience,economy,and easy production,and can be used as a supplement for clinical applications.(3)The clinical application of exosomes is still in its infancy,but has great potential for application.Various exosome modification techniques have laid the foundation for the future development of clinically personalized services and require further research.(4)The clinical translation of exosomes faces many challenges,such as low yield,high heterogeneity,lack of unified standards for isolation,purification,and quality control,and difficulties in storage.
5.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
6.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
7.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
8.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
9.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.
10.Evaluation of the Key Steps and Core Indicators of Priority Setting of Health Technology Assessment
Wenjie CAO ; Haili ZHANG ; Bin LIU ; Ning LIANG ; Yijiu YANG ; Weili WANG ; Ziteng HU ; Yanping WANG ; Nannan SHI
Chinese Hospital Management 2024;44(10):43-48
Objective The purpose is to sort out the key steps and core indicators of priority setting for health technology assessment,and provide references for the research of priority setting for health technology assessment in China.Methods To search information from the official website of the World Health Organization,the websites of international health technology assessment agencies/organizations,and CNKI,Wanfang,Pubmed,Embase and other databases related for the setting of health technology assessment priority topics,and the key steps and core indicators of the setting of priority topics were analyzed by descriptive statistical analysis.Results 21 priority setting schemes for health technology assessment were finally incorporated,and the key steps were extracted to set indicators for collecting evaluations.Ratings and rankings and review decisions.The core indicators are disease burden,economic impact and clinical/health impact.Conclusion The key steps and core indicators of international priority setting provide rich practical experience for China's health technology assessment priority setting,which should be actively used for reference to promote evidence-based and scientific decision-making of health technology assessment in China.