中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2012年
42期
7961-7964
,共4页
慢性支气管炎%模型%动物%病理特征%文献综述
慢性支氣管炎%模型%動物%病理特徵%文獻綜述
만성지기관염%모형%동물%병리특정%문헌종술
背景:近年来,许多学者纷纷通过构建和研究动物模型来模仿慢性支气管炎的病理特征,以进一步阐明其发病的遗传背景、诱发因素、发病机制.目的:对国内外诱导慢性支气管炎动物模型的现状及新进展作一综述.方法:应用计算机检索CNKI和Pubmed数据库中1999年1月至2011年10月关于慢性支气管炎动物模型的文章,在标题和中以“慢性支气管炎,动物,模型”或“chronic bronchitis,animals,model”为检索词进行检索.最终选择24篇文献进行综述.结果与结论:建立慢性支气管炎动物模型的方法主要有化学药物法、细菌感染法、被动吸烟法和复合方法等,每种方法各有其优缺点,目前尚无一种公认最理想的方法,还有待于进一步的研究和探索.
揹景:近年來,許多學者紛紛通過構建和研究動物模型來模倣慢性支氣管炎的病理特徵,以進一步闡明其髮病的遺傳揹景、誘髮因素、髮病機製.目的:對國內外誘導慢性支氣管炎動物模型的現狀及新進展作一綜述.方法:應用計算機檢索CNKI和Pubmed數據庫中1999年1月至2011年10月關于慢性支氣管炎動物模型的文章,在標題和中以“慢性支氣管炎,動物,模型”或“chronic bronchitis,animals,model”為檢索詞進行檢索.最終選擇24篇文獻進行綜述.結果與結論:建立慢性支氣管炎動物模型的方法主要有化學藥物法、細菌感染法、被動吸煙法和複閤方法等,每種方法各有其優缺點,目前尚無一種公認最理想的方法,還有待于進一步的研究和探索.
배경:근년래,허다학자분분통과구건화연구동물모형래모방만성지기관염적병리특정,이진일보천명기발병적유전배경、유발인소、발병궤제.목적:대국내외유도만성지기관염동물모형적현상급신진전작일종술.방법:응용계산궤검색CNKI화Pubmed수거고중1999년1월지2011년10월관우만성지기관염동물모형적문장,재표제화중이“만성지기관염,동물,모형”혹“chronic bronchitis,animals,model”위검색사진행검색.최종선택24편문헌진행종술.결과여결론:건립만성지기관염동물모형적방법주요유화학약물법、세균감염법、피동흡연법화복합방법등,매충방법각유기우결점,목전상무일충공인최이상적방법,환유대우진일보적연구화탐색.
BACKGROUND:In recent years, many scholars have done a lot of studies on pathological features of chronic bronchitis based on animal model construction to further elucidate the genetic background of the incidence, predisposing factors, and pathogenesis. OBJECTIVE:To summarize the investigative situation and progression about animal models of chronic bronchitis at home and abroad. METHODS:Databases of CNKI and PubMed (1999-01/2011-10) were searched to retrieve the related articles about animal models of chronic bronchitis using the key words of“chronic bronchitis, animals, model”in Chinese and English, respectively. Final y, 24 articles were included in result analysis. RESULTS AND CONCLUSION:The methods to construct an animal model of chronic bronchitis mainly include chemical medicine, bacterial infection, passive smoking and composite method. Each method has its own advantages and disadvantages. Up to now, there is no recognized ideal method that needs further studies.