中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2013年
41期
7303-7309
,共7页
陈松%符培亮%丛锐军%吴宇黎
陳鬆%符培亮%叢銳軍%吳宇黎
진송%부배량%총예군%오우려
组织构建%组织构建综述%半月板%组织工程%软骨%生长因子%国家自然科学基金
組織構建%組織構建綜述%半月闆%組織工程%軟骨%生長因子%國傢自然科學基金
조직구건%조직구건종술%반월판%조직공정%연골%생장인자%국가자연과학기금
menisci,tibial%cartilage%tissue engineering%transforming growth factor beta%epidermal growth factor%insulin-like growth factor Ⅰ%platelet-derived growth factor%vascular endothelial growth factors%hepatocyte growth factor%fibroblast growth factors
背景:生长因子诱导细胞向纤维软骨分化是半月板组织工程研究热点。半月板的体外构建和体内重塑与生长因子的作用关系密切。目的:概述近年来生长因子半月板组织工程研究进展,并对其机制进行探讨。方法:应用计算机检索2008年1月至2013年3月维普数据库(http://lib.cqvip.com)、中国知网数据库(www.cnki.net)及Pubmed数据库(http://www.ncbi.nlm.nih.gov/pubmed)相关文章,以“半月板组织工程;软骨;生长因子”为中文检索词;以“meniscus tissue engineering, cartilage, growth factors”为英文检索词。纳入53篇关于半月板组织工程中生长因子研究的文章。结果与结论:软骨组织工程研究中生长因子的种类繁多,新的生长因子亦在不断的被发现。生长因子对软骨调节作用的研究,从以前的单一生长因子模式开始向多生长因子间相互作用研究模式转变;生长因子对软骨调节作用的分子机制也得到了广泛的研究。生长因子在组织工程中具有良好的运用前景,但还存在着许多尚待解决的问题,如在半月板愈合过程中,不同时间阶段、不同生长因子的表达与作用均不相同,因此如何适时、适量以及怎样发挥生长因子之间的相互作用来更好的模拟体内微环境,探究生长因子对软骨调节作用的分子机制以及发现新的生长因子等都将是半月板组织工程中的研究重点。
揹景:生長因子誘導細胞嚮纖維軟骨分化是半月闆組織工程研究熱點。半月闆的體外構建和體內重塑與生長因子的作用關繫密切。目的:概述近年來生長因子半月闆組織工程研究進展,併對其機製進行探討。方法:應用計算機檢索2008年1月至2013年3月維普數據庫(http://lib.cqvip.com)、中國知網數據庫(www.cnki.net)及Pubmed數據庫(http://www.ncbi.nlm.nih.gov/pubmed)相關文章,以“半月闆組織工程;軟骨;生長因子”為中文檢索詞;以“meniscus tissue engineering, cartilage, growth factors”為英文檢索詞。納入53篇關于半月闆組織工程中生長因子研究的文章。結果與結論:軟骨組織工程研究中生長因子的種類繁多,新的生長因子亦在不斷的被髮現。生長因子對軟骨調節作用的研究,從以前的單一生長因子模式開始嚮多生長因子間相互作用研究模式轉變;生長因子對軟骨調節作用的分子機製也得到瞭廣汎的研究。生長因子在組織工程中具有良好的運用前景,但還存在著許多尚待解決的問題,如在半月闆愈閤過程中,不同時間階段、不同生長因子的錶達與作用均不相同,因此如何適時、適量以及怎樣髮揮生長因子之間的相互作用來更好的模擬體內微環境,探究生長因子對軟骨調節作用的分子機製以及髮現新的生長因子等都將是半月闆組織工程中的研究重點。
배경:생장인자유도세포향섬유연골분화시반월판조직공정연구열점。반월판적체외구건화체내중소여생장인자적작용관계밀절。목적:개술근년래생장인자반월판조직공정연구진전,병대기궤제진행탐토。방법:응용계산궤검색2008년1월지2013년3월유보수거고(http://lib.cqvip.com)、중국지망수거고(www.cnki.net)급Pubmed수거고(http://www.ncbi.nlm.nih.gov/pubmed)상관문장,이“반월판조직공정;연골;생장인자”위중문검색사;이“meniscus tissue engineering, cartilage, growth factors”위영문검색사。납입53편관우반월판조직공정중생장인자연구적문장。결과여결론:연골조직공정연구중생장인자적충류번다,신적생장인자역재불단적피발현。생장인자대연골조절작용적연구,종이전적단일생장인자모식개시향다생장인자간상호작용연구모식전변;생장인자대연골조절작용적분자궤제야득도료엄범적연구。생장인자재조직공정중구유량호적운용전경,단환존재착허다상대해결적문제,여재반월판유합과정중,불동시간계단、불동생장인자적표체여작용균불상동,인차여하괄시、괄량이급즘양발휘생장인자지간적상호작용래경호적모의체내미배경,탐구생장인자대연골조절작용적분자궤제이급발현신적생장인자등도장시반월판조직공정중적연구중점。
BACKGROUND:Differentiation of growth factor-induced cells into fibrocartilage is the hot topic in the research of meniscus tissue engineering. The in vitro construction and in vivo reconstruction of menisci are closely related with the effect of growth factors. OBJECTIVE:To review the current development of growth factors in meniscus tissue engineering, and to investigate the mechanism. METHODS:The VIP database (http://lib.cqvip.com), CNKI database (www.cnki.net) and PubMed database (http://www.ncbi.nlm.nih.gov/pubmed) were retrieved for the related articles from January 2008 to March 2013 with the key words of“meniscus tissue engineering, cartilage, growth factors”. A total of 53 articles on the research of growth factors in meniscus tissue engineering were included. RESULTS AND CONCLUSION:There were various growth factors in cartilage tissue engineering research, and the new growth factors have been found in the constant. The research on the regulation effect of growth factors on cartilage was changed from the research of single growth factor model to the research of the interactions between multiple growth factors;the molecular mechanisms of growth factors in regulating the cartilage have also been extensively studied. Growth factors have good application prospects in tissue engineering, but there are stil many problems to be solved, such as during the healing of menisci, the expressions and the effect of different growth factors are different in different time points. So how to play the interaction between growth factors timely and appropriately thus stimulating the in vivo microenvironment, investigating the molecular mechanisms of growth factors in regulating the cartilage, as wel as finding the new growth factors are the research focus in meniscus tissue engineering.