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
7期
1289-1294
,共6页
蔡弢艺%陈雄生%周盛源%王辉%孙延卿%董兴成
蔡弢藝%陳雄生%週盛源%王輝%孫延卿%董興成
채도예%진웅생%주성원%왕휘%손연경%동흥성
组织构建%组织构建学术探讨%韧带%肌腱%组织工程%生长因子%瘢痕%863 项目
組織構建%組織構建學術探討%韌帶%肌腱%組織工程%生長因子%瘢痕%863 項目
조직구건%조직구건학술탐토%인대%기건%조직공정%생장인자%반흔%863 항목
tissue construction%academic discussion of tissue construction%ligament%tendon%tissue engineering%growth factors%scar%the National 863 Program of China
背景:组织工程韧带/肌腱构建已成为目前韧带修复重建外科基础研究的热点,组织工程韧带/肌腱的体外构建与体内重塑都与细胞因子有密切关系.目的:分析2001年以来部分生长因子的研究现状,总结并列举了适合组织工程韧带/肌腱构建的生长因子,并对其作用机制进行探讨.方法:分别以“韧带、肌腱、组织工程、生长因子”,“Ligament、tendon、Tissue Engineering、growth factor”为检索词,用计算机检索 Pubmed 数据库及重庆维普期刊全文数据库中2001年1月至2011年12月有关文章.纳入组织工程韧带和生长因子相关文献,排除与研究目的无关和内容重复者,保留33篇文献做进一步分析.结果与结论:组织工程韧带/肌腱相关生长因子的研究较多,多数生长因子都能在促进种子细胞增殖并向腱细胞方向分化、强化组织工程肌腱的生物力学活性、减少瘢痕形成等方面发挥良好作用.通过局部注射或转基因方式能使细胞有效的表达目标蛋白,应用细胞生长因子对组织工程韧带/肌腱的构建具有重要意义.
揹景:組織工程韌帶/肌腱構建已成為目前韌帶脩複重建外科基礎研究的熱點,組織工程韌帶/肌腱的體外構建與體內重塑都與細胞因子有密切關繫.目的:分析2001年以來部分生長因子的研究現狀,總結併列舉瞭適閤組織工程韌帶/肌腱構建的生長因子,併對其作用機製進行探討.方法:分彆以“韌帶、肌腱、組織工程、生長因子”,“Ligament、tendon、Tissue Engineering、growth factor”為檢索詞,用計算機檢索 Pubmed 數據庫及重慶維普期刊全文數據庫中2001年1月至2011年12月有關文章.納入組織工程韌帶和生長因子相關文獻,排除與研究目的無關和內容重複者,保留33篇文獻做進一步分析.結果與結論:組織工程韌帶/肌腱相關生長因子的研究較多,多數生長因子都能在促進種子細胞增殖併嚮腱細胞方嚮分化、彊化組織工程肌腱的生物力學活性、減少瘢痕形成等方麵髮揮良好作用.通過跼部註射或轉基因方式能使細胞有效的錶達目標蛋白,應用細胞生長因子對組織工程韌帶/肌腱的構建具有重要意義.
배경:조직공정인대/기건구건이성위목전인대수복중건외과기출연구적열점,조직공정인대/기건적체외구건여체내중소도여세포인자유밀절관계.목적:분석2001년이래부분생장인자적연구현상,총결병열거료괄합조직공정인대/기건구건적생장인자,병대기작용궤제진행탐토.방법:분별이“인대、기건、조직공정、생장인자”,“Ligament、tendon、Tissue Engineering、growth factor”위검색사,용계산궤검색 Pubmed 수거고급중경유보기간전문수거고중2001년1월지2011년12월유관문장.납입조직공정인대화생장인자상관문헌,배제여연구목적무관화내용중복자,보류33편문헌주진일보분석.결과여결론:조직공정인대/기건상관생장인자적연구교다,다수생장인자도능재촉진충자세포증식병향건세포방향분화、강화조직공정기건적생물역학활성、감소반흔형성등방면발휘량호작용.통과국부주사혹전기인방식능사세포유효적표체목표단백,응용세포생장인자대조직공정인대/기건적구건구유중요의의.
@@@@BACKGROUND: Construction of tissue engineering ligament/tendon is becoming a hot spot in ligament-reconstructive research recently, which is closely associated with cytokines in vitro or in vivo. OBJECTIVE: To search suitable cytokines for tissue engineering ligament/tendon construction through analyzing and summarizing the current research status of growth factors since 2001, and to explore the action mechanism of these cytokines.METHODS: A computer retrieval was performed in VIP Periodical Ful -Text Database and PubMed database for articles about tissue engineering ligament and relevant cytokines from January 2001 to December 2011 using the key words of “ligament, tendon, tissue engineering, growth factor” in Chinese and English, respectively. Literatures that are repetitive in the content and irrelevant with the objective were excluded. Final y, 33 literatures were involved in further analysis. RESULTS AND CONCLUSION: There are many studies about the growth factors related to tissue engineering ligament/tendon, and most of them can improve the proliferation and differentiation of seedcells into tendon cells, strengthen the biomechanical activity of tissue engineering tendon, and reduce scar formation. Local injection or transgenosis can help the cells to express target proteins efficiently. Application of cel growth factors in tissue engineering ligament/tendon construction is of great significance.