CAJ | 학술논문

目的：构建应用于生物学研究的组织工程肌腱，为体外研究中检测胶原纤维的形态结构提供可行的方法手段。方法：培养大鼠肌腱细胞，构建无支架的组织工程肌腱，并检测其光镜结构和电镜结构。结果：构建的组织工程肌腱表面光滑，结构紧密，细胞生存良好，细胞外基质分泌丰富。具有波浪形的胶原纤维，胶原纤维排列规则，直径大小相对均一，但小于正常肌腱纤维直径。结论：本研究构建的组织工程肌腱不含支架材料，结构与损伤肌腱类似，可以检测多种生物学指标，适于肌腱损伤修复的体外研究。
목적：구건응용우생물학연구적조직공정기건，위체외연구중검측효원섬유적형태결구제공가행적방법수단。방법：배양대서기건세포，구건무지가적조직공정기건，병검측기광경결구화전경결구。결과：구건적조직공정기건표면광활，결구긴밀，세포생존량호，세포외기질분비봉부。구유파랑형적효원섬유，효원섬유배렬규칙，직경대소상대균일，단소우정상기건섬유직경。결론：본연구구건적조직공정기건불함지가재료，결구여손상기건유사，가이검측다충생물학지표，괄우기건손상수복적체외연구。
Objective:To Construct tissue-engineered tendon for biological assay to provide practical methods and means for detecting the morphology of collagen fiber in in-vitro study.Method:Rat tendon cells were cultured and were used to construct scaffold-free tissue-engineered tendon. The structure was detected by light microscope and electron microscope.Result:The tissue engineered-tendon with living cells and collagen matrix has a smooth surface and compact structure. It has bundles of highly crimped fibers and a more uniform distribution of smaller diameter collagen fibrils than native tissue.Conclusion:This tissue-engineered tendon is scaffold-free and has a similar structure with injured tendon. It can be used for many biological assays and is applicable for studying tendon injury in vitro.