中华临床医师杂志(电子版)
中華臨床醫師雜誌(電子版)
중화림상의사잡지(전자판)
CHINESE JOURNAL OF CLINICIANS(ELECTRONIC VERSION)
2013年
19期
8759-8762
,共4页
周哲%吴稼晟%张明%赵阳%周娟%李伟%王忠%孙康%卢慕峻
週哲%吳稼晟%張明%趙暘%週娟%李偉%王忠%孫康%盧慕峻
주철%오가성%장명%조양%주연%리위%왕충%손강%로모준
丝素蛋白%组织工程%聚己内酯%膀胱黏膜
絲素蛋白%組織工程%聚己內酯%膀胱黏膜
사소단백%조직공정%취기내지%방광점막
Silk%Tissue engineering%Poly(ε-caprolactone)%Bladder mucosa
目的:探讨人永生化尿路上皮细胞系(immortalized human bladder urothelium cell line) SV-HUC-1在聚己内酯/丝素蛋白[Poly(ε-caprolactone)/silk fibroin,PCL/SF]支架中的生长情况,为进一步体内组织修复提供依据。方法制备疏松多孔的PCL/SF支架材料,SV-HUC-1传代扩增后,接种在PCL/SF上,体外培养7 d后取材,观察SV-HUC-1和PCL/SF的复合情况。结果 SV-HUC-1呈“多角形”、“铺路石”样,以克隆团形式生长。HE染色显示PCL/SF支架上的SV-HUC-1经过体外培养7 d后即可形成沿支架表面排列的复层上皮结构,部分SV-HUC-1渗透到PCL/SF的空隙内。扫描电镜显示细胞材料复合良好。结论 PCL/SF能支持SV-HUC-1良好的生长,该支架可以作为载体材料,用于组织工程膀胱修复的研究。
目的:探討人永生化尿路上皮細胞繫(immortalized human bladder urothelium cell line) SV-HUC-1在聚己內酯/絲素蛋白[Poly(ε-caprolactone)/silk fibroin,PCL/SF]支架中的生長情況,為進一步體內組織脩複提供依據。方法製備疏鬆多孔的PCL/SF支架材料,SV-HUC-1傳代擴增後,接種在PCL/SF上,體外培養7 d後取材,觀察SV-HUC-1和PCL/SF的複閤情況。結果 SV-HUC-1呈“多角形”、“鋪路石”樣,以剋隆糰形式生長。HE染色顯示PCL/SF支架上的SV-HUC-1經過體外培養7 d後即可形成沿支架錶麵排列的複層上皮結構,部分SV-HUC-1滲透到PCL/SF的空隙內。掃描電鏡顯示細胞材料複閤良好。結論 PCL/SF能支持SV-HUC-1良好的生長,該支架可以作為載體材料,用于組織工程膀胱脩複的研究。
목적:탐토인영생화뇨로상피세포계(immortalized human bladder urothelium cell line) SV-HUC-1재취기내지/사소단백[Poly(ε-caprolactone)/silk fibroin,PCL/SF]지가중적생장정황,위진일보체내조직수복제공의거。방법제비소송다공적PCL/SF지가재료,SV-HUC-1전대확증후,접충재PCL/SF상,체외배양7 d후취재,관찰SV-HUC-1화PCL/SF적복합정황。결과 SV-HUC-1정“다각형”、“포로석”양,이극륭단형식생장。HE염색현시PCL/SF지가상적SV-HUC-1경과체외배양7 d후즉가형성연지가표면배렬적복층상피결구,부분SV-HUC-1삼투도PCL/SF적공극내。소묘전경현시세포재료복합량호。결론 PCL/SF능지지SV-HUC-1량호적생장,해지가가이작위재체재료,용우조직공정방광수복적연구。
Objective To observe the growth of the immortalized human bladder urothelium cell line (SV-HUC-1) on(Poly(ε-caprolactone)/silk fibroin, PCL/SF) scaffold in vitro. Methods Porous PCL/SF scaffolds was prepared. After in vitro culture and amplification, the SV-HUC-1were seeded onto the PCL/CS scaffolds. After cultured for 7 days, the cell-scaffolds composites were observed. Results SV-HUC-1 were polygon and paving stone-like, and they could form the clone groups. After 1 week of in vitro culture, the SV-HUC-1formed a multilayer structure on the surface of the scaffolds, and some of them grew into the scaffolds. Scanning electron microscopy shows that SV-HUC-1 and PCL/SF composited well. Conclusion PCL/SF have a good biocompatibility with SV-HUC-1, which can be used as a vehicle in bladder defect reconstruction with the application of tissue engineering.