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ID:18244184
大小:3.33 MB
页数:4页
时间:2018-09-15
《碱性成纤维细胞生长因子与瘢痕成纤维细胞ⅰ、ⅲ型胶原蛋白的代谢》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库。
1、中国组织工程研究与临床康复74拳匆。47』2010—10—08出版JournalofClinicalRehabilitativeTissueEngineeringResearchOctober82010VoL14,No.47碱性成纤维细胞生长因子与瘢痕成纤维细胞I、III型胶原蛋白的代谢☆谢举临’,卞徽宁,李厚东’,舒斌’,祁少海’,唐锦明’,徐盈斌’,利天增’,刘旭盛’BasicfibroblastgrowthfactorandmetabolismofIandⅢcollagenproteininscarfibr
2、oblastsxieJu-lin’.BianHui.ning,LiHou-dong’,ShuBin’,QiShao—hal’,TangJin—ming’.XuYing-bin’,LiTian—zeng,LiuXu—shengAbstractDepartmentofBurn,BACKGROUND:Studieshaveconfirmedthatbasicfibroblastgrowthfactor(bFGF)canpromotewoundsurfacehealing.FirsIAffiIiateclScholars
3、havepaidgreata~enfiononwhetherbFGFcaninducefibroblasticproliferationandleadloscarhyperplasiadudngHospita1.SunYat-SenUniversity.woundsudacehealing.GuangzhouOBJECTlVE:ToinvestigatetheregulatoryefectsofbFGFonthesynthesisanddegradationoffibroblastIandlIIcollagen5
4、10080,Guangdongprotein.Province,China;METHODS:HyperplasticscarUssuewasobtainedfrompatientsundergoingscarplastyattheDepa~mentofBurn.FirstAmliatedDepartmentofBurn.Hospital,SunYat.SenUniversity.Fibroblastsofscartissuewereculturedbytissueblockmethod.Thesecondpass
5、ageofcellsGuangdongPeople’sHospital,Guangzhouwascollected.EfectsofbFGF(0—500pg/L)onsynthesisandsecretionofIandIIcollagenproteinandcelImatrix510080.Guangdongmetaloproteinase1inscar-derivedfibroblastsweremeasuredbychloraminesTRT-PCRandWesternblotassay.Province,
6、ChinaRESULTSANDCONCLUSION:bFGFstimulationhadnoefectonhydroxyproline.IandlIIcollagenproteinmRNAexpression.LowmassconcentrationofbFGFdidnotafectcelImatrixmetalloproteinase1expression.butcellmatrixmetalloproteinase1XieJu.☆Doctor,expressionwasincreasedwithincreas
7、edmassconcentrationofbFGF,especialy50,10O.500pglLgroups(P<0.05orP<0.01).,、ssociateprofessor,Simultaneously.changesincelImatfixmetalloproteinase1expressionwereidenticalincellsandsupernatant.ResultshaveDepartmentofBurn,FirstAfiIiatedsuggestedthathighmassconcent
8、rationofbFGFcontributestodegradationofcolagenproteinbyincreasingcellmatrixHospitaI。Sunmetaloproteinase1synthesis.resultinginavoidingexcessivedepositionofextracellularmatrixYat-SenUniversi
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