姜黄素和维甲酸抵制人视网膜色素上皮细胞移行和重塑人视网膜色素上皮细胞外基质的研究

《姜黄素和维甲酸抵制人视网膜色素上皮细胞移行和重塑人视网膜色素上皮细胞外基质的研究》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、研究论文附图Fig．1showedimmunocytochemicalstainingofculturedhumanretinalpigmentepitheliumcells(RPE)(×100)．ThepurityandcharacterizationweredemonstratedwheretheRPEcellwaspositivestainedinbothcytokeratinAEl／AE3andS一100：(a)and(e)RPE(asnegativecontr01)labeledwit

2、hemptyantibody(5％BSAsolution)inbrightfield．(b)and④RPE(asnegativecontr01)labeledwithemptyantibody(5％BSAsolution)showedveryweakfluorescenceinfluorescentcondition．(c)and(g)RPElabeledwithanticytokeratinAEl／AE3andanti-S-100antibodyrespectivelyinbrightfiel

3、d．(d)RPEshowedbrightgreenfluorescencelabeledwithanticytokeratinAE1／AE3antibodyinfluorescentcondition．㈣RPEshowedpositiveredfluorescencelabeledwithanti．S．100antibodyinfluorescentcondition．研究论文——————————————————————————————-—————————————————————————————

4、———————————————一附图O．0．83652115Fig．1arepresentedthegenesgroupedintocelladhesionmoleculescategory．ItshowedclusteranalysisofexpressionprofilesofhumanRPEcellsafterCurcumintreatment．Bycomparisionofthecontrol，10positivelycorrelatedgenesand17negativelycorre

5、latedgeneswererearrangedbyhierarchicalclusteranalysis．L∞厶H∞Io．【AH∞IoNAH0lo^U吼∞AH∞INNAHOIN¨甚H∞lN们吼皿解肺m研删黜磷岫吼虬叫娜i萋呲珊触吼黜砸毗恤邶磐怒羲窘裂盛紫掣萎委器船l

6、蟊m研究论文[委蜀霞鞠圈豳隧夏至：：一1．5O．01．680．083798945plg．1brepresentedthegenesgroupedintoextracellularmatrixproteins一一一category．

7、ItshoweddusteranalysisofexpressionprofilesofhumanRPEcellsHerCurcumintreatment．Bycomparisionofthecontrol，10positivelycorrelatedgenesand17negativelycorrelatedgeneswererearrangedby■●●●●●lalerarcnlcalclusteranalysis．51战嚣茸昼盛器器鬣‰罾禹器黜潞怒研究论文一1．iO．01．i2一“∞一N∞

8、QlA皿△Q‘QHHHHHH∞∞O．0．64579046Fig．2arepresentedthegenesgroupedintocelladhesionmoleculescategory．ItshowedclusteranalysisofexpressionprofilesofhumanRPEcellsafterRAtreatment．Bycomparisionofthecontrol，4positivelycorrelatedgenesand20negativelycorrelatedgene

9、swererearrangedbyhierarchicalclusteranalysis．52描盛鼢潴∞怒黜盛霎吾蟊茸研究论文一1．iO。O1．iHCq∞NH∽盆厶A△盆AHHKHH州∞∞∞∞∞∞HHHoooO1．0．6339575Fig．2brepresentedthegenesgroupedintoextracellularmatrixproteinscategory．ItshowedclusteranalysisofexpressionprofilesofhumanRPEcellsafte