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ID:54601104
大小:1.59 MB
页数:6页
时间:2020-05-03
《川芎嗪及大鼠CTGF miRNA质粒对高糖刺激肝星状细胞结缔组织生长因子、转化生长因子-beta的影响-论文.pdf》由会员上传分享,免费在线阅读,更多相关内容在行业资料-天天文库。
1、第3l卷第2期生物医学工程学杂志V0I.31NO.22014年4月JournalofBiomedicalEngineeringApril20l4川芎嗪及大鼠CTGFmiRNA质粒对高糖刺激肝星状细胞结缔组织生长因子转化生长因子一beta的影响*、阳宏李军邢旎旎向颖沈艳李孝生1(重庆医科大学附属第二医院消化内科,重庆400010)2(重庆医科大学附属口腔医院牙体牙髓科,重庆401147)摘要:本文旨在研究川芎嗪及大鼠结缔组织生长因子(cTGF)miRNA质粒对高糖刺激大鼠肝星状细胞(HSC)的CTGF和转化生长因子eta(TGF—beta)mRNA表达量、蛋
2、白表达量及I型胶原表达量的作用。首先体外培养大鼠HSC以及稳定表达大鼠CTGFmiRNA和稳定表达阴性质粒的大鼠HSC,高糖及川芎嗪作用后提取总RNA、总蛋白及收集细胞上清液,检测川芎嗪及大鼠CTGFmiRNA质粒对高糖刺激HSC的CTGF、TGF—beta及I型胶原表达量。实验结果表明,高糖导致HSC的CTGFmRNA、CTGF蛋白、TGF—betamRNA、TGF-beta蛋白及I型胶原表达量增加(P3、GFmiRNA质粒干扰组CTGFmRNA、CTGF蛋白、TGF-betatuRNA、TG卜beta蛋白及I型胶原的表达量较高糖组低(PO.05),川I芎嗪组I型胶原的表达量明显低于大鼠CTGFmiRNA质粒干扰组(P4、长因子一beta中图分类号R575.2文献标志码AD0I:lO.7507/1001-5515.20140074EffectofTetramethylpyrazineandRatCTGFmiRNAPlasmidsonConnectiveTissueGrowthFactor,TransformingGrowthFactor。betainHighGlucoseStimulatedHepaticStellateCellsYANGHongLIJunXINGNiniXIANGYingSHENYanLIXiaosheng1(DepartmentofGastroenter5、ology。theSecondAfJiliatedHospital,ChongqingMedicalUniversity,Chongqing400010,China)2(DepartmentofStomatology,theAffiliatedHospitaloftheStomatology。ChongqingMedicalUniversity,Chongqing401147,China)Abstract:Theaimofthisresearchistoevaluatetheeffectoftetramethylpyrazine(TMP)andconnec6、tivetissuegrowthfactor(CTGF)miRNAplasmidsontheexpressivelevelsofCTGF,transforminggrowthfactor-beta(TGF—beta)andtypeIcollagenofrathepaticstellatecells(HSC)whicharestimulatedbyhighglucose.TheratHSCswhichweresuccessfullytransfectedratCTGFmiRNAplasmidsandtheratHSOswhichweresuccessfull7、ytransfect—ednegativeplasmidswereculturedinvitro.AfterstimulusoftheTMPandthehighglucose,theproteinlevelsandgeneexpressivelevelsofCTGF,TGF-betaandtypeIcollagenweretested.TheresultsindicatedthathighglucoseincreasedtheexpressionofCTGFmRNA,CTGFprotein,TGF—betamRNA,TGF—betaproteinandty8、peIcollagen(P
3、GFmiRNA质粒干扰组CTGFmRNA、CTGF蛋白、TGF-betatuRNA、TG卜beta蛋白及I型胶原的表达量较高糖组低(PO.05),川I芎嗪组I型胶原的表达量明显低于大鼠CTGFmiRNA质粒干扰组(P4、长因子一beta中图分类号R575.2文献标志码AD0I:lO.7507/1001-5515.20140074EffectofTetramethylpyrazineandRatCTGFmiRNAPlasmidsonConnectiveTissueGrowthFactor,TransformingGrowthFactor。betainHighGlucoseStimulatedHepaticStellateCellsYANGHongLIJunXINGNiniXIANGYingSHENYanLIXiaosheng1(DepartmentofGastroenter5、ology。theSecondAfJiliatedHospital,ChongqingMedicalUniversity,Chongqing400010,China)2(DepartmentofStomatology,theAffiliatedHospitaloftheStomatology。ChongqingMedicalUniversity,Chongqing401147,China)Abstract:Theaimofthisresearchistoevaluatetheeffectoftetramethylpyrazine(TMP)andconnec6、tivetissuegrowthfactor(CTGF)miRNAplasmidsontheexpressivelevelsofCTGF,transforminggrowthfactor-beta(TGF—beta)andtypeIcollagenofrathepaticstellatecells(HSC)whicharestimulatedbyhighglucose.TheratHSCswhichweresuccessfullytransfectedratCTGFmiRNAplasmidsandtheratHSOswhichweresuccessfull7、ytransfect—ednegativeplasmidswereculturedinvitro.AfterstimulusoftheTMPandthehighglucose,theproteinlevelsandgeneexpressivelevelsofCTGF,TGF-betaandtypeIcollagenweretested.TheresultsindicatedthathighglucoseincreasedtheexpressionofCTGFmRNA,CTGFprotein,TGF—betamRNA,TGF—betaproteinandty8、peIcollagen(P
4、长因子一beta中图分类号R575.2文献标志码AD0I:lO.7507/1001-5515.20140074EffectofTetramethylpyrazineandRatCTGFmiRNAPlasmidsonConnectiveTissueGrowthFactor,TransformingGrowthFactor。betainHighGlucoseStimulatedHepaticStellateCellsYANGHongLIJunXINGNiniXIANGYingSHENYanLIXiaosheng1(DepartmentofGastroenter
5、ology。theSecondAfJiliatedHospital,ChongqingMedicalUniversity,Chongqing400010,China)2(DepartmentofStomatology,theAffiliatedHospitaloftheStomatology。ChongqingMedicalUniversity,Chongqing401147,China)Abstract:Theaimofthisresearchistoevaluatetheeffectoftetramethylpyrazine(TMP)andconnec
6、tivetissuegrowthfactor(CTGF)miRNAplasmidsontheexpressivelevelsofCTGF,transforminggrowthfactor-beta(TGF—beta)andtypeIcollagenofrathepaticstellatecells(HSC)whicharestimulatedbyhighglucose.TheratHSCswhichweresuccessfullytransfectedratCTGFmiRNAplasmidsandtheratHSOswhichweresuccessfull
7、ytransfect—ednegativeplasmidswereculturedinvitro.AfterstimulusoftheTMPandthehighglucose,theproteinlevelsandgeneexpressivelevelsofCTGF,TGF-betaandtypeIcollagenweretested.TheresultsindicatedthathighglucoseincreasedtheexpressionofCTGFmRNA,CTGFprotein,TGF—betamRNA,TGF—betaproteinandty
8、peIcollagen(P
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