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ID:32721175
大小:5.18 MB
页数:34页
时间:2019-02-15
《多西环素对哮喘大鼠血清ige、肺组织磷酸化p38的影响》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、荚天捅要controlgroup(F=58.737,P<0.01)、(F=89.782,P<0.01).3.2TheMMP-9levelofratsamonggroupsMMP.9:Thecomparisoninasthmagroup(O.52+0.06)andinterventiongroup(0.394.0.06)wassignificantlyhigherthenthatofcontrolgroup(0.24士0.06)(F=13.45,P2、ationinasthmagroup(229.444.28.34)wassignificantlyhigherthenthatofinterventiongroup(169.604.57.84),andthedifferencewasstatisticallysignificant(,尸3、inexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissueamonggroups.Theresultsshowthatthedifferenceofphosphorylatedp38/13一actionexpressionlevelsinasthmagroup(O.494.0.01)wassignificantlyhigherthenthatofinterventiongroup(O.314.0.01),andthedifferencewasstatisticallysig4、nificant伊5、fairwaythroughthedecliningofinflammatorycells.Inaddition,thedecreasedexpressionlevelofMMP一9bydoxycyclineresultedinairwayremodelingmitigation.BasedontheinfluenceofserumIgEandtheproteinexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissue,Doxycyclinecanameliorateairw6、ayinflammationandairwayremodelingandairwayhyperresponsiVeness,whichmaybethecrucialmechanismfortheasthmatherapy.Inthefuture,DoxycyclinemaybecomeanpromisingcandidateforC1jnicaltreatmentofasthma.6英文摘要_-_————————————————————————————————————————————————————————————一Keywords:asthma;rat;ai7、rwayinflammation;airwayremodeling;Doxycycline;MMP一9:IgE;Phosphorylatedp38mitogen—activatedproteinkinase————————————————————————————————-————————————————————-—————————_h—————————————__-————————————————●-__———————————————————————_—-——————————————————-—-——————_—一————————一一7研究论文多西环素对哮喘大8、鼠血清IgE、肺组织磷酸化p38的影响
2、ationinasthmagroup(229.444.28.34)wassignificantlyhigherthenthatofinterventiongroup(169.604.57.84),andthedifferencewasstatisticallysignificant(,尸3、inexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissueamonggroups.Theresultsshowthatthedifferenceofphosphorylatedp38/13一actionexpressionlevelsinasthmagroup(O.494.0.01)wassignificantlyhigherthenthatofinterventiongroup(O.314.0.01),andthedifferencewasstatisticallysig4、nificant伊5、fairwaythroughthedecliningofinflammatorycells.Inaddition,thedecreasedexpressionlevelofMMP一9bydoxycyclineresultedinairwayremodelingmitigation.BasedontheinfluenceofserumIgEandtheproteinexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissue,Doxycyclinecanameliorateairw6、ayinflammationandairwayremodelingandairwayhyperresponsiVeness,whichmaybethecrucialmechanismfortheasthmatherapy.Inthefuture,DoxycyclinemaybecomeanpromisingcandidateforC1jnicaltreatmentofasthma.6英文摘要_-_————————————————————————————————————————————————————————————一Keywords:asthma;rat;ai7、rwayinflammation;airwayremodeling;Doxycycline;MMP一9:IgE;Phosphorylatedp38mitogen—activatedproteinkinase————————————————————————————————-————————————————————-—————————_h—————————————__-————————————————●-__———————————————————————_—-——————————————————-—-——————_—一————————一一7研究论文多西环素对哮喘大8、鼠血清IgE、肺组织磷酸化p38的影响
3、inexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissueamonggroups.Theresultsshowthatthedifferenceofphosphorylatedp38/13一actionexpressionlevelsinasthmagroup(O.494.0.01)wassignificantlyhigherthenthatofinterventiongroup(O.314.0.01),andthedifferencewasstatisticallysig
4、nificant伊5、fairwaythroughthedecliningofinflammatorycells.Inaddition,thedecreasedexpressionlevelofMMP一9bydoxycyclineresultedinairwayremodelingmitigation.BasedontheinfluenceofserumIgEandtheproteinexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissue,Doxycyclinecanameliorateairw6、ayinflammationandairwayremodelingandairwayhyperresponsiVeness,whichmaybethecrucialmechanismfortheasthmatherapy.Inthefuture,DoxycyclinemaybecomeanpromisingcandidateforC1jnicaltreatmentofasthma.6英文摘要_-_————————————————————————————————————————————————————————————一Keywords:asthma;rat;ai7、rwayinflammation;airwayremodeling;Doxycycline;MMP一9:IgE;Phosphorylatedp38mitogen—activatedproteinkinase————————————————————————————————-————————————————————-—————————_h—————————————__-————————————————●-__———————————————————————_—-——————————————————-—-——————_—一————————一一7研究论文多西环素对哮喘大8、鼠血清IgE、肺组织磷酸化p38的影响
5、fairwaythroughthedecliningofinflammatorycells.Inaddition,thedecreasedexpressionlevelofMMP一9bydoxycyclineresultedinairwayremodelingmitigation.BasedontheinfluenceofserumIgEandtheproteinexpressionofphosphorylatedp38mitogen—activatedproteinkinaseinlungtissue,Doxycyclinecanameliorateairw
6、ayinflammationandairwayremodelingandairwayhyperresponsiVeness,whichmaybethecrucialmechanismfortheasthmatherapy.Inthefuture,DoxycyclinemaybecomeanpromisingcandidateforC1jnicaltreatmentofasthma.6英文摘要_-_————————————————————————————————————————————————————————————一Keywords:asthma;rat;ai
7、rwayinflammation;airwayremodeling;Doxycycline;MMP一9:IgE;Phosphorylatedp38mitogen—activatedproteinkinase————————————————————————————————-————————————————————-—————————_h—————————————__-————————————————●-__———————————————————————_—-——————————————————-—-——————_—一————————一一7研究论文多西环素对哮喘大
8、鼠血清IgE、肺组织磷酸化p38的影响
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