聚吡咯文献摘要.doc

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1、1.标题:ZnS-nanocrystals/polypyrrolenanocompositefilmbasedimmunosensor作者:MishraSujeetK.;PasrichaRenu;BiradarAshokM.;等.来源出版物:APPLIEDPHYSICSLETTERS卷:100期:5文献号:053701DOI:10.1063/1.3681580出版年:JAN302012WereportanelectrochemicallysynthesizedZnSnanocrystalsmodifiedpolyp

2、yrrole(PPy)nanocompositefilmbasedimmunosensorforthedetectionofC-reactiveprotein(alphaCRP).TheZnS-PPycompositefilmwascharacterizedbytransmissionelectronmicroscopy(TEM),atomicforcemicroscopy(AFM)andelectrochemicaltechniques.Themodifiedfilmshowedgoodbiocompatibil

3、itywithefficientbindingtoproteinantibody(alphaCRP-Ab)moleculesthroughZnSnanocrystals,exhibitedanattractiveplatformforimmunosensorfabrication.Theelectricalandsensingpropertiesofthepolymercompositefilmofdifferentthicknesstowardsproteinantigen(alphaCRP-Ag)weredel

4、ineated.TheimmunosensorexhibitedanimpedanceresponsetoaCRP-Agconcentrationinalinearrangefrom10ngto10mugmL(-1).(C)2012AmericanInstituteofPhysics.[doi:10.1063/1.3681580]1、报道了电化学合成硫化锌纳米晶体修饰聚吡咯纳米复合膜构建的免疫传感器检测C反应蛋白。通过改性的膜显示了好的生物相容性，通过ZnS纳米晶体能有效地结合蛋白抗体，为免疫传感器的构建提供了很好

5、的平台。聚合物的导电性和复合膜的厚度对抗体的结合显示不同的效果。这个免疫传感器对C反应蛋白呈现良好的信号，线性范围为10ngto10mugmL(-1)。2、标题:FITC-modifiedPPynanotubesembeddedinnanoporousAAOmembranecandetecttracePCB20viafluorescenceratiometricmeasurement作者:WangMeiling;MengGuowen;HuangQing;等.来源出版物:CHEMICALCOMMUNICATIONS卷

6、:47期:13页:3808-3810DOI:10.1039/c0cc05371f出版年:2011Ahighlysensitiveandselectivefluorescenceratiometricsensormembranefor2,3,3'-trichlorobiphenylhasbeenachieved,viadepositingpolypyrrolenanotubes(PPyNTs,thefluorescenceindicator)innano-porousanodicaluminiumoxide(NPAA

7、O)templateandsubsequentlyimmobilizingfluoresceinisothiocyanate(asaninternalreference)ontotheinnerwallsofthePPyNTsembeddedintheNPAAO.一个高度敏感的和选择性荧光比率传感器膜2、3、3'-trichlorobiphenyl已经实现,通过存放聚吡咯纳米管(PPyNTs荧光指标）,在探讨多孔阳极氧化铝(NPAAO)模板及随后的固定异硫氰基荧光素标记（作为一个内部参考)到内在的墙壁上镶嵌PPyN

8、Ts。3、标题:Electrochemicalimpedancespectroscopyofpolypyrrolebasedelectrochemicalimmunosensor作者:RamanaviciusA.;FinkelsteinasA.;CesiulisH.;等.来源出版物:BIOELECTROCHEMISTRY卷:79期:1页:11-16DOI:1