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1、1.標題:ZnS-nanocrystals/polypyrrolenanocompositefilmbasedimmunosensor作者:MishraSujeetK.;PasrichaRenu;BiradarAshokM.;等.來源出版物:APPLIEDPHYSICSLETTERS卷:100期:5文獻號: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、報道了電化學合成硫化鋅納米晶體修飾聚吡咯納米復合膜構建的免疫傳感器檢測C反應蛋白。通過改性的膜顯示了好的生物相容性，通過ZnS納米晶體能有效地結合蛋白抗體，為免疫傳感器的構建提供了很好
5、的平臺。聚合物的導電性和復合膜的厚度對抗體的結合顯示不同的效果。這個免疫傳感器對C反應蛋白呈現(xiàn)良好的信號，線性范圍為10ngto10mugmL(-1)。2、標題:FITC-modifiedPPynanotubesembeddedinnanoporousAAOmembranecandetecttracePCB20viafluorescenceratiometricmeasurement作者:WangMeiling;MengGuowen;HuangQing;等.來源出版物:CHEMICALCOMMUNICATIONS卷
6、:47期:13頁:3808-3810DOI:10.1039/c0cc05371f出版年:2011Ahighlysensitiveandselectivefluorescenceratiometricsensormembranefor2,3,3'-trichlorobiphenylhasbeenachieved,viadepositingpolypyrrolenanotubes(PPyNTs,thefluorescenceindicator)innano-porousanodicaluminiumoxide(NPAA
7、O)templateandsubsequentlyimmobilizingfluoresceinisothiocyanate(asaninternalreference)ontotheinnerwallsofthePPyNTsembeddedintheNPAAO.一個高度敏感的和選擇性熒光比率傳感器膜2、3、3'-trichlorobiphenyl已經(jīng)實現(xiàn),通過存放聚吡咯納米管(PPyNTs熒光指標）,在探討多孔陽極氧化鋁(NPAAO)模板及隨后的固定異硫氰基熒光素標記（作為一個內(nèi)部參考)到內(nèi)在的墻壁上鑲嵌PPyN
8、Ts。3、標題:Electrochemicalimpedancespectroscopyofpolypyrrolebasedelectrochemicalimmunosensor作者:RamanaviciusA.;FinkelsteinasA.;CesiulisH.;等.來源出版物:BIOELECTROCHEMISTRY卷:79期:1頁:11-16DOI:1
