Electrochemical biosensing utilizing synergic action of carbon nanotubes and platinum nanowires prepared by template synthesis

Electrochemical biosensing utilizing synergic action of carbon nanotubes and platinum nanowires prepared by template synthesis

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1、BIOS-2174;No.ofPages7BiosensorsandBioelectronicsxxx(2006)xxxxxxElectrochemicalbiosensingutilizingsynergicactionofcarbonnanotubesandplatinumnanowirespreparedbytemplatesynthesisFengliQu,MinghuiYang,GuoliShen?,RuqinYuChemistryandChemicalEngineeringCollege,StateKeyLaboratory

2、ofChemo/BiosensingandChemometrics,HunanUniversity,Changsha410082,PRChinaReceived21April2006;receivedinrevisedform31July2006;accepted9August2006AbstractPlatinumnanowires(PtNWs)preparedbyelectrodepositionmethodwiththehelpofporousanodicaluminumoxide(AAO)templateshavebeensol

3、ubilizedinchitosan(CHIT)togetherwithcarbonnantubes(CNTs)toformaPtNWCNTCHITorganicinorganicsystem.TheresultingPtNWCNTCHITmaterialbringscapabilitiesforutilizingsynergicactionofPtNWsandCNTstofacilitateelectron-transferprocessinelectro-chemicalsensordesign.ThePtNWCNTCHIT?lmm

4、odi?edelectrodeofferedasigni?cantdecreaseintheovervoltageforthehydrogenperoxideandshowedtobeexcellentamperometricsensorsforhydrogenperoxideat?0.1Voverawiderangeofconcentrations,andthesensitivityis260AmM?1cm?2.Asanapplicationexample,bylinkingglucoseoxidase(GOx),anampli?e

5、dbiosensortowardglucosewasprepared.Theglucosebiosensorexhibitsaselectivedeterminationofglucoseat?0.1Vwithalinearresponserangeof5×10?6to1.5×10?2Mwithacorrelationcoef?cientof0.997,andresponsetime<10s.Thehighsensitivityoftheglucosebiosensorisupto30AmM?1cm?2andthedetectionl

6、imitwas3M.Thebiosensordisplaysrapidresponseandexpandedlinearresponserange,andexcellentrepeatabilityandstability.?2006ElsevierB.V.Allrightsreserved.Keywords:Aluminatemplatemembrane;Biosensor;Electrodeposition;Enzyme;Nanowire1.Introductionitslowcost(Ganetal.,2004;Konishie

7、tal.,2003;Piaoetal.,2005).NanostructuredmaterialsareattractiveduetotheirnovelInthecaseofnanowires,electrodepositionisprovingtobeoptical,electrical,catalytic,andmagneticpropertiesandanincreasinglyattractiverouteforthepreparationofnanostruc-havefoundpotentialapplicationsin

8、nanoelectronicdevices,turedmaterialduetoitslowcost,theuseofsimpleequipment,nanosensors,andcatalysts(Hua

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