%0 Journal Article
%T RapidnonenzymaticmonitoringofglucoseandfructoseusingaCuO/multiwalledcarbonnanotubenanocomposite-modifiedglassycarbonelectrode
%A Hajar SHEKARCHIZADEH
%A Mahdi KADIVAR
%A Ali A. ENSAFI
%J ´ß»¯Ñ§±¨
%P 1208-1215
%D 2013
%R 10.1016/S1872-2067(12)60586-5
%X £¿Anonenzymaticelectrochemicalsensorforglucoseandfructosewasfabricatedthatcontainedaglassycarbonelectrodemodifiedwithacopperoxide(CuO)/multiwalledcarbonnanotube(MWCNT)nanocomposite.TheelectrochemicalpropertiesoftheCuO/MWCNT-modifiedglassycarbonelectrodewereinvestigated.Twodistinguishableanodicpeakswereobservedaround0.30and0.44Vcorrespondingtotheoxidationofglucoseandfructose,respectively,atthesurfaceofthemodifiedelectrode.Thedetectionlimitsforglucoseandfructosewereboth0.04mmol/L.Thesensorwasusedtosimultaneouslydeterminetheconcentrationsofglucoseandfructoseinhydrolyzedsucrosesamples,andtomeasureglucoseinbloodserumsamples,demonstratingitspotentialasanonenzymaticcarbohydratesensor.
%K Nonenzymaticdetection
%K Copperoxide
%K Multiwalledcarbonnanotube
%K Modifiedglassycarbonelectrode
%K Glucose
%K Fructose
%K Simultaneousdetermination
%U http://www.chxb.cn/CN/abstract/abstract21000.shtml