Methods for preparing CuO/rGO@PNIPAm (poly(N-isopropylacrylamide)) electrode and structuring non-enzyme glucose sensor
A glucose sensor, glucose technology, applied in instruments, scientific instruments, material analysis through electromagnetic means, etc., can solve the problems of yield limitation, low synthesis steps, etc., and achieve the degree of easy compounding, low energy consumption, and significant temperature switch effect Effect
Inactive Publication Date: 2018-08-17
NORTHWESTERN POLYTECHNICAL UNIV
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Abstract
The invention relates to methods for preparing a CuO/rGO@PNIPAm compound self-support electrode and structuring a thermosensitive non-enzyme glucose sensor and an application method of the thermosensitive non-enzyme glucose sensor. The methods for preparing the CuO/rGO@PNIPAm compound self-support electrode and structuring the thermosensitive non-enzyme glucose sensor comprise preparing a CuO/GO compound membrane from porous CuO and graphene; placing the CuO/GO compound membrane into NIPAM monomer aqueous solution, performing polymerization reaction in an ultrasonic-intermittent/N2 inletting circulating manner to prepare a CuO/GO@PNIPAm compound membrane as a temperature-response flexible electrode; taking the CuO/GO@PNIPAm compound membrane as a self-support working electrode, a saturatedcalomel electrode as a reference electrode and a platinum electrode as an auxiliary electrode to structure the glucose electrochemical sensor. The glucose electrochemical sensor is applied to testingthe state of glucose molecules. The method for preparing the CuO/rGO@PNIPAm compound self-support electrode and structuring the thermosensitive non-enzyme glucose sensor has the outstanding advantages of being high in compounding liability, mild and low in energy consumption. The prepared CuO/rGO@PNIPAm compound self-support flexible electrode can be applied to non-enzyme glucose detection and achieve significant temperature switch effects.
Application Domain
Material analysis by electric/magnetic means
Technology Topic
Cvd grapheneAuxiliary electrode +11
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PUM
Property | Measurement | Unit |
Thickness | 10.0 ~ 30.0 | µm |
Concentration | 10.0 ~ 30.0 | mg/ml |
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