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Design and fabrication of highly sensitive and stable biochip for glucose biosensing

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Abstract Common producing steps for test strips is complex and fussy. In this work, we proposed a feasible binder-free test strips fabrication method to directly grow enzyme/manganese phosphate nanosheets hybrids… Click to show full abstract

Abstract Common producing steps for test strips is complex and fussy. In this work, we proposed a feasible binder-free test strips fabrication method to directly grow enzyme/manganese phosphate nanosheets hybrids on the screen-print electrodes (SPE). Combined with microfluidic packaging technology, the ready-made portable electrochemical biochip shows a wider linear range (1–40 mM, R 2  = 0.9998) and excellent stability (maintained 98% response current after 20 days store and retained 75% response current after continuous 30 days determination) for the detection of glucose. Compared with commercial test strips, the biochip exhibits excellent sensitivity, stability and accuracy, which is indicative of its potential application in real samples.

Keywords: test strips; design fabrication; fabrication; fabrication highly; highly sensitive; biochip

Journal Title: Applied Surface Science
Year Published: 2017

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