![]() ![]() Therefore, when the resistance of the blood glucose meter is at 2.4 KΩ, the standard deviation (STD) and coefficient of variation (CV) of the test strip are lower than those of the test strips measured at resistances of 2.2 KΩ and 2.6 KΩ. The experimental results show that by adjusting the resistance of the blood glucose meter, the accuracy of blood glucose meter reading can be tuned and blood glucose reading can be stabilized. The maximum of the anodic and reductive peaks can be used as reference to adjust the resistance of the blood glucose meter. ![]() When glucose oxidase undergoes electrochemical reaction, the medium, K 3, will act as an electron acceptor, causing the electrodes on the test strip to generate a pair of clear anodic and reductive peaks. Glucose oxidase (GOD) was added into K 3. Cyclic voltammetry was applied to test strips to undergo electrochemical reaction under a potential range of ☐.4 V. Such gold-coated test strip is feasible for mass production to achieve economies of scale. In this study, a novel gold-coated test strip for blood glucose measurement has been designed. ![]()
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