Abstract
Glucose detection has been an area of immense interest of scientists, researchers as well as clinicians worldwide for quite a long time. There have been many methods developed by the researchers to detect blood glucose but the detection methods were mostly limited to the order of ~0.1 mM. In this paper, we propose a very simple and cost-effective method to detect nanomolar (nM) levels of glucose in the human blood serum phantom sample. This method reports a significant improvement over the earlier known methods and can be used in extremely low-cost settings by scientists and researchers working towards the development of various chemical and biological sensors.
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