Low-Cost Glucose Sensor Using Compact Disc Substrates

N. Kumawat; Sunil Kumar

Low-Cost Glucose Sensor Using Compact Disc Substrates

N. Kumawat, Sunil Kumar

Research output: Contribution to journal › Article › peer-review

Abstract

A low-cost microfluidic chip has been developed for glucose sensing applications based on the refractive (RI) index changes provided by glucose samples. The sensor chip was developed on a compact disc (CD) substrate by constructing a microfluidic flow-cell on top of it. The chip consists of a microfluidic channel for the transport of liquid samples under observation on the CD substrate. The proposed sensor chip used commercially available CD pieces as transducing element making it very cost-effective and quick sample preparation. The developed sensor chip has high sensitivity, ideally suited for low-cost sensing and quality control applications.

Original language	English (US)
Pages (from-to)	1718-1719
Journal	µTAS 2019 The 23rd International Conference on Miniaturized Systems for Chemistry and Life Sciences
State	Published - Oct 27 2019
Externally published	Yes

Cite this

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title = "Low-Cost Glucose Sensor Using Compact Disc Substrates",

abstract = "A low-cost microfluidic chip has been developed for glucose sensing applications based on the refractive (RI) index changes provided by glucose samples. The sensor chip was developed on a compact disc (CD) substrate by constructing a microfluidic flow-cell on top of it. The chip consists of a microfluidic channel for the transport of liquid samples under observation on the CD substrate. The proposed sensor chip used commercially available CD pieces as transducing element making it very cost-effective and quick sample preparation. The developed sensor chip has high sensitivity, ideally suited for low-cost sensing and quality control applications.",

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AU - Kumar, Sunil

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N2 - A low-cost microfluidic chip has been developed for glucose sensing applications based on the refractive (RI) index changes provided by glucose samples. The sensor chip was developed on a compact disc (CD) substrate by constructing a microfluidic flow-cell on top of it. The chip consists of a microfluidic channel for the transport of liquid samples under observation on the CD substrate. The proposed sensor chip used commercially available CD pieces as transducing element making it very cost-effective and quick sample preparation. The developed sensor chip has high sensitivity, ideally suited for low-cost sensing and quality control applications.

AB - A low-cost microfluidic chip has been developed for glucose sensing applications based on the refractive (RI) index changes provided by glucose samples. The sensor chip was developed on a compact disc (CD) substrate by constructing a microfluidic flow-cell on top of it. The chip consists of a microfluidic channel for the transport of liquid samples under observation on the CD substrate. The proposed sensor chip used commercially available CD pieces as transducing element making it very cost-effective and quick sample preparation. The developed sensor chip has high sensitivity, ideally suited for low-cost sensing and quality control applications.

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JO - µTAS 2019 The 23rd International Conference on Miniaturized Systems for Chemistry and Life Sciences

JF - µTAS 2019 The 23rd International Conference on Miniaturized Systems for Chemistry and Life Sciences

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