Towards Recycled Paper Based Impedance Biosensor with Wireless Readout

Eva Melnik; Iris Muschlin; Agnes Wildauer; Mirco Raskovic; Joerg Schotter; Michael Heilmann; Dirk Ide; Michael Borinski; Peter Lieberzeit; Nadezhda Kataeva; Giorgio c. Mutinati; Rudolf Heer; Rainer Hainberger

doi:10.3390/proceedings1040619

Towards Recycled Paper Based Impedance Biosensor with Wireless Readout

Eva Melnik, Iris Muschlin, Agnes Wildauer, Mirco Raskovic, Joerg Schotter, Michael Heilmann, Dirk Ide, Michael Borinski, Peter Lieberzeit, Nadezhda Kataeva, Giorgio c. Mutinati, Rudolf Heer, Rainer Hainberger

Research output: Contribution to conference (No Proceedings) › Paper

Abstract

Results are presented regarding the development of recycled paper based impedance biosensors with screen printed interdigitated electrode structures (IDES). The sensors show a response to increasing salt concentrations in the range 30–100 mM NaCl. To prove the feasibility of using recycled paper, biofunctionalization with a glucose sensitive enzyme mixture was performed by inkjet printing. The quantification of the glucose sensitive colour change reaction in paper was investigated and a trend is found in the range of 6–90 mg/dL. Subsequently, measurements with a wireless electronic readout system were performed on an electrochemical assay showing a decrease of the normalized sensor response dependent from the glucose concentration in the range 0–80 mg/dL.

Original language	English
Pages	619
DOIs	https://doi.org/10.3390/proceedings1040619
Publication status	Published - 18 Aug 2017
Externally published	Yes

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title = "Towards Recycled Paper Based Impedance Biosensor with Wireless Readout",

abstract = "Results are presented regarding the development of recycled paper based impedance biosensors with screen printed interdigitated electrode structures (IDES). The sensors show a response to increasing salt concentrations in the range 30–100 mM NaCl. To prove the feasibility of using recycled paper, biofunctionalization with a glucose sensitive enzyme mixture was performed by inkjet printing. The quantification of the glucose sensitive colour change reaction in paper was investigated and a trend is found in the range of 6–90 mg/dL. Subsequently, measurements with a wireless electronic readout system were performed on an electrochemical assay showing a decrease of the normalized sensor response dependent from the glucose concentration in the range 0–80 mg/dL.",

author = "Eva Melnik and Iris Muschlin and Agnes Wildauer and Mirco Raskovic and Joerg Schotter and Michael Heilmann and Dirk Ide and Michael Borinski and Peter Lieberzeit and Nadezhda Kataeva and Mutinati, {Giorgio c.} and Rudolf Heer and Rainer Hainberger",

year = "2017",

month = aug,

day = "18",

doi = "10.3390/proceedings1040619",

language = "English",

pages = "619",

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TY - CONF

T1 - Towards Recycled Paper Based Impedance Biosensor with Wireless Readout

AU - Melnik, Eva

AU - Muschlin, Iris

AU - Wildauer, Agnes

AU - Raskovic, Mirco

AU - Schotter, Joerg

AU - Heilmann, Michael

AU - Ide, Dirk

AU - Borinski, Michael

AU - Lieberzeit, Peter

AU - Kataeva, Nadezhda

AU - Mutinati, Giorgio c.

AU - Heer, Rudolf

AU - Hainberger, Rainer

PY - 2017/8/18

Y1 - 2017/8/18

N2 - Results are presented regarding the development of recycled paper based impedance biosensors with screen printed interdigitated electrode structures (IDES). The sensors show a response to increasing salt concentrations in the range 30–100 mM NaCl. To prove the feasibility of using recycled paper, biofunctionalization with a glucose sensitive enzyme mixture was performed by inkjet printing. The quantification of the glucose sensitive colour change reaction in paper was investigated and a trend is found in the range of 6–90 mg/dL. Subsequently, measurements with a wireless electronic readout system were performed on an electrochemical assay showing a decrease of the normalized sensor response dependent from the glucose concentration in the range 0–80 mg/dL.

AB - Results are presented regarding the development of recycled paper based impedance biosensors with screen printed interdigitated electrode structures (IDES). The sensors show a response to increasing salt concentrations in the range 30–100 mM NaCl. To prove the feasibility of using recycled paper, biofunctionalization with a glucose sensitive enzyme mixture was performed by inkjet printing. The quantification of the glucose sensitive colour change reaction in paper was investigated and a trend is found in the range of 6–90 mg/dL. Subsequently, measurements with a wireless electronic readout system were performed on an electrochemical assay showing a decrease of the normalized sensor response dependent from the glucose concentration in the range 0–80 mg/dL.

U2 - 10.3390/proceedings1040619

DO - 10.3390/proceedings1040619

M3 - Paper

SP - 619

ER -

Towards Recycled Paper Based Impedance Biosensor with Wireless Readout

Abstract

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