Giant amplification of redox current in a nanofluidic channel

Marcel A.G. Zevenbergen; Diego Krapf; Marc R. Zuiddam; Serge G. Lemay

Giant amplification of redox current in a nanofluidic channel

Marcel A.G. Zevenbergen, Diego Krapf, Marc R. Zuiddam, Serge G. Lemay

Research output: Contribution to conference › Paper › Academic › peer-review

Abstract

We have developed a nanofluidic device consisting of a 300 nm high, water-filled cavity bounded by two parallel electrodes which amplifies the electrochemical signal from redox molecules inside the cavity by a factor of ∼400 through redox cycling.

Original language	English
Pages	654-656
Number of pages	3
Publication status	Published - 2006
Externally published	Yes

Keywords

Electrochemical sensing
Nanofabrication
Redox cycling

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title = "Giant amplification of redox current in a nanofluidic channel",

abstract = "We have developed a nanofluidic device consisting of a 300 nm high, water-filled cavity bounded by two parallel electrodes which amplifies the electrochemical signal from redox molecules inside the cavity by a factor of ∼400 through redox cycling.",

keywords = "Electrochemical sensing, Nanofabrication, Redox cycling",

author = "Zevenbergen, {Marcel A.G.} and Diego Krapf and Zuiddam, {Marc R.} and Lemay, {Serge G.}",

year = "2006",

language = "English",

pages = "654--656",

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T1 - Giant amplification of redox current in a nanofluidic channel

AU - Zevenbergen, Marcel A.G.

AU - Krapf, Diego

AU - Zuiddam, Marc R.

AU - Lemay, Serge G.

PY - 2006

Y1 - 2006

N2 - We have developed a nanofluidic device consisting of a 300 nm high, water-filled cavity bounded by two parallel electrodes which amplifies the electrochemical signal from redox molecules inside the cavity by a factor of ∼400 through redox cycling.

AB - We have developed a nanofluidic device consisting of a 300 nm high, water-filled cavity bounded by two parallel electrodes which amplifies the electrochemical signal from redox molecules inside the cavity by a factor of ∼400 through redox cycling.

KW - Electrochemical sensing

KW - Nanofabrication

KW - Redox cycling

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