A novel diffusion cell ideal for the study of membrane extraction/permeation processes and for device/sensor development

C.T.S. Ching, P. Connolly

    Research output: Contribution to journalArticle

    9 Citations (Scopus)

    Abstract

    A novel diffusion cell has been constructed which allows study of membrane extraction/permeation processes in a more realistic approach. To examine the performance of this new design, the extraction of glucose in this diffusion cell by reverse iontophoresis has been studied. Reverse iontophoresis refers to the passage of a low level of current through a synthetic or biological membrane to promote the transport of both charged and neutral molecules. The performance of this diffusion cell is compared with results from the extraction studies using a diffusion cell developed by Connolly et al. [P. Connolly, C. Cotton, F. Morin, Opportunities at the skin interface for continuous patient monitoring: a reverse iontophoresis model tested on lactate and glucose, IEEE Trans. Nanobiosci. 1 (1) (2002) 37-41] and results from the human glucose extraction studies in vivo. This newly developed diffusion cell can be easily fabricated for membrane extraction/permeation studies and for device and sensor development.
    LanguageEnglish
    Pages30-34
    Number of pages4
    JournalSensors and Actuators B: Chemical
    Volume129
    Issue number1
    DOIs
    Publication statusPublished - 29 Jan 2008

    Fingerprint

    Permeation
    membranes
    Membranes
    glucose
    sensors
    Sensors
    Glucose
    cells
    Biological membranes
    Patient monitoring
    lactates
    cotton
    Cotton
    Lactic Acid
    Skin
    Molecules
    Iontophoresis
    molecules

    Keywords

    • artificial skin membrane
    • diffusion cell
    • biosensors
    • iontophoresis
    • reverse iontophoresis

    Cite this

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    abstract = "A novel diffusion cell has been constructed which allows study of membrane extraction/permeation processes in a more realistic approach. To examine the performance of this new design, the extraction of glucose in this diffusion cell by reverse iontophoresis has been studied. Reverse iontophoresis refers to the passage of a low level of current through a synthetic or biological membrane to promote the transport of both charged and neutral molecules. The performance of this diffusion cell is compared with results from the extraction studies using a diffusion cell developed by Connolly et al. [P. Connolly, C. Cotton, F. Morin, Opportunities at the skin interface for continuous patient monitoring: a reverse iontophoresis model tested on lactate and glucose, IEEE Trans. Nanobiosci. 1 (1) (2002) 37-41] and results from the human glucose extraction studies in vivo. This newly developed diffusion cell can be easily fabricated for membrane extraction/permeation studies and for device and sensor development.",
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    A novel diffusion cell ideal for the study of membrane extraction/permeation processes and for device/sensor development. / Ching, C.T.S.; Connolly, P.

    In: Sensors and Actuators B: Chemical, Vol. 129, No. 1, 29.01.2008, p. 30-34.

    Research output: Contribution to journalArticle

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    AU - Connolly, P.

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    AB - A novel diffusion cell has been constructed which allows study of membrane extraction/permeation processes in a more realistic approach. To examine the performance of this new design, the extraction of glucose in this diffusion cell by reverse iontophoresis has been studied. Reverse iontophoresis refers to the passage of a low level of current through a synthetic or biological membrane to promote the transport of both charged and neutral molecules. The performance of this diffusion cell is compared with results from the extraction studies using a diffusion cell developed by Connolly et al. [P. Connolly, C. Cotton, F. Morin, Opportunities at the skin interface for continuous patient monitoring: a reverse iontophoresis model tested on lactate and glucose, IEEE Trans. Nanobiosci. 1 (1) (2002) 37-41] and results from the human glucose extraction studies in vivo. This newly developed diffusion cell can be easily fabricated for membrane extraction/permeation studies and for device and sensor development.

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