Micro Membrane Filters for Passive Plasma Extraction From Whole Human Blood Using Silicon Nitride-based Microfilters and Plama Collection Using Agarose Gels

D. S. Lee, Y. H. Choi, K. H. Chung, Shuichi Shoji, M. Y. Jung

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    2 Citations (Scopus)

    Abstract

    The novelty of this study resides in the fabrication of a passive, operating on capillary force, penetration-flow microfluidic device for plasma separation, based on both silicon nitride combination (SiN-SiO-SiN)-based microfilters and agarose gels, and its characterization for plasma separation from whole human blood. The fabrication processes are compatible with IC process protocols, with merits of mass productions and precise size control. The fabrication process for silicon nitride membrane was reported at Lab Chip [1], and quantification its applications to affinity-based protein separation on the silicon nitride was reported at MicroTAS'07 [2]. Our method differs from that of group Yobas [3] in the specific separation method and materials, and of group Pizziconi [4] in the geometry of the filter, and fluidic components with the structure.

    Original languageEnglish
    Title of host publicationProcedia Chemistry
    Pages1511-1514
    Number of pages4
    Volume1
    Edition1
    DOIs
    Publication statusPublished - 2009 Sep
    EventEurosensors 23rd Conference - Lausanne, Switzerland
    Duration: 2009 Sep 62009 Sep 9

    Other

    OtherEurosensors 23rd Conference
    CountrySwitzerland
    CityLausanne
    Period09/9/609/9/9

    Fingerprint

    Silicon nitride
    Sepharose
    Blood
    Gels
    Membranes
    Plasmas
    Fabrication
    Fluidics
    Microfluidics
    Proteins
    Geometry
    silicon nitride

    Keywords

    • agarose gels
    • Membrane filter
    • Passive plasma extraction
    • Silicon nitride complex

    ASJC Scopus subject areas

    • Chemistry(all)
    • Chemical Engineering(all)

    Cite this

    Micro Membrane Filters for Passive Plasma Extraction From Whole Human Blood Using Silicon Nitride-based Microfilters and Plama Collection Using Agarose Gels. / Lee, D. S.; Choi, Y. H.; Chung, K. H.; Shoji, Shuichi; Jung, M. Y.

    Procedia Chemistry. Vol. 1 1. ed. 2009. p. 1511-1514.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

    Lee, DS, Choi, YH, Chung, KH, Shoji, S & Jung, MY 2009, Micro Membrane Filters for Passive Plasma Extraction From Whole Human Blood Using Silicon Nitride-based Microfilters and Plama Collection Using Agarose Gels. in Procedia Chemistry. 1 edn, vol. 1, pp. 1511-1514, Eurosensors 23rd Conference, Lausanne, Switzerland, 09/9/6. https://doi.org/10.1016/j.proche.2009.07.377
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    abstract = "The novelty of this study resides in the fabrication of a passive, operating on capillary force, penetration-flow microfluidic device for plasma separation, based on both silicon nitride combination (SiN-SiO-SiN)-based microfilters and agarose gels, and its characterization for plasma separation from whole human blood. The fabrication processes are compatible with IC process protocols, with merits of mass productions and precise size control. The fabrication process for silicon nitride membrane was reported at Lab Chip [1], and quantification its applications to affinity-based protein separation on the silicon nitride was reported at MicroTAS'07 [2]. Our method differs from that of group Yobas [3] in the specific separation method and materials, and of group Pizziconi [4] in the geometry of the filter, and fluidic components with the structure.",
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    AU - Choi, Y. H.

    AU - Chung, K. H.

    AU - Shoji, Shuichi

    AU - Jung, M. Y.

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    AB - The novelty of this study resides in the fabrication of a passive, operating on capillary force, penetration-flow microfluidic device for plasma separation, based on both silicon nitride combination (SiN-SiO-SiN)-based microfilters and agarose gels, and its characterization for plasma separation from whole human blood. The fabrication processes are compatible with IC process protocols, with merits of mass productions and precise size control. The fabrication process for silicon nitride membrane was reported at Lab Chip [1], and quantification its applications to affinity-based protein separation on the silicon nitride was reported at MicroTAS'07 [2]. Our method differs from that of group Yobas [3] in the specific separation method and materials, and of group Pizziconi [4] in the geometry of the filter, and fluidic components with the structure.

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    KW - Silicon nitride complex

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