Molecular Functional Electrodes for Biodevices -Electrochemical studies of carboxylated carbon nanotube (-COOH functionalized CNT) /chitosan (CH) nanocomposite films-
Molecular Functional Electrodes for Biodevices -Electrochemical studies of carboxylated carbon nanotube (-COOH functionalized CNT) /chitosan (CH) nanocomposite films-
カテゴリ: 研究会(論文単位)
論文No: DEI20007,EFM20007
グループ名: 【A】基礎・材料・共通部門 誘電・絶縁材料/【C】電子・情報・システム部門 電子材料合同研究会
発行日: 2020/01/22
タイトル(英語): Molecular Functional Electrodes for Biodevices -Electrochemical studies of carboxylated carbon nanotube (-COOH functionalized CNT) /chitosan (CH) nanocomposite films-
著者名: Onoda Mitsuyoshi(University of Hyogo / Himeji City Fire Bureau)
著者名(英語): Mitsuyoshi Onoda(University of Hyogo / Himeji City Fire Bureau)
キーワード: biosensor|immunoelectrode|electrochemical behavior|surface-controlled diffusion process|cyclic voltammogram|Randels-Sevcik equation|biosensor|immunoelectrode|electrochemical behavior|surface-controlled diffusion process|cyclic voltammogram|Randels-Sevcik
要約(日本語): A biosensor base on antibody apolipoprotein B (AAB) ?COOH functionalized nanotubes (CNT) ? chitosan (CH) composite film has been fabricated to detect low density lipoprotein (LDL. Bad cholesterol) molecules using electrochemical impedance spectroscopy (EIS) techniques. This AAB/CNT-CH/ITO immunosensor shows higher sensitivity and fast response. The proposed nanocomposite films (CNT-CH) integrated EIS measurement is an efficient, simple, low cost, and time consuming technique for LDL estimation, compare to other techniques._x000D_ In this meeting, the electrochemical properties of prepared ?COOH functionalized CNT-CH nanocomposite film have been investigated using cyclic voltammograms (CV), resulting in examined using Randels-Sevcik equation._x000D_
要約(英語): A biosensor base on antibody apolipoprotein B (AAB) ?COOH functionalized nanotubes (CNT) ? chitosan (CH) composite film has been fabricated to detect low density lipoprotein (LDL. Bad cholesterol) molecules using electrochemical impedance spectroscopy (EIS) techniques. This AAB/CNT-CH/ITO immunosensor shows higher sensitivity and fast response. The proposed nanocomposite films (CNT-CH) integrated EIS measurement is an efficient, simple, low cost, and time consuming technique for LDL estimation, compare to other techniques._x000D_ In this meeting, the electrochemical properties of prepared ?COOH functionalized CNT-CH nanocomposite film have been investigated using cyclic voltammograms (CV), resulting in examined using Randels-Sevcik equation._x000D_
原稿種別: 英語
PDFファイルサイズ: 2,118 Kバイト
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