Iron Oxide Nanomaterials for Glucose Sensing Application - de Mesa, Donna Marie; Santos, Gil Nonato
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This book shows how the grown nanoparticles (NPs) were synthesized and utilized in the detection of glucose. Iron Oxide nanowires and almost uniform size nanoparticles approximately 50nm in diameter were synthesized using Horizontal Vapor Phase Crystal (HVPC) Growth Technique from 99.99% purity Magnetite (Fe3O4) - Iron Oxide (Sigma- Aldrich) bulk material. The modified electrode with Iron Oxide NPs showed high surface reaction and catalytic activity, large surface-to-volume ratio and strong adsorption ability that are beneficial in the immobilization of glucose oxidase since the magnetic field…mehr

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Produktbeschreibung
This book shows how the grown nanoparticles (NPs) were synthesized and utilized in the detection of glucose. Iron Oxide nanowires and almost uniform size nanoparticles approximately 50nm in diameter were synthesized using Horizontal Vapor Phase Crystal (HVPC) Growth Technique from 99.99% purity Magnetite (Fe3O4) - Iron Oxide (Sigma- Aldrich) bulk material. The modified electrode with Iron Oxide NPs showed high surface reaction and catalytic activity, large surface-to-volume ratio and strong adsorption ability that are beneficial in the immobilization of glucose oxidase since the magnetic field reinforces the attraction of the particles to the electrode's surface.
Autorenporträt
Donna Marie De Mesa is a Physics Faculty of the College of Teacher Development - Faculty of Science, Technology and Mathematics (CTD-FSTeM) at Philippine Normal University. She is a DOST Scholar graduated with a degree of MS Physics at De La Salle University and BS Physics for Teachers at Philippine Normal University.