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奈米磁球的合成暨修飾應用於蛋白質與自組裝分子間接合效率之提升
Thesis

奈米磁球的合成暨修飾應用於蛋白質與自組裝分子間接合效率之提升

郭仁杰
Masters, 國立清華大學, 奈米工程與微系統研究所
2006

Abstract

奈米磁球 奈米氧化鐵 自組裝分子 官能基修飾 Iron Oxide Fe3O4 APTS Protein functional group
In this research we propose the utilization of iron oxide nanoparticles for the enhancement of protein binding efficiency to SAMs functionalized surface. Very uniform iron oxide nanoparticles with 5 and 10 nm particle sizes have been successfully fabricated by using micelle method in solvent phase, and the surfaces were modified by PEG-COOH functional group for dispersion in water and conjugation with protein. Anti-rabbit IgG-cy3 was successfully conjugated on the nanoparticle surfaces after the activation of PEG-COOH group. Binding efficiency between iron oxide-protein conjugation and self-assembly molecules (SAM) by external magnetic field with different AC frequencies was tested and demonstrated a 374% enhancement.

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