KMID : 1377020140110010010
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Tissue Engineering and Regenerative Medicine 2014 Volume.11 No. 1 p.10 ~ p.15
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Immobilization of fibrinogen antibody on self-assembled gold monolayers for immunosensor applications
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Cho Hong-Sik
Justin Zook Todd Banner Park Sang-Hyug Min Byoung-Hyun Karen A Hasty Eugene Pinkhassik Erno Lindner
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Abstract
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Self-assembled gold monolayers offer several advantages for the realization of novel modified electrodes for biosensor applications. This is due to their ability to decrease non-specific adsorption and provide for covalent attachment of biomolecules. Surfaces for these applications require the precise control of ligand density, the ability to immobilize ligands, and in situ-modulation of ligand activity. In this study, we focused our studies on the immobilization of antibody on a gold monolayer surface. We self-assembled thioctic acid onto the gold surface as an anchor point for the immobilization of anti-fibrinogen onto the surface. The modifications to the gold surface were characterized by ELISA, ellipsometry, and AFM.
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KEYWORD
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self-assembled monolayers (SAMs), anti-fibrinogen, immunosensors, enzyme-linked immuno sorbent assay (ELISA), ellipsometry, atomic force microscopy (AFM), gold monolayer, antibody immobilization
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