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Metal-enhanced fluorescence of an organic fluorophore using gold particles

机译:使用金颗粒的金属荧光团的金属增强荧光

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摘要

Particulate gold films were deposited on glass substrates by vapor deposition. Rabbit immunoglobulin G (IgG) was immobilized by physiosorption and then Alexa Fluor anti Rabbit IgG was bound to the protein-coated surfaces. Fluorescence was enhanced with increasing the Au thickness and reached saturation at 30 nm when Alexa Fluor555 anti IgG was used. We also examined the effect of silica spacers between the gold film and the labeled protein. The maximum enhancement was dependent on the thickness of silica and reach maximum at 10 nm. The maximum increase in intensity was about 6-fold. We also bound Alexa Fluor-680 anti IgG to the protein-coated surface, and the maximum enhancement was about 10-fold.
机译:通过气相沉积将颗粒状的金膜沉积在玻璃基板上。通过物理吸附固定兔免疫球蛋白G(IgG),然后将Alexa Fluor抗兔IgG结合到蛋白包被的表面。当使用Alexa Fluor555抗IgG时,随着Au厚度的增加,荧光增强,并在30 nm达到饱和。我们还检查了金膜和标记蛋白之间的二氧化硅间隔物的作用。最大增强取决于二氧化硅的厚度,并在10 nm处达到最大值。强度的最大增加约为6倍。我们还将Alexa Fluor-680抗IgG结合到了蛋白涂层表面,最大增强约为10倍。

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