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Nanodiamonds and gold nanoparticles to obtain a hybrid nanostructure with potential applications in biomedicine

机译:纳米二胺和金纳米颗粒获得杂交纳米结构,其中含有生物医学的潜在应用

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Using detonation nanodiamonds and fluorescent nitrogen-vacancy center nanodiamonds, linked to gold nanoparticles, we synthesized two hybrid nanostructures (HGDs) that were subsequently conjugated with a fluorophore. An amplification effect induced by the gold nanoparticles increased the emission spectrum of the fluorophore, maximizing the possibilities for imaging applications of these HGDs. The incubation of the nanostructures with HeLa cells produced no alteration of cell viability after 3 h and showed the presence of nanostructures in the cell cytoplasm at 24 h. These observations also indicate the potential biomedical use of the proposed HGDs.
机译:使用与金纳米颗粒连接的爆轰纳米二胺和荧光氮空位中心纳米金刚石,我们合成了随后与荧光团缀合的两个杂合纳米结构(HGDS)。 金纳米颗粒诱导的扩增效果增加了荧光团的发射光谱,最大化了这些HGDS的成像应用的可能性。 用HeLa细胞孵育纳米结构在3小时后没有产生细胞活力的改变,并在细胞质中在24小时内显示纳米结构的存在。 这些观察结果还表明所提出的HGDS的潜在生物医学用途。

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