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Nanodiamonds - a new a quantum dot material and its possible applications in biology

机译:Nanodiamonds - 一种新的量子点材料及其在生物学中可能的应用

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For the investigation of biomolecular processes in- and outside of cells there is a steadily increasing importance of fluorescent biomarkers. Many different fluorescent biomarkers are available, but most of them do not fulfil all of the required physical and optical properties. Recent studies show nanodiamonds as promising red fluorescent biomarkers. Nanodiamonds seem to surpass organic dyes and fluorescent proteins in terms of photo bleaching properties and quantum dots in terms of cell cytotoxicity.In this study we present optical properties of green fluorescent nanodiamonds of a diameter of about 25nm. As a proof of concept we modified the surface of the nanodiamonds with antibodies to biofunctionalise them for specific targeting to biomolecules. We show the successful transfection of nanodiamond immunoconjugates in JIMT-1 cells.
机译:对于细胞外和外部的生物分子过程的调查,荧光生物标志物的稳定增加了重要性。许多不同的荧光生物标志物可用,但其中大部分都不符合所有所需的物理和光学性质。最近的研究显示纳米金刚胺作为有前途的红荧光生物标志物。在细胞细胞毒性方面,纳米金刚胺似乎超越有机染料和荧光蛋白。本研究我们呈现了直径约为25nm的绿色荧光纳米金刚石的光学性质。作为概念证据,我们将纳米金刚石的表面与抗体进行修饰,以便对其进行生物分子的特定靶向它们。我们展示了在JIMT-1细胞中纳米二胺免疫缀合物的成功转染。

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