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Quantum dots: a promising tool in molecular biology

机译:量子点:分子生物学中的有前途的工具

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摘要

Quantum dot is a spatial semiconductor of periodic groups of II-VI, HI-V, or IV-VI materials, which generates optically stable fluorophores upon excitations at various wavelengths (from UV-IR). To date, quantum dot technologies are used in various fields and the use in molecular biology has increased dramatically over the past years. In this review article, we would discuss the potential uses of this versatile nano crystal. Quantum dot technology is also used in cell labelling, bio-sensing, in-vivo imaging, bimodal magnetic-luminescent imaging, and diagnostics. We would also discuss toxiciry issues surrounding this nano crystal and speculate about the future uses of quantum dot in large areas of biomedical sciences.
机译:量子点是II-VI,HI-V或IV-VI材料的周期性基团的空间半导体,当在各种波长(来自UV-IR)进行激发时,它会生成光学稳定的荧光团。迄今为止,量子点技术已用于各个领域,并且在过去几年中,分子生物学的应用已大大增加。在这篇评论文章中,我们将讨论这种多功能纳米晶体的潜在用途。量子点技术还用于细胞标记,生物传感,体内成像,双峰磁致发光成像和诊断。我们还将讨论围绕该纳米晶体的毒性问题,并推测量子点在生物医学大范围的未来用途。

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