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三环荧光核酸碱基类似物的表征与应用

Characterization and use of tricyclic fluorescent nucleic acid base analogues.

作者信息

Börjesson Karl, Sandin Peter, Albinsson Bo, Mårtensson Jerker, Brown Tom, Wilhelmsson L Marcus

机构信息

Department of Chemical and Biological Engineering, Chalmers University of Technology, SE-41296 Gothenburg, Sweden.

出版信息

Nucleic Acids Symp Ser (Oxf). 2008(52):3-4. doi: 10.1093/nass/nrn002.

Abstract

The two recently developed nucleic acid probe molecules tC and tC(O) both have unique properties compared to other molecules in the family of fluorescent base analogues.(1-5) These tricyclic base analogues both form very stable base pairs with guanine and give minimal perturbations to the native structure of DNA.(2) We have found that tC(O) is the brightest fluorescent base analogue reported(4) and that tC also is very bright and has a fluorescence quantum yield that is virtually insensitive to its surrounding microenvironment within the nucleic acid(3). These base analogues have so far been used in FRET-studies of a DNA-polymerase system(6) and in initial anisotropy-studies of DNA-containing systems(4).

摘要

与荧光碱基类似物家族中的其他分子相比,最近开发的两种核酸探针分子tC和tC(O)都具有独特的性质。(1 - 5) 这些三环碱基类似物都能与鸟嘌呤形成非常稳定的碱基对,并且对DNA的天然结构产生最小的干扰。(2) 我们发现tC(O)是已报道的荧光最强的碱基类似物(4),tC也非常亮,并且其荧光量子产率实际上对核酸内的周围微环境不敏感。(3) 到目前为止,这些碱基类似物已用于DNA聚合酶系统的荧光共振能量转移研究(6) 以及含DNA系统的初始各向异性研究(4)。

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