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Fluorescent Probe for Investigation of Influence of Ribonucleosides With D–Mannitol

机译:荧光探针,用于调查核糖核苷与D-甘露醇的影响

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We have studied the interaction of ribonucleosides with D–mannitol and D–sorbitol using a fluorescent probe with fluorescent dye. Decreasing of intensity of fluorescence in solution during the titration of fluorescent dye with solutions of ribonucleosides (RN) and complexation of ribonucleosides with D–mannitol (RNM) were clearly observed. Fluorescence quenching in the RNM complex is less when compare with solution of ribonucleosides. We have shown these differences in spectral characteristics of ribonucleosides and complex RNM with a dye. The results may indicate the different interaction of D–mannitol with nucleosides. Such a different interaction is due to the structure of D–mannitol and D–sorbitol. Interaction is probably made with formation two hydrogen bonds between hydrogens of two parallel hydroxy (O–H) groups of D–mannitol and/or centers of hydrogen bonding in heterocyclic of nucleosides.
机译:我们研究了用荧光探针与D-甘露醇和D-山梨糖醇的核糖核苷与荧光染料的相互作用。清楚地观察到核糖核苷溶液(RN)滴定荧光染料期间荧光染料期间荧光强度和核糖核苷酸核苷与D-甘露醇(RNM)的溶解期间的荧光强度。与核糖核苷溶液相比,RNM复合物中的荧光猝灭较少。我们已经显示了核糖核苷的光谱特征和用染料的复合RNM的差异。结果可以表明D-甘露醇与核苷的不同相互作用。这种不同的相互作用是由于D-甘露醇和D-山梨糖醇的结构。在二核苷的杂环中的两个平行羟基(O-H)和/或氢键中心的两个平行羟基(O-H)组之间的液体之间形成相互作用。

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