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Effect of self association of bis-ANS and bis-azo dyes on protein binding

机译:双ANS和双偶氮染料的自缔合对蛋白质结合的影响

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A correlation was found between the ability of dyes (ANS, bis-ANS, Congo red, Evans blue) to form self-associated supra- molecular structures in water and their tendency to form complexes with proteins. The self-association ability of dyes was measured as the resistance of a molecular sieve to their penetration. Quantitative evaluation of dye-protein interaction involved measuring the effect of dye on antibodies that agglutinate sheep red blood cells. Enhancement of agglutination by dye was assumed to represent its protein complexation ability. The results confirm that, relative to monomers, self-associated ligands also have altered protein binding properties.
机译:发现染料(ANS,双-ANS,刚果红,伊文思蓝)在水中形成自缔合超分子结构的能力与它们与蛋白质形成复合物的趋势之间存在相关性。染料的自缔合能力被测量为分子筛对其渗透的抵抗力。染料-蛋白质相互作用的定量评估涉及测量染料对凝集绵羊红细胞的抗体的影响。染料对凝集作用的增强被认为代表了其蛋白质的复合能力。结果证实,相对于单体,自缔合的配体也具有改变的蛋白质结合特性。

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