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抗体对维生素B2与核黄素脱辅基蛋白之间相互作用的影响。

Effect of antibody on interaction between vitamin B2 and riboflavin apoprotein.

作者信息

Weber M, Zak Z, Steczko J

出版信息

Acta Biochim Pol. 1976;23(4):277-84.

PMID:65081
Abstract
  1. Dissociation of riboflavin from flavoprotein and from the flavoprotein-antibody complex occurs under the same conditions. 2. The precipitated apoprotein-antibody complex retains 15% of the apoprotein capacity to bind riboflavin. After solubilization of the complex in 0.3 M-KCl or 1 M-urea, the binding of riboflavin amounts to 80 - 90% of its capacity. 3. The apoprotein modified by oxidation of 50% of tryptophan residues loses the ability to bind riboflavin but its immunological reactivity with the anti-flavoprotein antibody is similar to that of native apoprotein. The apoprotein with all tryptophan residues oxidized shows much lower immunoreactivity. 4. The obtained results suggest that in riboflavin flavoprotein the region around the riboflavin-binding site does not show the properties of an antigenic determinant.
摘要
  1. 核黄素从黄素蛋白以及从黄素蛋白 - 抗体复合物中的解离在相同条件下发生。2. 沉淀的脱辅基蛋白 - 抗体复合物保留了脱辅基蛋白结合核黄素能力的15%。在复合物于0.3M - KCl或1M - 尿素中溶解后,核黄素的结合量达到其能力的80 - 90%。3. 50%色氨酸残基被氧化修饰的脱辅基蛋白失去了结合核黄素的能力,但其与抗黄素蛋白抗体的免疫反应性与天然脱辅基蛋白相似。所有色氨酸残基都被氧化的脱辅基蛋白显示出低得多的免疫反应性。4. 所获得的结果表明,在核黄素黄素蛋白中,核黄素结合位点周围的区域不显示抗原决定簇的特性。

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