[Analysis of interactions between influenza virus and murine serum proteins in non-infected and infected mice].

L F Meringova, I V Iakovleva, T A Kramskaia
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Abstract

The presence of proteins in the blood of intact mice of various lines which could form complexes of various stability with influenza virus and have antigen determinants common with mouse IgG was demonstrated. These proteins were different from mouse IgG and their molecular weight was 100-200 and 40-80 kD. The authors described quantitative changes in the studied proteins during simulated influenza as well as under the effect of ionol (antioxidant) administration. The study permitted the assumption that blood serum proteins of intact mice participate in the infection progression and are significant for its prognosis.

[流感病毒与未感染和感染小鼠血清蛋白相互作用的分析]。
在不同品系的完整小鼠血液中存在与流感病毒形成不同稳定性复合物的蛋白质,这些蛋白质具有与小鼠IgG共同的抗原决定因子。这些蛋白与小鼠IgG不同,分子量分别为100-200和40-80 kD。作者描述了所研究的蛋白质在模拟流感期间以及在离子醇(抗氧化剂)施用的影响下的定量变化。该研究允许假设完整小鼠的血清蛋白参与感染进展并对其预后有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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