Matveeva V G
Vopr Virusol. 1982 Sep-Oct;27(5):28-31.
The mutagenic activity of poly(I) . poly(C) and poly(G) . poly(C) complexes in somatic and generative cells of mice was tested. Both preparations exhibited mutagenic activity in both test-systems. The poly(I) . poly(C) complex in the three doses tested was found to be more active both in bone marrow cells and in sex cells of male mice. The maximum effectiveness of this complex was demonstrated upon treatment of postmeiotic cells of males in an intermediate dose of 2.5 mg/kg bw. The rate of induced dominant lethals was 19.1%. In bone marrow metaphases the subtoxic dose of this complex increased 10-fold the control value of structural aberrations. The activity of poly(G) . poly(C) was found to be slightly lower.
对聚(I)·聚(C)和聚(G)·聚(C)复合物在小鼠体细胞和生殖细胞中的诱变活性进行了测试。两种制剂在两个测试系统中均表现出诱变活性。在所测试的三种剂量下,聚(I)·聚(C)复合物在雄性小鼠的骨髓细胞和生殖细胞中均表现出更高的活性。该复合物在以2.5mg/kg体重的中间剂量处理雄性减数分裂后细胞时表现出最大效果。诱导显性致死的发生率为19.1%。在骨髓中期,该复合物的亚毒性剂量使结构畸变的对照值增加了10倍。发现聚(G)·聚(C)的活性略低。