MATERNAL EFFECT OF THE MUTAGEN-SENSITIVE MUTATION MUS(2)201(G1) ON MUTAGENESIS INDUCED BY ETYLENIMINE AND METHYL METHANESULFONATE IN THE GENOME OF SPERMS IN DROSOPHILA-MELANOGASTER
Py. Shvartsman et Tb. Romashkina, MATERNAL EFFECT OF THE MUTAGEN-SENSITIVE MUTATION MUS(2)201(G1) ON MUTAGENESIS INDUCED BY ETYLENIMINE AND METHYL METHANESULFONATE IN THE GENOME OF SPERMS IN DROSOPHILA-MELANOGASTER, Genetika, 31(2), 1995, pp. 205-208
The frequency of recessive sex-linked lethal mutations (RSLLM) induced
in chromosome Muller-5 of mature sperms by treatment with etylenimine
(EI) or methyl methanesulfonate (MMS) was shown to increase when male
pronucleus or zygote was formed in the oocyte cytoplasm of the mutage
n-sensitive line mus(2)201(G1). The increase in the total number of mu
tations in the mutant cytoplasm was accompanied by a transformation of
damages causing mosaic mutations into damage to the genome, which are
recorded as complete mutations.