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Recombination in Adaptive Mutation
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The genetic requirements for adaptive mutation in
Escherichia coli
parallel those for homologous recombination in the
recB
CD pathway. Recombination-deficient
recA
and
recB
null mutant strains are deficient in adaptive reversion. A hyper-recombinagenic
recD
strain is hypermutable, and its hypermutation depends on functional
recA
and
recB
genes. Genes of subsidiary recombination systems are not required. These results indicate that the molecular mechanism by which adaptive mutation occurs includes recombination. No such association is seen for spontaneous mutation in growing cells.
American Association for the Advancement of Science (AAAS)
Title: Recombination in Adaptive Mutation
Description:
The genetic requirements for adaptive mutation in
Escherichia coli
parallel those for homologous recombination in the
recB
CD pathway.
Recombination-deficient
recA
and
recB
null mutant strains are deficient in adaptive reversion.
A hyper-recombinagenic
recD
strain is hypermutable, and its hypermutation depends on functional
recA
and
recB
genes.
Genes of subsidiary recombination systems are not required.
These results indicate that the molecular mechanism by which adaptive mutation occurs includes recombination.
No such association is seen for spontaneous mutation in growing cells.
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