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Methylation of DNA
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Postreplicative methylation of bacterial DNA has long been known to be the molecular basis of" modification," which protects DNA against destruction by restriction endonucleases. More recently, another function of DNA methylation was found in Escherichia coli, where methy- lation is involved during DNA replication in the recogni- tion of old and newly synthesized strands. The intensive search for new restriction enzymes during the 1970s yielded an enormous arsenal of such enzymes and re- vealed the ubiquitous distribution of restriction/modifi- cation systems in the bacterial kingdom without provid- ing much information on the corresponding modifica- tion methyltransferases. However, it is obvious that DNA methyltransferases represent an ideal class of en- zymes to those interested in protein/DNA interactions; these enzymes are at least as interesting as the restriction enzymes, with which they share the capacity to recognize and interact with specific sequences of DNA. In recent years the interest in DNA methylation has been greatly stimulated by two discoveries: the correla- tion between gene expression and hypomethylation in eukaryotes and the convertability of DNA into its Z form through cytosine methylation. In fact, studies on DNA methylation are now being intensively performed in many laboratories. A description of the state of the art of DNA methylation has been the topic of two con- gresses: The Cologne Spring Meeting in 1981 organized by WALTER DOERFLER and an EMBO Workshop at Nethybridge in 1982 organized by ROGER ADAMS.
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Bacterial DNA Modification. With 2 Figures.- DNA Methyltransferases of Bacillus subtilis and Its Bacteriophages. With 1 Figure.- Effects of DNA Methylation on Mismatch Repair, Mutagenesis, and Recombination in Escherichia coli.- The mom Gene of Bacteriophage Mu. With 4 Figures.- DNA Methylation in Friend Erythroleukemia Cells: The Effects of Chemically Induced Differentation and of Treatment with Inhitors of DNA Methylation. With 1 Figure.- DNA Methylation and Its Functional Significance: Studies on the Adenovirus System. With 1 Figure.- Replicative DNA Methylation in Animals and Higher Plants. With 2 Figures.- 5-Azacytidine, DNA Methylation, and Differentiation.- Methylation of the Genes for 18S, 28S, and 5S Ribosomal RNA. With 2 Figures.- Eukaryotic DNA Methylase - Properties and Action on Native DNA and Chromatin. With 4 Figures.- Control of Maternal Inheritance by DNA Methylation in Chlamydomonas. With 5 Figures.- Note Added in Proof to the Chapter by Gunthert/Trautner, p.11.- Indexed in Current Contents.

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