AbstractMethylation of cytosines is a pervasive feature of eukaryotic genomes and an important epigenetic layer that is fundamental for cellular differentiation processes and control of transcriptional potential. DNA methylation patterns can be inherited and influenced by the environment, diet and aging, and disrupted in diseases.Complete DNA methylomes for several organisms are now available, helping clarify the evolutionary story of this epigenetic mark and its distribution in key genomic elements. Nonetheless, a complete understanding of its role, the mechanisms responsible for its establishment and maintenance, and its cross talk with other components of cellular machinery remains elusive
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
Methylation of cytosines in the mammalian genome represents a key epigenetic modification and is dyn...
DNA methylation is the epigenetic modification,which introduces 5mC as fifth base onto DNA. As for t...
In 1925, 5-methylcytosine was first reported in bacteria. However, its biological importance was not...
DNA methylation was the first epigenetic modification discovered. Until recently, comprehensive cove...
AbstractHistone modifications play an important role in the formation of an epigenetic memory system...
AbstractPlants contain three distinct DNA methyltransferase types that are responsible for the estab...
The DNA of eukaryotes has been shown to contain the 'minor' base 5-methyl cytosine. This arises by e...
AbstractIn this review, we will provide a brief reminder of epigenetic phenomena in general, and DNA...
AbstractDNA methylation acts as an epigenetic modification in vertebrate DNA. Recently it has become...
Evolution of DNA has been accompanied by that of its post synthetic modification implying formation,...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
DNA methylation, an epigenetic mechanism is claimed to play essential roles in development, aging an...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
Methylation of cytosines in the mammalian genome represents a key epigenetic modification and is dyn...
DNA methylation is the epigenetic modification,which introduces 5mC as fifth base onto DNA. As for t...
In 1925, 5-methylcytosine was first reported in bacteria. However, its biological importance was not...
DNA methylation was the first epigenetic modification discovered. Until recently, comprehensive cove...
AbstractHistone modifications play an important role in the formation of an epigenetic memory system...
AbstractPlants contain three distinct DNA methyltransferase types that are responsible for the estab...
The DNA of eukaryotes has been shown to contain the 'minor' base 5-methyl cytosine. This arises by e...
AbstractIn this review, we will provide a brief reminder of epigenetic phenomena in general, and DNA...
AbstractDNA methylation acts as an epigenetic modification in vertebrate DNA. Recently it has become...
Evolution of DNA has been accompanied by that of its post synthetic modification implying formation,...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
DNA methylation, an epigenetic mechanism is claimed to play essential roles in development, aging an...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
The pristine formation of complex organs depends on sharp temporal and spatial control of gene expre...
Methylation of cytosines in the mammalian genome represents a key epigenetic modification and is dyn...
DNA methylation is the epigenetic modification,which introduces 5mC as fifth base onto DNA. As for t...