Changes in genomic DNA methylation are recognized as important events in normal and
pathological cellular processes, contributing both to normal development and differentiation …

We propose a novel experimental approach based on coincidence cloning for analyzing
sequences of bacterial intracellular pathogens specifically transcribed in affected tissues. Co …

Epigenetic alterations regulate the utilization of the genome by permitting or inhibiting
access of transcription factors and associated complexes. Although there are several …

Epigenetics (literally in addition to the genetic sequence) is a novel discipline that has
languished in the shadow of its genomic big brother that has attracted little interest among …

Modern approaches for studies on genome functioning include investigation of its epigenetic
regulation. Methylation of cytosines in CpG dinucleotides is an inherited epigenetic …

This review is devoted to the state-of-the-art strategies for the in vivo whole-transcriptome
analysis of intracellular pathogens. The methods for the initial enrichment with bacterial RNA …

An approach for fast identification and map** of transcription factor binding sites within
long genomic sequences is proposed. Using this approach, 10 CCCTC-binding factor …

The study of epigenetic alterations of the genome is becoming increasingly important in
order to understand how environment and genetic background interact to build and regulate …

We describe a newly developed technique for rapid identification of positions of genomic
DNA breaks, preexisting or introduced by specific digestion, in particular, by restriction …

For a 140-kb human genome locus, an analysis of the distribution of Dam methylase
accessible sites, DNase I sensitive and resistant regions, unmethylated CpG sites and …