… We are currently performing methylation analyses of larger chromosomal regions and
succeeded in amplifying fragments of up to 3 kb. All our previous attempts to amplify fragment >1 …

… analysis of RNA methylation patterns we have established a protocol for the chemical
deamination of cytosines … Using tRNAs and rRNAs as examples we show that cytosine methylation …

… cytosine methylation in nonexpressing tissues. DNA blot analysis after cleavage with
methylation-… Genes were selected for analysis on the basis of well-characterized promoters, strict …

… Cytosine methylation has an important role in the regulation of mammalian gene expression.
Additional forms of cytosine … have enabled the use of this approach in single-cell analysis. …

… cytosine methylation levels in plants. Here, we analyse the relationship between MSAP
results and the percentage of global cytosine methylation in genomic DNA obtained by HPLC …

… Dramatic developments in high-throughput sequencing technologies are driving a
paradigm shift in global single-base resolution DNA methylation analysis. Several “next-generation” …

… All bisulfite-based methylation analysis methods suffer from a considerable amount of
measurement … to results from a recent methylation study of colon cancer tumors that analyzed DNA …

… know the degree of change in cytosine methylation in the disease of … for cytosine methylation
assays that can detect methylation … cytosine methylation have addressed this issue, with the …

… The method relies on the ability of sodium bisulfite to efficiently deaminate cytosine residues
… have been amplified as cytosine (C) (3). Analysis of cytosine methylation from the bisulfite-…

… ), we performed the same analysis using the standard PWM … We also analyzed if cytosines
with significant positive SCC M/… In the analysis of TFBSs affected by cytosine methylation, we …