… To identify sites of parental epigenetic bias, here we have profiled DNA methylation …
chromosomes, defining imprinted DMRs as sites where the maternal and paternal methylation levels …

… We hypothesized that active loci with less DNA methylation are … aneuploidy with an excess
of the C-genome chromosomes (19–21) was maintained. Only four sites of the chromosomal …

… methylation status in the genome. However, there is not a generalized effect of aneuploidy
on gene body methylation. … gene body methylation is less than genes that are unmethylated. …

… , many showed decreased methylation in reset cells in line … cultures minor subpopulations
of aneuploid cells are present. … We also examined X-chromosome status after reset cells had …

… existed in aneuploidy rates, reprogramming efficiency, … partially methylated in fibroblasts
and strongly methylated in … levels of each 2-kb sliding window along every chromosome …

… aneuploidy and identify potential drivers of aneuploidy in PCa. By providing a perspective to
functional pathways across mutation profile, methylation … the CNA in chromosome-arm levels…

… the 136 ends of eukaryotic chromosomes. They bind proteins … -tissue DNA methylation vs
single-tissue DNA methylation vs … youthful DNA methylation patterns can be ‘reprogrammed’ in …

… , this epigenetic reset whereby all methylation patterns are … from alterations in methylation
related to aneuploidy. A summary … contribute to errors of chromosomal segregation. McCallie et …

… methylated, whereas extreme methylation values (outliers) may indicate a methylation
reprogramming … ICR2 at chromosome 11p15.5 is the promoter of the non-coding and imprinted …

… genetic testing for chromosomal aneuploidy (PGT-A), which … Methylation patterns in somatic
cells are normally stable. … where methylation patterns are changed or reprogrammed, a …