… X-chromosomal methylation patterns likely due to maternal cells contaminating the CVS
sample. We conclude that varying maternal contribution affects the DNA methylation pattern of …

… It is manifested by high mutation frequencies driven by changes in nucleic acid sequences,
chromosome rearrangement, or aneuploidy. In close association with these genetic events is …

… aneuploidy affecting humans and is caused by an extra copy of all or part of chromosome …
We profiled expression of 207 genes on chr21 and their DNA methylation patterns in placenta …

… are limited in detection of smaller aberrations (<3 Mb) [Citation35] and are currently
primarily used for detection of whole chromosome aneuploidies or balanced rearrangements. …

… During carcinogenesis, these epigenetic modifications supplement genetic changes (point
mutagenesis, chromosomal rearrangements, aneuploidy, and polyploidy), the classic source …

… a stable (near diploid) chromosome composition while MMR + (MET – ) lines have unstable
genomes which exhibit aneuploidy, chromosomal losses, duplications and translocations. …

… 8, but no changes in DNA methylation of gene promoter regions on chromosome 8 [… of DNA
methylation on other chromosomes [Citation77]. An older study examined DNA methylation …

… , we investigated the relationships between methylation changes and aneuploidy. …
chromosomal copy number changes. Our data show that the particular association of chromosomal …

… to the original levels but presumably with a novel pattern of DNA methylation. Similar
hypomethylation is observed in F9 embryonal carcinoma cells when induced to differentiate into …

… We extended the search for genes which escape XCI to blood, fetal muscle, fetal kidney
and fetal neural tissue using the DNA methylation pattern for genes with probes in HC and IC …