… these stages is such that we can only guess what an imbalance of DNA methylation may
contribute to incorrect chromosome segregation at this stage—the hypomethylation of repetitive …

… chromosomes, thousands of CpG sites on autosomes also show very different DNA methylation
patterns … co-variate, when undertaking methylation and phenotype association studies. …

… between DNA methylation level and ploidy status (aneuploidy [n … the DNA methylation level
on the chromosome scale. … have lower methylation level on the involved chromosome while …

… DNA methylation is an epigenetic … chromosome stability) by controlling both gene expression
and chromatin structure. Therefore, the onset of an incorrect pattern of DNA methylation is …

… Some evidence has suggested that the risk of aneuploidy embryos in the high DFI group
was 55% … Plus, DNA methylation can impact the stability of chromosomes, and chromosomal …

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

… DNA methylation (DNAm) is a strong … chromosome aneuploidies (Klinefelter [47,XXY], Turner
[45,X] and 47,XXX syndrome) revealed an intimate relationship between sex chromosomes …

… 21, which stimulates de novo DNA methylation 95 . Altered DNA methylation patterns were
… with various numbers of group 1 homologous chromosomes 96 . Remarkably, the altered …

… in DNA methylation, and chromosome 15 has no genes annotated for DNA methylation in the
… This may explain why the level of LINE-1 methylation did not increase in miscarriages with …

… We hypothesized that acquired somatic cell chromosomal instability and/or epigenetic … cell
chromosomal instability have been associated with stress and/or an aneuploidy chromosomal …