… 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 …

… find early maturation of methylation patterns in DS brain and … seq of brain DNA from mouse
models with sub-chromosomal … and shows that multiple chromosome 21 genes contribute to …

… alterations in a DNA methylation pattern as a result of whole-chromosome aneuploidy in any
organism. Our analysis of seven types of whole-chromosome aneuploidy encompassing all …

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

… role of DNA methylation in chromosome stability and the impact of modifications on this
epigenetic mark in correct chromosome … Currently, it is well known that aneuploidy is observed in …

… analysis of DNA methylation patterns on the active and inactive X chromosomes. Consistent
with previous studies, we observe that XCI is accompanied by gains in methylation at the …

… Meanwhile, the sequential changes of DNA methylation, specific for chromosomes and their
… stage study of DNA methylation patterns in homologous metaphase chromosomes of triploid …

… 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 …

… The relative contribution of genetic and epigenetic changes as well as gross chromosomal
aberrations (ie aneuploidy) to the different stages of lung tumorigenesis needs to be …

… analysis to enable chromosome-wide identification of DNA methylation patterns in a …
methylation patterns of chromosomes 13, 18, 21, X, and Y in female whole blood and placental DNA …