… 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 …

… with DNA hypermethylation of satellite 2 (Sat2) sequences, and non-specific DNA …
However, information on the effects of radiation exposure on DNA methylation patterns in human …

… The relatively high frequency of hypermethylation on p16 and the strong correlation between
the immunoreactivity and methylation patterns suggest that methylation is an important …

… In this review we discuss limitations of the commonly used assays of XCI, which use
measurements of DNA methylation to infer skewing patterns, and review the data based on current …

… The aim of the present study was to determine whether the global sperm DNA methylation
status was affected in the spermatozoa of carriers of chromosome structural aberrations. The …

… to identify chromosomal sites of DNA methylation rely primarily on the use of methylation-…
do not localize to sites of amplification or deletion events, aneuploidy is not required for the …

… as haploidy, polyploidy, aneuploidy and chromosome aberrations which are generally not …
Methylation patterns during mammalian ontogenesis DNA methylation patterns are subject to …

… markers of fetal disease, such as chromosomal aneuploidy or placental diseases such as
PE … DNA methylation patterns in the human placenta, including that some DNA methylation …

… HeH classifier is associated with chromosomal aneuploidy. Thus, these patients may share
common biological features although they do not have the >50 chromosomes, which is the …

… chromosomal aneuploidies affect DNA methylation systemically and throughout the whole
genome. The observation of a clear chromosome … on chromosome 21, disturbed chromosomal …