… undergo two waves of DNA methylation reprogramming. Failure of these … chromosome
segregation during cell division. Abnormal methylation due to errors in the reprogramming …

… Reprograming of DNA methylation is highly dynamic during … of conducting methylation profile
analysis and aneuploidy screening … 3, we present the chromosomal methylation level of 4 …

… importance of DNA methylation reprogramming for successful … for global reprogramming of
DNA methylation and detected … suggest that DNA methylation reprogramming is conserved …

… 13 and 18 [42] and aneuploidy of the X chromosome [44], in … one of the epigenetic genome
reprogramming waves, in … Periods of epigenetic genome reprogramming and aneuploidy …

… two waves of DNA methylation reprogramming. Abnormal … of an entire additional chromosome,
or chromosome loss, can … Therefore, in this study, a genome-wide DNA methylation …

… After complete erasure of the DNA methylation, de novo methylation of the PGCs is where
… by mitotic chromosomal nondisjunction, resulting in aneuploidy. CPM aneuploidy can cause …

… DNA methylation at the 5′-position of … Sex-chromosome dosage (SCD) effects on human
gene expression are central to the biology of sex differences and sex-chromosome aneuploidy …

… of sex chromosomes and dosage compensation mechanisms. The natural aneuploidy of the
X chromosome in … In summary, it is thought that DNA methylation plays an important role for …

… Sex-chromosome dosage (SCD) effects on human gene expression are central to the
biology of sex differences and sex-chromosome aneuploidy syndromes but are challenging to …

… epigenetic regulation (eg, regulating DNA methylation, histone modifications, and regulatory
non… of aneuploidy in general, genetic, epigenetic, or chromosomal events that affect specific …