… , leading to a significant decrease in CHH methylation in the 5′ … maize kernel development
and provides insights into the interplay between RNA modification and DNA methylation…

… of maize kernel development, improve our knowledge of the molecular regulation network
of kernel development, and lay a theoretical foundation for increasing maize production. …

… commences with double fertilization, and the development of the triploid endosperm 105 …
molecular network 111 governing maize kernel development. DNA methylation is a prevalent …

… of miRNAs and DNA methylation in … of DNA methylation–miRNA–TF–SSGs in maize starch
synthesis. We illuminated the regulatory functions of miRNAs and DNA methylation in maize …

… of DDM1 in regulating genome-wide DNA methylation in maize. Two homologs of ZmDDM1
… stage of kernel development. We establish that ZmDDM1 is critical for DNA methylation, at …

… For context, in a process conceptually similar to DNA methylation, m 6 A marks on mRNA
can be dynamically written, erased and read, and these marks are known to affect gene …

… We investigated the methylation state of a set of storage protein genes of maize, coding for …
in developing endosperms. These genes, present as multigene families in the maize genome …

… that DNA methylation is dynamic during plant development. For example, DNA methylation
… This explains why there are such high levels of methylation in maize (86%, 74%, and 5% in …

… developmentally-sensitive methylation patterns. We show that Pl-Blotched and Pl-Rhoades
have distinct patterns of DNA methylation that change progressively through development. At …

… occurs in the endosperm, while a common methylated pattern is detected in the different
somatic tissues and in the embryo [54]. DNA methylation is an epigenetic mark that is often …