The origin and maintenance of sexual gametogenesis might provide insights into eukaryote
evolution. Epigenetic variation of eukaryote well-being would provide clues that could relate …

DNA methylation patterns and functions are variable across invertebrate taxa. In order to
provide a better understanding of DNA methylation in the Pacific oyster (Crassostrea gigas) …

DNA methylation is an important epigenetic mechanism that could be responsive to
environmental changes indicating a potential role in natural selection and adaption. In order …

Epigenetic variation can provide insights into ecological and evolutionary processes of
eukaryote well-being, and can also be useful information for the conservation and …

Chromosomal incompatibility and gene expression changes would affect the development
of polyploid gonad and gamete formation. The role of epigenetics like DNA methylation in …

Partial or complete sterility is an obvious feature in triploid Pacific oyster (Crassostrea gigas)
which contributes to improving rearing performances. Despite the significance of sterility, the …

DNA methylation involved in sex determination mechanism by regulating gene expression
related to sex determination networks are common in vertebrates. However, the mechanism …

Pacific oyster Crassostrea gigas is one of the most important global aquaculture bivalve
species, and its growth traits have been improved by heterosis in the progeny produced by …

DNA methylation is instrumental in vertebrate sex reversal. However, the mechanism of DNA
methylation regulation regarding sex reversal in invertebrates is unclear. In this study, we …

DNA methylation has frequently been implicated in sex determination and differentiation in
teleost species. In order to detect the DNA methylation patterns established during sexual …