Early mouse embryo development: could epigenetics influence cell fate determination?
Amandine Henckel, Szabolcs Tóth, Philippe Arnaúd
Abstract
Amandine Henckel, Szabolcs Tóth, Philippe Arnaúd
Abstract
It is generally assumed that the developmental program of embryogenesis relies on epigenetic mechanisms. However, a mechanistic link between epigenetic marks and cell fate decisions had not been established so far. In a recent article, Torres-Padilla and colleagues show that epigenetic information and, more precisely, histone arginine methylation mediated by CARM1 could contribute to cell fate decisions in the mouse 4-cell-stage embryo. It provides the first indications that global epigenetic information influences allocation of pluripotent cells toward the first cell lineages.
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It is generally assumed that the developmental program of embryogenesis relies on epigenetic mechanisms. However, a mechanistic link between epigenetic marks and cell fate decisions had not been established so far. In a recent article, Torres-Padilla and colleagues show that epigenetic information and, more precisely, histone arginine methylation mediated by CARM1 could contribute to cell fate decisions in the mouse 4-cell-stage embryo. It provides the first indications that global epigenetic information influences allocation of pluripotent cells toward the first cell lineages.
Key concepts: Epigenetics, Cell fate determination, Biology, Embryo, Epigenetic regulation of neurogenesis, Histone, Epigenesis, Genetics