X chromosome reactivation in female mouse germ cells is essential for the transmission of one active X chromosome to the progeny. However, despite its key role in development, the mechanistic details and kinetics still remain elusive, as previous studies were restricted by a scarcity of cells in vivo and a lack of adequate in vitro systems. Here, I present the characterization of X-chromosome dynamics during germ cell formation, which was possible thanks to the development of a tailor-made in vitro system which allows the accurate profiling of X-chromosome activity. We recapitulate X-inactivation starting in epiblast-like cells (EpiLCs), progressing in primordial germ cell-like cells (PGCLCs), followed by X-reactivation in germ cells...
textabstractFemale mammalian cells silence one of their two X chromosomes, resulting in equal expres...
Female mammalian cells silence one of their two X chromosomes, resulting in equal expression levels ...
Dramatic epigenetic changes take place during mammalian differentiation from the naive pluripotent s...
X chromosome reactivation in female mouse germ cells is essential for the transmission of one active...
The mammalian germline is characterized by extensive epigenetic reprogramming during its development...
In female mammals, one of the X chromosomes is epigenetically inactivated through X chromosome Inact...
X chromosome inactivation (XCI), determined during development, remains stable after embryonic cell ...
AbstractPrior to entry into meiosis, XX germ cells in the fetal ovary undergo X chromosome reactivat...
The gene expression regulation during embryonic development early requires multiple and ordered epig...
Mammalian haploid cells have applications for genetic screening and substituting gametic genomes. He...
The mammalian blastocyst forms several days after one of the smallest cells - the sperm - fertilizes...
The inactive X chromosome characteristic of female somatic lineages is reactivated during developmen...
During early development of female mouse embryos, both X chromosomes are transiently active. X gene ...
SummaryDuring early development of female mouse embryos, both X chromosomes are transiently active. ...
SummaryIn placental mammals, balanced expression of X-linked genes is accomplished by X chromosome i...
textabstractFemale mammalian cells silence one of their two X chromosomes, resulting in equal expres...
Female mammalian cells silence one of their two X chromosomes, resulting in equal expression levels ...
Dramatic epigenetic changes take place during mammalian differentiation from the naive pluripotent s...
X chromosome reactivation in female mouse germ cells is essential for the transmission of one active...
The mammalian germline is characterized by extensive epigenetic reprogramming during its development...
In female mammals, one of the X chromosomes is epigenetically inactivated through X chromosome Inact...
X chromosome inactivation (XCI), determined during development, remains stable after embryonic cell ...
AbstractPrior to entry into meiosis, XX germ cells in the fetal ovary undergo X chromosome reactivat...
The gene expression regulation during embryonic development early requires multiple and ordered epig...
Mammalian haploid cells have applications for genetic screening and substituting gametic genomes. He...
The mammalian blastocyst forms several days after one of the smallest cells - the sperm - fertilizes...
The inactive X chromosome characteristic of female somatic lineages is reactivated during developmen...
During early development of female mouse embryos, both X chromosomes are transiently active. X gene ...
SummaryDuring early development of female mouse embryos, both X chromosomes are transiently active. ...
SummaryIn placental mammals, balanced expression of X-linked genes is accomplished by X chromosome i...
textabstractFemale mammalian cells silence one of their two X chromosomes, resulting in equal expres...
Female mammalian cells silence one of their two X chromosomes, resulting in equal expression levels ...
Dramatic epigenetic changes take place during mammalian differentiation from the naive pluripotent s...