AbstractDNA methylation patterns are dynamic in cleavage-stage embryos of a number of mammalian species. A failure to properly recapitulate preimplantation DNA methylation patterns in embryos derived by nuclear transfer may contribute to the low efficiency of nuclear transfer in producing live offspring
Incomplete epigenetic reprogramming is postulated to contribute to the low developmental success fol...
International audienceThe fact that the nucleus of a differentiated somatic cell can be reprogrammed...
Enucleated oocytes have the distinctive ability to reprogram somatic nuclei back to totipotency. Her...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Somatic Cell Nuclear Transfer (SCNT), commonly known as cloning, is the transfer of a somatic nucleu...
<div><p>Incomplete epigenetic reprogramming is postulated to contribute to the low developmental suc...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Incomplete epigenetic reprogramming is postulated to contribute to the low developmental success fol...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
To gain a better understanding of global methylation differ-ences associated with development of nuc...
DNA methylation is a carrier of important regulatory information that undergoes global reprogramming...
AbstractDynamic epigenetic modification of the genome occurs during early development of the mouse. ...
Although cloning by somatic cell nuclear transfer （NT） has achieved in various mammalian species, it...
Incomplete epigenetic reprogramming is postulated to contribute to the low developmental success fol...
International audienceThe fact that the nucleus of a differentiated somatic cell can be reprogrammed...
Enucleated oocytes have the distinctive ability to reprogram somatic nuclei back to totipotency. Her...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Somatic Cell Nuclear Transfer (SCNT), commonly known as cloning, is the transfer of a somatic nucleu...
<div><p>Incomplete epigenetic reprogramming is postulated to contribute to the low developmental suc...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Incomplete epigenetic reprogramming is postulated to contribute to the low developmental success fol...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
To gain a better understanding of global methylation differ-ences associated with development of nuc...
DNA methylation is a carrier of important regulatory information that undergoes global reprogramming...
AbstractDynamic epigenetic modification of the genome occurs during early development of the mouse. ...
Although cloning by somatic cell nuclear transfer （NT） has achieved in various mammalian species, it...
Incomplete epigenetic reprogramming is postulated to contribute to the low developmental success fol...
International audienceThe fact that the nucleus of a differentiated somatic cell can be reprogrammed...
Enucleated oocytes have the distinctive ability to reprogram somatic nuclei back to totipotency. Her...
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