The low efficiency observed in cloning by nuclear transfer is related to an aberrant gene expression following errors in epigenetic reprogramming. Recent studies have focused on further understanding of the modifications that take place in the chromatin of embryos during the preimplantation period, through the use of chromatin modifying agents. The goal of these studies is to identify the factors involved in nuclear reprogramming and to adjust in vitro manipulations in order to better mimic in vivo conditions. Therefore, proper knowledge of epigenetic reprogramming is necessary to prevent possible epigenetic errors and to improve efficiency and the use of in vitro fertilization and cloning technologies in cattle and other species
Cloning cattle using somatic cell nuclear transfer (SCNT) is an inefficient process, with approximat...
To gain a better understanding of global methylation differ-ences associated with development of nuc...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
The low efficiency observed in cloning by nuclear transfer is related to an aberrant gene expression...
Copyright © 2011 Fabio Morato Monteiro et al. This is an open access article distributed under the C...
Somatic Cell Nuclear Transfer (SCNT), commonly known as cloning, is the transfer of a somatic nucleu...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
Although somatic cell nuclear transfer (SCNT) is a promising tool, its potential use is hampered by ...
Background: Successful reprogramming of a somatic genome to produce a healthy clone by somatic cells...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Background Successful reprogramming of a somatic genome to produce a healthy clone by somatic cells ...
Reprogramming the differentiated cell to totipotency can be achieved following the introduction of i...
Development to blastocyst following nuclear transfer (NT) is dependent on the donor cell\u27s abilit...
AbstractDNA methylation patterns are dynamic in cleavage-stage embryos of a number of mammalian spec...
Cloning cattle using somatic cell nuclear transfer (SCNT) is an inefficient process, with approximat...
To gain a better understanding of global methylation differ-ences associated with development of nuc...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...
The low efficiency observed in cloning by nuclear transfer is related to an aberrant gene expression...
Copyright © 2011 Fabio Morato Monteiro et al. This is an open access article distributed under the C...
Somatic Cell Nuclear Transfer (SCNT), commonly known as cloning, is the transfer of a somatic nucleu...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
Although somatic cell nuclear transfer (SCNT) is a promising tool, its potential use is hampered by ...
Background: Successful reprogramming of a somatic genome to produce a healthy clone by somatic cells...
Evidence indicates that failure of nuclear transfer (NT) embryos to develop normally can be attribut...
AbstractDuring differentiation, somatic nuclei acquire highly specialized DNA and chromatin modifica...
Background Successful reprogramming of a somatic genome to produce a healthy clone by somatic cells ...
Reprogramming the differentiated cell to totipotency can be achieved following the introduction of i...
Development to blastocyst following nuclear transfer (NT) is dependent on the donor cell\u27s abilit...
AbstractDNA methylation patterns are dynamic in cleavage-stage embryos of a number of mammalian spec...
Cloning cattle using somatic cell nuclear transfer (SCNT) is an inefficient process, with approximat...
To gain a better understanding of global methylation differ-ences associated with development of nuc...
AbstractFull-term development has now been achieved in several mammalian species by transfer of soma...