Journal ArticleWe corrected a defective gene residing in the chromosome of a mammalian cell by injecting into the nucleus copies of the same gene carrying a different mutation. We determined how the number, the arrangement, and the chromosomal position of the integrated gene, as well as the number of injected molecules influence the gene-targeting frequency
The major impact of the human genome sequence is the understanding of disease etiology with deduced ...
Gene targeting is the in situ manipulation of the sequence of an endogenous gene by the introduction...
The use of primary somatic cells in nuclear transfer procedure has opened a new opportunity to manip...
Journal ArticleMutations were targeted to the Hprt locus in murine embryonic stem cells by using seq...
Journal ArticleMutations were targeted to the Hprt locus of mouse embryo-derived stem cells by using...
Journal ArticleDescribes several significant contributions that bring us much closer to extending ‘‘...
Journal ArticleWe examined the fate of DNA microinjected into nuclei of cultured mammalian cells. Th...
Journal ArticleOur entry into what was going to become the field of gene targeting began in 1977. I ...
Journal ArticleWe mutated, by gene targeting, the endogenous hypoxanthine phosphorlbosyl transferas...
Gene targeting has been used to direct mutations into specific chromosomal loci in murine embryonic ...
Journal ArticleWe have examined the effect of cell cycle position on homologous recombination betwee...
To better understand the mechanism of homologous recombination in mammalian cells that facilitates g...
Journal ArticleWe have examined the mechanism of homologous recombination between plasmid molecules ...
Homologous recombination has been used to introduce site-specific mutations into murine embryonic st...
Journal ArticleGene targeting was used to introduce nonselectable genetic changes into chromosomal l...
The major impact of the human genome sequence is the understanding of disease etiology with deduced ...
Gene targeting is the in situ manipulation of the sequence of an endogenous gene by the introduction...
The use of primary somatic cells in nuclear transfer procedure has opened a new opportunity to manip...
Journal ArticleMutations were targeted to the Hprt locus in murine embryonic stem cells by using seq...
Journal ArticleMutations were targeted to the Hprt locus of mouse embryo-derived stem cells by using...
Journal ArticleDescribes several significant contributions that bring us much closer to extending ‘‘...
Journal ArticleWe examined the fate of DNA microinjected into nuclei of cultured mammalian cells. Th...
Journal ArticleOur entry into what was going to become the field of gene targeting began in 1977. I ...
Journal ArticleWe mutated, by gene targeting, the endogenous hypoxanthine phosphorlbosyl transferas...
Gene targeting has been used to direct mutations into specific chromosomal loci in murine embryonic ...
Journal ArticleWe have examined the effect of cell cycle position on homologous recombination betwee...
To better understand the mechanism of homologous recombination in mammalian cells that facilitates g...
Journal ArticleWe have examined the mechanism of homologous recombination between plasmid molecules ...
Homologous recombination has been used to introduce site-specific mutations into murine embryonic st...
Journal ArticleGene targeting was used to introduce nonselectable genetic changes into chromosomal l...
The major impact of the human genome sequence is the understanding of disease etiology with deduced ...
Gene targeting is the in situ manipulation of the sequence of an endogenous gene by the introduction...
The use of primary somatic cells in nuclear transfer procedure has opened a new opportunity to manip...