More than 90 percent of enucleated one-cell mouse embryos receiving pronuclei from other one-cell embryos successfully develop to the blastocyst stage in vitro. In this investigation, nuclei from successive preimplantation cleavage stages were introduced into enucleated one-cell embryos and the embryos were tested for development in vitro. Although two-cell nuclei supported development to the morula or blastocyst stage, four-cell, eight-cell, and inner cell mass cell nuclei did not. The inability of cell nuclei from these stages to support development reflects rapid loss of totipotency of the transferred nucleus and is not the result of simultaneous transfer of membrane or cytoplasm
Summary. The in-vitro culture of fertilized 1-cell mouse embryos to the blastocyst stage is associat...
As an outgrowth of in-vitro fertilization and embryo transfer, detection of genetic and metabolic de...
Successful cloning by nuclear transfer has been reported with somatic or embryonic stem (ES) cell nu...
More than 90 percent of enucleated one-cell mouse embryos receiving pronuclei from other one-cell em...
Enucleated zygotes were compared with enucleated two-cell embryos as recipients for donor nuclei fro...
The present study was conducted to examine the development of nuclear transplant embryos produced by...
The ability of foreign nuclei to support development in nuclear transplantation manipulations has pr...
The present study was conducted to investigate the influence of cell cycle stage of the donor nucleu...
Cloning technology would allow targeted genetic alterations in the rat, a species which is yet unacc...
Mammalian somatic cell cloning requires factors specific to the oocyte for reprogramming to succeed....
Diploid parthenogenetically activated oocytes were obtained after gonadotropin-induced ovulation of ...
Nuclear transplantation in the mouse embryo was achieved by using a method that combines microsurgic...
The developmental ability of enucleated mouse eggs that had received embryonic stem cells was examin...
SummaryIt is well known that oocytes can reprogram differentiated cells, allowing animal cloning by ...
Cloning technology would allow targeted genetic alterations in the rat, a species which is yet unacc...
Summary. The in-vitro culture of fertilized 1-cell mouse embryos to the blastocyst stage is associat...
As an outgrowth of in-vitro fertilization and embryo transfer, detection of genetic and metabolic de...
Successful cloning by nuclear transfer has been reported with somatic or embryonic stem (ES) cell nu...
More than 90 percent of enucleated one-cell mouse embryos receiving pronuclei from other one-cell em...
Enucleated zygotes were compared with enucleated two-cell embryos as recipients for donor nuclei fro...
The present study was conducted to examine the development of nuclear transplant embryos produced by...
The ability of foreign nuclei to support development in nuclear transplantation manipulations has pr...
The present study was conducted to investigate the influence of cell cycle stage of the donor nucleu...
Cloning technology would allow targeted genetic alterations in the rat, a species which is yet unacc...
Mammalian somatic cell cloning requires factors specific to the oocyte for reprogramming to succeed....
Diploid parthenogenetically activated oocytes were obtained after gonadotropin-induced ovulation of ...
Nuclear transplantation in the mouse embryo was achieved by using a method that combines microsurgic...
The developmental ability of enucleated mouse eggs that had received embryonic stem cells was examin...
SummaryIt is well known that oocytes can reprogram differentiated cells, allowing animal cloning by ...
Cloning technology would allow targeted genetic alterations in the rat, a species which is yet unacc...
Summary. The in-vitro culture of fertilized 1-cell mouse embryos to the blastocyst stage is associat...
As an outgrowth of in-vitro fertilization and embryo transfer, detection of genetic and metabolic de...
Successful cloning by nuclear transfer has been reported with somatic or embryonic stem (ES) cell nu...