ABSTRACT Human therapeutic cloning requires the reprogramming of a somatic cell by nuclear transfer to generate autologous totipotent stem cells. We have parthenogenetically activated 22 human eggs and also performed nuclear transfer in 17 metaphase II eggs. Cleavage beyond the eight-cell stage was obtained in the parthenogenetic-activated eggs, and blastocoele cavities were observed in six. Three somatic cell-derived embryos developed beyond the pronuclear stage up to the six-cell stage. The ability to create autologous embryos represents the first step towards generating immune-compatible stem cells that could be used to overcome the problem of immune rejection in regenerative medicine
© Mary Ann LiebertNuclear reprogramming by somatic cell nuclear transfer (SCNT) provides a practical...
Cloning animals by nuclear transfer (NT) has been successful in several mammalian species. In additi...
Somatic cell nuclear transfer offers an alternative approach to the use of exogenous transcription f...
Human therapeutic cloning requires the reprogramming of a somatic cell by nuclear trans-fer to gener...
SummaryReprogramming somatic cells into pluripotent embryonic stem cells (ESCs) by somatic cell nucl...
Abstract In the course of normal development, cells rarely are able to revert from a differentiated ...
Therapeutic cloning has tremendous potential for cell therapy and tissue repair in some diseases. Ho...
It has long been discovered that human pluripotent cells could be isolated from the blastocyst state...
Clonning studies performed in order to produce genetically idenbtical living beings are seperated in...
Human therapeutic cloning is a recently emerged application of somatic cell nuclear transfer (SCNT),...
Cloning methods in mice are now well described and are becoming routine. However, the frequency at w...
550-558Parthenogenesis and Somatic cell nuclear transfer (SCNT) techniques, offer a unique approach ...
Even after several years since the discovery of human embryonic stem cells and induced pluripotent s...
During the natural event of fertilization highly differentiated spermatozoa may revert to the totipo...
Parthenogenetic activation of human oocytes obtained from infertility treatments has gained new inte...
© Mary Ann LiebertNuclear reprogramming by somatic cell nuclear transfer (SCNT) provides a practical...
Cloning animals by nuclear transfer (NT) has been successful in several mammalian species. In additi...
Somatic cell nuclear transfer offers an alternative approach to the use of exogenous transcription f...
Human therapeutic cloning requires the reprogramming of a somatic cell by nuclear trans-fer to gener...
SummaryReprogramming somatic cells into pluripotent embryonic stem cells (ESCs) by somatic cell nucl...
Abstract In the course of normal development, cells rarely are able to revert from a differentiated ...
Therapeutic cloning has tremendous potential for cell therapy and tissue repair in some diseases. Ho...
It has long been discovered that human pluripotent cells could be isolated from the blastocyst state...
Clonning studies performed in order to produce genetically idenbtical living beings are seperated in...
Human therapeutic cloning is a recently emerged application of somatic cell nuclear transfer (SCNT),...
Cloning methods in mice are now well described and are becoming routine. However, the frequency at w...
550-558Parthenogenesis and Somatic cell nuclear transfer (SCNT) techniques, offer a unique approach ...
Even after several years since the discovery of human embryonic stem cells and induced pluripotent s...
During the natural event of fertilization highly differentiated spermatozoa may revert to the totipo...
Parthenogenetic activation of human oocytes obtained from infertility treatments has gained new inte...
© Mary Ann LiebertNuclear reprogramming by somatic cell nuclear transfer (SCNT) provides a practical...
Cloning animals by nuclear transfer (NT) has been successful in several mammalian species. In additi...
Somatic cell nuclear transfer offers an alternative approach to the use of exogenous transcription f...