No matter how anyone wants to interpret it, this "second generation" technology embryonic stem cell would have the same genetic material and the same capabilities as the "first generation" technology embryonic stem cell. The cells are created by going backwards, introducing a handful of gene to reprogram the DNA of an adult cell, so that the cell reverts back to the state of a newly fertilized egg.
No matter how anyone wants to interpret it, this "second generation" technology embryonic stem cell would have the same genetic material and the same capabilities as the "first generation" technology embryonic stem cell. The cells are created by going backwards, introducing a handful of gene to reprogram the DNA of an adult cell, so that the cell reverts back to the state of a newly ferti
No matter how anyone wants to interpret it, this "second generation" technology embryonic stem cell would have the same genetic material and the same capabilities as the "first generation" technology embryonic stem cell. The cells are created by going backwards, introducing a handful of gene to reprogram the DNA of an adult cell, so that the cell reverts back to the state of a newly fertilized egg.
he "first generation" technology embryonic stem cell. The cells are created by going backwards, introducing a handful of gene to reprogram the DNA of an adult cell, so that the cell reverts back to the state of a newly fertilized egg.