Scientists believe they have made a potential breakthrough in the treatment of serious disease by creating a human embryo with three separate parents.
The Newcastle University team believe the technique could help to eradicate a whole class of hereditary diseases, including some forms of epilepsy.
The embryos have been created using DNA from a man and two women in lab tests.
It could ensure women with genetic defects do not pass the diseases on to their children.
The technique is intended to help women with diseases of the mitochondria - mini organelles that are found within individual cells.
The Newcastle team have effectively given the embryos a mitochondria transplant.
They experimented on 10 severely abnormal embryos left over from traditional fertility treatment.
Within hours of their creation, the nucleus, containing DNA from the mother and father, was removed from the embryo, and implanted into a donor egg whose DNA had been largely removed.
The only genetic information remaining from the donor egg was the tiny bit that controls production of mitochondria - around 16,000 of the 3billion component parts that make up the human genome.
The embryos then began to develop normally, but were destroyed within six days.
Link
The Newcastle University team believe the technique could help to eradicate a whole class of hereditary diseases, including some forms of epilepsy.
The embryos have been created using DNA from a man and two women in lab tests.
It could ensure women with genetic defects do not pass the diseases on to their children.
The technique is intended to help women with diseases of the mitochondria - mini organelles that are found within individual cells.
The Newcastle team have effectively given the embryos a mitochondria transplant.
They experimented on 10 severely abnormal embryos left over from traditional fertility treatment.
Within hours of their creation, the nucleus, containing DNA from the mother and father, was removed from the embryo, and implanted into a donor egg whose DNA had been largely removed.
The only genetic information remaining from the donor egg was the tiny bit that controls production of mitochondria - around 16,000 of the 3billion component parts that make up the human genome.
The embryos then began to develop normally, but were destroyed within six days.
Link
Last edited: