New research shows it’s possible to edit the DNA of human embryos with more precision. But scientists warn it’s still not ...

June studies on NANOG and disease genes highlight potential of base editing and force new discussion on limits of heritable embryo gene editing ...

Human embryo models can help researchers study early human development and infertility without relying solely on human ...

Human embryo models can help researchers study early human development and infertility without relying solely on human ...

Two separate research teams used base editing to make single-nucleotide changes in human embryos this month, targeting genes ...

Researchers led by developmental biologist Kathy Niakan at the University of Cambridge have used base editing in human embryos to learn more about human embryonic development. By deactivating a gene ...

The first moments of life are a delicate yet busy time, when one cell becomes two, then four, and a flurry of genetic cues starts orchestrating their growth. Within this process, a gene called NANOG ...

, June 16 -- Chinese scientists have identified a major cause behind the early developmental failure of human embryos, a breakthrough that could improve the success rate of in vitro fertilization (IVF ...

Research led by the University of Cambridge Loke Center for Trophoblast Research has shown that a genome-editing technique can be used to alter a single gene in human embryonic cells, enabling the ...

Scientists have gotten an unprecedented look at how the human embryo implants in a uterus. They did this by creating very primitive, womb-like environments in the lab. "This is really important work ...

Stem cells are precursors of a variety of different cells: They can turn into anything from blood to bone to muscle. Human blood stem cells, known as hematopoietic stem cells, are the forerunners of ...