The chromatin-bound proteome of embryonic stem cells transitioning to 2C-like cells uncovers chromatin regulators involved in heterochromatin formation.

Embryo implantation and placentation play pivotal roles ... conditional knockout mice remain the main model for investigating placental development due to their shared classification as hemochorial ...

We also sought to determine whether the RLTR45-int deletion on chromosome 4 or 18 could affect postimplantation embryonic development. To this end, we generated mouse lines that lacked the RLTR45-int ...

Stem cell-derived embryo models offer insights into early development but suffer from variability. Here, authors used AI to classify and predict outcomes for generation of mouse stem cell-derived ...

Researchers at the University of Virginia have created the first comprehensive protein-level atlas of brain development, ...

DNA from ancient viruses that form a part of the human genome may be contributing in the early development of an embryo in ...

And now, scientists have shown that transposable elements also play crucial roles in the development of human embryos. The findings have been reported in Cell ... They used multiple mammalian species ...

A team of stem cell scientists have successfully used embryonic stem ... at some point during development due to these genes." Earlier attempts to make a bi-paternal mouse used ovarian organoids ...

A team of stem cell scientists have successfully used embryonic stem ... at some point during development due to these genes." Earlier attempts to make a bi-paternal mouse used ovarian organoids ...

A team of Chinese researchers has successfully raised a mouse (left) with two biological fathers ... “Even when constructing bi-maternal or bi-paternal embryos artificially, they fail to develop ...

It’s a new way to create “bi-paternal” mice that can survive to adulthood—but human applications are still a long way off.