mouse embryonic stem cells

Using stem cells and a bioreactor, researchers generated living embryos that survived for more than a week and began to develop internal organs.

The identification of the transcription factors that elicit oocyte growth will aid reproductive biology research and might help women with fertility issues, scientists say.  

Extended pluripotent stem cells from mice can self-organize to form blastocyst-like structures called blastoids that enable a closer look at early mammalian development.

The bipaternal pups died soon after birth, but mice with two mothers grew into fertile adults.

The embryo, grown in a dish from several types of stem cells, went through gastrulation, a significant stage in development.

Researchers report growing a mouse embryo using two types of early stem cells.

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For the first time, scientists generate functional mouse eggs from stem cells in culture.

Human embryonic stem cells and induced pluripotent stem cells participated normally in early mouse embryo development in a recent study.

Some genetically engineered mice harbor unwanted mutations that hitchhike alongside desired modifications, affecting experimental outcomes.

Researchers isolate an easy-to-manipulate, stable, and spatially distinct pluripotent cell type.  

Through cellular reprogramming, researchers have produced a novel pluripotent mouse stem cell in vitro.

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Researchers identify a network of a dozen transcription factors needed to maintain the pluripotent state of mouse embryonic stem cells.