A Weissman Lab team combined heritable DNA barcodes with gene expression and spatial data to reconstruct the family trees of ...

A mouse embryo has now been made to write its own family tree. A recording device called the DNA Typewriter, built in Jay Shendure’s laboratory at the University of Washington, kept a running log of ...

A mouse study links oxidative damage in IVF embryos to increased HP1α, which silences MERVL and causes developmental arrest ...

Scientists reconstructed a family tree of 1.28 million cells in a mouse embryo, revealing how cells develop into different ...

Researchers identified RNA-associated amyloid fibrils in human seminal fluid and demonstrated that synthetic PAP fibrils ...

Researchers generated mouse embryo models entirely from chemically induced totipotent-like stem cells that self-organized through gastrulation, blood formation and beating cardiac tissue resembling ...

A team from the Institute for Neurosciences (IN), a joint center of the Spanish National Research Council (CSIC) and Miguel ...

A molecular recorder traces 1.28 million cells in one mouse embryo, revealing developmental patterns while covering about 10% of its cells.

A molecular tracking technology called DNA Typewriter can record the cellular lineage of a mouse embryo, from a single cell to over a million.

Tohoku University researchers found sex-dependent differences in gene expression in mouse embryos conceived by older males.

For decades, scientists have been able to look at individual moments in the development of an embryo: a snapshot of a developing brain, a picture of ...

For decades, scientists have been able to look at individual moments in the development of an embryo: a snapshot of a developing brain, a picture of how the heart takes shape or a glimpse of cells ...