A new study provides the first detailed description of development in the sea star Asterias forbesi and shows that the ...

A new study traced the forebrain and hindbrain to separate evolutionary lineages, then researchers used that discovery to ...

A study in laboratory mice identified two distinct cell populations that form different parts of the nervous system, ...

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 ...

New research suggests the human brain develops from two distinct cell populations. These groups follow separate paths from ...

TIANJIN -- Chinese researchers have uncovered the cellular origin, differentiation pathways and species-specific features of human primitive hematopoiesis, filling a theoretical gap in understanding ...

Chinese scientists have successfully developed an embryonic disc-like gastrulation model known as Disc-Gastruloid, unlocking a long-standing "black box" of early human embryonic development and organ ...

Time-lapse footage reveals cardiac cells in a mouse embryo begin to organise themselves during early development The moment a heart begins to form has been captured in extraordinary time-lapse images ...

Researchers at UCL and the Francis Crick Institute have, for the first time, identified the origin of cardiac cells using 3D images of a heart forming in real-time, inside a living mouse embryo. For ...

The study, "Selective utilization of glucose metabolism guides mammalian gastrulation," published in Nature, identifies two distinct waves of glucose utilization during mouse gastrulation. The first ...

It’s one of life’s most defining moments—that crucial step in embryonic development, when an indistinct ball of cells rearranges itself into the orderly three-layered structure that sets the stage for ...