Finally, 10 years on, the trilogy is complete. Patrick Tam and Janet Rossant, two of the most respected mouse developmental biologists, have produced an exceptional book. Right from the outset, it ...
The Niswander lab investigates mouse models of embryonic development to provide insights into fundamental developmental processes, major human birth defects and potential clinical therapies. Her ...
Unlike organoids, which model parts of single organs, the duo coaxed aggregates of mouse embryonic stem cells to carry out fundamental processes of development to become embryo-like entities, or ...
A person’s lifetime risk of cancer might be partly established before they are even born, a new mouse study says.Resear ...
Clumps of embryonic stem cells given one brief molecular stimulation start arranging themselves in a way that resembles a mouse embryo, down to the timing of when the cells switch on particular ...
A RIKEN-developed mouse model of an enigmatic lung disease promises to unlock new biological insights and catalyze the ...
In turn, researchers generated stem cells, which were then injected into a developing embryo. The result? A living, breathing mouse ... influenced the animal’s development.
Three-dimensional visualization of nerves (green) and blood vessels (magenta) in a mouse embryo. Developmental biologist Kat Hadjantonakis works to gain insights into the critical events that direct ...
The mammalian OGT gene is located on the X chromosome, and it is known to be essential for early development ... essential role of O-GlcNAc in the mouse embryo, PLOS Genetics (2025).