Diffusion component mapping of a robust single-cell RNA sequencing dataset helps to better understand the ... Diffusion component mapping was again conducted on a subset of the data that pooled neural ...

At the 8-cell stage of mouse embryo development, the coordination between DNA unwinding and replication appears to improve. © ...

In a groundbreaking experiment, researchers have brought a mouse to life with the help of a single-celled organism that ...

As the cells correspond to individual patients ... Of course, before we can determine whether single or cross-species cybrid embryos and ESCs are useful, a considerable amount of research must ...

A stem-cell derived human embryo model showing blue cells (embryo), yellow cells (yolk sac) and pink cells (placenta). Scientists have grown an entity that closely resembles an early human embryo ...

In fact, there were only single-celled organisms that could move around through the waters of the oceans. Needless to say, ...

Each one of us starts off as a single cell when an egg and a ... The cells on the inside layer of this very early embryo can make all of the cell types needed in your body. They're called stem ...

Around 700 million years ago, the animal kingdom began to branch off from single-celled ... generated stem cells to help form a living, breathing mouse from a developing embryo, according to ...

Most importantly, zebrafish are the fastest developing vertebrate model system, going from a one-cell embryo to an embryo with a functioning nervous system in less than 24 hours. Additionally, ...

Can a single protein-encoding gene determine ... (PAPC), which is excluded when dividing cells migrate and form the notochord in the embryo. The findings were published in Scientific Reports.

Activator of G-protein signaling C-terminus serves as a variable element to induce asymmetric cell division, facilitating developmental diversity among species.