Cells extracted from a frog embryo can be sculpted to create new shapes and carry out unique functions in a structure that’s not-quite-organism and not-quite-machine, researchers report today (January ...

The cytoplasm of ruptured Xenopus frog ... the Xenopus egg cytoplasm has the intrinsic ability to generate the basic spatial organization of the cell and even has some of its functions.

The cytoplasm of ruptured Xenopus frog eggs ... to in a real egg.” All of these findings suggest that the Xenopus egg cytoplasm has the intrinsic ability to generate the basic spatial organization of ...

The video itself is just 23 seconds long, but captures roughly 33 hours of cell division in a fertilized common frog egg. As each distinct ... video into an oblong shape with the beginnings ...

Cheng said that he placed the extract on slides and imaged them, and observed that it generated compartments that looked like a sheet of cells. "If you take the cytoplasm of the frog egg -- note that ...

On the one hand, smallish had great influence on the shape of the cells, but mutant flies where still able to live without it. How could this be? Gene products are stored in the egg cells Irina ...

Levin’s team argued that these entities, which it dubbed xenobots because they were made from skin and heart muscle cells of the African clawed frog Xenopus ... have distinct shapes and modes ...

The molecule is based on one from the egg cells of a frog A synthetic molecule based on one found in frog egg cells could potentially be used to treat brain tumours. Amphinase is a version of a ...

This is a real footage of frog egg cells dividing in such unprecedented detail. The time-lapse was recorded in a lab over a 33-hour period. 36,336 people played the daily Crossword recently.

On the one hand, smallish had great influence on the shape of the cells, but mutant flies where still able to live without it. How could this be? Gene products are stored in the egg cells Irina ...