Nanotube bridge networks grow between the most abundant photosynthetic bacteria in the oceans, suggesting that the world is ...

There could be new hope for people afflicted with the skin-discoloring disease, vitiligo. A new treatment reportedly works ...

Mathematical models further showed that this results in a ribosome versus ATP tug-of-war over a limited supply of magnesium in the cell. Studying a ribosome variant within Bacillus subtilis called ...

The team tested their device on Bacillus subtilis bacteria and human heart cells, showcasing its versatility. When the environment of the bacteria became more basic, their movement slowed—a ...

A sugar produced by soil bacteria may be able to stop the loss of skin pigment caused by vitiligo.  | A sugar produced by ...