Motor neurons carry activation signals to muscles and glands. Neurons are supported and fed by glial cells. “Glial” derives from the Greek word for “glue.” Vertebrates, animals with ...

Researchers at the Max Planck Institute (MPI) for Multidisciplinary Sciences have now shown that, in addition to neurons, special glial cells in the brain also produce amyloid beta. This finding ...

The functions of glial cells include helping to support and nourish nerve cells, or neurons. Several types of glial cells exist. Glial cells are the “glue” of the nervous system, engaging in ...

Half of the cells in the brain are neurons, the other half are glial cells. When scientists first discovered glia over a century ago, they thought that they simply held the neurons together. Their ...

Neurons may get all the glory, but they would be nothing without glial cells. While brain cells do the heavy lifting in the ...

which can self-renew and differentiate into specific brain cells like neurons and glial cells, holds great promise. However, the stem cells need to be delivered to the tissue in a medium that ...

A lot of research is now focused on the interaction of neurons, glial cells and other immune cells. There's a big change happening in neuroscience. Researchers are taking a closer look at cells ...

Neurons, which send messages and commands to the rest of the cells of the brain and body, letting us act, think, and plan, and glial cells which maintain our neurons and clean up after them.

Historically, attention paid to neurons has left glia overshadowed and overlooked — to our detriment. “In the last few years there has been growing appreciation that glial cells may contribute to many ...

Glial cells in the brain occupy almost as much volume as neurons; however, they were simply thought to fill the gaps between neurons. Recently, glial cells have been shown to be involved in the ...

The emerging picture of the brain, then, is less an aristocracy—with neurons looking down on their glial inferiors—than a democratic society of cells working together to produce thoughts.

and her team report that a single glial cell uses different molecules to communicate with different neurons. Careful clustering of these molecules ensures that the glial cell can conduct a ...