Latest Neuroglia Stories
Frontier researchers receive grants to further advance early-stage research in the field of neuronal maturation SEATTLE, April 30, 2015 /PRNewswire-USNewswire/ -- The Paul G.
Epilepsy is a very prevalent neurological disorder. Approximately one-third of patients are resistant to currently available therapies. A team of researchers under the guidance of the Institute of Cellular Neurosciences at the University of Bonn has discovered a new cause to explain the development of temporal lobe epilepsy: At an early stage, astrocytes are uncoupled from each other.
Scientists from the University of Rochester Medical Center in New York have implaneted human brain cells to create a part-human “supermouse.” The modified mouse is said to be four times as smart as a normal mouse.
Two different teams of researchers have discovered ways to create the neurons that detect pain, itch and other sensations in laboratory conditions out of human and mouse skin cells.
In the complex environment of a spinal cord injury, researchers have found that immune cells in the central nervous system of elderly mice fail to activate an important signaling pathway, dramatically lowering chances for repair after injury.
Two years ago, a new type of stem cell was discovered in the brain that has the capacity to form new cells.
Fresh insights into the processes that control brain cell production could pave the way for treatments for brain cancer and other brain-related disorders.
Chronic stress generates long-term changes in the brain, according to a new study from the University of California, Berkeley. These changes may explain why people suffering from chronic stress are prone to mental problems such as anxiety and mood disorders.
A new study shows that, when properly manipulated, a population of support cells found in the brain called astrocytes could provide a new and promising approach to treat Parkinson's disease.
Formation and Orientation The development of the brain is broken down into stages. The basic evolution begins in the third week of the embryonic process where the neural plate is formed. By week four, the neural plate has developed into the neural tube. The anterior part of the tube, the telencephalon, grows rapidly as it prepares to later give way to the brain. As time goes on, cells begin to classify themselves as either neurons or glial cells, thus determining their functions. Glial...
- Emitting flashes of light; glittering.