Researchers unravel some key features of Zika virus on the developing brain.
Researchers report they have identified potential treatments that could restore brain function in people on the autism spectrum who lack a gene critical for neural connections.
Transposable elements team up with evolutionary recent neurons to influence differentiation and physiological function of neurons in brain development.
Axon regeneration and dramatic improvements in functional recovery occurred when lactate was applied to damaged neural tissue. Treatment with lactate also significantly improved locomotion and restored some walking capability in mouse models of SCI.
Researchers have devised a new way to map the transcriptome. In the process, they have revealed important variations in protein synthesis. The approach could have implications for furthering understanding of neurodegenerative diseases.
Researchers report that following a stroke, the production of new neurons in the hippocampus fail to develop correctly. However, intervening in the production of these neurons could help mitigate memory problems experienced by those who suffer a stroke.
Scientists have discovered that significantly more neurons are generated in the brains of older animals if the signaling molecule Dickkopf-1 is turned off. The results give rise to the question whether the function of Dickkopf-1 may be turned off using drugs to prevent age related cognitive decline.
A new study reveals gene therapy in combination with neurosurgery can help to improve the rate of survival and promote regeneration of nerve fibers.
Blocking VCAM1 increased neurogenesis, and reduced microglia reactivity in the hippocampus of older mice.
A new study from Cardiff University researchers reveals the human brain may require fewer initial cells to grown compared to mice and monkeys.
Researchers report results of experiments designed to assess the impacts of social stress upon adolescent mice, both at the time they are experienced and during adulthood.
Chemically activating neurons and placing mice in stimulating environments reverses alterations and restores some neural connectivity in frontotemporal dementia. If translated into humans, the findings could help develop new treatments for fighting the effects of dementia in the elderly.
