Researchers report they have successfully developed 'mini-brains' made up of the many neurons and cells in the human brain. The mini brains could allow for better research and reduce the need for animal testing.
Researchers have identified four new genes that act independently as risk factors for multiple sclerosis.
Researchers establish SCN3A genetic mutations cause infantile epileptic encephalopathy.
Despite growing evidence linking genetics to some criminal behavior, researchers report using genetic evidence is a court room is likely not to be an effective tool in persuading juries that a defendant is less culpable for their actions.
Decreasing the amount of Reelin significantly protected against disease symptoms and promoted recovery in symptomatic animal models of multiple sclerosis. Reelin levels appear to correlate with MS severity and stages. Researchers report lowering levels of the protein could be a potential avenue of treatment for the autoimmune disorder.
The severity of Charcot-Marie-Tooth disease is linked to the degree to which the aminoacyl-tRNA synthetases enzyme is relaxed or extended.
By inhibiting a particular receptor microglia use to survive, researchers reduced neuroinflammation and prompted recovery following traumatic brain injury in mouse models.
A new study in Scientific Reports finds evidence from MRI scans suggests Neanderthal derived genetic variations affect how the brains of modern humans work. Findings may shed light on specific deficits seen in ASD and schizophrenia, researchers believe.
SCOUT is a newly developed pipeline for clearing, labeling, 3D imaging, and analyzing cerebral organoids.
Researchers have identified a new type of stem cell which may aid neural repair following injury or disease.
A new study challenges existing theories about how benzodiazepines, such as valium, work to calm nerves. Researchers report a 'sticky' gene called Shisa7 plays a critical role in the regulation of inhibitory neural circuits, and the sedative effects benzodiazepines have on circuit activity.
Genetically preventing apoptosis during brain growth allows 'zombie' cells to develop into functioning neurons.
