People with a severe form of schizophrenia have major differences in their brain networks compared to others with schizophrenia, bipolar disorder and healthy individuals, a new study from the Centre … Continue Reading Neuroimaging study begins to map alterations in human brain connections for severe schizophrenia.
Antibodies defend the body against bacterial, viral, and other invaders. But sometimes the body makes antibodies that attack healthy cells. In these cases, autoimmune disorders develop. Immune abnormalities in patients … Continue Reading Study identifies psychosis as a quantifiable neurological autoimmune disease.
The thickness of cortical brain tissue progressively reduces as individuals develop psychosis, according to researchers of a large, multi-site study of young adults at clinical high risk. Onset of psychosis … Continue Reading Large-scale neuroimaging study links gray matter loss to psychosis development.
A study led by University of North Carolina researchers represents an important step forward in the accurate diagnosis of people who are experiencing the earliest stages of psychosis. Psychosis includes … Continue Reading Blood test may help determine who is at risk for psychosis.
Researchers at University of California have identified a control mechanism for an area of the brain that processes sensory and emotive information that humans experience as ‘disappointment.’ The discovery of … Continue Reading Scientists discover ‘dimmer switch’ for mood disorders.
A team from Brigham Young University have devised experiments using MRI technology that help them distinguish pure imagination from related processes like remembering. The team wanted to investigate how memory … Continue Reading Neuroscientists watch imagination happening in the brain.
Researchers have long suspected that major mental disorders are genetically-rooted diseases of synapses, the connections between neurons. Now, investigators from Johns Hopkins University have demonstrated in patients’ cells how a … Continue Reading Suspect gene corrupts neural connections.