- New insights into how variations in cognitive ability and personality traits can be measured. The new Functional connectivity MRI (fcMRI) technique can do this.
- Many disorders of the brain such as migraines, depression, bipolar disorder can now be detected easily through fcMRI.
- This brain scan- functional connectivity MRI (fcMRI) can help us understand how brain regions interact and detect fundamental differences in how individual brains are wired.
Functional connectivity MRI(fcMRI), a new technique of brain scan can help doctors gauge mental illnesses from neurological illnesses easily, finds a new study. The findings of this study are published in the Neuron journal.
There is no definitive laboratory test for migraines, depression, bipolar disorder and many other ailments so far. Currently, the doctors can now detect the diseases only by self-reported symptoms and behavior.
Functional connectivity MRI (fcMRI) can help understand brain interaction and fundamental differences in individual responses. As such, this technique can essentially be used to distinguish healthy people from people with brain diseases or psychological disorders and provide insight into variations in cognitive ability and personality traits.
The whole data collected by the Midnight Scan Club, a group of Washington University scientists were analyzed by Petersen, postdoctoral researcher, and first author Caterina Gratton. The participants were students of Washington University who took turns undergoing myriad scans in an MRI machine late at night as the usage fees for such highly busy machines is less around that time.
The data from more than 10 hours of the fcMRI scan on each of the nine people, collected in 10 separate one-hour sessions were analyzed. During the scan, each person had done some task related to vision, memory, reading or motor skills.
This scan showed a dynamic map of the outer surface of the brain, showing changing hot spots of activity over time and to create a functional connectivity map, one of the researchers divided the brain surface into 333 regions and identified areas that became active and inactive in unison. A brain network map was constructed for each individual, showing patterns of correlation between parts of the brain.
The good quantity of data helped the author analyze how much an individual's brain networks changed from day to day and with what mental tasks.
Not much came the answer.
"Brain networks captured by fcMRI are really about the individual," Gratton said. "Whether someone's watching a movie or thinking about her breakfast or moving her hands makes only a small difference. You can still identify that individual by her brain networks with a glance," she added.
The good consistency of these fcMRI scans can make them a good diagnostic tool.
The technique have been found to be powerful enough to distinguish people who were extraordinarily alike also.
"We need more data before we can know what is normal variation in the population at large," Gratton said. "But the individual differences were really easy to pick up, even in a population that is really very similar. It's exciting to think that these individual differences may be related to personality, cognitive ability, or psychiatric or neurological disease. Thanks to this work, we know we have a reliable tool to study these possibilities."
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