Not exact matches
In the new study, published 9 January in Scientific Reports, developmental neuroscientist Moriah Thomason of Wayne State University School of Medicine in Detroit, Michigan, and colleagues report a difference in
how certain
brain regions communicate with each
other in fetuses that were later born prematurely compared with fetuses that were carried to term.
The map suggests
how many cognitive computing chips should be allocated to the different
regions of any artificial
brain, and which
other chips they should be wired to.
Gazzaley wanted to take a broader view of the
brain to answer questions about memory and aging; he hoped to study
how distinct neural
regions interact during memory formation and
other complex cognitive processes.
The experiments demonstrate
how the
brain's insular cortex
region is required for proper reactions to
others in distress.
«It might also be used to study
how neurons from different
regions of the
brain communicate with each
other.»
The measurements are used to build images that trace the shape and direction of the axons and
how the neurons in one
region are connected to
other brain regions.
And researchers must figure out
how to build in some core features: the necessary blood vessels, immune - system cells called microglia and connections from
other brain regions, such as the thalamus and cerebellum.
«It's not so much
how the
brain is structured, but the way these
regions are connected to each
other,» Lee said.
Although the enhanced growth doesn't prove anything about
how the infants will do later on, «we know from
other studies that bigger is better» when it comes to
brain development in this
region, Lahav says.
Some of these
regions respond just to the actual features of the face, whereas
others respond to
how things appear to the viewer, but it is unknown where in the
brain this difference arises.
It also showed
how that
region of a dog's
brain responds more strongly to the scents of familiar humans than to the scents of
other humans, or even to those of familiar dogs.
«The complementary evidence of electrocorticography, fMRI, and
brain stimulation will make it possible to study not only the effects of
brain stimulation on the local neural networks that process face information, but also
how they broadcast their information towards
other regions in the
brain.»
Some
regions are slightly bigger on one side than on the
other, and these differences translate into imbalances in
how the human
brain works.
In our study, we examined whether the role of specific
brain regions for communication within and among
brain modules varies with individual differences in intelligence, i.e., whether a specific
brain region supports the information exchange within their own «family» more than information exchange with
other «families», and
how this relates to individual differences in intelligence.»
Their goal is to better understand
how this
brain region regulates emotion, which, in turn, could lead to a greater understanding of
how brain circuitry is disrupted in depression, anxiety, PTSD, and
other psychiatric conditions.
How do different
brain regions interact with each
other?
«Now that we've identified a new principle for
how the interneurons can control plasticity, our study is a first step in better understanding the mechanisms involved in
other brain regions as well,» said Kreitzer.
Affected
regions of the
brain control
how people behave, interact and communicate with
others and the world around them.
In addition, there are changes in
other brain regions that indirectly affect mothering - related behaviours such as
how rewarding mothers find infants and their cues to be, their attitudes towards infants and parenting, their ability to be flexible and playful, to show good memory, as well as their levels of anxiety and depression.