Our models can simulate
how brain areas process information before passing it along and how different processing strategies would affect transmission across the brain.
Studies are ongoing to determine just
how this brain area contributes to the critically important skill of metacognition.
Not exact matches
Holding did ok but Chambers was very cocky
how many miss passes in dangerous
areas did he miss place why didn't he booted the ball way down the field and take the pressure off at the first half the commentator spook of the inexperience of the defense and that liverpool did nt put enough pressure klopp rectified that straight away bang bang bang with runners and no protection while wenger face went all red with nothing to say the only thing that saved us really was the injuries for the game to take a change MR wenger is far to slow to fix things what is wrong with him he most not be in good health or something personnel worrying him cause after all he is the manager his got to have a fast thinking
brain smell danger and act fast not seat and debate the issue with bold
Holding did ok but Chambers was very cocky
how many miss passes in dangerous
areas did he miss place why didn't he booted the ball way down the field and take the pressure off at the first half the commentator spook of the inexperience of the defense and that liverpool did nt put enough pressure klopp rectified that straight away bang bang bang while wenger face went all red with nothing to say the only thing that saved us really was the injuries for the game to take a change MR is far to slow to fix things what is wrong with him he most not be in good health cause after all he is the manager his got to have a fast thinking
brain smell danger and act fast not seat and debate the issue with bold
The Q pointed out
how severely affected her sensory motor
area of the
brain is, prompting us to get another OT (Occupational Therapy) evaluation (the three previous ones had not indicated the need for therapy) and to start Sensory Integration therapy.
Or it could show
how the hundreds of hours that contact sport players spend on eye - hand coordination skills leads to a reorganization of the
brain in the
areas dedicated to eye movements.
To Miller, however, this didn't explain
how the executive
areas of the
brain could «turn up the volume» on memories associated with free juice.
«
Brain scans show why people get aggressive after a drink or two: MRI study highlights how areas in the brain that temper aggression shut off when people drink alcohol.&r
Brain scans show why people get aggressive after a drink or two: MRI study highlights
how areas in the
brain that temper aggression shut off when people drink alcohol.&r
brain that temper aggression shut off when people drink alcohol.»
Data on the intensities of physical activity were then statistically analyzed to determine
how they corresponded with glucose metabolism — a measure of neuronal health and activity — in
areas of the
brain known to have depressed glucose metabolism in people with Alzheimer's disease.
«We wanted to find out
how and where visual information about grasped objects, for example their shape or size, and motor characteristics of the hand, like the strength and type of a grip, are processed in the different grasp - related
areas of the
brain,» says Schaffelhofer.
As Harvard University psychologist Alfonso Caramazza will explain in a lecture, scientists often make inferences about
how the normal language system works by examining people who have damage to the
areas of the
brain that process language.
The amount of light reflected back from each region is determined by
how much blood and oxygen the
brain is using in that
area.
Researchers specifically analyzed
how different
areas of the
brain activate in sync with each other — a property called functional connectivity — during a period of rest.
Visual processing is likely to be similar to
how the
brain processes smells, touch or sounds, the researchers say, so the work could elucidate processing of data from these
areas as well.
The illustration on the right shows
how the
brain's V1 and V2
areas might use information about edges and textures to represent objects like the teddy bear on the left.
His current research exploits new methods to understand
how the central amygdala communicates fear memories to the
areas of the
brain that are responsible for action.
Yet researchers are still trying to understand
how activity in this hypothalamus - adjacent
area could conjure the condition — and to determine what other glitches in
brain structure, metabolism or interactions contribute to sufferers» throbbing noggins.
Rama has been interested in
how the cross-modal
areas of the
brain may give rise to a core element of language and meaning: the metaphor.
Previously, researchers had two theories about
how neurons in the motor cortex might control movement: One was that these neurons fired in patterns that represent more abstract commands, such as «move your arm to the right,» and then neurons in different
brain areas would translate those instructions to guide the muscle contractions that make the arm move; the other was that the motor cortex neurons would actually send directions to the arm muscles, telling them
how to contract.
Here's
how it could have happened: The cross-modal
area of the
brain might have evolved to link an oblique image hitting the retina (caused by viewing a tilted branch) with an «oblique» sequence of muscle twitches (leading the animal to grab the branch at an angle).
In my May 2006 column, I described
how parts of the
brain's cerebral cortex are specialized for particular sensory systems, such as vision, and
how there are also overlapping regions between these parts, known as cross-modal
areas.
Answers about
how the
brain as a whole integrates activity among
areas, however, have proved elusive.
In removing a
brain tumor, they'll know better
how to avoid damaging the storage
area for a patient's native language.
Ultimately, Gazzaley hopes to understand the networking between
areas of the
brain that governs this top - down phenomenon and learn
how that networking changes with aging (see Gazzaley Perspective).
Salk scientists show
how two regions of the
brain, primary and higher order
areas, work together to process sensory information.
Given that there are a number of different types of neurons in the cerebral cortex and that there are many
areas where the neurons do things other than help with memory, you can see
how one billion is a conservative estimate I hoped would be useful for understanding the storage capacity of the human
brain.
The finding that individuals with Tourette syndrome exhibit increased GABA in
brain areas linked to the planning and selection of movements offers a more parsimonious account for
how tics might be controlled in Tourette syndrome.
«As far as we can tell, within this larger fusiform region of the
brain, only the reading
area has these particular sets of connections, and that's
how it's distinguished from adjacent cortex.»
«If we develop a drug, we can inject into a specific
brain area and then trace moment by moment
how it impacts the degradation of vocal ability in songbirds,» Liu says.
They analyzed the data to determine exactly what was happening in the ventral sensory motor cortex (vSMC)--
how that
area of the
brain region was laid out, and in what order the neurons activated.
Like misdirected letters and packages at the post office, the neurons made from bipolar disorder patients also differed in
how they were «addressed» during development for delivery to certain
areas of the
brain.
As to
how the
brain's lymphatic vessels managed to escape notice all this time, Kipnis described them as «very well hidden» and noted that they follow a major blood vessel down into the sinuses, an
area difficult to image.
Over the past 50 years, we have learned more about the visual parts of the
brain than any other
areas, and we have a solid understanding of
how neural activity leads to visual perception in a typical
brain.
The findings show just
how important it is for people with acute ischaemic stroke (in which blood flow to an
area of the
brain is blocked or reduced) to be identified quickly and treated by specialist staff in order to reduce the subsequent degree of disability.
A new study by MIT neuroscientists reveals
how the
brain achieves this type of focused attention on faces or other objects: A part of the prefrontal cortex known as the inferior frontal junction (IFJ) controls visual processing
areas that are tuned to recognize a specific category of objects, the researchers report in the April 10 online edition of Science.
Indeed, Oliva says; «Human cognitive and computational neuroscience is a fast - growing
area of research, and knowledge about
how the human
brain is able to see, hear, feel, think, remember, and predict is mandatory to develop better diagnostic tools, to repair the
brain, and to make sure it develops well.»
Or it could show
how the hundreds of hours that contact sport players spend on eye - hand coordination skills leads to a reorganization of the
brain in the
areas dedicated to eye movements.
«
How various
brain areas interact in decisions.»
Researchers predicted and found that by altering
brain activity in this
brain area, they could change
how subjects punished hypothetical defendants without changing the amount of blame placed on the defendants.
Our studies help us to understand
how the nerve cells in the entorhinal cortex operate and
how electrical activities might get interrupted in this
area of the
brain.»
But while the
areas of the
brain involved in estimating spatial orientation have been identified for some time, until now, no one has been able to either show that distinct neurons signaling «sensory conflicts» existed, nor demonstrate exactly
how they work.
Unknown damage Although researchers are still parsing out
how different
areas of the
brain contribute to normal function, neuroscience has evolved a long way from the days of lobotomies to stave off seizures.
Those in the group with 22q deletion, which carries the risk for schizophrenia, had thicker gray matter, but less
brain surface
area — a measure which relates to
how folded the
brain is — compared to those in the duplication group.
War veterans constitute a unique opportunity to reveal causal relationship between
how specific
brain areas are involved in social behavior.
A central, unanswered question of neuroscience is
how exactly do these
brain areas communicate to process sensory stimuli and produce appropriate behav - ior.
After image processing, even an
area appears that is in transition between healthy and affected tissue: this may give an indication
how the disease is spreading in the
brain.
Determining the exact role of this previously unappreciated «dark energy» is an ongoing
area of study, but it appears to be involved in
how the
brain prepares for future events that involve conscious processing.
A new study shows
how changing the activity in this
brain area can make the new seem old, and the old seem new again.
A new study by a University of Texas at Arlington physics team in collaboration with bioengineering and psychology researchers shows for the first time
how a small
area of the
brain can be optically stimulated to control pain.
This rhythm alters the excitability of neurons in other
brain areas, and this is
how it coordinates them.