If we can see all the neurons that are electrically active in a circuit at one time, we can get a better idea of how our brains are organized, how the neurons are communicating with each other, and how these circuits give rise to
different brain functions.
Those two outcomes «are actually a mixture of
different brain function problems,» Chen said.
While functional neuroimaging studies illustrate the areas of the brain active when completing particular tasks, it is not always true that
different brain functioning results in different behaviour.
Not exact matches
http://abcnews.go.com/Health/MindMoodNews/god-brain-tumor-surgery-points-
brains-religious-center/story?id=9796634 — Anthropologists like Atran say, «Religion is a byproduct of many
different evolutionary
functions that organized our
brains for day - to - day activity.»
Their
brain is divided in regions with
different coordinated
functions, and it is composed of several hundred thousands of nerve cells (the honey bee has about 800,000).
Only a special systemic order of atoms in certain molecules of
different types of
brain cells, steady activity of these cells and excitations coming from sensoric nerves and running to associative and motoric centers are the basis of the peculiarity of
brain function.
There is an ever - growing body of research on the two hemispheres of the
brain and their fulfilling of
different functions —
functions which correspond to the intuitive (integrative) and discursive (analytic) modes of thought.
This idea fits what we know about localization of
function in the
brain —
different mental
functions involve
different regions.6
The
functions of the
brain were NOT known then, nor were the
different sections of the
brain.
What makes the process - relational view
different from most organismic interpretations, as we have seen, is, first of all, the notion that unique individuals do create themselves and their societies, as profoundly shaped as they are by them, instead of being subsumed by an omnicompetent and all knowing state that
functions as the
brain of the organism.
By subdividing the
brain more strategically, the map can help pinpoint particular sections»
functions and help determine how
different cortical regions contribute to development, aging and disease.
Gage's case helped scientists learn about the
functions of
different parts of the
brain.
«This positions us to understand how
different brain regions and their neurotransmitter activity regulate various
brain functions.»
«We know that experience is at least as powerful a regulator and shaper of
brain structure and
function as hormones, and boys and girls have very
different experiences,» says Sisk, who was involved in the study.
Kandel: It's a pedantic point and that is the biology of the mind suggests that there is a limited set of
functions that's localized at a particular point in the
brain; while mind refers to the whole family of mental processes, every thought that you have, every feeling that you express, every dream that you aspire to, and it works on the assumption that these are going to be localized in a variety of each one of these
functions, it's going to be localized in a variety of
different areas in the
brain.
This implies that
different cortical areas, for instance those involving cognition vs. those involving perception of sensory stimuli, have evolved to tailor their local circuits to specific
brain functions.
The cerebral cortex of the
brain is layered like an onion, with neurons in
different layers responsible for distinct levels of cognitive
function.
In the past, researchers have believed this executive
function was the job of single neurons acting independently from one another — the
brain's version of a crowd of people in a large room all singing
different songs in
different rhythms and
different keys.
Our aim is to explore how physical activity and fitness are linked to academic achievement, cognitive
functions,
brain properties and executive
functions at
different ages, both in children and adults.»
In an era of increasing excitement about mapping the
brain's «connectome,» this finding fits with our growing understanding of complex
brain functions as residing not in discrete
brain regions, but in densely connected networks of neurons spread throughout
different parts of the
brain.
«Now, our goal is to see how this mechanism is affected in
different brain diseases and determine if it can be harnessed to protect neurons and ultimately preserve
brain function.»
Scientists approach rehabilitation in
different ways, she said, but most commonly with a kind of bottom - up approach, by training muscles and re-teaching walking, and then hoping that the
brain will relearn how to control those
functions.
Our results suggest that the same functional units could underlie very
different types of
brain functions, from sensory perception to motor control.»
The newly unmasked genes play a role in three distinctively
different bodily
functions, including systems that control inflammation and cholesterol and the regulation of how
brain cells clean up toxic proteins.
«There are lots of
different ways to go into the
brain,» says Hirsch, «and if you can tell the surgeon that you put a language
function more at risk by going in from this direction, they'll have a real advantage.»
Unfortunately, such chemicals are used widely throughout the
brain and body for
different functions, leading to unwanted side effects.
Different abnormalities such as cleft palates, small skulls, and problems with higher
brain function were seen depending on which cell types lacked Smc3 expression, but the phenotypes were similar to those seen in CdLS patients.
In addition to revealing the
functions of
different areas within the prefrontal cortex, studies have also demonstrated the flexibility of the region, which has helped experts optimize cognitive therapy techniques to enable patients with
brain damage to learn new skills and compensate for their impairments.
Our
brains are hardwired differently, and these anatomical variations in architecture and
function illuminate some of the reasons why men and women seem to come from
different planets.
For example, insects, bats and birds have all evolved wings that are similar in
function but have completely
different origins, eyes have emerged multiple times, and there is good evidence that nervous systems have also evolved several times, with some creatures possessing strange systems unlike the
brains and spinal cords we are used to.
«Our results, as well as similar results from other labs, point to a need for carefully designed tasks and paradigms that can reveal
different functions in key areas of the
brain and
different vulnerabilities to the aging process,» Reagh added.
«From an evolutionary psychology perspective, the structure and
functions [of psychopaths»
brains] may be a little
different, but they're properly designed for engagement in predatory behaviors.
Spina bifida is
different: It can leave children unable to walk and control bowel and bladder
function, and in need of shunts to drain fluid from the
brain, but it's less often life - threatening.
Though it's been nicknamed the «female Viagra,» the two drugs
function in very
different ways — Viagra aims to enhance performance whereas Addyi aims to balance chemicals in the
brain that correlate to desire.
One message from the study is that
brain functions depend not only a matter of the arrangement of nerves, or overall physical structure — which remain the same under many
different conditions.
Fried realized that medical procedures like this one presented a rare scientific opportunity: Patients being examined for neurosurgery allow researchers to investigate the human
brain in action, exploring the
functions of
different regions in precise detail and in real time.
Microglia are present throughout the
brain and spinal cord, are constantly monitoring their environment, and can be switched on or activated to perform
different functions such as control inflammation, destroy pathogens, clean up the debris from dead or damaged cells, and seal off the site of an injury.
Males and females also have
different levels of sex hormones, which affect
brain development and
function.
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.
«These include
different types of MRI scans, which use strong magnetic fields and radio waves to produce detailed images of the inside of the
brain, and Positron Emission Tomography (PET) scans, which use a small amount of a radioactive drug, or tracer, to test how tissues in the
brain are actually
functioning.
«Handedness and language are controlled by
different genetic systems, but there is a weak relationship between the two because both
functions originate on the left side of the
brain,» he said.
Composed of a vast array of
different cells, the
brain depends on a complex orchestra of cellular
functions to carry out its tasks.
The 28 men and 45 women also took part in a standardized test, which is typically used to measure
different patterns of
brain function in older adults, focusing on attention, memory, fluency, language and visuospatial ability.
Lucina Uddin, Ph.D., assistant professor in the Department of Psychology at the University of Miami, who was not part of the research team, said, «The combination of multiple neuroimaging modalities is a clear strength of the current study, and the authors are to be commended for undertaking the difficult task of trying to reconcile results from methods designed to tap
different aspects of
brain structure and
function.
«Both factors independently affect
brain function in
different ways, which can lead to the development of other psychological disturbances, such as anxiety and depression.»
«If we know what part of the
brain is
different and what
function that part of the
brain controls, that can give us some clues into what we can do in the way of intervention,» she said.
Memory
functions in the
brain work according to a principle that neuroscientists call «sparse coding», i.e. a comparatively small number of neurons encode complex information — possibly to make overlap between
different memories more unlikely.
Because stem cells have the ability to develop into many
different cell types in the body, researchers at USF's Center of Excellence for Aging and
Brain Repair, Department of Neurosurgery &
Brain Repair have focused on using stem cells to restore
function lost through neurodegenerative disorders or injuries.
To regain
function, connections from the
brain to the spinal cord must regrow,
different types of immune cells have to clear the injury site, and stem cells in the spinal cord need to generate new nerve cells, which then connect to the muscles.
«People with increased cognitive reserve capabilities may actually heal in a
different way that allows them to return to their pre-injury
function and / or they may be able to better adapt and form new pathways in their
brains to compensate for the injury,» Schneider says.