This is consistent with the argument that, in general, meditation modifies attention, as highlighted by for example Valentine and Sweet (1999), Brown and Ryan (2003) and Sethi (1989), and by Cahn and Polich (2006) in the context of
different brain imaging studies.
A new study using
different brain imaging techniques linked the intensity of an individual's placebo effect to the amount of dopamine (a neurotransmitter involved in the pleasure and reward pathway) released in a midbrain region called the nucleus accumbens.
Not exact matches
Imaging various sections of white matter from
different angles can help researchers focus on the
brain circuitry important for proper neuron communication.
Imaging various sections of white matter from
different angles can help researchers focus on the underlying
brain circuitry important for proper neuron communication.
Using a
different type of MRI
imaging, researchers at the University of Iowa have discovered previously unrecognized differences in the
brains of patients with bipolar disorder.
There are also experimental techniques, such as functional magnetic resonance
imaging, which allow us to understand which parts of the
brain are most active when we are involved in
different cognitive activities.
Researchers used diffusion tensor
imaging (DTI), an enhancement of magnetic resonance
imaging (MRI), to evaluate and compare the structural and functional properties of the main connections between
different brain regions.
The
imaging can help us distinguish between the
different brain networks that contribute to distinct sub-symptoms.
Furthermore,
brain imaging data for these very elderly animals shows a slight loss of grey matter (neuronal cell bodies), an effect that the researchers have not yet explained, as well as significantly slowed atrophy of white matter (the neuronal fibers connecting
different areas of the
brain).
Scientists exploit this flow when they use functional magnetic resonance
imaging to determine what parts of the
brain respond to
different stimuli.
One of Cohen's main tools was functional magnetic resonance
imaging (fMRI), the same instrument Greene and Cushman used to observe blood oxygen levels in
different regions of the
brain.
Imaging studies have shown that when autistic children see a familiar face, their pattern of
brain activation is
different from that of normal children.
Different types of cognitive tasks spur activity in various regions of the
brain, as indicated by studies using functional magnetic resonance
imaging (fMRI).
«We used functional magnetic resonance
imaging to measure
different brain areas of our research subjects while they watched short segments of the Star Wars, Indiana Jones and James Bond movies,» explains Aalto University Associate Professor Iiro Jääskeläinen.
The researchers then used functional magnetic resonance
imaging (fMRI) to scan 21 of the participants»
brains while they viewed pairs of short film clips showing classmates of varying status within this social network, telling them all they needed to do was indicate whether the clips in each pair were the same or
different, and that this task was unrelated to the first part of the experiment.
Normal and cancerous
brain cells interfaced with graphene show
different activity levels under Raman
imaging.
The study, published online July 29 in Cerebral Cortex, used functional magnetic resonance
imaging, or fMRI, to examine children's
brain activity at rest and during two tasks: solving simple math problems and looking at pictures of
different faces.
A report published in The Lancet Neurology evaluates for the first time how well
different types of
brain imaging tests work to detect Alzheimer's and predict how the disease will progress.
«We used magnetic resonance
imaging to compare the health of the
brain's white matter and how strongly it connects
different parts of the
brain,» explains Elizabeth Head, Ph.D., the study's senior author.
The scientists used
imaging techniques to visualize the activity in certain areas of the flies»
brains while these were stimulated with
different odours, and they were able to localize and identify the receptor for citrus.
In their study the researchers showed
different characters to test persons and recorded via functional magnetic resonance
imaging the
brain activity which was set into motion by the process of seeing.
In 2014, Lerch's group used magnetic resonance
imaging to compare the
brains of 26
different autism mouse models to see whether they have common abnormalities.
Michael Greicius at Stanford University in California and colleagues used functional magnetic resonance
imaging (fMRI) to identify patterns of
brain activity associated with
different mental states.
Both groups struggled, as expected, but magnetic resonance
imaging revealed
different underlying
brain activity.
They also used
brain imaging to measure the volume of
different brain structures among the youths.
Neuroscientist Jason Cooperrider and colleagues scanned Grandin's
brain using three
different methods: high - resolution magnetic resonance
imaging (MRI), which captures the structure of the
brain; diffusion tensor
imaging (DTI), a method to trace the connections between
brain regions; and functional MRI, which indicates
brain activity.
For the study, researchers conducted
brain scans on 37 healthy smokers (those who smoke more than 10 cigarettes a day) ages 19 to 61 using functional magnetic resonance
imaging (fMRI) in two
different sessions: 24 hours after biochemically confirmed abstinence and after smoking as usual.
Using functional magnetic resonance
imaging (fMRI), the research team, led by Dr. Vinoo Alluri from the University of Jyväskylä, Finland, recorded the
brain responses of individuals while they were listening to music from
different genres, including pieces by Antonio Vivaldi, Miles Davis, Booker T. & the M.G.'s, The Shadows, Astor Piazzolla, and The Beatles.
For the last decade, neuroscientists have been using the non-invasive
brain - mapping technique functional called magnetic resonance
imaging or fMRI to examine activity patterns in human and animal
brains in the resting state in order to figure out how
different parts of the
brain are connected and to identify the changes that occur in neurological and psychiatric diseases.
We have long known that autism itself is genetic, but by combining these
different data sets (
brain imaging and genetics) we can now identify more precisely which genes are linked to how the autistic
brain may differ.
He points also to
brain -
imaging research that shows native speakers of Chinese and native speakers of English process the same Arabic numerals in
different parts of their
brains, suggesting that language and culture influence even which neurons are recruited to deal with numbers.
When the scientists used functional magnetic resonance
imaging (fMRI) to scan
brain activity, they saw that high and low frequency stimulation put the rats in completely
different states of activity.
The research made use of functional magnetic resonance
imaging (fMRI)-- which measures changes in the blood oxygen levels in the
brain — and also multivariate analysis when comparing the
brain activity of
different viewers.
The researchers then performed the same test on a
different set of volunteers, this time
imaging their
brains during the process, to look for differences in
brain activity between the age groups.
The procedure can stimulate
different areas of the
brain, including areas associated with a lack of insight, which has been confirmed with
brain imaging studies.
But these
imaging data are represented in completely
different formats, and there's no way to switch between the two: once scientists zoom in to the level of single cells, they can not pan out again to see those cells in the context of the whole
brain.
Imaging studies of the
brain DA system in marijuana abusers have also shown
different findings from those reported for other types of substance abusers.
Thanks to modern advances in
brain imaging and the ability to monitor
brain activity, researchers now understand more about the sleep - wake cycle, the
different stages of sleep, and the
different states of consciousness.
«
BRAIN: The World Inside Your Head» uses a variety of interactive components to explain complex functions of the brain — lean on electrodes and perform tasks to see real - time EEG measurements and simulated imaging of corresponding brain activity; look through a microscope to view real neurons from different species; and use a mirror and peephole to see how the brain attends to movement first, a sign of the survival inst
BRAIN: The World Inside Your Head» uses a variety of interactive components to explain complex functions of the
brain — lean on electrodes and perform tasks to see real - time EEG measurements and simulated imaging of corresponding brain activity; look through a microscope to view real neurons from different species; and use a mirror and peephole to see how the brain attends to movement first, a sign of the survival inst
brain — lean on electrodes and perform tasks to see real - time EEG measurements and simulated
imaging of corresponding
brain activity; look through a microscope to view real neurons from different species; and use a mirror and peephole to see how the brain attends to movement first, a sign of the survival inst
brain activity; look through a microscope to view real neurons from
different species; and use a mirror and peephole to see how the
brain attends to movement first, a sign of the survival inst
brain attends to movement first, a sign of the survival instinct.
As part of his training he became involved in neuroscience research; in particular he was part of group that was using new
imaging techniques to see how
different parts of the
brain worked together in real time.
The core facility is a two - photon in vivo
imaging platform developed at the Nonlinear bioimaging laboratory, a technique that allows for non-invasive structural and functional measurements in small animal models at
different scales: from macroscopic
imaging of the
brain morphology to highly resolved microscopy of neuron populations, single neurons, and even subcellular structures.
Diffusion tensor
imaging (DTI)- used to document changes in the
brain's structure over a period of time and allows the physician to study the connections between
different areas of the
brain
9/25/2007 Sense of Taste
Different in Women with Anorexia Nervosa
Imaging Study Finds
Brain Changes Associated with the Regulation of Appetite Although anorexia nervosa is categorized as an eating disorder, it is not known whether there are alterations of the portions of the brain that regulate appe
Brain Changes Associated with the Regulation of Appetite Although anorexia nervosa is categorized as an eating disorder, it is not known whether there are alterations of the portions of the
brain that regulate appe
brain that regulate appetite.
The reasons for these heterogeneous results are numerous, such as the varying acupuncture manipulation methods,
different types of control arms,
different methods of acquisition and analyzing the
imaging data, the mainly investigated
brain regions (region of interest) and the statistical analysis.
And it's also load - balanced in the sense that with
brain imaging you can see the oxygenated blood being shunted between
different parts of the
brain on a time scale of a second or two as activity shifts — these are the «hot» spots.
We will also continue using our new
imaging technique to study synapses in various areas of the
brain during sleep and
different forms of plasticity.
Research is beginning to show the connection In a 2005 study, researchers at Stanford University in Palo Alto, Calif., used functional magnetic resonance
imaging (fMRI), which measures activity in
different areas of the
brain, to see whether subjects could learn to control a
brain region involved in pain and whether that could be a tool for altering their pain perception.
Then they were given a PET scan — a type of
brain imaging test — to measure
different levels of protein in their
brain.
April 18, 2018 • A
brain imaging study of grown - ups hints at how children learn that «dog» and «fog» have
different meanings, even though they sound so much alike.
Using an MRI, a Magnetic Resonance
Imaging machine, the scientists trained 13 dogs of
different breeds to enter the chamber and lie down without moving, while images recorded the dogs»
brain activity.