This approach has never before been considered in
brain imaging experiments of music,» notes Scott Grafton.
The results provide a strong argument for scientists to pay more attention to who, exactly, they're studying in
their brain imaging experiments.
Not exact matches
Functional
brain -
imaging experiments done at the end of the past century using positron - emission tomography (PET) found marked activation in the frontal lobe of volunteers who had taken hallucinogens, in particular in the prefrontal cortex (PFC), anterior cingulate cortex (ACC) and the insula cortex.
After starting her doctorate work in neurology in 2003 at the University of British Columbia, Lidstone led a rather odd
brain -
imaging experiment.
The new study is an example of what happens when epidemiology
experiments — studies of patterns in health and disease — crash into studies of
brain imaging.
«Using the probe's
imaging function during
experiments, our medical collaborators would be able to see deep inside the
brain of a living organism and guide the placement of the probe to the right
brain region.»
Thanks to
experiments on animals and the advent of human
brain imaging, scientists now have a working knowledge of the various kinds of memory as well as which parts of the
brain are involved in each.
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.
The new study — published October 18, 2016 in the journal Molecular Psychiatry — combined genetic analysis of more than 9,000 human psychiatric patients with
brain imaging, electrophysiology, and pharmacological
experiments in mutant mice to suggest that mutations in the gene DIXDC1 may act as a general risk factor for psychiatric disease by interfering with the way the
brain regulates connections between neurons.
Then, at Harvard, he conducted
experiments using functional magnetic resonance
imaging (fMRI) to search for hard evidence of psi activity in the
brain.
The
experiments used functional magnetic resonance
imaging to measure increased blood flow throughout the
brain, a marker of increased neural activity, during a wide range of activities, including finger - tapping, whistling, chewing, drawing, writing, reading, watching a movie and playing video games and memory games.
Now a similar
experiment has been done with noninvasive
brain imaging, and for those of us who love to climb the results are not elevating.
Editorial note: Although the research team here is careful and confirms the findings in independent groups and in
brain imaging and fear discrimination
experiments, this is a preliminary result.
This talk will describe a series of
experiments imaging neurons in the
brains of live rodents.
The results from the calcium
imaging experiments using
brain explants and IPC - specific CCHa2 - R knockdown strongly suggest that CCHa2 crosses the blood -
brain barrier (BBB) to regulate the IPCs, although the underlying mechanism remains elusive.
In one of the studies that involved a pain
experiment, the scientists at the Center for Healthy Minds and Waisman Laboratory for
Brain Imaging and Behavior examined how meditators responded to pain and the anxiety often associated with the anticipation of a painful event.
The first - of - its - kind study mixed
brain -
imaging data from canines with a series of behavioral
experiments, and came to the conclusion that dogs really do value the relationships they have with their owners.
My graduate and undergraduate students and I conduct mindfulness - based and mindfulness - integrated
experiments and training trials with both adults and adolescents using first - person, ecological momentary assessment, and
brain imaging (EEG, fMRI) methods.