Sentences with phrase «with brain scanner»

jholo can do anything... next is retina scanner then after with brain scanner & brain mapping and next year jholo will become TRANSFORMER, can convert itself in to anything depending upon size & need..

Not exact matches

In a series of experiments, researchers at Northwestern University used brain scanners and EEG sensors to study neural activity in a number of participants tasked with solving complex word puzzles.

On the outside, it looks like every other brain scanner — a hollow metal cylinder with a hard, retractable cot.

Robert Lee Hotz, a science writer for the The Wall Street Journal said MacKinnon's story «lights up with the joy of great reporting and ambitious enterprise: Who else would put the world's most adventurous free climber into a brain scanner to probe the neural circuits that make most of us shudder, squirm and squeal with panic?»

Radioactivity in the brain was measured with the PET scanner in three conditions: after a 60 - min aerobic moderate - intensity exercise session, after a high - intensity interval training (HIIT) session, and after rest.

Leading the work, Dr Nikos Evangelou, said: «We already knew that large research MRI scanners could detect the proportion of lesions with a vein in the brain's white matter, but these scanners are not clinically available.

A PET scanner can then detect the radioactive particles emitted from inside the brain, representing areas of increased microglial activation before and after immune stimulation with LPS.

Both electrical mapping with the implanted electrodes and the more conventional functional whole - brain imaging in a magnetic scanner identified a cluster of regions in the FFA in both cortical hemispheres of Blackwell's brain that responded strongly to faces.

But neither data from brain scanners — functional magnetic resonance imaging — nor clinical studies of patients with implanted electrodes have explained exactly how the cells in these face patches work.

Grafman, an affable, gentle man with large eyes, is using his scanners to peek into brains as they wrestle with big questions such as politics and religion.

Another study, published in September 2016 in PLOS Biology by Kevin LaBar of Duke University and his colleagues, attempted to match brain scans of people lying idle in a scanner to seven predefined patterns associated with specific emotions provoked in an earlier study.

In a study reported in the June 2016 issue of Cerebral Cortex, Heini Saarimäki of Aalto University in Finland and her colleagues observed volunteers in a brain scanner who were being prompted to recall memories they associated with words drawn from six emotional categories or to reflect on a movie clip selected to provoke certain emotions.

As the study was conducted in a brain scanner at the LIFE&BRAIN Center in Bonn, researchers could also show that products labeled with this emblem led to increased activity in specific brain regions: For example, they observed increased activation in regions important for reward processing as well as frontal regions that process abstract product attributes (e.g. whether or not a product carries a Fair Trade logo, and the meaning of such a label).

Although this research didn't look specifically at sleepwalkers, it tallies with a previous study by Claudio Bassetti at the University of Zurich in Switzerland, who once managed to manoeuvre a sleepwalker into a brain scanner during a sleepwalking episode.

A month later, the reports were read back to each of the dreamers while their brain activity was monitored with an fMRI scanner.

Prior to the brain scan, both groups were familiarized with the type of task that would be used in the scanner.

Neuroscientists zeroed in on it by placing subjects in a positron - emission tomography (PET) scanner to measure blood flow in the brain, then having them look at cards with color rectangles.

As in previous studies, subjects were put inside a PET scanner and shown a slide with color rectangles, and their brain activity was mapped.

Using one of the strongest MRI machines available, with a field strength three to six times that of typical clinical scanners, the researchers produced brain scans that resolved millimeter - scale networks for the first time.

As in the previous studies, subjects were put inside a PET scanner, shown a slide with color rectangles, and their brain activity was mapped.

Some of the molecules in the brain line up with the field, and the scanner wiggles the field back and forth a few degrees.

A new study by researchers from the Department of Psychology at Uppsala University and Clinical Neuroscience at Karolinska Institutet shows that people with PTSD have an imbalance between two neurochemical signalling systems of the brain, serotonin and substance P. Professors Mats Fredrikson and Tomas Furmark led the study using a so - called PET scanner to measure the relationship between these systems.

The major difference between the original and this remake is that the students actually use a brain scanner as they allow their classmates to kill them off one at a time — obviously with the expectation of being revived in a few minutes before significant brain damage starts.

The two imaging specialists worked with a private company (that had recently designed a portable PET scanner for imaging of the human brain) to create a portable unit for veterinary purposes.

To investigate whether birth weight exerted differential effects on brain development at different ages, age and birth weight variables were standardized to the whole sample, and regression analyses with these variables, along with their interaction term (birth weight × age), sex, household income, GAF, and scanner, were repeated.

At a second point in time, their brains were scanned while they participated in a virtual social task in the scanner, during which they were gradually excluded from the social interaction; this paradigm has previously been found to provoke significant social distress that is correlated with activity in the dorsal anterior cingulate cortex (dACC)(31), a brain region associated with monitoring threat.

It's been analyzed with sophisticated brain scanners in hundreds of research studies.