For more information about Jeneva Cronin's, GRID Lab's and the CSNE's ground - breaking research in the area of sensory feedback, read «For the first time in humans, researchers
use brain surface stimulation to provide «touch» feedback to direct movement.»
Not exact matches
Stop looking at the
surface and just
use your
brain
This technique provides a measure of blood oxygen concentration in
surface blood vessels, indicative of activity in the
brain's outer layers,
using a set of wearable probes in a cap that is placed on the head.
«Imaging could potentially augment the existing approaches that clinicians
use to evaluate
brain injury by looking below the
surface for TBI pathology,» Morey said.
Stolk plans future studies with Knight
using fine - tuned
brain mapping on the actual
surfaces of the
brains of volunteers, so - called electrocorticography.
It describes how the
brain constructs a mental depiction of the
surface using sensory signals from two fingers as they explore a
surface over time and space.
These
use tactile illusions to tickle our fingertips and trick our
brain into feeling a texture, or employ morphing materials that rise from a flat
surface to form graspable shapes.
The EPOC detects
brain activity noninvasively
using electroencephalography (EEG), a measure of
brain waves, via external sensors along the scalp that pick up the electrical bustle in various parts of the furrowed
surface of the
brain's cortex, a region that handles higher order thoughts.
But the magnetic fields
used in TMS affect only
brain tissue near the
brain's
surface.
Given the complexity and scale of the interfaces required, Shepard and his team believe that the degree of noninvasiveness required for human
use within this aggressive time frame can only be achieved with electrode architectures based on stimulation and recording at the
brain surface.
Using electron microscopy to look at thousands of ultrathin
brain slices taken from awake and sleeping mice, they found that after sleep, the size of most synapses — specifically, the
surface area where two neurons touch each other — shrank by about 18 percent.
Using CT scans of ancient and modern human skulls, the researchers created digital
brain reconstructions, based on the shape of the inner
surface of each skull's braincase.
These devices record activity in the
brain either from the
surface of the scalp or directly
using a sensor that is surgically implanted.
We sampled the bees from the
surface of the bee ball at 0, 30, and 60 min after formation of the bee ball and examined the Acks - expressing
brain regions
using in situ hybridization (n = 5, 7 and 7 for 0, 30 and 60 min, respectively).
[B and E]
Brain leukocytes were percoll purified from the remaining brain and meningeal homogenate, stained for leukocyte surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed using flow cytom
Brain leukocytes were percoll purified from the remaining
brain and meningeal homogenate, stained for leukocyte surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed using flow cytom
brain and meningeal homogenate, stained for leukocyte
surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed
using flow cytometry.
[B]
Brain leukocytes were percoll purified from the remaining brain and meningeal homogenate, stained for surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed using flow cytom
Brain leukocytes were percoll purified from the remaining
brain and meningeal homogenate, stained for surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed using flow cytom
brain and meningeal homogenate, stained for
surface markers CD4, CD8, CD19, CD11b, and Ly6G, and assayed
using flow cytometry.
Brain surface points (including ventricle surfaces) are found using the registered brain images to sub-voxel accuracy, and the surface motion estimated on the basis of these po
Brain surface points (including ventricle
surfaces) are found
using the registered
brain images to sub-voxel accuracy, and the surface motion estimated on the basis of these po
brain images to sub-voxel accuracy, and the
surface motion estimated on the basis of these points.
Upon collection from donating institutions, all
brains are weighed and photographed from all angles and 3D
surface models are created
using photogrammetry techniques.
Using microelectrodes to monitor individual neurons in the
brains of owl monkeys, he found that the somatosensory cortex has a complete topographical «map» of the entire body
surface, in which adjacent areas of the map responded to body parts that were next to one another, such as the fingers.
Both are addressed by recent developments that include: 1) a novel hyperscanning technology (functional near - infrared spectroscopy, fNIRS) that acquires hemodynamic signals simultaneously between two naturally interacting partners
using a spectral absorbance technique that detects changes in hemodynamic signals acquired by
surface - mounted optodes, and 2) a recently proposed Interactive
Brain Hypothesis that establishes a broad theoretical framework for two - person social neuroscience.
Recently, among
surface coatings there is an increasing interest in
using carbohydrates as biomimetic functional molecules on the
surface of nanoparticles [2], [6]- [8] for the diagnosis and treatment, for instance, of
brain diseases like glioma and stroke [9], [10].
Our carotid arteries, though, which connect our heart to our
brain, come close enough to the
surface in our necks that we can visualize the arterial wall
using harmless sound waves with ultrasound.
As you'll recall, Super Metroid puts bounty hunter Samus Aran on the
surface of Planet Zebes yet again as she explores the planet in order to recover the last surviving metroid before Mother
Brain and the Space Pirates can exploit it for their own
uses.