The neural signals
recorded by the electrodes are transmitted via a cable to a computer where algorithms developed in Shenoy's lab decode the participant's intentions and translate the signals into movements of a computer cursor.
Probands were asked to perform a movement after a signal; the time it took for the muscles to respond was
recorded by electrodes.
Not exact matches
This is achieved
by decoding neuronal activity
recorded with
electrodes and translating it into robotic movements.
The collaboration, led
by Wen Shen and Mark Allen of the University of Pennsylvania, found that the extracellular matrix derived
electrodes adapted to the mechanical properties of brain tissue and were capable of acquiring neural
recordings from the brain cortex.
«We demonstrated the high design variability in the packaging of our
electrode device, and in vivo neuronal
recordings were performed
by simply placing the device on a mouse's brain.
Sleep stages were identified
by polysomnography, attaching a set of
electrodes to the head for physiological
recordings during sleep.
We start
by using EEG — or electroencephalography; in other words, using an
electrode cap on the scalp to
record [brain] activity from the outside.
Researchers led
by Emma Sarro of New York University's medical school implanted
electrodes near six pups» brains to
record neural activity.
Xiaoming Jiang and Marc Pell of McGill University in Montreal, Canada, made this discovery
by attaching 64
electrodes to the heads of volunteers and taking electroencephalograms (EEGs) while they listened to
recorded statements.
One virtual - reality experiment they are planning will
record from
electrodes in rats running on a stationary ball surrounded
by screens showing changing environments.
By implanting
recording electrodes inside the cadavers» brains and applying TES externally, the researchers found that they needed to zap the scalp with about 4 to 6 milliamperes of current — well above typical current levels.
When an
electrode is close to a neuron, it can
record the current produced
by the neuron when it fires.
We used a transverse hippocampal slice preparation with two extracellular
recording electrodes to capture propagation of compound action potentials (CAPs) elicited
by a stimulating
electrode in the presence of synaptic transmission blockers (CNQX, APV, and picrotoxin).
These
electrodes are used to
record the electrical activity produced
by the neurons, and also to electrically stimulate the brain.
This is done
by placing
electrodes on the head and
recording brain wave responses.
Surface EMG
recording electrodes (MediTrace Pellet Ag / AgCl
electrodes, disc shape, and 10 mm in diameter, Graphic Controls Ltd., Buffalo, NY, USA) were placed over the muscle belly of the rectus femoris, measured
by half the distance between the anterior superior iliac spine and the patella, as suggested
by Mesin et al. (21).
The heart's electrical activity is
recorded by attaching small contact
electrodes to the limbs and chest wall.
First, while
electrodes were placed for the ERP
recording (average time to complete, 20 minutes; range, 17 - 22 minutes), the number of the spontaneous comments made
by every participant was counted.