Sentence examples for electrical patterns from inspiring English sources

Researchers collected electrical patterns from the monkey's brain as it performed the tasks.

Motor plans are in the form of electrical patterns which arise from cells that fire at the same time, from various parts of the brain.

Add all those electrical patterns together, he says, and "you find it represents the whispers of the brain".

In 1961, Dr. Dawber was an author of the landmark scientific paper that isolated the major risk factors associated with heart disease: high blood pressure, high cholesterol levels and certain irregularities in the electrical patterns in the heart.

In testing the array on the cat, the researchers discovered that electrical activity arose in advance of seizures from much smaller areas and in more complicated electrical patterns than they had previously thought.

The vast majority of our sleep (around 75 to 80 per cent) is NREM, characterised by electrical patterns in the brain known as 'sleep spindles' and high, slow delta waves.

Over the next few years, Dr. Brugada searched for this electrical pattern in other victims of cardiac arrest.

Researchers at the University of Chicago's Sleep Research Laboratory observed that, about an hour after laboratory subjects fell asleep, they were apt to experience a burst of rapid eye movement (REM) under their closed lids, accompanied by a change in brain waves detected (by electroencephalography) as an electrical pattern resembling that of an alert waking person.

Each sequence produced its own electrical pattern, with the largest difference seen between the normal sequence and the one ending with the Neapolitan chord, the researchers report in the May issue of Nature Neuroscience.

The electrical pattern recognition can be useful in several applications; generally it is used to detect particular events or anomalies in the signal under analysis or to identify precursors, especially in electrophysiology.

A better approach in this respect may be the use of ECG imaging, which noninvasively images electrical activation patterns [ 69, 70], although the optimal activation pattern for the diverse anatomical substrates is not known yet.