Sentence examples for spike discharge from inspiring English sources

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In one of the cells (1/4), the presence of D1 agonist SKF 38393 (10 μM) enabled fornix stimulation to evoke spike discharge following the high intensity stimulus (Figure 5b), whereas stimulation was incapable of evoking spike discharge prior to SKF 38393 administration.

Ramp stimulation of transfected neurons in upper and deeper layers led to sustained increase of spike discharge that was initiated once the power exceeded a certain threshold (Fig. 4a,d).

Complementary experiments in awake behaving cats found that Purkinje cells located in the D1 and D2 zones of crus I exhibit changes in simple spike discharge time locked to target motion during a visually guided reaching task.

The μ receptor agonist funaltrexamine (1 nM to 100 μM) and the κ receptor agonist U-50488 (1 nM to 10 μM) diminished the basal spike discharge of vestibular afferents.

The region that yields deviations in action potential (or "spike") discharge rate away from the background activity level of a neuron has been variously referred to as the receptive field, the classical receptive field, the receptive field centre, the discharge field, the discharge centre, the minimum discharge field, or the minimum response field.

The authors argue these neural high-frequency processes are related to multi-unit spike discharges.

EEGs may show discontinuous patterns characterized by burst-suppression, continuous or frequent intermittent generalized sharp or spike wave activity, hypsarrhythmia, or multifocal spike discharges superimposed on background disorganization including loss of normal sleep architecture.

At the second surgery, the area of seizure onset and active interictal spike discharges on the intracranial VEEG recording, which usually correlates with the zone of clustered MEG spike sources, is resected.

In the electrophysiological recordings, s.c. injection of the same three doses of melittin into the cutaneous receptive field produced an immediate, dose-dependent increase in spontaneous spike discharges of spinal dorsal horn wide-dynamic-range (WDR) neurons which are believed to be responsible for the spinally-organized nociceptive flexion reflex.

EEG recording showed left hemispheric attenuation but no spike discharges, thus not confirming epileptic mechanism.