Sentence examples for erp recorded from inspiring English sources

One of the most provocative findings motivating the automaticity juggernaut was reported by Benjamin Libet (1983), a physiologist at UC San Francisco, on the readiness potential, a form of the event-related potential (ERP) recorded in the EEG.

The P300 is a positive ERP recorded widely across the scalp approximately 300 ms after an auditory, visual, or somato-sensory "oddball" stimulus, which must be random and stand out, and also must be followed by a response from the patient, such as pressing a button.

In addition children participated pre- and post-training in an EEG and ERP recording.

There was no statistical difference in the demographic characteristics of the control and patient groups at the time of ERP recording.

This is supported by recent research based on depth simulation and ERP recording suggesting a functional connectivity between the P50-like waveform and thalamocortical operation [ 22].

*Simultaneous onset of warning stimulus and of ERP recording +Peak amplitudes were measured relatively to the mean amplitude of the 100 ms pre-stimulus baseline period; latency measurements were computed relatively to warning stimulus onset.

Therefore, the objective of the current study was to evaluate the test-retest reliability of cognitive ERPs recorded while walking.

Long-latency components of event-related brain potentials (ERPs) recorded from subjects reading meaningful text are sensitive to semantic relationships among the major lexical items of sentences.

However, as of yet, no one has assessed the long-term stability of event-related potentials (ERPs) recorded under these conditions.

We examined on-line second language (L2) text comprehension in relation to L2 proficiency with ERPs recorded on critical words separated across a sentence boundary from their co-referential antecedents.

By subtracting the event-related potentials (ERPs) recorded from healthy subjects performing the two conditions, we identified the brain processes underlying the visuomotor transformations needed for accurate reaching/pointing movements.