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100			_aStróżak, Paweł _949368
245			_aVection Attenuates N400 Event-Related Potentials in a Change-Detection Task/
260			_bsage _c2019
300			_aVol 48, Issue 8, 2019: ( 702-730 p.).
520			_aThe illusion of self-motion (vection) can affect human cognitive functioning, but little is known about the attentional mechanisms of this influence. In this study, event-related potentials were recorded, while participants (N = 23) performed a visual change-detection task in the S1–S2 matching paradigm, which was embedded in a visual stimulation pattern (VSP) that was static or moving. In the condition of moving VSP, participants had additionally to indicate whether they were sensing the illusion of self-motion (vection) or perceiving object-motion (no vection). For moving VSP, there were no differences in response accuracy or reaction times between conditions with vection and conditions without vection. Both for static and moving VSP, a series of event-related potentials time-locked to the onset of S2 was observed. N400 amplitudes from anterior–frontal electrodes were attenuated in conditions with vection as compared with conditions without vection. P3a and P3b amplitudes were also attenuated by vection but only in the subgroup of participants who had a high frequency of reporting vection. This shows that the illusion of self-motion disrupted the magnitude of an electrophysiological correlate of complex conflict detection. The potentials reflecting the direction of attention were not affected, unless individual differences in vection frequency were considered.
650			_aillusory self-motion (vection), _949369
650			_a attention, _949119
650			_aevent-related potentials, _949370
650			_aN400, _949371
650			_achange detection, _949372
650			_aS1–S2 matching paradigm _949373
700			_aAugustynowicz, Paweł _949374
700			_aRatomska, Marta _949375
773	0		_012374 _916462 _dSage, _tPerception _x1468-4233
856			_uhttps://doi.org/10.1177/0301006619861882
942			_2ddc _cART
999			_c12445 _d12445