P200
In neuroscience, the visual P200 or P2 is a waveform component or feature of the event-related potential (ERP) measured at the human scalp. Like other potential changes measurable from the scalp, this effect is believed to reflect the post-synaptic activity of a specific neural process. The P2 component, also known as the P200, is so named because it is a positive going electrical potential that peaks at about 200 milliseconds (varying between about 150 and 275 ms) after the onset of some external stimulus. This component is often distributed around the centro-frontal and the parieto-occipital areas of the scalp. It is generally found to be maximal around the vertex (frontal region) of the scalp, however there have been some topographical differences noted in ERP studies of the P2 in diffe
AFTPHBereitschaftspotentialC1 and P1 (neuroscience)Contingent negative variationDifference due to memoryEarly left anterior negativityError-related negativityEvent-related potentialEvoked potentialLate positive componentLateralized readiness potentialMismatch negativityN100N170N200 (neuroscience)N2pcN400 (neuroscience)P2P3aP3bP600 (neuroscience)Prediction in language comprehensionSensory overloadSomatosensory evoked potentialVisual N1
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P200
In neuroscience, the visual P200 or P2 is a waveform component or feature of the event-related potential (ERP) measured at the human scalp. Like other potential changes measurable from the scalp, this effect is believed to reflect the post-synaptic activity of a specific neural process. The P2 component, also known as the P200, is so named because it is a positive going electrical potential that peaks at about 200 milliseconds (varying between about 150 and 275 ms) after the onset of some external stimulus. This component is often distributed around the centro-frontal and the parieto-occipital areas of the scalp. It is generally found to be maximal around the vertex (frontal region) of the scalp, however there have been some topographical differences noted in ERP studies of the P2 in diffe
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In neuroscience, the visual P2 ...... ory inputs with stored memory.
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In neuroscience, the visual P2 ...... ERP studies of the P2 in diffe
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P200
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