Event-Related Potentials Components

Ellenbroek, Bart; Parylak, Sarah; Cottone, Pietro; Zorrilla, Eric P.; Harrison, Ben J.; Pantelis, Christos; Tambour, Sophie; Crabbe, John C.; Stolerman, Ian P.; Simola, Nicola; Morelli, Micaela; Bloch, Michael H.; Morgan, Sarah; Mackay, Angus; Remington, Gary; Kennedy, Sidney H.; Rizvi, Sakina J.; Hernández, Giovanni; Shizgal, Peter; Mehta, Mitul A.; Esposito, Ennio; Invernizzi, Roberto William; Christensen, Darren R.; Bickel, Warren K.; Daws, Lynette C.; Andrews, Anne M.; Gerhardt, Greg A.; Boeijinga, Peter H.; Verheart, Peter; Svenningsson, Per; Andrén, Per E.; Carobrez, Antonio Pádua; Kincheski, Grasielle C.; Bertoglio, Leandro J.; Izquierdo, Iván; Bevilaqua, Lia R.; Cammarota, Martı́n; Zald, David H.; Zohar, Joseph; Budney, Alan J.; Stiedl, Oliver; Ögren, Sven Ove; Hillard, Cecilia J.; Abizaid, Alfonso; Amir, Shimon; Willner, Paul; Zwaan, Martina de; Halford, Jason C. G.; Riederer, Peter; Hoyer, Siegfried; Colpaert, Françis C.; Morgan, Michael M.; Morgan, Michael M.; Christie, MacDonald J.; Hoyer, Daniel; Callaghan, Paul D.; McGregor, Iain S.; Thompson, Murray R.; Cain, Mary E.; Bardo, Michael T.; Hiemke, Christoph; Wilkinson, Lawrence S.; Isles, Anthony R; Morgan, Celia J. A.; Curran, Valerie H.; Slifstein, Mark; Prickaerts, Jos; Nichols, David E.; Price, Lawrence H.; Branch, Marc N.; Becker, Jill B.; Carroll, Marilyn E.; Santi, Peter A.; López‐Ibor, María‐Inés; López-Ibor, Juan J; Olivier, Berend; Mirza, Naheed; Miyamoto, Seiya; Shoaib, Mohammed; Foll, Bernard Le; Rover, Mischa de; Nieuwenhuis, Sander; Baldwin, David S.; Höschl, Cyril; Steckler, Thomas; Billiard, Michel; Lundström, Linda; McArthur, Silvia Gatti; Spooren, Will; Pemberton, Darrel J.; Wolff, Kim; Bari, Andrea; Leysen, Josée E.; Fromme, Kim; Patel, Amee B.; Mitchell, Suzanne H.; Wit, Harriet de; Palmatier, Matthew I.; Bevins, Rick A.; Harvey, Victoria L.; Dickenson, Anthony H.; Tait, David S.; Brown, Verity J.; Fleischhacker, W. Wolfgang; Hutton, Samuel B.

doi:10.1007/978-3-540-68706-1_606

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“…Particularly in the realm of clinical psychopharmacology, but also mental disorders, the use of interactive continuous performance tasks and simultaneous measurement of cognitive event-related potentials (ERPs) has established a suitable international consensus such as the allocation of attentional resources at appropriate timing or instantaneous dynamics of neural networks related to the task [41,42,43,44,45]. An example of a response shape displaying a maximum of cognitive response is shown in figure 5a with the aim to demonstrate that the continuous performance task family represents experimentally controllable steps [46] of information processing via electrical activity in e.g.…”

Section: The Working Brainmentioning

confidence: 99%

Multimodal EEG Recordings, Psychometrics and Behavioural Analysis

Boeijinga

2015

Neuropsychobiology

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High spatial and temporal resolution measurements of neuronal activity are preferably combined. In an overview on how this approach can take shape, multimodal electroencephalography (EEG) is treated in 2 main parts: by experiments without a task and in the experimentally cued working brain. It concentrates first on the alpha rhythm properties and next on data-driven search for patterns such as the default mode network. The high-resolution volumic distributions of neuronal metabolic indices result in distributed cortical regions and possibly relate to numerous nuclei, observable in a non-invasive manner in the central nervous system of humans. The second part deals with paradigms in which nowadays assessment of target-related networks can align level-dependent blood oxygenation, electrical responses and behaviour, taking the temporal resolution advantages of event-related potentials. Evidence-based electrical propagation in serial tasks during performance is now to a large extent attributed to interconnected pathways, particularly chronometry-dependent ones, throughout a chain including a dorsal stream, next ventral cortical areas taking the flow of information towards inferior temporal domains. The influence of aging is documented, and results of the first multimodal studies in neuropharmacology are consistent. Finally a scope on implementation of advanced clinical applications and personalized marker strategies in neuropsychiatry is indicated.

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