Electric Stimulation to Improve Memory Consolidation During Sleep

Diana Campos-Beltrán; Lisa Marshall

doi:10.1007/978-3-319-45066-7_18

Electric Stimulation to Improve Memory Consolidation During Sleep

Diana Campos-Beltrán, Lisa Marshall

Abstract

During the last decade the interest in the manipulation of learning and memory by non-invasive techniques in humans has increased dramatically. Many studies focus on sleep as a beneficial or even necessary state for the consolidation of many types of memories. For manipulation methods of transcranial electric stimulation, TMS, deep brain stimulation, cued reactivation, sensory stimulation, especially auditory stimulation have been employed. Techniques closely comparable to the non-invasive human methods have also been developed in rodents. In addition optogenetic tools have enabled the functional causality of very specific pathways to be investigated in a complimentary way. This chapter focuses on effects induced by weak electric stimulation on consolidation during sleep but includes also manipulations aside from weak electric stimulation in a complimentary fashion. As of recent the variability in the efficiency of weak electric stimulation has come into the spotlight. Specifically, the relevance not only of the technical parameters of stimulation, but also of the electrophysiologically defined `brain state' at the time of stimulation, as well as cognitive features of the individual per se have been addressed.

Original language	English
Title of host publication	Cognitive Neuroscience of Memory Consolidation
Editors	Nikolai Axmacher, Björn Rasch
Number of pages	12
Place of Publication	Cham
Publisher	Springer International Publishing
Publication date	10.02.2017
Pages	301-312
ISBN (Print)	978-3-319-45064-3
ISBN (Electronic)	978-3-319-45066-7
DOIs	https://doi.org/10.1007/978-3-319-45066-7_18
Publication status	Published - 10.02.2017

Research Areas and Centers

Academic Focus: Center for Brain, Behavior and Metabolism (CBBM)

DFG Research Classification Scheme

2.23-03 Experimental and Theoretical Network Neuroscience
2.23-08 Human Cognitive and Systems Neuroscience

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Access to Document

10.1007/978-3-319-45066-7_18

CRC 654: Plasticity and Sleep
Born, J. (Speaker, Coordinator), Verleger, R. (Principal Investigator (PI)), Witt, K. (Principal Investigator (PI)), Gais, S. (Principal Investigator (PI)), Kimmig, H. (Principal Investigator (PI)), Backhaus, J. (Principal Investigator (PI)), Junghanns, K. (Principal Investigator (PI)), Marshall, L. (Principal Investigator (PI)), Martinetz, T. (Principal Investigator (PI)), Mölle, M. (Principal Investigator (PI)), Deuschl, G. (Principal Investigator (PI)), Mehdorn, H. M. (Principal Investigator (PI)), Volkmann, J. (Principal Investigator (PI)), Claussen, J. C. (Principal Investigator (PI)), Göder, R. (Principal Investigator (PI)), Anders, S. (Principal Investigator (PI)), Binkofski, F. (Principal Investigator (PI)), Büchel, C. (Principal Investigator (PI)), Ehrlich, I. (Principal Investigator (PI)), Baving, L. (Principal Investigator (PI)), Prehn-Kristensen, A. (Principal Investigator (PI)), Bartsch, T. (Principal Investigator (PI)), Sirota, A. (Principal Investigator (PI)), Münte, T. (Principal Investigator (PI)), Heldmann, M. (Principal Investigator (PI)), Diekelmann, S. (Principal Investigator (PI)), Rauss, K. (Principal Investigator (PI)), Sato, T. (Principal Investigator (PI)), Krägeloh-Mann, I. (Principal Investigator (PI)), Wilke, M. (Principal Investigator (PI)), Hallschmid, M. (Principal Investigator (PI)), Schmid, S. (Principal Investigator (PI)), Kern, W. (Principal Investigator (PI)), Perras, B. (Principal Investigator (PI)), Poets, C. F. (Principal Investigator (PI)), Sayk, F. (Principal Investigator (PI)), Oster, H. (Principal Investigator (PI)), Lehnert, H. (Principal Investigator (PI)), Baier, P. C. (Principal Investigator (PI)), Oltmanns, K. (Principal Investigator (PI)), Fritsche, A. (Principal Investigator (PI)), Preissl, H. (Principal Investigator (PI)), Ernst, M. (Principal Investigator (PI)), Zabel, P. (Principal Investigator (PI)), Solbach, W. (Principal Investigator (PI)), Kalies, K. (Principal Investigator (PI)), Westermann, J. (Principal Investigator (PI)), Rose-John, S. (Principal Investigator (PI)), Lange, T. (Principal Investigator (PI)), Rammensee, H. G. (Principal Investigator (PI)), Autenrieth, S. E. (Principal Investigator (PI)), Köhl, J. (Principal Investigator (PI)) & Ehlers, M. (Principal Investigator (PI))
01.01.05 → 31.12.17
Project: DFG Joint Research › DFG Collaborative Research Centers (CRC)

Cite this

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title = "Electric Stimulation to Improve Memory Consolidation During Sleep",

abstract = "During the last decade the interest in the manipulation of learning and memory by non-invasive techniques in humans has increased dramatically. Many studies focus on sleep as a beneficial or even necessary state for the consolidation of many types of memories. For manipulation methods of transcranial electric stimulation, TMS, deep brain stimulation, cued reactivation, sensory stimulation, especially auditory stimulation have been employed. Techniques closely comparable to the non-invasive human methods have also been developed in rodents. In addition optogenetic tools have enabled the functional causality of very specific pathways to be investigated in a complimentary way. This chapter focuses on effects induced by weak electric stimulation on consolidation during sleep but includes also manipulations aside from weak electric stimulation in a complimentary fashion. As of recent the variability in the efficiency of weak electric stimulation has come into the spotlight. Specifically, the relevance not only of the technical parameters of stimulation, but also of the electrophysiologically defined `brain state' at the time of stimulation, as well as cognitive features of the individual per se have been addressed.",

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Electric Stimulation to Improve Memory Consolidation During Sleep. / Campos-Beltrán, Diana; Marshall, Lisa.
Cognitive Neuroscience of Memory Consolidation. ed. / Nikolai Axmacher; Björn Rasch. Cham: Springer International Publishing, 2017. p. 301-312 ( Studies in Neuroscience, Psychology and Behavioral Economics).

Research output: Chapters in Books/Reports/Conference Proceedings › Chapter › peer-review

TY - CHAP

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AU - Marshall, Lisa

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N2 - During the last decade the interest in the manipulation of learning and memory by non-invasive techniques in humans has increased dramatically. Many studies focus on sleep as a beneficial or even necessary state for the consolidation of many types of memories. For manipulation methods of transcranial electric stimulation, TMS, deep brain stimulation, cued reactivation, sensory stimulation, especially auditory stimulation have been employed. Techniques closely comparable to the non-invasive human methods have also been developed in rodents. In addition optogenetic tools have enabled the functional causality of very specific pathways to be investigated in a complimentary way. This chapter focuses on effects induced by weak electric stimulation on consolidation during sleep but includes also manipulations aside from weak electric stimulation in a complimentary fashion. As of recent the variability in the efficiency of weak electric stimulation has come into the spotlight. Specifically, the relevance not only of the technical parameters of stimulation, but also of the electrophysiologically defined `brain state' at the time of stimulation, as well as cognitive features of the individual per se have been addressed.

AB - During the last decade the interest in the manipulation of learning and memory by non-invasive techniques in humans has increased dramatically. Many studies focus on sleep as a beneficial or even necessary state for the consolidation of many types of memories. For manipulation methods of transcranial electric stimulation, TMS, deep brain stimulation, cued reactivation, sensory stimulation, especially auditory stimulation have been employed. Techniques closely comparable to the non-invasive human methods have also been developed in rodents. In addition optogenetic tools have enabled the functional causality of very specific pathways to be investigated in a complimentary way. This chapter focuses on effects induced by weak electric stimulation on consolidation during sleep but includes also manipulations aside from weak electric stimulation in a complimentary fashion. As of recent the variability in the efficiency of weak electric stimulation has come into the spotlight. Specifically, the relevance not only of the technical parameters of stimulation, but also of the electrophysiologically defined `brain state' at the time of stimulation, as well as cognitive features of the individual per se have been addressed.

U2 - 10.1007/978-3-319-45066-7_18

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M3 - Chapter

SN - 978-3-319-45064-3

T3 - Studies in Neuroscience, Psychology and Behavioral Economics

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EP - 312

BT - Cognitive Neuroscience of Memory Consolidation

A2 - Axmacher, Nikolai

A2 - Rasch, Björn

PB - Springer International Publishing

CY - Cham

ER -

Electric Stimulation to Improve Memory Consolidation During Sleep

Abstract

Research Areas and Centers

DFG Research Classification Scheme

UN SDGs

Access to Document

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Projects

CRC 654: Plasticity and Sleep

Cite this