Eeg en innovatieve behandeling van verminderde hersenconnectiviteit bij delirium

J van der A; T H Ottens; D Y Lodema; W de Haan; I Tendolkar; M H Emmelot-Vonk; D J L G Schutter; E van Dellen; A J C Slooter

Eeg en innovatieve behandeling van verminderde hersenconnectiviteit bij delirium

Translated title of the contribution: Electroencephalography and innovative treatment of reduced brain connectivity in delirium

J van der A
, T H Ottens
, D Y Lodema
, W de Haan
, I Tendolkar
, M H Emmelot-Vonk
, D J L G Schutter
, E van Dellen
, A J C Slooter

Research output: Contribution to journal › Article › Academic › peer-review

2 Downloads (Pure)

Abstract

BACKGROUND: Delirium is associated with neurophysiological changes that can be identified with quantitative EEG analysis techniques (qEEG).

AIM: To provide an overview of studies on neurophysiological changes in delirium using various qEEG analysis techniques.

METHOD: Literature review.

RESULTS: In delirium, there is an increase in delta and theta activity but a decrease in activity in the alpha frequency band. Additionally, there is a decrease in functional connectivity and efficiency of the brain network in the alpha frequency band.

CONCLUSION: Delirium is characterized by diffuse slowing of the EEG, reduced functional connectivity, and decreased efficiency of the brain network. Improved functional connectivity could be a new approach to treat delirium.

Translated title of the contribution	Electroencephalography and innovative treatment of reduced brain connectivity in delirium
Original language	Dutch
Pages (from-to)	633-636
Number of pages	4
Journal	Tijdschrift voor Psychiatrie
Volume	65
Issue number	10
Publication status	Published - 2023

Keywords

Humans
Electroencephalography/methods
Brain
Delirium/diagnosis

Access to Document

65-2023-artikel-vanderAFinal published version, 205 KBLicence: Taverne

Cite this

@article{fe42b077753142f0b5f1f8c7e155680b,

title = "Eeg en innovatieve behandeling van verminderde hersenconnectiviteit bij delirium",

abstract = "BACKGROUND: Delirium is associated with neurophysiological changes that can be identified with quantitative EEG analysis techniques (qEEG).AIM: To provide an overview of studies on neurophysiological changes in delirium using various qEEG analysis techniques.METHOD: Literature review.RESULTS: In delirium, there is an increase in delta and theta activity but a decrease in activity in the alpha frequency band. Additionally, there is a decrease in functional connectivity and efficiency of the brain network in the alpha frequency band.CONCLUSION: Delirium is characterized by diffuse slowing of the EEG, reduced functional connectivity, and decreased efficiency of the brain network. Improved functional connectivity could be a new approach to treat delirium.",

keywords = "Humans, Electroencephalography/methods, Brain, Delirium/diagnosis",

author = "\{van der A\}, J and Ottens, \{T H\} and Lodema, \{D Y\} and \{de Haan\}, W and I Tendolkar and Emmelot-Vonk, \{M H\} and Schutter, \{D J L G\} and \{van Dellen\}, E and Slooter, \{A J C\}",

year = "2023",

language = "Dutch",

volume = "65",

pages = "633--636",

journal = "Tijdschrift voor Psychiatrie",

issn = "0303-7339",

publisher = "Uitgeverij Boom",

number = "10",

}

TY - JOUR

T1 - Eeg en innovatieve behandeling van verminderde hersenconnectiviteit bij delirium

AU - van der A, J

AU - Ottens, T H

AU - Lodema, D Y

AU - de Haan, W

AU - Tendolkar, I

AU - Emmelot-Vonk, M H

AU - Schutter, D J L G

AU - van Dellen, E

AU - Slooter, A J C

PY - 2023

Y1 - 2023

N2 - BACKGROUND: Delirium is associated with neurophysiological changes that can be identified with quantitative EEG analysis techniques (qEEG).AIM: To provide an overview of studies on neurophysiological changes in delirium using various qEEG analysis techniques.METHOD: Literature review.RESULTS: In delirium, there is an increase in delta and theta activity but a decrease in activity in the alpha frequency band. Additionally, there is a decrease in functional connectivity and efficiency of the brain network in the alpha frequency band.CONCLUSION: Delirium is characterized by diffuse slowing of the EEG, reduced functional connectivity, and decreased efficiency of the brain network. Improved functional connectivity could be a new approach to treat delirium.

AB - BACKGROUND: Delirium is associated with neurophysiological changes that can be identified with quantitative EEG analysis techniques (qEEG).AIM: To provide an overview of studies on neurophysiological changes in delirium using various qEEG analysis techniques.METHOD: Literature review.RESULTS: In delirium, there is an increase in delta and theta activity but a decrease in activity in the alpha frequency band. Additionally, there is a decrease in functional connectivity and efficiency of the brain network in the alpha frequency band.CONCLUSION: Delirium is characterized by diffuse slowing of the EEG, reduced functional connectivity, and decreased efficiency of the brain network. Improved functional connectivity could be a new approach to treat delirium.

KW - Humans

KW - Electroencephalography/methods

KW - Brain

KW - Delirium/diagnosis

UR - https://www.scopus.com/pages/publications/85181775581

M3 - Article

C2 - 38174399

SN - 0303-7339

VL - 65

SP - 633

EP - 636

JO - Tijdschrift voor Psychiatrie

JF - Tijdschrift voor Psychiatrie

IS - 10

ER -

Eeg en innovatieve behandeling van verminderde hersenconnectiviteit bij delirium

Abstract

Keywords

Access to Document

Other files and links

Fingerprint

Cite this