Brain network integration dynamics are associated with loss and recovery of consciousness induced by sevoflurane

Brain network integration dynamics are associated with loss and recovery of consciousness induced by sevoflurane

The dynamic interplay of integration and segregation in the brain is at the core of leading theoretical accounts of consciousness. The human brain dynamically alternates between a sub-state where integration predominates, and a predominantly segregated sub-state, with different roles in supporting c...

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Bibliographic Details
Main Authors: Golkowski, D. (Author), Ilg, R. (Author), Jordan, D. (Author), Luppi, A.I (Author), Menon, D.K (Author), Ranft, A. (Author), Stamatakis, E.A (Author)
Format: Article
Language:English
Published: John Wiley and Sons Inc 2021
Subjects:
adult
Adult
anaesthesia
anesthesia
Anesthesia
anesthetic recovery
Anesthetics, Inhalation
Article
artificial ventilation
BOLD signal
brain
Brain
brain function
carbon dioxide
complexity
connectome
Connectome
consciousness
Consciousness
continuous infusion
controlled study
deep sedation
default mode network
Default Mode Network
diagnostic imaging
drug effect
dynamic functional connectivity
echo planar imaging
electroencephalogram
end tidal carbon dioxide tension
entropy
executive network
functional connectivity
functional magnetic resonance imaging
general anesthesia
human
human experiment
Humans
inhalation anesthetic agent
integration-segregation
Magnetic Resonance Imaging
male
Male
mean arterial pressure
nerve cell network
Nerve Net
noradrenalin
normal human
nuclear magnetic resonance imaging
oxygen
physiology
priority journal
sevoflurane
Sevoflurane
small-world network
unconsciousness
young adult
Young Adult
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