The relationship between modelled synaptic plasticity and FDG-PET findings in DoC.

<p>Panel A shows scatter plots and correlations between the peak frequencies of empirical EEG data with the metabolic index from FDG-PET. Panel B shows the same for simulated data. Panels C and D show scatter plots, and correlations between the aperiodic exponent and metabolic index. Significa...

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Opis bibliograficzny
1. autor:	Prejaas K. B. Tewarie (22601188) (author)
Kolejni autorzy:	Romesh Abeysuriya (8824172) (author), Rajanikant Panda (6398345) (author), Pablo Nùñez (22601191) (author), Marie M. Vitello (22601194) (author), Glenn van der Lande (22601197) (author), Olivia Gosseries (447923) (author), Aurore Thibaut (4286716) (author), Steven Laureys (62057) (author), Gustavo Deco (50143) (author), Jitka Annen (5628119) (author)
Wydane:	2025
Hasła przedmiotowe:	Cell Biology Genetics Molecular Biology Neuroscience Physiology Evolutionary Biology Mental Health pathophysiological factors associated cerebral glucose uptake physiological brain rhythms normal brain rhythms disrupted brain rhythms excitatory thalamocortical activity current findings emphasize disturbed brain activity unconscious patients exhibit intriguing questions arise consciousness </ p brain injury neocortical activity main findings xlink "> synaptic plasticity spectral peaks power spectrum potentially receptive potential pathways minimally conscious individual trajectories individual patients eeg ). biophysical modelling
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The relationship between modelled synaptic plasticity and FDG-PET findings in DoC.

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