Metabolic connectivity and hemodynamic-metabolic coherence of human prefrontal cortex at rest and post photobiomodulation assessed by dual-channel broadband …
Billions of neurons in the human brain form neural networks with oscillation rhythms. Infra-
slow oscillation (ISO) presents three main physiological sources: endogenic, neurogenic,
and myogenic vasomotions. Having an in vivo methodology for the absolute quantification of
ISO from the human brain can facilitate the detection of brain abnormalities in cerebral
hemodynamic and metabolic activities. In this study, we introduced a novel measurement-
plus-analysis framework for the non-invasive quantification of prefrontal ISO by (1) taking …
slow oscillation (ISO) presents three main physiological sources: endogenic, neurogenic,
and myogenic vasomotions. Having an in vivo methodology for the absolute quantification of
ISO from the human brain can facilitate the detection of brain abnormalities in cerebral
hemodynamic and metabolic activities. In this study, we introduced a novel measurement-
plus-analysis framework for the non-invasive quantification of prefrontal ISO by (1) taking …
[PDF][PDF] Metabolic connectivity and hemodynamic-metabolic coherence of human prefrontal cortex at rest and post photobiomodulation assessed by dual-channel …
Billions of neurons in the human brain form neural networks with oscillation rhythms. Infra-
slow oscillation (ISO) presents three main physiological sources: endogenic, neurogenic,
and myogenic vasomotions. Having an in vivo methodology for the absolute quantification of
ISO from the human brain can facilitate the detection of brain abnormalities in cerebral
hemodynamic and metabolic activities. In this study, we introduced a novel measurement-
plus-analysis framework for the non-invasive quantification of prefrontal ISO by (1) taking …
slow oscillation (ISO) presents three main physiological sources: endogenic, neurogenic,
and myogenic vasomotions. Having an in vivo methodology for the absolute quantification of
ISO from the human brain can facilitate the detection of brain abnormalities in cerebral
hemodynamic and metabolic activities. In this study, we introduced a novel measurement-
plus-analysis framework for the non-invasive quantification of prefrontal ISO by (1) taking …
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