Normative EEG spectral characteristics in healthy subjects aged 7 to 89 years

Tereshchenko, E. P.; Пономарев, В. А.; Müller, Andreas; Kropotov, Yu. D.

doi:10.1134/s0362119710010019

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Cited by 2 publications

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“…It is a typical broadband spectrum with superimposed slow wave and alpha oscillatory peaks, consistent with large cohort wakeful EEG spectra. 47 In the synapse-only 'propofol state', there was a progressive decrease in power, predominantly in the alpha and high frequencies, and an increase in relative slow wave power until it saturated at 55% (Fig. 3b and c).…”

Section: Resultsmentioning

confidence: 91%

Contributions of synaptic and astrocyte physiology to the anaesthetised encephalogram revealed using a computational model

Hadjipavlou

Warnaby

FitzGerald

et al. 2021

British Journal of Anaesthesia

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Section: Resultsmentioning

confidence: 91%

Contributions of synaptic and astrocyte physiology to the anaesthetised encephalogram revealed using a computational model

Hadjipavlou

Warnaby

FitzGerald

et al. 2021

British Journal of Anaesthesia

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Multimodal Analysis: New Approaches to the Concussion Conundrum

Thompson¹,

Hagedorn

2012

Journal of Clinical Sport Psychology

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Sports-related concussions are complex injuries with biomechanical and biochemical etiology that present with central and autonomic nervous system dysfunction. Current methods for assessing concussions and basing return-to-play decisions rely on symptom resolution, rating scales, and neuropsychological testing, all of which are indirect measures of injury severity and detect functional capabilities but do not directly measure injury location or severity. In addition, these downstream measures are susceptible to false negatives because compensatory mechanism, such as unmasking and redundancies in brain circuitry can return functional capabilities before injury resolution. The multifactorial nature of concussion necessitates rapid, inexpensive, and easily applied multimodal analysis methods that can offer greater sensitivity and specificity. This article discusses how new approaches utilizing electrophysiology (e.g., QEEG, ERP, ECG, HRV), quantified balance measures, and biochemistry are necessary to advance the science of concussion assessment, treatment, recovery projections, and return-to-play decisions. These additional assessment tools offer a more direct window into the severity and location of the injury, real-time measures of brain function, and the ability to measure the multiple body systems negatively affected by concussion.

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Normative EEG spectral characteristics in healthy subjects aged 7 to 89 years

Cited by 2 publications

References 12 publications

Contributions of synaptic and astrocyte physiology to the anaesthetised encephalogram revealed using a computational model

Contributions of synaptic and astrocyte physiology to the anaesthetised encephalogram revealed using a computational model

Multimodal Analysis: New Approaches to the Concussion Conundrum

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