<p>Because occipital lead displayed the greater difference between genotypes, occipital line graphs were used to display age related comparison. (A) Comparison of delta power revealed no significant difference between ages. Difference in delta power between Control EEGs and RTT EEGs seems to be driven by 2–5 year age group. (B) Gamma power in control group had a significant decrease from age group 2–5 year to 6–9 year group. The sharp decrease in gamma power is lost in patients with RTT as age increases.</p
This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially delta and a...
<p>A) Left: Significant main effect of age group for choice options involving immediate reward in th...
The objective of this study was to examine the differences in oscillatory brain dynamics in Alzheime...
Objective: To investigate lifespan age differences in neuronal mechanisms of visual coding in the co...
Linear regression analysis comparing age and the following frequency bands: (A) Delta (0.5-4Hz), (B)...
The brain’s activity at rest changes dramatically as it develops. Resting oscillatory power within d...
The aim of this study was to investigate whether the amplitude of gamma-band activity is influenced ...
We examined oscillatory power in electroencephalographic recordings obtained while younger (18-30 ye...
Objective: Long-range temporal correlations (LRTC) of EEG amplitude fluctuations in adults reveal po...
To investigate age trends, sex differences, and splitting of alpha peaks of the EEG spectrum in the ...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially delta and a...
Abstract: This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially d...
(A) Across most frequency bands, adolescents displayed similar resting-state phase-locking to adults...
Age-related effects were studied in 14 younger (M = 34 years) and 14 (M = 47 years) older healthy pa...
This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially delta and a...
<p>A) Left: Significant main effect of age group for choice options involving immediate reward in th...
The objective of this study was to examine the differences in oscillatory brain dynamics in Alzheime...
Objective: To investigate lifespan age differences in neuronal mechanisms of visual coding in the co...
Linear regression analysis comparing age and the following frequency bands: (A) Delta (0.5-4Hz), (B)...
The brain’s activity at rest changes dramatically as it develops. Resting oscillatory power within d...
The aim of this study was to investigate whether the amplitude of gamma-band activity is influenced ...
We examined oscillatory power in electroencephalographic recordings obtained while younger (18-30 ye...
Objective: Long-range temporal correlations (LRTC) of EEG amplitude fluctuations in adults reveal po...
To investigate age trends, sex differences, and splitting of alpha peaks of the EEG spectrum in the ...
<p>Topography of the correlation between age and NREM spectral density, averaged across the first th...
This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially delta and a...
Abstract: This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially d...
(A) Across most frequency bands, adolescents displayed similar resting-state phase-locking to adults...
Age-related effects were studied in 14 younger (M = 34 years) and 14 (M = 47 years) older healthy pa...
This electroencephalographic (EEG) study tested whether cortical EEG rhythms (especially delta and a...
<p>A) Left: Significant main effect of age group for choice options involving immediate reward in th...
The objective of this study was to examine the differences in oscillatory brain dynamics in Alzheime...