<p>There were no statistically significant differences (<i>P</i>>0.05) in the N100-AEP latencies between WM states and rest states in the high load tasks. L-PF: left-prefrontal; M-PF: mid-prefrontal; R-PF: right-prefrontal; L-F: left-frontal; M-F: mid-frontal; R-F: right-frontal; L-T: left-temporal; R-T: right-temporal. Data is shown as mean (SD).</p
In time processing, the role of different cortical areas is still under investigation. Event-related...
In time processing, the role of different cortical areas is still under investigation. Event-related...
<p>Activation patterns resulted from a random-effects GLM including condition-wise N1 peak values fo...
<p>There were no statistically significant differences (<i>P</i>>0.05) in the N100-AEP latencies bet...
<p>A: N100-AEP amplitudes in low WM load task; B: N100-AEP amplitudes in High WM load task. L-PF: le...
<p>A: Waveforms of the low WM load task; B: Waveforms of the high WM load task. Solid lines represen...
<p>Plots represent the ERP activities (left) and the corresponding scatter plots of their peak times...
<p>Statistical results on peak latency in the visual cortex, superior parietal lobe (SPL), inferior ...
According to theoretical accounts, both, N-back and complex span tasks mainly require working memory...
Our brain processes the different timescales of our environment's temporal input stochastics. Is suc...
<p>Activity mappings also demonstrate distribution of frontal (b) and parietal (d) activities during...
Our brain processes the different timescales of our environment's temporal input stochastics. Is suc...
Working memory-related neural activity varies with task load, and these neural variations can be con...
Working memory-related neural activity varies with task load, and these neural variations can be con...
<p>V: visual cortex; PCC: parietal cortex; PreM: pre-motor cortex; S: sensorimotor cortex; M: motor ...
In time processing, the role of different cortical areas is still under investigation. Event-related...
In time processing, the role of different cortical areas is still under investigation. Event-related...
<p>Activation patterns resulted from a random-effects GLM including condition-wise N1 peak values fo...
<p>There were no statistically significant differences (<i>P</i>>0.05) in the N100-AEP latencies bet...
<p>A: N100-AEP amplitudes in low WM load task; B: N100-AEP amplitudes in High WM load task. L-PF: le...
<p>A: Waveforms of the low WM load task; B: Waveforms of the high WM load task. Solid lines represen...
<p>Plots represent the ERP activities (left) and the corresponding scatter plots of their peak times...
<p>Statistical results on peak latency in the visual cortex, superior parietal lobe (SPL), inferior ...
According to theoretical accounts, both, N-back and complex span tasks mainly require working memory...
Our brain processes the different timescales of our environment's temporal input stochastics. Is suc...
<p>Activity mappings also demonstrate distribution of frontal (b) and parietal (d) activities during...
Our brain processes the different timescales of our environment's temporal input stochastics. Is suc...
Working memory-related neural activity varies with task load, and these neural variations can be con...
Working memory-related neural activity varies with task load, and these neural variations can be con...
<p>V: visual cortex; PCC: parietal cortex; PreM: pre-motor cortex; S: sensorimotor cortex; M: motor ...
In time processing, the role of different cortical areas is still under investigation. Event-related...
In time processing, the role of different cortical areas is still under investigation. Event-related...
<p>Activation patterns resulted from a random-effects GLM including condition-wise N1 peak values fo...