Neural Mechanisms Underlying Internet Gaming DisorderJintao Zhang, Matthias Brand Frontiers Media SA, Feb 19, 2019 - 143 pages
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Contents
Neural Mechanisms Underlying Internet Gaming Disorder | 4 |
A Personal Perspective | 6 |
A Systematic Literature Review | 18 |
A Tripartite Neurocognitive Model of Internet Gaming Disorder | 30 |
An Update Overview on Brain Imaging Studies of Internet Gaming Disorder | 41 |
Impaired Feedback Processing for Symbolic Reward in Individuals with Internet Game Overuse | 54 |
Evidence from the Comparison with Recreational Internet Game Users | 67 |
Unconscious Processing of Facial Expressions in Individuals with Internet Gaming Disorder | 79 |
Dysfunctional Prefrontal Function Is Associated with Impulsivity in People with Internet Gaming Disorder during a Delay Discounting Task | 88 |
A RestingState fMRI Study | 98 |
An fMRI Study | 106 |
An fMRI Study | 116 |
Brain Structures Associated with Internet Addiction Tendency in Adolescent Online Game Players | 124 |
4D Marker and Different Forms of Internet Use Disorder | 132 |
Back cover | 142 |
Common terms and phrases
adolescents aggression amygdala anterior cingulate cortex assess associated Behav behavioral addiction bilateral Biol brain activity brain regions CBT-IA Chen China cingulate cortex cognitive control compared control group control participants correlated craving cues decision-making decreased desensitization differences digit ratio DLPFC effects emotional Evaluation—a cross-sectional study feedback fMRI fMRI study functional connectivity fusiform gyrus gamers gaming disorder IGD gray matter gray matter volume healthy controls I-PACE IAT score IGD individuals IGD participants IGD showed IGD subjects IGO group impaired impulsivity individuals with IGD inferior frontal gyrus insula Internet addiction disorder Internet gaming addiction Internet gaming disorder magnetic resonance imaging males monetary reward negative neural neuroimaging Neurosci online game orbitofrontal cortex playing online game postcentral gyrus precuneus prefrontal cortex processing Psychiatry Psychol resting-state s-IAT significant social stimuli striatum symbolic reward task violent video games voxel Wang Zhang Zhou