Effect of excessive internet gaming on inhibitory control based on resting EEG and ERP

Previous research indicates that individuals with Internet gaming disorder (IGD) show impaired inhibitory control and abnormal EEG/ERP patterns. However, it is unclear how those individuals with excessive Internet game use (EUG) but without addiction differ. This study examined inhibitory control, resting EEG, and ERP in EUG gamers compared to non-gamers. Fifteen participants in each group underwent 4-min eyes-closed EEG recordings and a color-word Stroop task. Results showed no significant differences in reaction time, accuracy, or P3 amplitude between EUG gamers and non-gamers. However, EUG gamers exhibited shortened P3 latency, which may suggest enhanced inhibitory control. Additionally, EUG gamers showed reduced theta and alpha band power during the resting state compared to non-gamers. These findings suggest that excessive gaming without addiction may enhance inhibitory control and influence brain activity differently from IGD. [Display omitted] •Inhibitory control behaviors show no difference between EUG gamers and non-gamers•EUG gamers exhibited shortened P3 latency compared to non-gamers•EUG gamers showed reduced resting theta and alpha power compared to non-gamers Behavioral neuroscience; Clinical neuroscience; Social sciences