RT @mBrainTrain: Understanding individual differences in domain-general prosociality: A resting #EEG study It provides neural evidence as…
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
Correlation levels: oof
Understanding individual differences in domain-general prosociality: A resting #EEG study It provides neural evidence as to why some people consistently behave more prosocially than others in different situations. More: https://t.co/4Zu1txjt1h https://t
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
RT @hbdchick: "This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a pros…
"This is the first demonstration of neural signatures underlying individual differences in the propensity to behave in a prosocial manner across different social situations."
RT @patilindrajeets: Understanding individual differences in domain-general prosociality: A resting EEG study (n = 137) https://t.co/O86plw…
RT @patilindrajeets: Understanding individual differences in domain-general prosociality: A resting EEG study (n = 137) https://t.co/O86plw…
Understanding individual differences in domain-general prosociality: A resting EEG study (n = 137) https://t.co/O86plwtGZ6 "resting current density within the TPJ in two beta bands (beta2 and beta3) was positively associated with domain-general prosociali