Supporting online material for: Predicting Persuasion-Induced Behavior Change from the Brain
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1 1 Supporting online material for: Predicting Persuasion-Induced Behavior Change from the Brain Emily Falk, Elliot Berkman, Traci Mann, Brittany Harrison, Matthew Lieberman This document contains: Example Slide Supplementary Tables with results from whole-brain searches Example Slide:
2 NEURAL PREDICTOR OF BEHAVIOR CHANGE 2 Supplementary Tables: Results from whole brain searches. Whole-brain analyses. For whole-brain exploratory analyses, attitude, intention and behavior change scores were regressed onto brain activity at the group level. Results are reported for behavior change (S1), intention change (S3) and attitude change (S4) separately, as well as for behavior change controlling for attitude and intention change (S2), and for the overlap between intention and behavior change (S5). While the main manuscript focuses primarily on using neural activity to explain variability in behavior change that is not explained by traditional selfreport variables, the neural regions that are associated with each process individually, and the regions of overlap (that are associated with both intention change, and behavior change, for example) are also of interest. Several important theories of behavior change (e.g. The Theory of Planned Behavior) have demonstrated that attitudes and intentions are interrelated, and hence, it is also of theoretical interest to explore common neural mechanisms that predict each of these constructs. All whole brain exploratory analyses were conducted using a threshold of p=.005, uncorrected, with a cluster threshold of 10 voxels. All coordinates are reported in MNI space. Table S1: Activity associated with increased behavior change Behavior Change MPFC Precuneus psts Temporal Pole TPJ (inferior parietal) Amygdala/Parahippocampal gyrus Anterior Cingulate DLPFC Middle Frontal Gyrus/ DMPFC Hippocampus Insula Motor cortex OFC Parahippocampal gyrus/ fusiform SMA/ ACC Ventral Striatum VLPFC Inferior Temporal Gyrus Middle Frontal Gyrus
3 NEURAL PREDICTOR OF BEHAVIOR CHANGE 3 Middle Occipital Gyrus Middle Temporal Gyrus Paracentral lobule Postcentral gyrus Superior Parietal Lobe/ Angular gyrus Supramarginal Gyrus Table S2: Activity associated with increased behavior change controlling for intention change and attitude change Behavior Change, Controlling Intention Change and Attitude Change MPFC Precuneus psts Temporal Pole Angular_Gyrus Hippocampus Insula IPS Middle Frontal Gyrus Motor Cortex Parahippocampal gyrus SMA TPJ (inferior parietal) VLPFC DLPFC Anterior Cingulate OFC Inferior Occipital Lobe Inferior Temporal Gyrus Medial frontal gyrus Paracentral lobule Superior Frontal Gyrus Superior Occipital Superior Temporal Gyrus Table S3: Activity associated with increased intention change. Intention Change Precuneus Temporal Pole
4 NEURAL PREDICTOR OF BEHAVIOR CHANGE 4 DLPFC SMA VLPFC VLPFC/OFC Amygdala Anterior Cingulate Insula OFC Fusiform Gyrus Inferior Temporal Gyrus Middle Occipital Gyrus Occipital Lobe Postcentral Gyrus Precentral Gyrus Superior Parietal Lobule Table S4: Activity associated with increased attitude change Attitude change DLPFC Table S5: Conjunction analysis of regions associated with intention change and behavior change. Note: there are no regions overlap between behavior change and attitude change at p<.005,k=10. Conjunction of Activity associated with intention change and behavior change Region x,y,z voxels Precuneus Pre SMA VLPFC Temporal pole Oribitofrontal cortex Middle Temporal Gyrus/ Middle Occipital Gyrus
5 NEURAL PREDICTOR OF BEHAVIOR CHANGE 5 Superior parietal lobe Fusiform Gyrus Cuneus Middle Occipital Gyrus
Supplementary Online Material Supplementary Table S1 to S5 Supplementary Figure S1 to S4
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