The neural basis of the continued influence effect of misinformation

JIN Hua1,2,3 JIA Lina2 YIN Xiaojuan2 YAN Shizhen2 WEI Shilin2 CHEN Juntao2

(1.Key Research Base of Humanities and Social Sciences of the Ministry of Education, Academy of Psychology and Behavior, Tianjin Normal University)
(2.Faculty of Psychology, Tianjin Normal University)
(3.Tianjin Social Science Laboratory of Students’ Mental Development and Learning)

【Abstract】Misinformation often continues to influence people’s beliefs and reasoning even after retracted—this persistence is termed the “continued-influence effect of misinformation” (CIEM). Both of the mental-model updating hypothesis and the memory-retrieval-failure hypothesis attempt to explain this phenomenon. The neural substrates of CIEM are controversial, and results from different studies support different assumptions. The disputations may relate to neglection of potential contribution of inhibitory control in CIEM and of methodological differences between studies. This study aimed to investigate neural substrates and cognitive mechanism of CIEM using the functional magnetic resonance imaging (fMRI) from the view of inhibition control. Thirty-one participants (10 males) were recruited in this study. They were instructed to read brief, fictional news reports and answer three inference questions after reading while lying in a 3.0T Siemens Prisma MRI scanner. Each participant needed to read 40 reports (20 reports in their retraction versions and 20 in their control versions). Each fictional report contained six sentences and derived retraction and control versions based on whether the second sentence contained misinformation. Pseudorandom uniform temporal jitter was used for this fMRI design. Imaging data were preprocessed and processed using SPM, RESTplus and DPABI toolbox to obtain the functional activities of the ROIs and their functional connectivity. Multi-comparison tests were conducted for brain activities induced by target Sentence 5 (encoding phase) and three reasoning sentences (retrieval phase) under different versions. The results showed (1) retractions elicited less activity in the left middle temporal gyrus (BA21/22) than control during the encoding phase; and retractions also elicited less activity in the left middle frontal gyrus (L_MFG, BA10) and right anterior cingulate cortex (R_ACC, BA32) than the control condition during the retrieval phase. Additionally, activation at the left dorsolateral prefrontal cortex (L_DLPFC, BA9) in the retraction condition was marginally significantly different from that in the control condition during the retrieval phase. No significant activation difference was observed across conditions in others ROI. (2) A marginally significant negative correlation was found between functional metrics (Beta) of the left MFG in the retraction condition and individuals’ interference scores. (3) With regard to functional connectivity, we compared the connectivity between two seeds (left MFG and right ACC) and the rest of the brain in control versus retraction conditions during the retrieval phase. Results demonstrated that the right ACC showed decreased functional connectivity with the bilateral inferior occipital gyrus (IOG) under the retraction condition when compared to the control condition. The left MFG showed similar decreased connectivity with the bilateral IOG under retraction condition when compared to the control condition, but increased functional connectivity with right precentral gyrus under the retraction condition when compared to the control condition. The results suggest that the CIEM be related to semantic encoding failure during information comprehension and inhibition failure of misinformation during information retrieval. The mental-model-updating hypothesis and the memory-retrieval-failure hypothesis can explain the different phases of CIEM. The findings provide more experimental evidence for neural basis of CIEM and refine corresponding theoretical accounts, and provide neurological clues for further exploration of ways to reduce the negative impact of CIEM in the future.

【Keywords】 continued influence effect of misinformation; task-fMRI; inhibition control; functional connectivity;

【DOI】

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    Footnote

    [1]. 1 Brydges and Ecker (2018), and Brydges, Gordon and Ecker (2018) are currently preprints on OSF platforms, not for the journal publication.

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This Article

ISSN:0439-755X

CN:11-1911/B

Vol , No. 04, Pages 343-355

February 2022

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Article Outline

Abstract

  • 1 Introduction
  • 2 Method
  • 3 Data analysis
  • 4 Results
  • 5 Discussion
  • 6 Conclusions
  • Appendix:
  • Footnote

    References