论文

受害者正义感与背侧脑岛静息态功能连接的关联研究

摘要

公平是人类生活的基本价值观,但对于不公平遭遇人们的反应各不相同。这种个体差异即受害者正义感。作为一种稳定的人格特质,过高的受害者正义感对心理健康、人格发展存在消极的影响。因此,有必要探索受害者正义感的神经基础,以加深研究者对受害者正义感个体差异的生物机制的理解。本研究依托一大样本影像数据库(n=184),采用静息态功能连接的分析方法,探索双侧背侧脑岛静息态功能连接和受害者正义感的关系。结果发现,右侧背侧脑岛与右侧中央前回及中央后回的静息态功能连接与受害者正义感呈显著负相关,与提示疼痛信息整合功能相关的脑岛和与疼痛知觉功能相关的感觉皮层的功能整合在受害者正义感的神经基础中起重要作用。本研究从脑功能整合角度出发,研究受害者正义感的神经基础,为后续研究者提供了新的思路和切入点,也加深了研究者对受害者正义感这一人格特质神经基础的理解。

作者

王晓明 ,中国科学院大学心理学系硕士研究生。
何毓文 ,澳门大学认知与脑科学科研究中心博士研究生。
金悦宁 ,中国科学院大学心理学系博士研究生。
高连禄 ,中国科学院大学心理学系硕士研究生。
刘钰婧 ,中国科学院大学心理学系硕士研究生。
周媛 ,中国科学院行为科学重点实验室(中国科学院心理研究所)研究员。

参考文献 查看全部 ↓
  • Baumert,A.,& Schmitt,M.(2016). Justice sensitivity. In Handbook of Social Justice Theory and Research(pp.161-180).
  • Baumgartner,T.,Saulin,A.,Hein,G.,& Knoch,D.(2016). Structural differences in insular cortex reflect vicarious injustice sensitivity. PLoS One,11(12),Article e0167538.
  • Bhinge,S.,Long,Q.,Calhoun,V.D.,& Adali,T.(2019). Spatial dynamic functional connectivity analysis identifies distinctive biomarkers in schizophrenia. Frontiers in Neuroscience,13,Article 1006.
  • Biswal,B.,Yetkin,F.Z.,Haughton,V.M.,& Hyde,J.S.(1995). Functional connectivity in the motor cortex of resting human brain using echo-planar MRI. Magnetic Resonance in Medicine,34(4),537-541.
  • Bjorkquist,O.A.,Olsen,E.K.,Nelson,B.D.,& Herbener,E.S.(2016). Altered amygdala-prefrontal connectivity during emotion perception in schizophrenia. Schizophrenia Research,175(1-3),35-41.
  • Bondu,R.,& Elsner,B.(2015). Justice sensitivity in childhood and adolescence. Social Development,24(2),420-441.
  • Bondu,R.,Sahyazici-Knaak,F.,& Esser,G.(2017). Long-term associations of justice sensitivity,rejection sensitivity,and depressive symptoms in children and adolescents. Frontiers in Psychology,8,Article 1446.
  • Cauda,F.,Costa,T.,Torta,D.M.E.,Sacco,K.,D’Agata,F.,Duca,S.,Geminiani,G.,Fox,P.T.,& Vercelli,A.(2012). Meta-analytic clustering of the insular cortex Characterizing the meta-analytic connectivity of the insula when involved in active tasks. Neuroimage,62(1),343-355.
  • Chen,T.L.,Becker,B.,Camilleri,J.,Wang,L.,Yu,S.Q.,Eickhoff,S.B.,& Feng,C.L.(2018). A domain-general brain network underlying emotional and cognitive interference processing:evidence from coordinate-based and functional connectivity meta-analyses. Brain Structure & Function,223(8),3813-3840.
  • Contreras,J.A.,Avena-Koenigsberger,A.,Risacher,S.L.,West,J.D.,Tallman,E.,McDonald,B.C.,Farlow,M.R.,Apostolova,L.G.,Goni,J.,Dzemidzic,M.,Wu,Y.C.,Kessler,D.,Jeub,L.,Santo,F.,Saykin,A.J.,& Sporns,O.(2019). Resting state network modularity along the prodromal late onset Alzheimer’s disease continuum. Neuroimage-Clinical,22,Article 101687.
  • Cox,R.W.,Chen,G.,Glen,D.R.,Reynolds,R.C.,& Taylor,P.A.(2017). FMRI Clustering in AFNI:False-positive rates redux. Brain Connectivity,7(3),152-171.
  • Dar,Y.,& Resh,N.(2001). Exploring the multifaceted structure of sense of deprivation. European Journal of Social Psychology,31(1),63-81.
  • Dosenbach,N.U.F.,Fair,D.A.,Miezin,F.M.,Cohen,A.L.,Wenger,K.K.,Dosenbach,R.A.T.,Fox,M.D.,Snyder,A.Z.,Vincent,J.L.,Raichle,M.E.,Schlaggar,B.L.,& Petersen,S.E.(2007). Distinct brain networks for adaptive and stable task control in humans. Proceedings of the National Academy of Sciences of the United States of America,104(26),11073-11078.
  • Elliott,M.L.,Knodt,A.R.,Cooke,M.,Kim,M.J.,Melzer,T.R.,Keenan,R.,Ireland,D.,Ramrakha,S.,Poulton,R.,Caspi,A.,Moffitt,T.E.,& Hariri,A.R.(2019). General functional connectivity:Shared features of resting-state and task fMRI drive reliable and heritable individual differences in functional brain networks. Neuroimage,189,516-532.
  • Fan,L.,Li,H.,Zhuo,J.,Zhang,Y.,Wang,J.,Chen,L.,Yang,Z.,Chu,C.,Xie,S.,Laird,A.R.,Fox,P.T.,Eickhoff,S.B.,Yu,C.,& Jiang,T.(2016). The human brainnetome atlas:A new brain atlas based on connectional architecture. Cerebral Cortex,26(8),3508-3526.
  • Feng,C.L.,Luo,Y.J.,& Krueger,F.(2015). Neural signatures of fairness-related normative decision making in the ultimatum game:A coordinate-based meta-analysis. Human Brain Mapping,36(2),591-602.
  • Fetchenhauer,D.,& Huang,X.(2004). Justice sensitivity and distributive decisions in experimental games. Personality and Individual Differences,36(5),1015-1029.
  • Fujino,J.,Tei,S.,Jankowski,K.F.,Kawada,R.,Murai,T.,& Takahashi,H.(2017). Role of spontaneous brain activity in explicit and implicit aspects of cognitive flexibility under socially conflicting situations:A resting-state fMRI study using fractional amplitude of low-frequency fluctuations. Neuroscience,367,60-71.
  • Gollwitzer,M.,Rothmund,T.,Pfeiffer,A.,& Ensenbach,C.(2009). Why and when justice sensitivity leads to pro-and antisocial behavior. Journal of Research in Personality,43(6),999-1005.
  • Huseman,R.C.,Hatfield,J.D.,& Miles,E.W.(1987). A New perspective on equity theory:The equity sensitivity construct. The Academy of Management Review,12(2),222-234.
  • Kim,J.H.,Choi,S.H.,Jang,J.H.,Lee,D.H.,Lee,K.J.,Lee,W.J.,Moon,J.Y.,Kim,Y.C.,& Kang,D.H.(2017). Impaired insula functional connectivity associated with persistent pain perception in patients with complex regional pain syndrome. PLoS One,12(7),Article e0180479.
  • Kinnison,J.,Padmala,S.,Choi,J.M.,& Pessoa,L.(2012). Network analysis reveals increased integration during emotional and motivational processing. Journal of Neuroscience,32(24),8361-8372.
  • Liegeois,R.,Li,J.W.,Kong,R.,Orban,C.,Van De Ville,D.,Ge,T.,Sabuncu,M.R.,& Yeo,B.T.T.(2019). Resting brain dynamics at different timescales capture distinct aspects of human behavior. Nature Communications,10,Article 2317.
  • Meerwijk,E.L.,Ford,J.M.,& Weiss,S.J.(2013). Brain regions associated with psychological pain:implications for a neural network and its relationship to physical pain. Brain Imaging and Behavior,7(1),1-14.
  • Mikula,G.(1994). Perspective-related differences in interpretations of injustice by victims and victimizers. In Entitlement and the affectional bond(pp.175-203). Springer.
  • Mikula,G.,Petri,B.,& Tanzer,N.(1990). What people regard as unjust:Types and structures of everyday experiences of injustice. European Journal of Social Psychology,20(2),133-149.
  • Porro,C.A.,Francescato,M.P.,Cettolo,V.,Diamond,M.E.,Baraldi,P.,Zuiani,C.,Bazzocchi,M.,& diPrampero,P.E.(1996). Primary motor and sensory cortex activation during motor performance and motor imagery:A functional magnetic resonance imaging study. The Journal of Neuroscience,16(23),7688-7698.
  • Power,J.D.,Barnes,K.A.,Snyder,A.Z.,Schlaggar,B.L.,& Petersen,S.E.(2012). Spurious but systematic correlations in functional connectivity MRI networks arise from subject motion. Neuroimage,59(3),2142-2154.
  • Rasche,D.,Ruppolt,M.,Stippich,C.,Unterberg,A.,& Tronnier,V.M.(2006). Motor cortex stimulation for long-term relief of chronic neuropathic pain:A 10 year experience. Pain,121(1-2),43-52.
  • Sanfey,A.G.,Rilling,J.K.,Aronson,J.A.,Nystrom,L.E.,& Cohen,J.D.(2003). The neural basis of economic decision-making in the ultimatum game. Science,300(5626),1755-1758.
  • Schmitt,M.(1996). Individual differences in sensitivity to befallen injustice(SBI). Personality and Individual Differences,21(1),3-20.
  • Schmitt,M.,Baumert,A.,Gollwitzer,M.,& Maes,J.(2010). The justice sensitivity inventory:Factorial validity,location in the personality facet space,demographic Pattern,and Normative data. Social Justice Research,23(2-3),211-238.
  • Schmitt,M.,Gollwitzer,M.,Maes,J.,& Arbach,D.(2005). Justice sensitivity:Assessment and location in the personality space. European Journal of Psychological Assessment,21(3),202-211.
  • Schmitt,M.J.,& Mohiyeddini,C.(1996). Sensitivity to befallen injustice and reactions to a real-life disadvantage. Social Justice Research,9(3),223-238.
  • Schmitt,M.J.,Neumann,R.,& Montada,L.(1995). Dispositional sensitivity to befallen injustice. Social Justice Research,8(4),385-407.
  • Schuler,A.L.,Tik,M.,Sladky,R.,Luft,C.D.,Hoffmann,A.,Woletz,M.,Zioga,I.,Bhattacharya,J.,& Windischberger,C.(2019). Modulations in resting state networks of subcortical structures linked to creativity. Neuroimage,195,311-319.
  • Shehzad,Z.,Kelly,A.M.C.,Reiss,P.T.,Gee,D.G.,Gotimer,K.,Uddin,L.Q.,Lee,S.H.,Margulies,D.S.,Roy,A.K.,Biswal,B.B.,Petkova,E.,Castellanos,F.X.,& Milham,M.P.(2009). The resting brain:Unconstrained yet reliable. Cerebral Cortex,19(10),2209-2229.
  • Singer,T.,Seymour,B.,O’Doherty,J.,Kaube,H.,Dolan,R.J.,& Frith,C.D.(2004). Empathy for pain involves the affective but not sensory components of pain. Science,303(5661),1157-1162.
  • Spasojevic,G.,Malobabic,S.,Pilipovic-Spasojevic,O.,Macut,N.D.,& Malikovic,A.(2013). Morphology and digitally aided morphometry of the human paracentral lobule. Folia Morphologica,72(1),10-16.
  • Vainik,U.,Baker,T.E.,Dadar,M.,Zeighami,Y.,Michaud,A.,Zhang,Y.,Alanis,J.C.G.,Misic,B.,Collins,D.L.,& Dagher,A.(2018). Neurobehavioral correlates of obesity are largely heritable. Proceedings of the National Academy of Sciences of the United States of America,115(37),9312-9317.
  • Van den Bos,K.,Maas,M.,Waldring,I.E.,& Semin,G.R.(2003). Toward understanding the psychology of reactions to perceived fairness:The role of affect intensity. Social Justice Research,16(2),151-168.
  • Wager,T.D.,Atlas,L.Y.,Lindquist,M.A.,Roy,M.,Woo,C.W.,& Kross,E.(2013). An fMRI-based neurologic signature of physical pain. New England Journal of Medicine,368(15),1388-1397.
  • Wager,T.D.,Rilling,J.K.,Smith,E.E.,Sokolik,A.,Casey,K.L.,Davidson,R.J.,Kosslyn,S.M.,Rose,R.M.,& Cohen,J.D.(2004). Placebo-induced changes in fMRI in the anticipation and experience of pain. Science,303(5661),1162-1167.
  • Wang,H.X.,Li,K.F.,& Xie,X.F.(2019). Individual differences in pain sensitivity predict the experience of unfairness. Journal of Health Psychology,24(7),953-963.
  • Wang,X.M.,Cui,S.J.,Wu,M.S.T.,Wang,Y.,Gao,Q.L.,& Zhou,Y.(2020). Victim sensitivity and its neural correlates among patients with major depressive disorder. Frontiers in Psychiatry,11,Article 622.
  • Wu,M.S.,Schmitt,M.,Zhou,C.,Nartova-Bochaver,S.,Astanina,N.,Khachatryan,N.,& Han,B.X.(2014). Examining self-advantage in the suffering of others:cross-cultural differences in beneficiary and observer justice sensitivity among Chinese,Germans,and Russians. Social Justice Research,27(2),231-242.
  • Wu,Y.,& Tian,X.(2017). Regional homogeneity of intrinsic brain activity correlates with justice sensitivity. Personality and Individual Differences,117,111-116.
  • Yan,C.G.,Cheung,B.,Kelly,C.,Colcombe,S.,Craddock,R.C.,Di Martino,A.,Li,Q.Y.,Zuo,X.N.,Castellanos,F.X.,& Milham,M.P.(2013). A comprehensive assessment of regional variation in the impact of head micromovements on functional connectomics. Neuroimage,76(1),183-201.
  • Yan,C.G.,Wang,X.D.,Zuo,X.N.,& Zang,Y.F.(2016). DPABI:Data Processing & Analysis for(Resting-State)Brain Imaging. Neuroinformatics,14(3),339-351.
  • Zheng,D.,Chen,J.,Wang,X.M.,& Zhou,Y.(2019). Genetic contribution to the phenotypic correlation between trait impulsivity and resting-state functional connectivity of the amygdala and its subregions. Neuroimage,201,Article 115997.
  • Baumert,A.,& Schmitt,M.(2016). Justice sensitivity. In Handbook of Social Justice Theory and Research(pp.161-180).
  • Baumgartner,T.,Saulin,A.,Hein,G.,& Knoch,D.(2016). Structural differences in insular cortex reflect vicarious injustice sensitivity. PLoS One,11(12),Article e0167538.
  • Bhinge,S.,Long,Q.,Calhoun,V.D.,& Adali,T.(2019). Spatial dynamic functional connectivity analysis identifies distinctive biomarkers in schizophrenia. Frontiers in Neuroscience,13,Article 1006.
  • Biswal,B.,Yetkin,F.Z.,Haughton,V.M.,& Hyde,J.S.(1995). Functional connectivity in the motor cortex of resting human brain using echo-planar MRI. Magnetic Resonance in Medicine,34(4),537-541.
  • Bjorkquist,O.A.,Olsen,E.K.,Nelson,B.D.,& Herbener,E.S.(2016). Altered amygdala-prefrontal connectivity during emotion perception in schizophrenia. Schizophrenia Research,175(1-3),35-41.
  • Bondu,R.,& Elsner,B.(2015). Justice sensitivity in childhood and adolescence. Social Development,24(2),420-441.
  • Bondu,R.,Sahyazici-Knaak,F.,& Esser,G.(2017). Long-term associations of justice sensitivity,rejection sensitivity,and depressive symptoms in children and adolescents. Frontiers in Psychology,8,Article 1446.
  • Cauda,F.,Costa,T.,Torta,D.M.E.,Sacco,K.,D’Agata,F.,Duca,S.,Geminiani,G.,Fox,P.T.,& Vercelli,A.(2012). Meta-analytic clustering of the insular cortex Characterizing the meta-analytic connectivity of the insula when involved in active tasks. Neuroimage,62(1),343-355.
  • Chen,T.L.,Becker,B.,Camilleri,J.,Wang,L.,Yu,S.Q.,Eickhoff,S.B.,& Feng,C.L.(2018). A domain-general brain network underlying emotional and cognitive interference processing:evidence from coordinate-based and functional connectivity meta-analyses. Brain Structure & Function,223(8),3813-3840.
  • Contreras,J.A.,Avena-Koenigsberger,A.,Risacher,S.L.,West,J.D.,Tallman,E.,McDonald,B.C.,Farlow,M.R.,Apostolova,L.G.,Goni,J.,Dzemidzic,M.,Wu,Y.C.,Kessler,D.,Jeub,L.,Santo,F.,Saykin,A.J.,& Sporns,O.(2019). Resting state network modularity along the prodromal late onset Alzheimer’s disease continuum. Neuroimage-Clinical,22,Article 101687.
  • Cox,R.W.,Chen,G.,Glen,D.R.,Reynolds,R.C.,& Taylor,P.A.(2017). FMRI Clustering in AFNI:False-positive rates redux. Brain Connectivity,7(3),152-171.
  • Dar,Y.,& Resh,N.(2001). Exploring the multifaceted structure of sense of deprivation. European Journal of Social Psychology,31(1),63-81.
  • Dosenbach,N.U.F.,Fair,D.A.,Miezin,F.M.,Cohen,A.L.,Wenger,K.K.,Dosenbach,R.A.T.,Fox,M.D.,Snyder,A.Z.,Vincent,J.L.,Raichle,M.E.,Schlaggar,B.L.,& Petersen,S.E.(2007). Distinct brain networks for adaptive and stable task control in humans. Proceedings of the National Academy of Sciences of the United States of America,104(26),11073-11078.
  • Elliott,M.L.,Knodt,A.R.,Cooke,M.,Kim,M.J.,Melzer,T.R.,Keenan,R.,Ireland,D.,Ramrakha,S.,Poulton,R.,Caspi,A.,Moffitt,T.E.,& Hariri,A.R.(2019). General functional connectivity:Shared features of resting-state and task fMRI drive reliable and heritable individual differences in functional brain networks. Neuroimage,189,516-532.
  • Fan,L.,Li,H.,Zhuo,J.,Zhang,Y.,Wang,J.,Chen,L.,Yang,Z.,Chu,C.,Xie,S.,Laird,A.R.,Fox,P.T.,Eickhoff,S.B.,Yu,C.,& Jiang,T.(2016). The human brainnetome atlas:A new brain atlas based on connectional architecture. Cerebral Cortex,26(8),3508-3526.
  • Feng,C.L.,Luo,Y.J.,& Krueger,F.(2015). Neural signatures of fairness-related normative decision making in the ultimatum game:A coordinate-based meta-analysis. Human Brain Mapping,36(2),591-602.
  • Fetchenhauer,D.,& Huang,X.(2004). Justice sensitivity and distributive decisions in experimental games. Personality and Individual Differences,36(5),1015-1029.
  • Fujino,J.,Tei,S.,Jankowski,K.F.,Kawada,R.,Murai,T.,& Takahashi,H.(2017). Role of spontaneous brain activity in explicit and implicit aspects of cognitive flexibility under socially conflicting situations:A resting-state fMRI study using fractional amplitude of low-frequency fluctuations. Neuroscience,367,60-71.
  • Gollwitzer,M.,Rothmund,T.,Pfeiffer,A.,& Ensenbach,C.(2009). Why and when justice sensitivity leads to pro-and antisocial behavior. Journal of Research in Personality,43(6),999-1005.
  • Huseman,R.C.,Hatfield,J.D.,& Miles,E.W.(1987). A New perspective on equity theory:The equity sensitivity construct. The Academy of Management Review,12(2),222-234.
  • Kim,J.H.,Choi,S.H.,Jang,J.H.,Lee,D.H.,Lee,K.J.,Lee,W.J.,Moon,J.Y.,Kim,Y.C.,& Kang,D.H.(2017). Impaired insula functional connectivity associated with persistent pain perception in patients with complex regional pain syndrome. PLoS One,12(7),Article e0180479.
  • Kinnison,J.,Padmala,S.,Choi,J.M.,& Pessoa,L.(2012). Network analysis reveals increased integration during emotional and motivational processing. Journal of Neuroscience,32(24),8361-8372.
  • Liegeois,R.,Li,J.W.,Kong,R.,Orban,C.,Van De Ville,D.,Ge,T.,Sabuncu,M.R.,& Yeo,B.T.T.(2019). Resting brain dynamics at different timescales capture distinct aspects of human behavior. Nature Communications,10,Article 2317.
  • Meerwijk,E.L.,Ford,J.M.,& Weiss,S.J.(2013). Brain regions associated with psychological pain:implications for a neural network and its relationship to physical pain. Brain Imaging and Behavior,7(1),1-14.
  • Mikula,G.(1994). Perspective-related differences in interpretations of injustice by victims and victimizers. In Entitlement and the affectional bond(pp.175-203). Springer.
  • Mikula,G.,Petri,B.,& Tanzer,N.(1990). What people regard as unjust:Types and structures of everyday experiences of injustice. European Journal of Social Psychology,20(2),133-149.
  • Porro,C.A.,Francescato,M.P.,Cettolo,V.,Diamond,M.E.,Baraldi,P.,Zuiani,C.,Bazzocchi,M.,& diPrampero,P.E.(1996). Primary motor and sensory cortex activation during motor performance and motor imagery:A functional magnetic resonance imaging study. The Journal of Neuroscience,16(23),7688-7698.
  • Power,J.D.,Barnes,K.A.,Snyder,A.Z.,Schlaggar,B.L.,& Petersen,S.E.(2012). Spurious but systematic correlations in functional connectivity MRI networks arise from subject motion. Neuroimage,59(3),2142-2154.
  • Rasche,D.,Ruppolt,M.,Stippich,C.,Unterberg,A.,& Tronnier,V.M.(2006). Motor cortex stimulation for long-term relief of chronic neuropathic pain:A 10 year experience. Pain,121(1-2),43-52.
  • Sanfey,A.G.,Rilling,J.K.,Aronson,J.A.,Nystrom,L.E.,& Cohen,J.D.(2003). The neural basis of economic decision-making in the ultimatum game. Science,300(5626),1755-1758.
  • Schmitt,M.(1996). Individual differences in sensitivity to befallen injustice(SBI). Personality and Individual Differences,21(1),3-20.
  • Schmitt,M.,Baumert,A.,Gollwitzer,M.,& Maes,J.(2010). The justice sensitivity inventory:Factorial validity,location in the personality facet space,demographic Pattern,and Normative data. Social Justice Research,23(2-3),211-238.
  • Schmitt,M.,Gollwitzer,M.,Maes,J.,& Arbach,D.(2005). Justice sensitivity:Assessment and location in the personality space. European Journal of Psychological Assessment,21(3),202-211.
  • Schmitt,M.J.,& Mohiyeddini,C.(1996). Sensitivity to befallen injustice and reactions to a real-life disadvantage. Social Justice Research,9(3),223-238.
  • Schmitt,M.J.,Neumann,R.,& Montada,L.(1995). Dispositional sensitivity to befallen injustice. Social Justice Research,8(4),385-407.
  • Schuler,A.L.,Tik,M.,Sladky,R.,Luft,C.D.,Hoffmann,A.,Woletz,M.,Zioga,I.,Bhattacharya,J.,& Windischberger,C.(2019). Modulations in resting state networks of subcortical structures linked to creativity. Neuroimage,195,311-319.
  • Shehzad,Z.,Kelly,A.M.C.,Reiss,P.T.,Gee,D.G.,Gotimer,K.,Uddin,L.Q.,Lee,S.H.,Margulies,D.S.,Roy,A.K.,Biswal,B.B.,Petkova,E.,Castellanos,F.X.,& Milham,M.P.(2009). The resting brain:Unconstrained yet reliable. Cerebral Cortex,19(10),2209-2229.
  • Singer,T.,Seymour,B.,O’Doherty,J.,Kaube,H.,Dolan,R.J.,& Frith,C.D.(2004). Empathy for pain involves the affective but not sensory components of pain. Science,303(5661),1157-1162.
  • Spasojevic,G.,Malobabic,S.,Pilipovic-Spasojevic,O.,Macut,N.D.,& Malikovic,A.(2013). Morphology and digitally aided morphometry of the human paracentral lobule. Folia Morphologica,72(1),10-16.
  • Vainik,U.,Baker,T.E.,Dadar,M.,Zeighami,Y.,Michaud,A.,Zhang,Y.,Alanis,J.C.G.,Misic,B.,Collins,D.L.,& Dagher,A.(2018). Neurobehavioral correlates of obesity are largely heritable. Proceedings of the National Academy of Sciences of the United States of America,115(37),9312-9317.
  • Van den Bos,K.,Maas,M.,Waldring,I.E.,& Semin,G.R.(2003). Toward understanding the psychology of reactions to perceived fairness:The role of affect intensity. Social Justice Research,16(2),151-168.
  • Wager,T.D.,Atlas,L.Y.,Lindquist,M.A.,Roy,M.,Woo,C.W.,& Kross,E.(2013). An fMRI-based neurologic signature of physical pain. New England Journal of Medicine,368(15),1388-1397.
  • Wager,T.D.,Rilling,J.K.,Smith,E.E.,Sokolik,A.,Casey,K.L.,Davidson,R.J.,Kosslyn,S.M.,Rose,R.M.,& Cohen,J.D.(2004). Placebo-induced changes in fMRI in the anticipation and experience of pain. Science,303(5661),1162-1167.
  • Wang,H.X.,Li,K.F.,& Xie,X.F.(2019). Individual differences in pain sensitivity predict the experience of unfairness. Journal of Health Psychology,24(7),953-963.
  • Wang,X.M.,Cui,S.J.,Wu,M.S.T.,Wang,Y.,Gao,Q.L.,& Zhou,Y.(2020). Victim sensitivity and its neural correlates among patients with major depressive disorder. Frontiers in Psychiatry,11,Article 622.
  • Wu,M.S.,Schmitt,M.,Zhou,C.,Nartova-Bochaver,S.,Astanina,N.,Khachatryan,N.,& Han,B.X.(2014). Examining self-advantage in the suffering of others:cross-cultural differences in beneficiary and observer justice sensitivity among Chinese,Germans,and Russians. Social Justice Research,27(2),231-242.
  • Wu,Y.,& Tian,X.(2017). Regional homogeneity of intrinsic brain activity correlates with justice sensitivity. Personality and Individual Differences,117,111-116.
  • Yan,C.G.,Cheung,B.,Kelly,C.,Colcombe,S.,Craddock,R.C.,Di Martino,A.,Li,Q.Y.,Zuo,X.N.,Castellanos,F.X.,& Milham,M.P.(2013). A comprehensive assessment of regional variation in the impact of head micromovements on functional connectomics. Neuroimage,76(1),183-201.
  • Yan,C.G.,Wang,X.D.,Zuo,X.N.,& Zang,Y.F.(2016). DPABI:Data Processing & Analysis for(Resting-State)Brain Imaging. Neuroinformatics,14(3),339-351.
  • Zheng,D.,Chen,J.,Wang,X.M.,& Zhou,Y.(2019). Genetic contribution to the phenotypic correlation between trait impulsivity and resting-state functional connectivity of the amygdala and its subregions. Neuroimage,201,Article 115997.
  • Baumert,A.,& Schmitt,M.(2016). Justice sensitivity. In Handbook of Social Justice Theory and Research(pp.161-180).
  • Baumgartner,T.,Saulin,A.,Hein,G.,& Knoch,D.(2016). Structural differences in insular cortex reflect vicarious injustice sensitivity. PLoS One,11(12),Article e0167538.
  • Bhinge,S.,Long,Q.,Calhoun,V.D.,& Adali,T.(2019). Spatial dynamic functional connectivity analysis identifies distinctive biomarkers in schizophrenia. Frontiers in Neuroscience,13,Article 1006.
  • Biswal,B.,Yetkin,F.Z.,Haughton,V.M.,& Hyde,J.S.(1995). Functional connectivity in the motor cortex of resting human brain using echo-planar MRI. Magnetic Resonance in Medicine,34(4),537-541.
  • Bjorkquist,O.A.,Olsen,E.K.,Nelson,B.D.,& Herbener,E.S.(2016). Altered amygdala-prefrontal connectivity during emotion perception in schizophrenia. Schizophrenia Research,175(1-3),35-41.
  • Bondu,R.,& Elsner,B.(2015). Justice sensitivity in childhood and adolescence. Social Development,24(2),420-441.
  • Bondu,R.,Sahyazici-Knaak,F.,& Esser,G.(2017). Long-term associations of justice sensitivity,rejection sensitivity,and depressive symptoms in children and adolescents. Frontiers in Psychology,8,Article 1446.
  • Cauda,F.,Costa,T.,Torta,D.M.E.,Sacco,K.,D’Agata,F.,Duca,S.,Geminiani,G.,Fox,P.T.,& Vercelli,A.(2012). Meta-analytic clustering of the insular cortex Characterizing the meta-analytic connectivity of the insula when involved in active tasks. Neuroimage,62(1),343-355.
  • Chen,T.L.,Becker,B.,Camilleri,J.,Wang,L.,Yu,S.Q.,Eickhoff,S.B.,& Feng,C.L.(2018). A domain-general brain network underlying emotional and cognitive interference processing:evidence from coordinate-based and functional connectivity meta-analyses. Brain Structure & Function,223(8),3813-3840.
  • Contreras,J.A.,Avena-Koenigsberger,A.,Risacher,S.L.,West,J.D.,Tallman,E.,McDonald,B.C.,Farlow,M.R.,Apostolova,L.G.,Goni,J.,Dzemidzic,M.,Wu,Y.C.,Kessler,D.,Jeub,L.,Santo,F.,Saykin,A.J.,& Sporns,O.(2019). Resting state network modularity along the prodromal late onset Alzheimer’s disease continuum. Neuroimage-Clinical,22,Article 101687.
  • Cox,R.W.,Chen,G.,Glen,D.R.,Reynolds,R.C.,& Taylor,P.A.(2017). FMRI Clustering in AFNI:False-positive rates redux. Brain Connectivity,7(3),152-171.
  • Dar,Y.,& Resh,N.(2001). Exploring the multifaceted structure of sense of deprivation. European Journal of Social Psychology,31(1),63-81.
  • Dosenbach,N.U.F.,Fair,D.A.,Miezin,F.M.,Cohen,A.L.,Wenger,K.K.,Dosenbach,R.A.T.,Fox,M.D.,Snyder,A.Z.,Vincent,J.L.,Raichle,M.E.,Schlaggar,B.L.,& Petersen,S.E.(2007). Distinct brain networks for adaptive and stable task control in humans. Proceedings of the National Academy of Sciences of the United States of America,104(26),11073-11078.
  • Elliott,M.L.,Knodt,A.R.,Cooke,M.,Kim,M.J.,Melzer,T.R.,Keenan,R.,Ireland,D.,Ramrakha,S.,Poulton,R.,Caspi,A.,Moffitt,T.E.,& Hariri,A.R.(2019). General functional connectivity:Shared features of resting-state and task fMRI drive reliable and heritable individual differences in functional brain networks. Neuroimage,189,516-532.
  • Fan,L.,Li,H.,Zhuo,J.,Zhang,Y.,Wang,J.,Chen,L.,Yang,Z.,Chu,C.,Xie,S.,Laird,A.R.,Fox,P.T.,Eickhoff,S.B.,Yu,C.,& Jiang,T.(2016). The human brainnetome atlas:A new brain atlas based on connectional architecture. Cerebral Cortex,26(8),3508-3526.
  • Feng,C.L.,Luo,Y.J.,& Krueger,F.(2015). Neural signatures of fairness-related normative decision making in the ultimatum game:A coordinate-based meta-analysis. Human Brain Mapping,36(2),591-602.
  • Fetchenhauer,D.,& Huang,X.(2004). Justice sensitivity and distributive decisions in experimental games. Personality and Individual Differences,36(5),1015-1029.
  • Fujino,J.,Tei,S.,Jankowski,K.F.,Kawada,R.,Murai,T.,& Takahashi,H.(2017). Role of spontaneous brain activity in explicit and implicit aspects of cognitive flexibility under socially conflicting situations:A resting-state fMRI study using fractional amplitude of low-frequency fluctuations. Neuroscience,367,60-71.
  • Gollwitzer,M.,Rothmund,T.,Pfeiffer,A.,& Ensenbach,C.(2009). Why and when justice sensitivity leads to pro-and antisocial behavior. Journal of Research in Personality,43(6),999-1005.
  • Huseman,R.C.,Hatfield,J.D.,& Miles,E.W.(1987). A New perspective on equity theory:The equity sensitivity construct. The Academy of Management Review,12(2),222-234.
  • Kim,J.H.,Choi,S.H.,Jang,J.H.,Lee,D.H.,Lee,K.J.,Lee,W.J.,Moon,J.Y.,Kim,Y.C.,& Kang,D.H.(2017). Impaired insula functional connectivity associated with persistent pain perception in patients with complex regional pain syndrome. PLoS One,12(7),Article e0180479.
  • Kinnison,J.,Padmala,S.,Choi,J.M.,& Pessoa,L.(2012). Network analysis reveals increased integration during emotional and motivational processing. Journal of Neuroscience,32(24),8361-8372.
  • Liegeois,R.,Li,J.W.,Kong,R.,Orban,C.,Van De Ville,D.,Ge,T.,Sabuncu,M.R.,& Yeo,B.T.T.(2019). Resting brain dynamics at different timescales capture distinct aspects of human behavior. Nature Communications,10,Article 2317.
  • Meerwijk,E.L.,Ford,J.M.,& Weiss,S.J.(2013). Brain regions associated with psychological pain:implications for a neural network and its relationship to physical pain. Brain Imaging and Behavior,7(1),1-14.
  • Mikula,G.(1994). Perspective-related differences in interpretations of injustice by victims and victimizers. In Entitlement and the affectional bond(pp.175-203). Springer.
  • Mikula,G.,Petri,B.,& Tanzer,N.(1990). What people regard as unjust:Types and structures of everyday experiences of injustice. European Journal of Social Psychology,20(2),133-149.
  • Porro,C.A.,Francescato,M.P.,Cettolo,V.,Diamond,M.E.,Baraldi,P.,Zuiani,C.,Bazzocchi,M.,& diPrampero,P.E.(1996). Primary motor and sensory cortex activation during motor performance and motor imagery:A functional magnetic resonance imaging study. The Journal of Neuroscience,16(23),7688-7698.
  • Power,J.D.,Barnes,K.A.,Snyder,A.Z.,Schlaggar,B.L.,& Petersen,S.E.(2012). Spurious but systematic correlations in functional connectivity MRI networks arise from subject motion. Neuroimage,59(3),2142-2154.
  • Rasche,D.,Ruppolt,M.,Stippich,C.,Unterberg,A.,& Tronnier,V.M.(2006). Motor cortex stimulation for long-term relief of chronic neuropathic pain:A 10 year experience. Pain,121(1-2),43-52.
  • Sanfey,A.G.,Rilling,J.K.,Aronson,J.A.,Nystrom,L.E.,& Cohen,J.D.(2003). The neural basis of economic decision-making in the ultimatum game. Science,300(5626),1755-1758.
  • Schmitt,M.(1996). Individual differences in sensitivity to befallen injustice(SBI). Personality and Individual Differences,21(1),3-20.
  • Schmitt,M.,Baumert,A.,Gollwitzer,M.,& Maes,J.(2010). The justice sensitivity inventory:Factorial validity,location in the personality facet space,demographic Pattern,and Normative data. Social Justice Research,23(2-3),211-238.
  • Schmitt,M.,Gollwitzer,M.,Maes,J.,& Arbach,D.(2005). Justice sensitivity:Assessment and location in the personality space. European Journal of Psychological Assessment,21(3),202-211.
  • Schmitt,M.J.,& Mohiyeddini,C.(1996). Sensitivity to befallen injustice and reactions to a real-life disadvantage. Social Justice Research,9(3),223-238.
  • Schmitt,M.J.,Neumann,R.,& Montada,L.(1995). Dispositional sensitivity to befallen injustice. Social Justice Research,8(4),385-407.
  • Schuler,A.L.,Tik,M.,Sladky,R.,Luft,C.D.,Hoffmann,A.,Woletz,M.,Zioga,I.,Bhattacharya,J.,& Windischberger,C.(2019). Modulations in resting state networks of subcortical structures linked to creativity. Neuroimage,195,311-319.
  • Shehzad,Z.,Kelly,A.M.C.,Reiss,P.T.,Gee,D.G.,Gotimer,K.,Uddin,L.Q.,Lee,S.H.,Margulies,D.S.,Roy,A.K.,Biswal,B.B.,Petkova,E.,Castellanos,F.X.,& Milham,M.P.(2009). The resting brain:Unconstrained yet reliable. Cerebral Cortex,19(10),2209-2229.
  • Singer,T.,Seymour,B.,O’Doherty,J.,Kaube,H.,Dolan,R.J.,& Frith,C.D.(2004). Empathy for pain involves the affective but not sensory components of pain. Science,303(5661),1157-1162.
  • Spasojevic,G.,Malobabic,S.,Pilipovic-Spasojevic,O.,Macut,N.D.,& Malikovic,A.(2013). Morphology and digitally aided morphometry of the human paracentral lobule. Folia Morphologica,72(1),10-16.
  • Vainik,U.,Baker,T.E.,Dadar,M.,Zeighami,Y.,Michaud,A.,Zhang,Y.,Alanis,J.C.G.,Misic,B.,Collins,D.L.,& Dagher,A.(2018). Neurobehavioral correlates of obesity are largely heritable. Proceedings of the National Academy of Sciences of the United States of America,115(37),9312-9317.
  • Van den Bos,K.,Maas,M.,Waldring,I.E.,& Semin,G.R.(2003). Toward understanding the psychology of reactions to perceived fairness:The role of affect intensity. Social Justice Research,16(2),151-168.
  • Wager,T.D.,Atlas,L.Y.,Lindquist,M.A.,Roy,M.,Woo,C.W.,& Kross,E.(2013). An fMRI-based neurologic signature of physical pain. New England Journal of Medicine,368(15),1388-1397.
  • Wager,T.D.,Rilling,J.K.,Smith,E.E.,Sokolik,A.,Casey,K.L.,Davidson,R.J.,Kosslyn,S.M.,Rose,R.M.,& Cohen,J.D.(2004). Placebo-induced changes in fMRI in the anticipation and experience of pain. Science,303(5661),1162-1167.
  • Wang,H.X.,Li,K.F.,& Xie,X.F.(2019). Individual differences in pain sensitivity predict the experience of unfairness. Journal of Health Psychology,24(7),953-963.
  • Wang,X.M.,Cui,S.J.,Wu,M.S.T.,Wang,Y.,Gao,Q.L.,& Zhou,Y.(2020). Victim sensitivity and its neural correlates among patients with major depressive disorder. Frontiers in Psychiatry,11,Article 622.
  • Wu,M.S.,Schmitt,M.,Zhou,C.,Nartova-Bochaver,S.,Astanina,N.,Khachatryan,N.,& Han,B.X.(2014). Examining self-advantage in the suffering of others:cross-cultural differences in beneficiary and observer justice sensitivity among Chinese,Germans,and Russians. Social Justice Research,27(2),231-242.
  • Wu,Y.,& Tian,X.(2017). Regional homogeneity of intrinsic brain activity correlates with justice sensitivity. Personality and Individual Differences,117,111-116.
  • Yan,C.G.,Cheung,B.,Kelly,C.,Colcombe,S.,Craddock,R.C.,Di Martino,A.,Li,Q.Y.,Zuo,X.N.,Castellanos,F.X.,& Milham,M.P.(2013). A comprehensive assessment of regional variation in the impact of head micromovements on functional connectomics. Neuroimage,76(1),183-201.
  • Yan,C.G.,Wang,X.D.,Zuo,X.N.,& Zang,Y.F.(2016). DPABI:Data Processing & Analysis for(Resting-State)Brain Imaging. Neuroinformatics,14(3),339-351.
  • Zheng,D.,Chen,J.,Wang,X.M.,& Zhou,Y.(2019). Genetic contribution to the phenotypic correlation between trait impulsivity and resting-state functional connectivity of the amygdala and its subregions. Neuroimage,201,Article 115997.

受害者正义感与背侧脑岛静息态功能连接的关联研究

可试读20%内容 PDF阅读 阅读器阅览

试读已结束,剩余80%未读

¥4.83 查看全文 >

VIP免费