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. Author manuscript; available in PMC: 2015 Aug 17.
Published in final edited form as: Neurosci Biobehav Rev. 2010 Oct 29;35(8):1654–1664. doi: 10.1016/j.neubiorev.2010.10.011

Table 1.

Development differences in fMRI studies of social cognition

Study Participants Paradigm Results
Basic face processing
Golarai et al. (2007) 23 (13F) children aged 7–11; 10 (5F) adolescents aged 12–16; 17 (8F) adults aged 18–35 Passive viewing of photographs of faces vs. places, objects and abstract patterns Age-related increase in size of FFA: significant difference between child and adult groups; adolescents showed an intermediate size.
Scherf et al. (2007) 10 (4F) children aged 5–8; 10 (4F) adolescents aged 11–14; 10 (4F) adults aged 20–23 Passive viewing of dynamic displays of faces vs. places and objects Age-related increase in size of FFA and face-selective STS between childhood and adolescence. Increased bilaterality between adolescence and adulthood.
 Cohen Kadosh et al. (2010) 16 (8F) children aged 7–8; 8 (4F) pre-adolescents aged 10–11; 13 (7F) adults aged 19–37 Match to sample task with face photographs: matching based on identity, expression or gaze Connectivity analysis: Basic network comprising FFA, STS and inferior occipital face area present in all age groups. Age-associated increase top-down modulation of intra-network connections depending on task context.
Peelen et al. (2009) 22 (12F) children/adolescents aged 7–17; 22 (13F) adults aged 20–32 1-Back task with photographs of faces, headless bodies, tools, and scenes Age-related increase in FFA selectivity for faces; no age-related increase in fusiform body area for bodies.
Facial emotion processing
Monk et al. (2003) 17 (8F) children/adolescents aged 9–17; 17 (8F) adults aged 25–36 Photographs of angry and neutral faces: passive viewing vs. emotional response rating vs. nose width rating Adolescents vs. adults showed greater activity in right amygdala, ACC and OFC bilaterally during passive viewing of fear vs. neutral faces.
Guyer et al. (2008) 31 (15F) children/adolescents aged 9–17; 30 (13F) adults aged 21–40 As above Adolescents vs. adults showed greater activity in amygdala bilaterally and right FFA during passive viewing of fear vs. neutral faces.
Mentalising
Wang et al. (2006) 12 (6F) children and adolescents aged 9–14; 12 (6F) adults aged 23–33 Judging sincerity vs. irony (sarcasm) of social exchanges depicted in cartoons Children/adolescents vs. adults showed greater activity in MPFC, left IFG and right pSTS during irony vs. no irony.
Blakemore et al. (2007) 19 (19F) adolescents aged 12–18; 11 (11F) adults aged 22–38 Judging likelihood of physical causality vs. intentional causality scenarios Adolescents vs. adults showed greater activity in MPFC during intentional vs. physical causality. Adults vs. adolescents showed greater activity in right STS for this contrast.
Pfeifer et al. (2007) 12 (6F) children aged 9–11; 12(6F) adults aged 23–32 Judging whether phrases about academic and social skills accurately described self vs. Harry Potter Children vs. adults showed greater activity in MPFC and ACC during self- vs. other-knowledge retrieval.
Pfeifer et al. (2009) 12 (7F) adolescents aged 11–14; 12 (6F) adults aged 23–30 Judging whether phrases about academic and social skills described perceptions of self from different perspectives: self, mother, best friend, classmates Adolescents vs. adults showed greater activity in MPFC and ACC during self- vs. other-appraisal.
Burnett et al. (2009) 19 (19F) adolescents aged 10–18; 10 (10F) adults aged 22–32 Judging emotional response during social (embarrassment, guilt) vs. basic (disgust, fear) emotion scenarios Adolescents vs. adults showed greater activity in MPFC for social vs. basic emotions. Adults vs. adolescents showed greater activity in left ATC during this contrast.
Burnett and Blakemore (2009) 18 (18F) adolescents aged 11–18; 10 (10F) adults aged 22–32 As above Functional connectivity analysis: Adolescents vs. adults showed stronger task-dependent connectivity between MPFC and pSTS/TPJ.
Social evaluation
Sebastian et al. (2010b) 19 (19F) adolescents aged 14–16; 16 (16F) adults aged 23–28 Rejection-themed emotional Stroop task Adults showed greater right ventrolateral PFC response to rejection vs. neutral/acceptance words; adolescents showed a greater response in this region to acceptance vs. rejection and no difference to rejection vs. neutral.
Sebastian et al. (in press) 19 (19F) adolescents aged 14–16; 16 (16F) adults aged 23–28 Modified ‘Cyberball’ online ball-throwing game Greater response to rejection than acceptance condition in right ventrolateral PFC in adults, but the reverse pattern in adolescence.
Gunther Moor et al. (2010) 12 (7F) children aged 8–10; 14 (8F) young adolescents aged 12–14; 15 (7F) mid adolescents aged 16–17 years; 16 (8F) adults aged 19–25 years Acceptance or rejection feedback from fictitious peers based on participant’s photo Age-related increase during expected social feedback in activity within ventral MPFC, ACC and striatum; age-related increase during social feedback in OFC and lateral PFC.

Gender composition indicated in brackets. Studies which include both child/adolescent and adult comparison groups only are included.