Table 1.
Author | Year | Task | Sample | Developmental differences | |||||
---|---|---|---|---|---|---|---|---|---|
| |||||||||
lPFC (Brodmann area 8, 9, 44, 45, 46) | Striatum | AIC | AIC coordinates (MNI) | ||||||
| |||||||||
x | y | z | |||||||
Response inhibition | |||||||||
Adleman [73] | 2002 | Stroop | 7–22 | Increase with age | Increase with age | Increase with age1 | |||
Andrews-Hanna [74] | 2011 | Stroop | 14–25 | Adults > adolescents | n.s. | Adults > adolescents | −42 | 22 | 2 |
Booth [81] | 2003 | Go/no-go | 9–11 | Children > adults | Children > adults | n.s. | |||
Bunge [75] | 2002 | Flanker | 8–12 | Adults > early adolescents | Adults > early adolescents | Adults > early adolescents (R) | 34 | 17 | −9 |
Early adolescents > adults (L) | −42 | 27 | 4 | ||||||
Go/no-go | Adults > early adolescents | n.s. | n.s. | ||||||
Casey [82] | 1997 | Go/no-go | 7–12 | Early adolescents > adults | n.s. | n.s. | |||
| |||||||||
Casey [117] | 2002 | Stimulus-response compatibility | 7–11 | n.s. | Adolescents > adults | n.s. | |||
Cohen [113] | 2010 | Stop signal task | 9–19 | n.s. | n.s. | n.s. | |||
Luna [83] | 2001 | Antisaccade | 8–30 | Adolescents > adults | n.s. | n.s. | |||
Marsh [76] | 2006 | Stroop | 7–57 | Increase with age | Increase with age | Decrease with age | −36 | 13 | 1 |
Rubia [77] | 2000 | Stop task | 12–19 | Adults > adolescents | Adolescents > adults | Adults > adolescents (L) | −40 | 6 | 5 |
Adolescents > adults (R) | 38 | 22 | 6 | ||||||
Rubia [79] | 2006 | Simon task | 10–17 | Adults > adolescents | Adults > adolescents | Adults > adolescents | 32 | 19 | 11 |
Switch task | Adults > adolescents | Adults > adolescents | Adults > adolescents | −32 | 7 | −2 | |||
Go/no-go | Adults > adolescents | Adults > adolescents | n.s. | ||||||
| |||||||||
Rubia [85] | 2007 | Stop task | 10–17 | n.s. | Increase with age | Increase with age | 43 | 27 | 2 |
Rubia [78] | 2013 | Stop task | 13–19 | Increase with age | Increase with age | n.s. | |||
Decrease with age | |||||||||
Tamm [84] | 2002 | Go/no-go | 8–20 | Decrease with age | n.s. | Increase with age | −34 | 12 | 6 |
Velanova [80] | 2009 | Antisaccade | 8–27 | Increase with age | n.s. | n.s. | |||
| |||||||||
Reward processing | |||||||||
Bjork [92] | 2004 | Monetary incentive delay | 12–17 | n.s. | Adults > adolescents | n.s. | |||
Bjork [93] | 2010 | Monetary incentive delay | 12–17 | n.s. | Adults > adolescents | n.s. | |||
Christakou [118] | 2013 | Gambling task | 12–18 | Increase with age | n.s. | n.s. | |||
Galvan [90] | 2006 | Pirate task | 13–17 | n.a. | Adolescents > adults | n.a. | |||
Galvan [98] | 2013 | Primary reward | 13–17 | Adolescents > adults | Adolescents > adults | Adolescents > adults | 34 | 26 | 8 |
Geier [94] | 2010 | Reward antisaccade | 13–17 | n.s. | Adolescents > adults | n.s. | |||
| |||||||||
Hoogendam [114] | 2013 | Monetary incentive delay | 10–25 | n.s. | Decrease with age | n.s. | |||
Jarcho [99] | 2012 | Guessing task | 14 | n.s. | Adolescents > adults | Adolescents > adults | 34 | 8 | −3 |
Krain [95] | 2006 | Card guessing task | 13–17 | n.s. | n.s. | n.s. | |||
Padmanabhan [96] | 2011 | Reward antisaccade | 14–17 | n.a. | Adolescents > adults | n.a. | |||
Teslovich [115] | 2013 | Rewarded random dot | 13–21 | Adolescents > adults | n.s. | n.s. | |||
Van Leijenhorst [97] | 2010 | Slot machine | 14–15 | n.s. | Adolescents > adults | Adolescents > adults | 42 | 12 | −3 |
| |||||||||
Risky decision making | |||||||||
Bjork [102] | 2007 | Chicken game | 12–17 | n.s. | n.s. | n.s. | |||
Chein [103] | 2011 | Stoplight | 14–18 | Adults > adolescents | Adolescents > adults2 | n.s. | |||
Paulsen [105] | 2012 | Domino game | 14–16 | Increase with age | Increase with age | Increase with age | 36 | 16 | −6 |
Eshel [104] | 2007 | Wheel of fortune | 9–17 | n.s. | n.s. | Adults > adolescents | −44 | 14 | −6 |
Van Leijenhorst [116] | 2006 | Cake task | 9–12 | n.s. | n.s. | n.s. | |||
Barkley-Levenson [101] | 2013 | Gambling task | 13–17 | n.s. | n.s. | n.s. |
n.s.= A whole-brain analysis was reported but no peak activations for the ROI were reported. n.a.= no whole-brain analyses were reported and therefore we were unable to assess activation in this region.
The specific peak coordinates of this activation are unavailable due to the large cluster size included in this activation map (6,109 voxels).
Ventral striatum activation in Chein et al. [103] (2011) was only significant when social context was manipulated.