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. 2008 Sep;29(9):1434–1446. doi: 10.1016/j.neurobiolaging.2007.04.017

Table 1.

The neural correlates of temporal and dispersion derivatives

Region Right hand
Left hand
Side Talairach coordinates in MNI space
Z-value Side Talairach coordinates in MNI space
Z-value
x y z x y z
Temporal derivative
 (i) Earlier responses
  Pulvinar R 8 −24 −4 5.71 R 6 −20 −2 5.55
L −6 −22 −2 5.41 L −4 −20 0 5.27



 (ii) Later responses
  Superior parietal cortex R 52 −36 56 6.61 R 40 −48 62 5.86
  Intraparietal sulcus R 40 −46 42 5.68 R 46 −40 42 5.48
  Intraparietal sulcus R 34 −72 46 5.59 R 28 −70 56 5.17
  Inferior parietal cortex R 60 −32 46 5.95 R 56 −40 48 6.48
  Cerebellum (Cr I) L −26 −7 −28 5.92 L −40 −76 −30 5.72
  Cerebellum (Cr I) L −46 −68 −32 5.21 L −44 −58 −46 5.69
  Cerebellum (Cr I) L −38 −56 −34 5.54



Dispersion derivative
 (i) Greater dispersion
  None



 (ii) Less dispersion
  Superior cingulate sulcus L −8 −22 46 5.85 L −8 −18 46 6.71

Voxels in which some part of the task-related response is accounted for by the temporal or dispersion derivatives of the canonical haemodynamic response function. All voxels are significant at P < 0.05, corrected for multiple comparisons across whole brain.