. Author manuscript; available in PMC: 2013 Apr 8.

Published in final edited form as: J Int Neuropsychol Soc. 2012 Jul 27;18(5):834–844. doi: 10.1017/S1355617712000604

Table 2.

Correlations of Design Fluency Total Correct and Repetition Errors with Gray Matter Regions

	DF Corr	DF Reps	DF Corr	DF DF Reps
	left frontal lobe		right frontal lobe
superior frontal gyrus	.24^**	−.25^**	.36^**	−.28^**
middle frontal gyrus, rostral	.23^*	−.18	.33^**	−.22^*
middle frontal gyrus, caudal	.22^*	−.12	.25^**	−.20^*
pars opercularis	.27^**	−.12	.23^*	−.19^*
pars triangularis	.16	−.11	.22^*	−.24^**
pars orbitalis	.17	−.10	.19^*	−.24^**
lateral orbitofrontal	.15	−.35^**	.24^**	−.32^**
medial orbitofrontal	.16	−.24^**	.24^**	−.26^**
frontal pole	.18	−.11	.17	−.02
precentral gyrus	.15	−.18	.26^**	−.16
paracentral lobule	.22^*	−.11	.18	−.06
anterior cingulate, rostral	.03	−.10	.07	−.15
anterior cingulate, caudal	.13	−.08	.04	−.12
	left parietal lobe		right parietal lobe
postcentral gyrus	.26^**	−.10	.16	.00
supramarginal gyrus	.11	.03	.19^*	−.14
superior parietal cortex	.32^**	.02	.35^**	−.13
inferior parietal cortex	.26^**	.03	.37^**	−.09
precuneus cortex	.16	.05	.32^**	.00
posterior cingulate	.15	−.05	.16	−.17
	left temporal lobe		right temporal lobe
entorhinal cortex	−.02	−.06	.13	−.15
parahippocampal gyrus	.01	.13	.17	−.03
temporal pole	.06	−.02	−.01	−.11
fusiform gyrus	.04	.09	.17	.05
superior temporal gyrus	.20^*	.02	.34^**	−.07
middle temporal gyrus	.08	−.04	.25^**	−.13
inferior temporal gyrus	.03	.09	.19^*	−.09
transverse temporal cortex	.11	−.10	.17	−.07
banks of the superior temporal sulcus	.10	.04	.20^*	−.08
	left subcortical		right subcortical
striatum	.12	−.09	.27^**	−.26^**
thalamus	.20	−.03	.24^**	−.06

All correlations control for Mini Mental State Exam scores and intracranial volume.

Abbreviations: DF corr = Design Fluency total correct designs, DF reps = Design Fluency repetition errors

^**

p<.00083

p<.01, uncorrected