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. Author manuscript; available in PMC: 2012 Feb 14.
Published in final edited form as: Neuroimage. 2010 Nov 16;54(4):2623–2634. doi: 10.1016/j.neuroimage.2010.11.023

Table 3.

Effects of sodium azide and methylene blue on the functional connectivity of the PCC

Region Control AZ AZ+MB
AD −.32 .71* −.21
AM .67* .19 .45
Rt .72* −.13 −.001
Rh/Re .68* .24 .46
LD .91* .58 .18
dgd .75* .10 .70*
CA1d .64* .25 .77*
ZI .81* .13 .85*
PRh .37 .79* .07
Ent .30 .93* .29
DGv .38 .67* .17
CA1v .78* .65* .44
CA3v .33 .79* .26
RLi .08 .16 .78*
V2m .83* .53 .88*
V2l .87* .61 .55
ACC .76* .46 .45
M2 .56 .68* .01
CPu .66* .54 .14

d = dorsal, v = ventral, m = medial, l = lateral. See text for abbreviations of regions. Values represent the Pearson product-moment correlations between cytochrome oxidase activity in the PCC and the other brain regions.

*

Significantly different from zero (p < .05)

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