Table 1 The statistical values in ROI-to-ROI analysis.

From: Repetitive transcranial magnetic stimulation restores altered functional connectivity of central poststroke pain model monkeys

 

ROI-1

ROI-2

t(16)

Uncorrected

p-value

p-FDR

CPSP > Baseline

aINS (L)

dINS (L)

2.98

0.009

0.0406

  

gINS (L)

3.16

0.006

0.0397

  

S1 (L)

2.77

0.014

0.0455

  

S2 (L)

3.07

0.007

0.0397

  

SMG (L)

3.35

0.003

0.0397

  

PO (L)

3.63

0.002

0.0395

  

HG (L)

2.94

0.010

0.0406

  

Pu (L)

2.77

0.014

0.0455

  

aINS (R)

4.44

< 0.001

0.0121

  

dINS (R)

3.13

0.006

0.0397

  

S1 (R)

3.06

0.007

0.0397

  

M1 (R)

2.77

0.014

0.0455

  

SMG (R)

3.06

0.007

0.0397

  

PP (R)

4.39

< 0.001

0.0121

  

FO (R)

3.27

0.003

0.0397

  

Cd (R)

2.92

0.010

0.0406

 

MD (L)

AMY (L)

5.92

< 0.001

0.0010

rTMS > CPSP

MD (L)

AMY (L)

-4.04

< 0.001

0.0490

  1. The p-values and t-values of the functional connectivity that significantly changed in the ROI-to-ROI analysis. The significance level was the ROI-level adjusted for multiplicity (p-FDR < 0.05).
  2. aINS agranular insular cortex, AMY amygdala, Cd caudate, CPSP central poststroke pain, dINS dysgranular insular cortex, FDR false discovery rate, FO frontal operculum, gINS granular insular cortex, HG Heshcel’s gyrus, L left, M1 motor cortex, MD mediodorsal nucleus in thalamus, PO Parietal operculum cortex, PP planum polare, Pu putamen, ROI region of interest, R right, rTMS repetitive transcranial magnetic stimulation, S1 primary somatosensory cortex, S2 secondary somatosensory cortex, SMG supramarginal gyrus.
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