Table 4
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Post-hoc statistical comparisons between groups

t-StatisticP-valueSignif. symbol
V1 KCC (W)
 ASD1 > ASD2t(55) = 1.85P = 0.070+
 ASD1 > TDt(81) = 5.48P < 0.001***
 ASD2 > TDt(74) = 2.88P = 0.005**
V1 – Left middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 2.74P = 0.008**
 ASD1 > TDt(81) = 4.66P < 0.001***
 ASD2 > TDt(74) = 1.30P = 0.198n.s.
V1 – Right middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 3.51P = 0.001***
 ASD1 > TDt(81) = 5.17P < 0.001***
 ASD2 > TDt(74) = 0.60P = 0.549n.s.
V1 – Left frontal pole fc (z’)
 ASD1 > ASD2t(55) = 7.13P < 0.001***
 ASD1 > TDt(81) = 5.14P < 0.001***
 ASD2 < TDt(74) = 3.32P = 0.001***
V1 – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 8.66P < 0.001***
 ASD1 > TDt(81) = 5.02P < 0.001***
 ASD2 < TDt(74) = 3.42P = 0.001***
Left frontal pole – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 2.58P = 0.013*
 ASD1 > TDt(81) = 1.90P = 0.061+
 ASD2 < TDt(74) = 0.75P = 0.456n.s.
t-StatisticP-valueSignif. symbol
V1 KCC (W)
 ASD1 > ASD2t(55) = 1.85P = 0.070+
 ASD1 > TDt(81) = 5.48P < 0.001***
 ASD2 > TDt(74) = 2.88P = 0.005**
V1 – Left middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 2.74P = 0.008**
 ASD1 > TDt(81) = 4.66P < 0.001***
 ASD2 > TDt(74) = 1.30P = 0.198n.s.
V1 – Right middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 3.51P = 0.001***
 ASD1 > TDt(81) = 5.17P < 0.001***
 ASD2 > TDt(74) = 0.60P = 0.549n.s.
V1 – Left frontal pole fc (z’)
 ASD1 > ASD2t(55) = 7.13P < 0.001***
 ASD1 > TDt(81) = 5.14P < 0.001***
 ASD2 < TDt(74) = 3.32P = 0.001***
V1 – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 8.66P < 0.001***
 ASD1 > TDt(81) = 5.02P < 0.001***
 ASD2 < TDt(74) = 3.42P = 0.001***
Left frontal pole – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 2.58P = 0.013*
 ASD1 > TDt(81) = 1.90P = 0.061+
 ASD2 < TDt(74) = 0.75P = 0.456n.s.
Table 4
Open in new tab

Post-hoc statistical comparisons between groups

t-StatisticP-valueSignif. symbol
V1 KCC (W)
 ASD1 > ASD2t(55) = 1.85P = 0.070+
 ASD1 > TDt(81) = 5.48P < 0.001***
 ASD2 > TDt(74) = 2.88P = 0.005**
V1 – Left middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 2.74P = 0.008**
 ASD1 > TDt(81) = 4.66P < 0.001***
 ASD2 > TDt(74) = 1.30P = 0.198n.s.
V1 – Right middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 3.51P = 0.001***
 ASD1 > TDt(81) = 5.17P < 0.001***
 ASD2 > TDt(74) = 0.60P = 0.549n.s.
V1 – Left frontal pole fc (z’)
 ASD1 > ASD2t(55) = 7.13P < 0.001***
 ASD1 > TDt(81) = 5.14P < 0.001***
 ASD2 < TDt(74) = 3.32P = 0.001***
V1 – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 8.66P < 0.001***
 ASD1 > TDt(81) = 5.02P < 0.001***
 ASD2 < TDt(74) = 3.42P = 0.001***
Left frontal pole – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 2.58P = 0.013*
 ASD1 > TDt(81) = 1.90P = 0.061+
 ASD2 < TDt(74) = 0.75P = 0.456n.s.
t-StatisticP-valueSignif. symbol
V1 KCC (W)
 ASD1 > ASD2t(55) = 1.85P = 0.070+
 ASD1 > TDt(81) = 5.48P < 0.001***
 ASD2 > TDt(74) = 2.88P = 0.005**
V1 – Left middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 2.74P = 0.008**
 ASD1 > TDt(81) = 4.66P < 0.001***
 ASD2 > TDt(74) = 1.30P = 0.198n.s.
V1 – Right middle frontal gyrus fc (z’)
 ASD1 > ASD2t(55) = 3.51P = 0.001***
 ASD1 > TDt(81) = 5.17P < 0.001***
 ASD2 > TDt(74) = 0.60P = 0.549n.s.
V1 – Left frontal pole fc (z’)
 ASD1 > ASD2t(55) = 7.13P < 0.001***
 ASD1 > TDt(81) = 5.14P < 0.001***
 ASD2 < TDt(74) = 3.32P = 0.001***
V1 – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 8.66P < 0.001***
 ASD1 > TDt(81) = 5.02P < 0.001***
 ASD2 < TDt(74) = 3.42P = 0.001***
Left frontal pole – Right frontal pole fc (z’)
 ASD1 > ASD2t(55) = 2.58P = 0.013*
 ASD1 > TDt(81) = 1.90P = 0.061+
 ASD2 < TDt(74) = 0.75P = 0.456n.s.
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