ssat_bridge_con34_hc

   09 21 2015     4 significant results (plus 1 one-sample T-test)

INPUT AND OUTPUT FILE(S)

| Input file(1): /mnt/data/fmri/bridge/PROJECTS/BRIDGE/groupdata/ssat/roi_analyses/20150729_roi_analyses/rrrOne_sample_t-test_Ic01_u3_48_k15_2010Feb22_MV_split_IFG_stiatum_STN/metafiles/SPM_roi_ssat_stat_a1_3groups_s1_metafile_29-Jul-2015.txt
| Output file : ssat_bridge_con34_hc.txt




SKIPPING SUBJECTS

| Skipping subject : 101 | xbr2160514 | KOPP_SC | f | 16.722792608 years




SELECTING SUBJECTS





CHECKING AVAILABLE AND SELECTED CONTRASTS

| Available contrasts :
0003
0004
0005
0006
0007
0008
0009
0010
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| Selected contrasts :
0003
0004




CHECKING AVAILABLE AND SELECTED ROIS

| Available ROIs :
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
---------------------------------------------------------------------------------
| Selected ROIs :
1




NaN SUBJECTS






Selecting subs based on only

GROUP CHARACTERISTICS

| grouping variables: (1) group_name (2) age
---------------------------------------------------------------------------------
| (1)
| group : HC_KIDS >= 10 & <= 14 (n = 23)
| mean age +/- SD : 12.019 +/- 1.242 years
| total / males / females : 23 / 9 / 14
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| (2)
| group : HC_KIDS >= 14 & <= 18 (n = 11)
| mean age +/- SD : 14.772 +/- 0.357 years
| total / males / females : 11 / 7 / 4
---------------------------------------------------------------------------------
| TOTAL
| mean age +/- SD : 12.910 +/- 1.666 years
| total / males / females : 34 / 16 / 18




MEAN AND SD

| HC KIDS >= 10 & <= 14 : mean for SPM roi 1 con 0003 : 0.095 +/- 0.174
| HC KIDS >= 10 & <= 14 : mean for SPM roi 1 con 0004 : -0.120 +/- 1.930
| HC KIDS >= 14 & <= 18 : mean for SPM roi 1 con 0003 : 0.055 +/- 0.098
| HC KIDS >= 14 & <= 18 : mean for SPM roi 1 con 0004 : 0.643 +/- 1.997




option ssat_stat_a1


repeated_measures ANOVA

| main effect of group : F(1,32) = 0.49301; p = 0.48766
| main effect of stop-signal probability : F(1,33) = 0.14335; p = 0.7074
| interaction effect of group by stop-signal probability : F(1,32) = 1.136; p = 0.29447







ONE-SAMPLE T-TESTS

| HC KIDS >= 10 & <= 14 : one-sample t-test SPM roi 1 con 0003 : t(22) = 2.614; p = 0.016 *
| HC KIDS >= 10 & <= 14 (n = 23) : data for SPM roi 1 con 0003 : mean = 0.095 +/- 0.036284 (SEM)
| HC KIDS >= 10 & <= 14 : one-sample t-test SPM roi 1 con 0004 : t(22) = -0.297; p = 0.769
| HC KIDS >= 10 & <= 14 (n = 23) : data for SPM roi 1 con 0004 : mean = -0.120 +/- 0.40239 (SEM)
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| HC KIDS >= 14 & <= 18 : one-sample t-test SPM roi 1 con 0003 : t(10) = 1.857; p = 0.093
| HC KIDS >= 14 & <= 18 (n = 11) : data for SPM roi 1 con 0003 : mean = 0.055 +/- 0.029672 (SEM)
| HC KIDS >= 14 & <= 18 : one-sample t-test SPM roi 1 con 0004 : t(10) = 1.067; p = 0.311
| HC KIDS >= 14 & <= 18 (n = 11) : data for SPM roi 1 con 0004 : mean = 0.643 +/- 0.60227 (SEM)




OUTLIERS and MISSINGS

| Outliers for group: HC KIDS >= 10 & <= 14
---------------------------------------------------------------------------------
| No outliers based on Dixon's Q detected for SPM roi 1 con 0003
| Rosner's many outlier test for SPM roi 1 con 0003 : 144
| No outliers detected for SPM roi 1 con 0003
| No outliers detected for SPM roi 1 con 0003 (when min and max removed)
| No missings detected for SPM roi 1 con 0003 (have value 9999)
.................................................................................
| No outliers based on Dixon's Q detected for SPM roi 1 con 0004
| Rosner's many outlier test for SPM roi 1 con 0004 : 129
| No outliers detected for SPM roi 1 con 0004
| No outliers detected for SPM roi 1 con 0004 (when min and max removed)
| No missings detected for SPM roi 1 con 0004 (have value 9999)

| Outliers for group: HC KIDS >= 14 & <= 18
---------------------------------------------------------------------------------
| No outliers based on Dixon's Q detected for SPM roi 1 con 0003
| No outliers based on Rosner's many outlier test detected for SPM roi 1 con 0003
| No outliers detected for SPM roi 1 con 0003
| No outliers detected for SPM roi 1 con 0003 (when min and max removed)
| No missings detected for SPM roi 1 con 0003 (have value 9999)
.................................................................................
| No outliers based on Dixon's Q detected for SPM roi 1 con 0004
| Rosner's many outlier test for SPM roi 1 con 0004 : 123
| No outliers detected for SPM roi 1 con 0004
| No outliers detected for SPM roi 1 con 0004 (when min and max removed)
| No missings detected for SPM roi 1 con 0004 (have value 9999)





All missings based on x_var value

| All missings:




PAIRED-SAMPLES T-TESTS

| HC KIDS >= 10 & <= 14 : paired-samples t-test for SPM roi 1 con 0003 vs. SPM roi 1 con 0004 : t(22) = 0.54555; p = 0.59086
| HC KIDS >= 14 & <= 18 : paired-samples t-test for SPM roi 1 con 0003 vs. SPM roi 1 con 0004 : t(10) = -0.97413; p = 0.35297




ANOVA ACROSS GROUPS

| Main effect of group_name for SPM roi 1 con 0003 : F(0,32) = 0; p = NaN *
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05
| Main effect of age for SPM roi 1 con 0003 : F(1,32) = 0.49301; p = 0.48766
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05
| Interaction effect of group_name vs. age for SPM roi 1 con 0003 vs. SPM roi 1 con 0004 : F(0,32) = 0; p = NaN *
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05
---------------------------------------------------------------------------------
| Main effect of group_name for SPM roi 1 con 0004 : F(0,32) = 0; p = NaN *
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05
| Main effect of age for SPM roi 1 con 0004 : F(1,32) = 1.136; p = 0.29447
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05
| Interaction effect of group_name vs. age for SPM roi 1 con 0003 vs. SPM roi 1 con 0004 : F(0,32) = 0; p = NaN *
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Tukey-Kramer: p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 LSD : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Bonferroni : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Dunn-Sidák : p > 0.05
| HC KIDS >= 10 & <= 14 vs. HC KIDS >= 14 & <= 18 Scheffe : p > 0.05




TWO-SAMPLES TTESTS

| HC KIDS >= 10 & <= 14 (N = 23) vs. HC KIDS >= 14 & <= 18 (N = 11) for SPM roi 1 con 0003 : t(32) = 0.70215; p = 0.48766
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| HC KIDS >= 10 & <= 14 (N = 23) vs. HC KIDS >= 14 & <= 18 (N = 11) for SPM roi 1 con 0004 : t(32) = -1.0658; p = 0.29447




REGRESSION ANALYSIS - Linear

| HC KIDS >= 10 & <= 14 : regression SPM roi 1 con 0003 by age : F(1,22) = 0.016038 ; r = 0.027625 ; p = 0.90043
| HC KIDS >= 10 & <= 14 : regression SPM roi 1 con 0004 by age : F(1,22) = 0.014006 ; r = 0.025817 ; p = 0.90692
| HC KIDS >= 10 & <= 14 : main effect of age : F(1,22) = 0.015869 ; r = 0.027479 ; p = 0.90095
| HC KIDS >= 10 & <= 14 : main effect of condition : F(1,22) = 0.29763 ; p = 0.59086
| HC KIDS >= 10 & <= 14 : interaction condition by age : F(1,22) = 0.01197 ; r = -0.023868 ; p = 0.91392
| HC KIDS >= 14 & <= 18 : regression SPM roi 1 con 0003 by age : F(1,10) = 0.80768 ; r = 0.28697 ; p = 0.39222
| HC KIDS >= 14 & <= 18 : regression SPM roi 1 con 0004 by age : F(1,10) = 0.93463 ; r = 0.30672 ; p = 0.35892
| HC KIDS >= 14 & <= 18 : main effect of age : F(1,10) = 1.0309 ; r = 0.32058 ; p = 0.33646
| HC KIDS >= 14 & <= 18 : main effect of condition : F(1,10) = 0.94893 ; p = 0.35297
| HC KIDS >= 14 & <= 18 : interaction condition by age : F(1,10) = 0.8397 ; r = -0.29213 ; p = 0.38338



---------------------------------------------------------------------------------
| regression across all groups for SPM roi 1 con 0003
| NOTE! main effect of group over all subgroups
| main effect subgroups F(1,30) = 0.38128, p = 0.54158 (partial eta^2 = 0.017399)
| main effect age F(1,30) = 0.060912, p = 0.80674 (r = -0.069085)
| interaction effect subgroups x age F(1,30) = 0.27641, p = 0.60293
MANCOVAN - added as a check for aoctool
| main effect groups F(1,30) = 0.32885, p = 0.72232
| main effect age F(1,30) = 0.16866, p = 0.84559
| interaction effect age F(2,30) = 0.27641, p = 0.60293



---------------------------------------------------------------------------------
| regression across all groups for SPM roi 1 con 0004
| NOTE! main effect of group over all subgroups
| main effect subgroups F(1,30) = 0.17083, p = 0.68232 (partial eta^2 = 0.49621)
| main effect age F(1,30) = 0.091002, p = 0.76499 (r = 0.17831)
| interaction effect subgroups x age F(1,30) = 0.87702, p = 0.3565
MANCOVAN - added as a check for aoctool
| main effect groups F(1,30) = 0.52392, p = 0.59751
| main effect age F(1,30) = 0.48401, p = 0.62104
| interaction effect age F(2,30) = 0.87702, p = 0.3565




HIGHLY INFLUENTIAL OBSERVATIONS

| SPM roi 1 con 0003 vs. SPM roi 1 con 0004
---------------------------------------------------------------------------------
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 107
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 108
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 112
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 118
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 124
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 127
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 129
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 130
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 131
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 136
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 142
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 143
| Cook's distance (>1) observations for HC KIDS >= 10 & <= 14 : 144
---------------------------------------------------------------------------------
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 114
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 116
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 121
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 122
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 123
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 126
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 128
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 133
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 134
| Cook's distance (>1) observations for HC KIDS >= 14 & <= 18 : 150