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. 2018 Aug 31;20:685–696. doi: 10.1016/j.nicl.2018.08.028

Table 7.

Summary of studies with the best performance.

Name Sample Classification Measures ROIs Acc SS SP AUC
bvFTD vs Controls Raamana et al., 2014 30 bvFTD SVM Surface displacements L lateral ventricle 100 88 0.938
14 C Train/test
bvFTD vs AD Canu et al., 2017 27 bvFTD Random forest Cortical thickness Best 5 (L inferior parietal, R temporal pole, L isthmus cingulate, R inferior parietal, R precuneus) 82 80 87
62 AD
FTD vs Controls Davatzikos et al., 2008 12 FTD SVM RAVENS-GM and WM volume PCA 100
12 C LOOCV
FTD vs AD McMillan et al., 2014 72 FTD Linear regression Combination (Cortical thickness & DTI-FA) Data-driven 89 89 0.874
21 AD
Train/test
FTD vs AD & Controls Kuceyeski et al., 2012 18 FTD Linear discriminant analysis DWI-RD Whole-brain parcellation 89.09 97.30 72.22
18 AD
LOOCV
19 C
FTD vs other dementias Vemuri et al., 2011 7 FTD Differential-STAND GM density Whole-brain 84.4 93.8
LOOCV
48 AD
20 DLB
21 C4
nfvPPA vs Controls Bisenius et al., 2017 6 nfvPPA SVM VBM-GM density Whole-brain 91 88 94 0.94
20 C LOOCV
lvPPA vs Controls Wilson et al., 2009 16 lvPPA SVM GM volume PCA 100 100 100 1
115 C 2-level CV
svPPA vs Controls Bisenius et al., 2017 17 svPPA SVM VBM-GM density ROI (a priori from meta-analyses) 100 100 100 1
20 C LOOCV
Wilson et al., 2009 38 svPPA SVM GM volume PCA 100 100 100 1
115 C 2-level CV
svPPA vs nfvPPA Wilson et al., 2009 32 nfvPPA SVM GM volume PCA 89.1 84.4 93.8 0.964
38 svPPA 2-level CV
lvPPA vs svPPA Bisenius et al., 2017 11 lvPPA SVM VBM-GM density Whole-brain 95 100 91 0.93
17 svPPA LOOCV
lvPPA vs nfvPPA Wilson et al., 2009 32 nfvPPA SVM GM volume PCA 81.3 81.3 81.3 0.879
16 lvPPA 2-level CV