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Table 4 Performance statistics of selected genes on MS data

From: Weighted-SAMGSR: combining significance analysis of microarray-gene set reduction algorithm with pathway topology-based weights to select relevant genes

 

Training set (10-fold CV results)

Test set

A. Performance comparison

 Method (n)

Error (%)

GBS

BCM

AUPR

Error (%)

GBS

BCM

AUPR

 SAMGSR (52)

34.09

0.244

0.570

0.645

46.67

0.465

0.501

0.725

 W-SAMGSR (25)

31.82

0.191

0.611

0.771

43.33

0.341

0.564

0.860

 LASSO (30)

34.09

0.275

0.632

0.672

46.67

0.377

0.499

0.747

 Penalized SVM(11)

47.73

0.406

0.534

0.630

45

0.569

0.431

0.555

 gelnet (169)

34.09

0.251

0.528

0.589

46.67

0.246

0.547

0.746

 RRFE (198)

43.18

0.263

0.547

0.619

46.67

0.300

0.523

0.693

B. Performance of the top 3 teams in sbv MS sub-challenge (among 54 teams)

 Study (size)

Training data used/Method used

Error (%)

GBS

BCM

AUPR

 Lauria’s (n > 100)

E-MTAB-69/Mann-Whitney test, then use top α % of the selected genes and Cytoscape to get the clusters on the test set

--

--

0.884

0.874

 Tarca’s (n = 2)

GSE21942 (on Human Gene 1.0 ST)/LDA

--

--

0.629

0.819

 Zhao’s (n = 58)

7 other data and E-MTAB-69/Elastic net

30

--

0.576

0.820

  1. Note: W-SAMGSR weighted-SAMGSR, LDA linear discrimination analysis, gelnet generalized elastic net by [25], RRFE reweighted recursive feature elimination by [14]
  2. --: not available. Lauria’s Tarca’s and Zhao’s studies [38, 39, 44] are the 3 best studies in the sbv MS sub-challenge