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Table 3 Comparison in terms of biological relevance between each pair of conserved protein complexes predicted by each method

From: Detecting conserved protein complexes using a dividing-and-matching algorithm and unequally lenient criteria for network comparison

Methods

Yeast-fly

Conserved pairs

\(Avg\_mixed\)

\(Avg\_yeast\)

\(Avg\_fly\)

\(Avg\_intra\)

UEDAMAlignCFinder (k = 4)

129

3.96

5.3766

3.4259

3.7503

UEDAMAlignCMC

128

3.5266

4.9468

2.9469

3.3061

UEDAMAlignCoach

725

3.4729

4.4809

2.5707

3.1565

UEDAMAlignKnownComplex

148

4.5041

7.0767

3.7421

3.9779

UEDAMAlignMCL

862

2.3539

3.2412

1.4475

2.3063

AlignMCL

933

2.2563

2.9469

1.255

2.2319

Match-and-Split

27

4.069

5.7868

3.3512

3.614

Mawish

41

4.4942

5.9584

3.7828

4.2566

NetworkBlast

191

2.2865

2.8698

1.8388

2.198

Produles

95

3.4301

6.3427

2.525

2.8541

Methods

Human-fly

Conserved pairs

\(Avg\_mixed\)

\(Avg\_human\)

\(Avg\_fly\)

\(Avg\_intra\)

UEDAMAlignCFinder (k = 4)

238

3.7826

4.0948

3.7551

3.6892

UEDAMAlignCMC

404

3.5078

4.0341

3.2929

3.3612

UEDAMAlignCoach

1,538

3.5807

4.0532

3.3599

3.4388

UEDAMAlignKnownComplex

515

4.8490

6.1202

4.4131

4.5720

UEDAMAlignMCL

1,453

2.2718

2.4197

1.905

2.2812

AlignMCL

1,117

2.4166

2.5095

1.7317

2.456

Match-and-Split

53

4.0713

4.484

4.6043

3.7865

Mawish

65

4.424

4.8343

4.9263

4.1549

NetworkBlast

164

3.3956

3.7568

3.3467

3.2386

Produles

187

3.8828

4.3098

4.2651

3.7342