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Table 5 Comparisons of large Drosophila melanogaster transcriptome assemblies of SOAPdenovo-Trans, Trans-ABySS and kCombine with k=25 over different values of k-mer coverage cutoff c

From: A divide-and-conquer algorithm for large-scale de novo transcriptome assembly through combining small assemblies from existing algorithms

c

Transcripts

n50

Blast

Full

Spec

Unique

Transloc

Memory

SOAPdenovo-Trans

        

20

92193

1272

27258

6926

72.1%

81426 (88.3%)

186 (0.2%)

16 GB

50

65273

1422

26671

6832

81.8%

58101 (89.0%)

90 (0.1%)

16 GB

kCombine(SOAPdenovo-Trans)

        

3

84307

1944

27391

12269

79.6%

77649 (92.1%)

1222 (1.4%)

4 GB

5

66098

2037

27153

11710

84.0%

61227 (92.6%)

976 (1.5%)

4 GB

Trans-ABySS

        

20

99492

1581

27631

11103

75.7%

90854 (91.3%)

5118 (5.1%)

8 GB

50

62731

1980

27262

12151

86.0%

57508 (91.7%)

2786 (4.4%)

8 GB

kCombine(Trans-ABySS)

        

3

119772

2628

27612

22113

79.3%

99021 (82.7%)

22638 (18.9%)

4 GB

5

80966

3009

27612

23110

84.5%

64161 (79.2%)

22012 (27.2%)

4 GB

  1. Notations are the same as in Table 2