Skip to main content

Table 4 Comparisons of Arabidopsis thaliana 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

88808

841

27325

1583

78.7%

76542 (86.2%)

44 (0.0%)

4 GB

50

59638

887

24554

1302

82.9%

51402 (86.2%)

38 (0.1%)

4 GB

kCombine(SOAPdenovo-Trans)

        

3

88611

1103

29057

2666

81.7%

81576 (92.1%)

1324 (1.5%)

4 GB

5

70854

1125

28020

2354

84.1%

65574 (92.5%)

972 (1.4%)

4 GB

Trans-ABySS

        

20

124125

830

28414

4372

88.0%

119120 (96.0%)

1574 (1.3%)

2 GB

50

62093

1006

25533

3109

91.9%

59420 (95.7%)

1010 (1.6%)

2 GB

kCombine(Trans-ABySS)

        

3

90109

1147

30333

3261

82.2%

83037 (92.2%)

4242 (4.7%)

4 GB

5

59411

1315

29266

3303

88.0%

54903 (92.4%)

3464 (5.8%)

4 GB

  1. Notations are the same as in Table 2