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Table 4 Assessment of assembly qualities for very low coverage of long reads at maximum short read coverage (\(\sim 43\times \)) on human

From: LazyB: fast and cheap genome assembly

X

Tool

Compl.[%]

#ctg

#MA

MM

InDels

1\(\times \)

LazyB

10.329

38342

109

831.14

773.86

LazyB+QM

19.023

39588

280

418.26

332.60

Wtdbg2

0.285

6724

21

1477.08

313.01

DBG2OLC

0.771

9475

10

1050.82

202.51

Wengan

67.220

116201

4057

208.38

142.51

2\(\times \)

LazyB

25.865

69043

432

938.26

814.44

LazyB+QM

35.151

68180

693

648.35

521.57

Wtdbg2

2.069

24346

126

1334.25

384.36

DBG2OLC

3.904

34069

58

959.98

492.63

Wengan

72.915

90784

4954

259.42

195.63

2.5\(\times \)

LazyB

32.126

70690

692

978.28

825.80

LazyB+QM

39.796

69053

917

753.19

606.78

Wtdbg2

3.702

32031

163

1202.70

412.21

DBG2OLC

7.104

42864

170

1044.31

679.40

Wengan

74.835

80605

5115

271.25

211.36

\({\sim} 43\times \)

ABySS

84.180

510315

2669

98.53

25.03

  1. Column descriptions: X: coverage of sequencing data, complcompleteness of the assembly. #ctg: number of contigs, #MA: number of mis-assemblies (breakpoints relative to the reference assembly) M isMatches and InDels: relative to the reference genomes