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Table 1 Assembly statistics from draft genomes binned from CLig metagenome (20 best results)

From: Lignolytic-consortium omics analyses reveal novel genomes and pathways involved in lignin modification and valorization

Bin Id

Taxonomic affiliation

Completeness (%)

Contamination (%)

Heterogeneity (%)

Total length (bp)

# contigs

# Predicted genes

GC (%)

3

Sphingomonadaceae

97.9

2.1

0

2,600,224

14

2487

63.8

4

Alcaligenaceae

96.6

3.2

8.3

4,071,016

139

3831

63.9

6

Microbacteriaceae

93.0

2.3

25.0

2,775,244

23

2744

70.2

7

Mycobacterium sp.

98.6

4.7

7.4

8,113,983

152

7824

67.0

14

Agrobacterium sp.

97.0

1.9

0

3,723,529

25

3637

62.4

17

Rhodococcus sp.

96.4

1.4

12.5

5,940,093

80

5417

67.9

19

Rhodobacter sp.

97.5

3.5

0

4,829,944

102

4636

66.4

20

Comamonadaceae

76.1

1.8

0

5,317,169

797

5668

69.5

24

Sphingobacterium sp.

92.2

2.2

0

5,342,826

905

5155

40.9

28

Ochrobactrum sp.

99.1

10.5

0

8,098,959

173

7885

56.5

30

Bacillus sp.

92.6

3.7

0

4,962,376

118

4977

35.4

35

Acetobacteraceae

96.7

2.0

0

5,217,664

48

5050

70.2

37

Sphingobium sp.

98.1

9.3

5.7

6,313,527

428

6265

59.7

47

Pseudoxanthomonas sp.

97.3

1.5

0

3,192,941

22

2886

71.6

48

Paenarthrobacter sp.

97.0

4.1

0

4,259,515

57

3930

68.2

55

Paenarthrobacter sp.

97.3

1.6

0

4,537,449

80

4185

63.5

56

Acetobacteraceae

92.7

1.7

25.0

5,069,773

252

4671

70.4

60

Hyphomicrobium sp.

97.9

0.9

0

3,563,628

12

3278

64.7

64

Methylobacterium sp.

94.8

1.6

25.0

3,854,043

176

3682

70.1

65

Rhodococcus

96.8

1.8

0

5,770,250

74

5292

70.8