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Table 1 Comparison of genome of P. ananatis Sd-1 with cellulolytic, ligninolytic bacteria, and other P. ananatis strains

From: Genomic and secretomic insight into lignocellulolytic system of an endophytic bacterium Pantoea ananatis Sd-1

Species

Genome size (bp)

Protein coding genes

Total CAZyb

% CAZya

GHsc

CEsd

CBMse

PLsf

AAsg

P. ananatis Sd-1

4,927,500

4332

154

3.6

59

25

11

2

9

P. ananatis AJ13355

4,877,280

4222

108

2.6

52

4

9

0

1

P. ananatis LMG 2013

4,703,370

4076

105

2.6

51

4

8

0

1

P. ananatis LMG 5342

4,908,140

4345

108

2.5

55

4

10

0

0

P. ananatis PA13

4,867,130

4403

112

2.5

59

4

10

0

0

P. ananatis B1-9

5,105,560

4672

129

2.8

58

9

10

2

1

P. ananatis LMG 2665

4,633,915

4397

123

2.8

55

9

10

2

1

P. ananatis PA4

5,163,480

4662

131

2.8

60

7

13

2

1

P. ananatis BD442

4,798,550

4292

125

2.9

55

8

11

2

1

Pantoea sp. SL1_M5

4,924,830

4626

41

0.9

28

2

3

0

0

C. thermocellum ATCC 27405

3,843,300

3263

145

4.4

74

16

90

4

0

C. bescii DSM 6725

2,931,660

2662

88

3.3

49

6

18

3

0

Sphingobium sp. SYK-6

4,348,130

3939

70

1.7

21

1

3

0

0

E. lignolyticus SCF1

4,814,050

4350

94

2.1

42

5

7

0

0

  1. aPercentage of CAZy genes in protein coding genes
  2. b CAZy carbohydrate-active enzymes
  3. c GHs glycoside hydrolases
  4. d CEs carbohydrate esterases
  5. e CBMs carbohydrate bingding modules
  6. f PLs polysaccharide lyases
  7. g AAs auxillary activities