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Table 1 Xenorhabdus bovienii genomes used in this studya

From: Comparison of Xenorhabdus bovienii bacterial strain genomes reveals diversity in symbiotic functions

Genomea

Steinernema nematode hostb

Sourcec

Genome Accessiond Numberd

Studye

Genome Size (Mb)f

G + C content (%)g

Number of CDSh

Coding Density (%)i

Number of Contigsj

N50 Value (Kb)k

Xb-Sf-FL

S. feltiae

Florida, USA

[EMBL:PRJEB432]

5

4.47

44.89

4508

83.43

436

45

Xb-Sf-FR

S. feltiae

France

[EMBL:PRJEB4319]

5

4.41

44.75

4441

84.06

449

45

Xb-Sf-MD

S. feltiae

Moldova

[EMBL:PRJEB4321]

5

4.66

44.36

4695

83.82

397

52

Xb-Si

S. intermedium

North Carolina, USA

[EMBL:PRJEB4327]

5

4.71

44.89

4719

83.39

467

51

Xb-Sj

S. jollieti

Monsanto

[EMBL:PRJEB4326]

5

3.93

44.48

3939

83.20

457

46

Xb-Sj-2000

S. jollieti

Monsanto

[EMBL:FN667741]

31

4.23

44.97

4406

84.07

1

NA

Xb-Sk-BU

S. kraussei

Becker Underwood

[EMBL:PRJEB4325]

5

4.72

44.75

4860

83.10

752

33

Xb-Sk-CA

S. kraussei

Quebec, CA

[EMBL:PRJEB4324]

5

4.21

44.18

4097

83.96

422

34

Xb-So

S. oregonense

Oregon, USA

[EMBL:PRJEB4323]

5

4.13

44.90

4261

84.30

429

51

Xb-Sp

S. puntauvense

Costa Rica

[EMBL:PRJEB4322]

5

4.48

44.32

4584

84.34

443

51

  1. aAbbreviation used for bacterial genomes
  2. bThe Steinernema nematode host species from which the X. bovienii bacterial strain was isolated
  3. cThe location or company from which the nematode was obtained
  4. dThe accession number for the bacterial genome in EMBL
  5. eStudy in which the genome sequence was originally reported. Number corresponds to the citation
  6. fSize of the genome in megabases
  7. gGC content percentage of the genome
  8. hTotal number of coding sequences in the genome
  9. iAmount of the genome that is coding sequences
  10. jNumber of contigs in the genome sequence
  11. kMedian size of the contigs in megabases. NA indicates not applicable for the finished genome