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Table 3 In-silico DNA:DNA hybridization of unidentified isolates

From: Molecular characterization of Pseudomonas from Agaricus bisporus caps reveal novel blotch pathogens in Western Europe

Query isolate

Phylo-type (ANI)

Reference strain

dDDH value (%)

Confidence intervals (%)

Difference in GC (%) content

Non-Pseudomonas

 B9002

13

Pantoea rodasii LMG 26273T

40.5

37.5–43.5

0.9

 C2002

15

Serratia liquefaciens LMG 7884T

96.5

95.0–97.6

0.14

 C7002

17

Serratia proteamaculans NCPPB 245T

93.4

91.1–95.1

0.01

 P7753

30

Brevundimonas bullata LMG 17157T

72

68.5–75.2

0.22

 P7760

31

Cedecea neteri LMG 7864T

63

59.7–66.2

0.55

Pseudomonas species

 A5002

4

P. yamanorum LMG 27247T

69.2

65.8–72.5

0.63

 IPO3780

4

P. yamanorum LMG 27247T

70.3

66.8–73.5

0.73

 IPO3781

4

P. yamanorum LMG 27247T

68.2

64.8–71.4

0.59

 IPO3782

4

P. yamanorum LMG 27247T

70.9

67.4–74.1

0.76

 J3002

4

P. yamanorum LMG 27247T

69.1

65.7–72.4

0.67

 B6002

9

Isolate P7548 (phylotype 11)

80.9

77.5–83.9

0.24

 P7548

11

P. fluorescens DSM 50090T

57.3

54.1–60.5

0.61

 B7002

12

P. edaphica LMG 30152T

88.2

85.2–90.6

0.03

 IPO3747

12

P. edaphica LMG 30152T

89.9

87.1–92.1

0.1

 K6002

12

P. edaphica LMG 30152T

89.8

87.0–92.0

0.12

 K7002

12

P. edaphica LMG 30152T

89.9

87.1–92.1

0.1

 B3002

16

P. reactans LMG 5329T

44.4

41.4–47.4

2.94

 D2002

21

P. fluorescens DSM 50090T

69.4

65.4–73.0

0.15

 IPO3765

25

P. salomonii LMG 22120T

87.9

84.4–90.7

0.31

 IPO3778

26

P. yamanorum LMG 27247T

64.8

61.5–68.1

0.59

 IPO3779

26

P. yamanorum LMG 27247T

64.8

61.5–68.0

0.6

  1. Only the highest dDDH values from comparing each query strain with multiple reference strains have been reported. Values in bold indicate that the query belongs to the same species as the reference strain, as the confidence intervals meet the 70% threshold for DDH and 1% difference in %GC content. Values that are not highlighted, lie on the border or below the thresholds, and indicate the reference that the query isolate is most closely related to