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Table 1 Summary of information on the 49 bacteria having a DIRL protein

From: Investigation of dirigent like domains from bacterial genomes

n°

Bacteria species

Coloration of Gram

UniprotAccession number of DIRL

Secondary metabolism clusters via AntiSMASH version 6.0

Protein size (AA)

Identity % with AtDIR6 (clustalW) (%)

Similarity % with AtDIR6 (%)

Peptide signal prediction size (AA) by The SignalP 5.0 tool

S–S bridge prediction position/probability Score by AlphaFold

N-Glycosylation prediction in prokaryotes via Glycopp with score > 0,8

Bacterial family number via phylogenie results

1

Streptomyces sp. Root1304

+

A0A0T1SRD5

23

166

22

30

29

84–98

0

I

2

Streptomyces sp. PanSC19

+

A0A3N1Q171

22

167

22

27

30

85–99

0

I

3

Streptomyces sp. 62

+

A0A3D9LXQ3

29

167

22

33

30

85–99

0

i

4

Sphaerobacter thermophilus strain DSM 20745

+

D1C1V3

1

173

21

35

36

155–169

0

NO

5

Kutzneria albida DSM 43870

+

W5WKJ3

46

164

21

28

34

no S–S bridge

0

NO

6

Streptomyces vietnamensis GIMV4.0001

+

A0A0B5I9B2

28

160

20

29

32

87–101

0

i

7

Streptomyces viridochromogenes

+

A0A0L8K704

0

166

20

27

29

84–98

0

i

8

Cystobacter fuscus DSM 52655

−

A0A250IWY0

47

154

20

39

27

81–92

0

IV

9

Streptomyces bottropensis ATCC 25435

+

M3F484

30

161

19

30

29

89–100

0

NO

10

Nocardioides iriomotensis NBRC 105384

+

A0A4Q5J010

5

152

19

32

24

91–92

0

NO

11

Methylomicrobium alcaliphilum

−

G4T3L1

9

147

19

31

19

76–87

0

iii

12

Archangium violaceum Cb vi76

−

A0A084SGS8

0

148

19

32

21

75–86

0

IV

13

Chloroflexi bacterium GWC2_73_18

−

A0A1F8LMI0

1

155

18

31

25

82–93

0

NO

14

Nocardia mexicana DSM 44952

+

A0A370GIR3

38

161

18

29

35

87–101

0

NO

15

Gammaproteobacteria bacterium HGW

−

A0A2N1ZX47

10

146

18

30

18

75–86

0

III

16

Cystobacter fuscus DSM 2262

−

S9NWQ1

44

137

18

27

ND

64–75

0

IV

17

Archangium gephyra

−

A0A0L8K704

41

151

17

27

19

78–89

0

IV

18

Cystobacter ferrugineus str. Cbfe23

−

A0A1L9B5J6

41

137

17

27

ND

64–75

0

IV

19

Streptomyces sp. SA15

+

A0A2A2YWR6

51

206

17

33

30

106–118

0

V

20

Stigmatella erecta

−

A0A1I0JK20

29

162

17

25

ND

89–100

0

IV

21

Streptomyces alboflavus str. MDJK44

+

A0A1Z1WCN3

29

163

17

32

27

no S–S bridge

0

II

22

Streptomyces sp. NWU339

+

A0A2U2Z012

32

205

17

32

30

105–112

0

V

23

Streptomyces formicae KY5

+

A0A291Q4S1

45

163

16

28

33

no S–S bridge

0

II

24

Streptomyces sp. CB02400

+

A0A1Q5L121

33

205

16

28

30

105–117

0

V

25

Streptomyces caelestis

+

A0A0M8QLY2

42

205

16

27

30

105–117

0

V

26

Pseudonocardiales bacterium YIM PH 21723

+

A0A2W6DT35

4

168

16

28

33

96–109

0

NO

27

Methylomicrobium kenyense (AMO1)

−

A0A543V9V5

7

149

16

27

ND

2 S–S bridges:76–148/87/123

0

III

28

Streptomyces griseoruber str. DSM 40281

+

A0A101SV50

36

161

16

25

29

89–100

0

NO

29

Chloroflexi bacterium

−

A0A3A0ARB1

9

201

16

27

27

only one Cys

0

NO

30

Thiogranum longum str. DSM 19610

−

A0A4R1H9Y2

3

148

16

25

21

76–87

0

III

31

Streptomyces fungicidicus str. TXX3120

+

A0A494UTW6

17

205

15

28

ND

104–116

0

V

32

Streptomyces toyocaensis str. NRRL 15009

+

A0A081XHD4

28

205

15

29

30

105–117

0

V

33

Streptomyces showdoensis ATCC 15227

+

A0A2P2GJ53

29

167

15

21

29

86–99

0

I

34

Enterobacter ludwigii str. P101

−

W0BV16

6

154

15

22

19

83–94

0

NO

35

Stigmatella aurantiaca

−

A0A1H7HD66

28

162

15

25

35

89–100

0

IV

36

Modestobacter sp. DSM 44400

+

A0A1H3KGG2

5

123

15

25

ND

41–52

0

NO

37

Streptomyces radiopugnans

+

A0A1H9DCJ1

2

205

15

27

32

105–117

0

V

38

Methylomicrobium buryatense str. 5GB1C

−

A0A4P9UY52

9

131

15

26

ND

no S–S bridge

0

III

39

Vitiosangium sp. GDMCC 1.1324

−

A0A2T4VJB7

56

146

15

25

ND

74–85

0

IV

40

Archangium sp. Cb G35

−

A0A1Q3H6L3

48

145

15

23

ND

72–83

0

IV

41

Cellulomonas aerilata

+

A0A512DF30

3

174

14

25

24

99–115

0

NO

42

Streptomyces sp. NRRL S-4

+

A0A0N1K8E7

43

203

14

25

30

105–117

0

V

43

Streptomyces silvensis ATCC 53525

+

A0A0W7X1T4

50

166

14

26

33

no S–S bridge

0

II

44

Streptomyces sp. CNZ306

+

A0A2M9A2V5

7

258

14

27

ND

158–170

0

V

45

Streptomyces dysideae sp. RV15

+

A0A124IFP4

32

187

13

23

36

112–124

0

V

46

Streptomyces regalis

+

A0A0X3UWY4

41

122

13

18

ND

47–59

0

V

47

Streptomyces sp. 13–12-16

+

A0A1X4I170

42

205

12

24

30

105–117

0

V

48

Streptoalloteichus hindustanus

+

A0A1M5GN54

31

161

12

22

31

87–101

0

V

49

Hyalangium minutum

−

A0A085VSV8

34

96

12

20

ND

no S–S bridge

0

IV

  1. 2021 additions to the list published by Dabravolski in 2020 are highlighted in bold. The DIRLs belonging to a predicted operon structure via AntiSmash logiciel are the 15 bacteria underlined