Table 3 List of secondary metabolite biosynthetic gene clusters in the S. rochei chromosome.

From: The genome sequence of Streptomyces rochei 7434AN4, which carries a linear chromosome and three characteristic linear plasmids

Clustera

Product type

Location

Length (bp)

Possible metabolites

1

PKS-NRPS

SRO_0155-SRO_0157

12,171

 

2

Siderophore

SRO_0365-SRO_0370

8,474

 

3

Terpene

SRO_0471-SRO_0472

2,153

2-Methylisoborneol

4

PKS-NRPS

SRO_0501-SRO_0517

49,191

 

5

PKS

SRO_0730-SRO_0739

15,137

 

6

Lantipeptide-NRPS

SRO_0832-SRO_0848

34,433

 

7

PKS-NRPS

SRO_1003-SRO_1008

13,813

 

8

NRPS-Lantipeptide

SRO_1184-SRO_1189

11,055

 

9

Terpene

SRO_1200-SRO_1204

6,711

Hopene

10

NRPS

SRO_1300-SRO_1346

70,044

 

11

NRPS

SRO_1551-SRO_1557

21,989

 

12

PKS-NRPS

SRO_1613-SRO_1615

11,979

 

13

Terpene

SRO_1735-SRO_1737

4,337

Geosmin

14

Azoxyalkene and type I PKS

SRO_1819-SRO_1850

36,010

KA57-A

15

Siderophore

SRO_2036-SRO_2038

4,744

 

16

NRPS

SRO_2051-SRO_2053

5,458

 

17

NRPS

SRO_2500-SRO_2506

9,881

 

18

Terpene

SRO_2585-SRO_2586

2,410

Albaflavenone

19

Butyrolactone

SRO_3382

932

 

20

NRPS-Lantipeptide

SRO_3845-SRO_3849

6,875

 

21

Type II PKS

SRO_4037-SRO_4044

7,077

Spore pigment

22

Siderophore

SRO_4684-SRO_4688

5,997

 

23

Melanin

SRO_4761-SRO_4762

1,446

Melanin

24

Ectoine

SRO_5592-SRO_5595

3,165

5-Hydroxyectoine

25

Type I PKS

SRO_6166-SRO_6168

12,248

 

26

Type III PKS

SRO_6250-SRO_6251

2,284

 

27

NRPS

SRO_6287-SRO_6291

9,037

 

28

NRPS

SRO_6304-SRO_6312

46,390

 

29

Type I PKS (Iterative)

SRO_6377-SRO_6381

12,789

 

30

Pseudosugar

SRO_6636-SRO_6646

12,173

 

31

NRPS

SRO_7209-SRO_7215

44,813

 

32

Type I PKS

SRO_7221-SRO_7235

81,482

Pentamycin

33

Type I PKS (Iterative)

SRO_7329-SRO_7331

9,456

 

34

NRPS

SRO_7379-SRO_7381

3,029

 

35

Terpene

SRO_7452-SRO_7458

8,979

Carotenoid

  1. aSecondary metabolite gene clusters were predicted by 2nd Find and antiSMASH. The range of gene clusters for unknown secondary metabolites was estimated on the basis of putative functions of gene products.