Table 1 ADS024 anti-SMASH results.

From: Identification of ADS024, a newly characterized strain of Bacillus velezensis with direct Clostridiodes difficile killing and toxin degradation bio-activities

Region

Type

From

To

Most similar known cluster

Similarity

MIBiG BGC-ID

Region 1

lanthipeptide

175,852

198,461

Locillomycin

NRPS-t1PKS

35%

BGC0001005

Region 2

NRPS

297,520

361,852

Surfactin

NRPS

86%

BGC0000433

Region 3

PKS-like

915,679

956,923

Butirosin

Saccharide

7%

BGC0000693

Region 4

Terpene

1,041,860

1,061,552

    

Region 5

TransAT-PKS

1,342,457

1,432,015

Macrolactin

Other

100%

BGC0000181

Region 6

TransAT-PKS, NRPS

1,657,107

1,757,577

Bacillaene

Other

100%

BGC0001089

Region 7a

NRPS, transAT-PKS, betalactone

1,827,578

1,970,090

Fengycin

Other, NRPS

100%

BGC0001095

Region 8

Terpene

1,993,356

2,015,239

    

Region 9

T3PKS

2,083,044

2,124,144

    

Region 10

TransAT-PKS

2,296,292

2,389,469

Difficidin

Other

100%

BGC0000176

Region 11

NRPS, bacteriocin

3,054,394

3,106,186

Bacillibactin

NRPS

100%

BGC0000309

Region 12

Other

3,626,396

3,667,814

Bacilysin

Other

100%

BGC0001184

  1. aRegion 7 also identified plipastatin, bacillomycin D, mycosubtilin, iturin and paenilarvin.
  2. BGC-ID Biosynthetic gene cluster ID, MIBIG Minimum information about a biosynthetic gene, NPRS non-ribosomal peptide synthetase, PKS polyketide synthase, t1PKS type 1 polyketide synthase, SMASH Antibiotics and secondary metabolite analysis shell, transAT PKS Trans-acyltransferase polyketide synthase.