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. 2021 Aug 5;12:709855. doi: 10.3389/fmicb.2021.709855

TABLE 4.

AntiSMASH analysis and prediction of biosynthetic compounds in R. badensis SER3 and related bacterial genomes.

Bacterial species/strain NRPS Sidero phore Thiopeptide Arylpolyene T1PKS T3PKS transAT-PKS Hserlac tone Redox-cofactor transAT-PKS-like thioamitides Nrps-like Terpene Betalactone RRE-containing Ladderane RiPP-like Pyrrolnitrin
Rouxiella badensis SER3 38% 100% 14% 77% + 18% 40% + 13%
Rouxiella badensis DSM 100043 38% 100% 14% 72% + 18% 40% 13%
Rouxiella badensis WG36 23% 100% + 77% + 12% + 13% +
Rouxiella silvae 213 14% 77% + + 20%
Rouxiella silvae Leaf50 38% 14% 77% + + +
Rouxiella chamberiensis 130333 38% 14% 40% + + 100%
Rahnella bruchi DSM 27398 + 100% 14% 77% + + 13% +
Rahnella woolbedingensis DSM 27399 100% 14% 77% + +
Rahnella inusitata DSM 30078 38% 100% 14% 66% +
Rahnella variigena CIP 105588 100% 14% 72% + + 13%
Rahnella Victoriana DSM 27397 100% 14% 77% 2% 13%
Ewingella americana CCUG 14506 100% 14% 77% + +
Serratia liquefaciens ATCC 27592 57% + 14% 83% + +
Serratia proteamaculans CCUG 14510 57% + 73% + 75% +
Serratia quinivorans NCTC 11544 57% + + 77% + 80% +
Serratia grimesii NCTC 11543 57% + 14% 77% + + + 100%
Obesumbacterium proteus DSM 2777 75% 14% + +
Hafnia paralvei ATCC 29927 75% 14% 6% +
Hafnia alvei NCTC 8105 75% 14% + + +