Genome sequence of the entomopathogenic Serratia entomophila isolate 626 and characterisation of the species specific itaconate degradation pathway

Table 8 Summary of AntiSMASH analysis for predicted secondary metabolite cluster in Serratia entomophila 626

Loci	Type	Size (bp)	Similarity (AntiSMASH ClusterBlast)
KFQ06_00085-KFQ06_00160	Hserlactone	20,675	100% Serratia proteamaculans B-41162 NRRL^a
KFQ06_01315-KFQ06_01565	NRPS	70,719	30% turnerbactin, 66% Serratia ficaria NCTC12148
KFQ06_03670-KFQ06_03765	Betalactone	25,659	95% Serratia rubidaea 1122^a
KFQ06_04535-KFQ06_04585	Siderophore	14,438	77% aerobactin Xenorhabdus, 26% Serratia ficaria NCTC12148
KFQ06_08385-KFQ06_08465	Thiopeptide	26,454	14% O antigen, 100% Serratia ficaria NCTC12148
KFQ06_11775-KFQ06_11840	Redox cofactor	22,163	13% lankacidin C, 15% Pluralibacter gergoviae FDAARGOS 186
KFQ06_14760-KFQ06_15050	NRPS	62,597	5% ravidomycin, 84% Serratia marcescens 4928STDY7387938
KFQ06_20030-KFQ06_20175	NRPS T1PKS	57,637	35% Serratia ficaria NCTC12148^a

^a Results displayed from AntiSMASH show identification of similar cluster in other species, where percentage shows the percentage of genes showing nucleotide similarity

ISSN: 1471-2164