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. 2020 Jan 19;21(2):656. doi: 10.3390/ijms21020656

Table 3.

Comparative analysis of P450s that are associated with secondary metabolites biosynthetic gene clusters (BGCs). Types of clusters, most similar known cluster and similarity were obtained by submitting individual P450 clusters to anti-SMASH (antibiotics & Secondary Metabolite Analysis Shell) [65]. Standard abbreviations representing type of clusters as indicated in anti-SMASH [65] were used in the table.

P450 Names Type of Clusters Most Similar Known Cluster Similarity
CYP213A8 T3PKS Xenocyloins 25%
CYP213A5 bacteriocin
CYP213A6 T3PKS Colicin V 2%
CYP110AH1 NRPS Anabaenopeptin NZ 857/nostamide A 100%
CYP213A3 bacteriocin
CYP120C2 T2PKS Ambiguine 6%
CYP110K6 NRPS
CYP120A21 bacteriocin
CYP110Q3 NRPS, T1PKS Hapalosin 40%
CYP110C17 terpene
CYP110C29 NRPS, T1PKS Nostophycin 27%
CYP1011G1 NRPS, T1PKS Crocacin 23%
CYP110AP1 terpene
CYP110AT1 NRPS, T1PKS Hapalosin 40%
CYP110Q4 NRPS, T1PKS Hapalosin 40%
CYP110C21 NRPS-like Anacyclamide 14%
CYP197E3 NRPS, T1PKS Cryptophycin 37%
CYP110AG1 terpene Hectochlorin 25%
CYP110E29 terpene, thiopeptide, T1PKS, NRPS Nostophycin 27%
CYP110E18 terpene, thiopeptide, T1PKS, NRPS Nostophycin 27%
CYP110C21 terpene
CYP110Q4 NRPS, T1PKS Puwainaphycins 40%
CYP110AT1 NRPS, T1PKS Puwainaphycins 40%
CYP120A13 ladderane
CYP1185A1 lassopeptide, bacteriocin
CYP110Q2 NRPS, T1PKS Hapalosin 40%
CYP110C14 terpene 6,6′-oxybis(2,4-dibromophenol) 14%