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. 2014 Nov 4;117(6):1549–1563. doi: 10.1111/jam.12662

Table 1.

The complete CYP105 proteins from Streptomyces listed on the Cytochrome P450 homepage (http://drnelson.uthsc.edu/CytochromeP450.html), with those mentioned in the text that have yet to be assigned within official P450 nomenclature included

CYP105 Uniprot ID Species of Streptomyces Function (if known)
A1 P18326 griseolus Wide range (see text)*,
A3 Q59831 carbophilus Pravastatin synthesis
B1 P18327 griseolus Sulfonylurea oxidation*
B2 Q595R4 tubercidicus Avermectin oxidation
C1 P23296 sp.
C- A6YRR3 virginiae Steroid oxidation*
D1 P26911 griseus Xenobiotic degradation*
D4 O85697 lividans
D5 Q9EWS4 coelicolor Fatty acids
D6 Q79ZT5 avermitilis Filipin C1′
D7 Q825I8 avermitilis Pentalenic acid, xenobiotics*,
D8 Q595S4 tubercidicus strain I-1529 Avermectin oxidation
D9 Q8KSY0 sp. JP95 Griseorhodin
F1 Q9X5P8 lavendulae Unknown polyketide
F2 Q70AS0 peucetius Oleandomycin oxidation
H1 Q9L4W8 noursei ATCC 11455 Nystatin
H3 Q9EW94 natalensis Pimaricin
H4 Q93NX1 nodosus Amphotericin
H5 Q9EWC4 griseus Candidicin
K1 Q9X9P7 tendae strain Tue901 Nikkomycin
K2 Q8RNW8 ansochromogenes Nikkomycin
L1 Q9ZHQ1 fradiae Tylosin
M1 Q9KJ93 clavuligerus Clavulanic acid
N1 Q9EWP1 coelicolor Coelibactin
N- D6ESR2 lividans Putatively coelibactin
N- D9XRK0 griseoflavus Putatively coelibactin
N- G2NQM5 SirexAA-E Putatively coelibactin
P1 Q79ZT4 avermitilis Filipin C26
P2 Q70AS3 peucetius Flavone oxidation*
Q1 Q82MP9 avermitilis
Q5 C9Z4Z8 scabies
R1 Q93HF0 avermitilis
U1 Q84G11 hygroscopicus strain NRRL3602 Geldanamycin
V1 Q6V1N2 sp. HK803 Phoslactomycin
Z1 C9ZGE5 scabies strain 87·22
AA1 Q595R1 tubercidicus strain R922 Avermectin oxidation
AA2 Q595S0 tubercidicus strain I-1529 Avermectin oxidation

In the final column, *indicates a xenobiotic breakdown function, †a biotechnological use and ‡indicates the biosynthetic pathway the protein is associated with.