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BGC0001332Hybrid

Microtermolide A

Producing organism
Streptomyces sp. MspMP-M5
Taxonomy
BacteriaActinomycetotaActinomycetesKitasatosporalesStreptomycetaceaeStreptomyces
Biosynthetic class
NRPS (Type I);PKS (Unknown)
Total steps
8
DOI
MIBiG entry
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microtermolide A
C23H37N3O6451.27 Da

Gene Cluster Map15 genes · 42,086 bp

KSATKSATAmTTETEKSATKRDH2CAKSATERCACAEC10 kb42.1 kb visible · 42,086 bp total
Biosynthetic (core)
Biosynthetic (additional)
Regulatory
Other
Unknown
Domains
KSKetosynthase (KS)
ATAcyltransferase (AT)
DHDehydratase (DH)
EREnoylreductase (ER)
KRKetoreductase (KR)
ACPAcyl carrier protein (ACP)
ACPAcyl carrier (ACP)
CCondensation (C)
AAdenylation (A)
PCPPeptidyl carrier (PCP)
TEThioesterase (TE)
EEpimerization (E)
DH2Dehydratase (DH2)
AmTAminotransferase III
TgrTIGR01720

Pathway Graphsteps arranged in biosynthetic order

8 steps · 7 edges
Step 1
B073_RS40860
+?
Step 2
B073_RS40860
+Methylmalonyl-CoA
Step 3
B073_RS0123885
+Hydroxyethylmalon…
{'Missing':['KR']}
Step 4
B073_RS0123880
+Serine
Step 5
B073_RS0123875
+Malonyl-CoA
Step 6
B073_RS0123900
+Glycine
Step 7
B073_RS0123900
+Valine
Step 8
?
Starting stepIntermediateFinal productModuleLoadingTENo modulePKS stepNRPS stepTailoring/otherScroll to pan · Wheel to zoom

Biosynthetic Reactions8 steps

StepProduct IDEnzymeModuleSubstrateProduct SMILESNotes
11332-1B073_RS40860
?
O=C(O)CC[H]
21332-2B073_RS40860
1332-1;Methylmalonyl-CoA
from: 1332-1
[H]CCCC(C)C(O)=O
31332-3B073_RS0123885
1332-2;Hydroxyethylmalonyl-CoA
from: 1332-2
[H]CCCC(C)C(O)C(CCO)C(O)=O{'Missing':['KR']}
41332-4B073_RS0123880
1332-3;Serine
from: 1332-3
[H]CCCC(C)C(O)C(CCO)C(NC(CO)C(O)=O)=O
51332-5B073_RS0123875
1332-4;Malonyl-CoA
from: 1332-4
[H]CCCC(C)C(O)C(CCO)C(NC(/C=C/C(O)=O)=C)=O
61332-6B073_RS0123900
1332-5;Glycine
from: 1332-5
[H]CCCC(C)C(O)C(CCO)C(NC(/C=C/C(NCC(O)=O)=O)=C)=O
71332-7B073_RS0123900
1332-6;Valine
from: 1332-6
[H]CCCC(C)C(O)C(CCO)C(NC(/C=C/C(NCC(NC(C(O)=O)C(C)C)=O)=O)=C)=O
81332?
1332-7
from: 1332-7
CC(C)C(C1=O)NC(CNC(/C=C/C(NC(C(CCO)C(C(CCC[H])C)O1)=O)=C)=O)=O
Click any row to view the chemical structure · Click a module badge (M1, TE…) to view domain architecture