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Organism: Corynebacterium diphtheriae CDCE 8392
Accession No. of Nucleotide Sequence: NC_016785
Location of the putative gene cluster: 1963740..1970420
    
Thiopeptide Series, Family: -
Thiopeptide: - (Putative precursor peptide identified)
Thiopeptide genotype: Type III

Table 1. The context of the putative gene cluster involved in the thiopeptide biosynthesis
Gene Position Strand Lenth(bp) Product Note Linkout
CDCE8392_18571957577..1957999
1
423Cytidine deaminase[NCBI]
CDCE8392_18581958003..1959217
1
1215putative sodium/nucleoside cotransporter[NCBI]
CDCE8392_18591959375..1959749
1
375transposase-like protein[NCBI]
CDCE8392_18601959801..1959908
-1
108hypothetical protein[NCBI]
CDCE8392_18611959996..1961558
-1
1563lysyl-tRNA synthetase[NCBI]
CDCE8392_18621962025..1963743
1
1719hypothetical protein[NCBI]
CDCE8392_18631963740..1965290
1
1551Uncharacterized conserved proteinnosG[NCBI]
CDCE8392_18641965326..1966810
1
1485NitroreductasenosF[NCBI]
CDCE8392_18651966807..1969407
1
2601lantibiotic dehydratase domain-containing proteinnosE[NCBI]
CDCE8392_18661969407..1970420
1
1014hypothetical proteinnosD[NCBI]
CDCE8392_18671970417..1971394
1
978hypothetical protein[NCBI]
orf_propep *1971433..1971603
1
171putative thiopeptide propeptide, predicted by Prodigal and Glimmer3precursor peptide
CDCE8392_18681971678..1973129
1
1452hypothetical protein[NCBI]
CDCE8392_18691973149..1973907
-1
759hypothetical protein[NCBI]
CDCE8392_18701973904..1974827
-1
924ABC transporter ATP-binding protein[NCBI]
CDCE8392_18711975338..1975754
1
417transposase-like protein[NCBI]
CDCE8392_18721975797..1976216
1
420transposase-like protein[NCBI]
CDCE8392_18731976277..1977245
1
969hypothetical protein[NCBI]
CDCE8392_18741977245..1977442
1
198Uncharacterized protein conserved in bacteria[NCBI]
CDCE8392_18751977492..1978784
1
1293sodium/dicarboxylate symporter family protein[NCBI]
CDCE8392_18761978792..1979571
-1
780pantoate-beta-alanine ligase[NCBI]

View genome context of this sequence in the genome browser
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Note: This gene cluster is predicted by in silico method.

* : Newly annotated orf that was missed in the original genome annotation at GenBank
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