KEGG   Acinetobacter oleivorans: AOLE_11875
Entry
AOLE_11875        CDS       T01263                                 
Name
(GenBank) indolepyruvate ferredoxin oxidoreductase
  KO
K04090  indolepyruvate ferredoxin oxidoreductase [EC:1.2.7.8]
Organism
acd  Acinetobacter oleivorans
Brite
KEGG Orthology (KO) [BR:acd00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    AOLE_11875
Enzymes [BR:acd01000]
 1. Oxidoreductases
  1.2  Acting on the aldehyde or oxo group of donors
   1.2.7  With an iron-sulfur protein as acceptor
    1.2.7.8  indolepyruvate ferredoxin oxidoreductase
     AOLE_11875
SSDB
Motif
Pfam: DUF6537 POR TPP_enzyme_C RE_MjaI Fer4_10
Other DBs
NCBI-ProteinID: ADI91264
UniProt: D8JM06
Position
2546702..2550184
AA seq 1160 aa
MNIATKVTPNIIATKDVSLEDKYVSDNGTAYMTGIQALVRLPLAQTRRDAINGYHTAGFI
SGYRGSPVGNYDSFLWQVQGLLKSHNVVFQPGVNEDLAATAIWGTQQVNLSGQGKYDGVS
SWWYGKGPGVDRSGDVLRHANLAGTSERGGVVALFGDDHSCKSSTIPHQSEHVMIGCGIP
IFYPTSVQQILDFGVHAIAVSRFSGLWSSMKLVSEIVETSASVHVDLDRVTPVIPEDVNF
PEGGVNIRWPDHGIQQEERLYKYRLPAVLAYARANKINTVTWPCENARIGIAASGKGYLD
TIEALRILGIEDETAQQLGLRVYQVGLIWPLEPQGVREFAEGLQELIVIEEKRPIIETQI
KDELYSLPDGKRPHVIGKATDGKGEWSTSIEEAPLIGHYEYQPEPIAKMLAARFLKLDIP
ESLKTQIQSRIDLLLKAEQESKRVIDLAERKPYFCSGCPHNSSTVVPEGSRALGGIGCHY
IAVSLDRGTETFSQMGGEGVSWVGASPFTNEKHIFANLGDGTYFHSGYLAIRQSIAAKTN
ITYKILYNDAVAMTGGQHVDGHLSVAQLTRQLAAEGIKKQVIVTDEVKLLNEEDGIAPGV
EIRHRNELDAVQRELREVSGVTALIYVQTCASEKRRRRKRDAYPDPAERLYINSDICEGC
GDCSKKSNCLSIEPVETALGTKRQINQSSCNKDFTCAEGFCPSFVTVHTRDMKRPAKFEG
IGAGWPTSPVIPQLYDVPSRIMVGGIGGTGVVTIGALLGMAAHLEGKATRVMDMAGLAQK
GGTVYSYVQLAASDEQISSTKIPAGQCELLIGADAVVAGGSAALSRLKDDALVIVNEDST
PTSEFIKSRDWYAPISDLIDRLRGRVRQGQLVSLPAARIATQLLGDSIYTNQLLLGMAWQ
SGRIPLLRESIEKAIRLNGTAVEKNIEAFRVGCHLASDPTLAARLVAAMPKTKTPQTLAE
LVEDRSARLTDYWNEAYAAKYRTLVELAAKKLPEELTGTIATQLYRVMAYKDEYEVARLL
TGKSFKESIETQFGKGLRLTYHLAPPALLGGLKNVRKRAFGYWMRFPMMMLARLQWLRET
FLDPFARQEERQHEQAWRDRYIAFVEALVEAPDNHNLVVAEQIAKLPAEVRGYGHIKMKA
MDAAKQRWDELTPTLLKVRN
NT seq 3483 nt   +upstreamnt  +downstreamnt
atgaatatagctacaaaagtcactccaaatattattgcaacaaaggatgtgtcacttgaa
gataaatatgtaagtgataacggtacagcatatatgactggcattcaggcacttgttcgg
ttgcctcttgcccaaactcgccgtgacgcgatcaatggttatcatactgctggttttatt
tctggttatcgcggttctcctgttggtaactatgatagtttcctttggcaagttcaagga
ttacttaaatcccataatgttgtatttcaacctggtgtaaacgaagacttagctgctacc
gcaatttggggtacgcaacaagttaacctttcaggccaaggcaaatatgatggagtgtct
tcatggtggtatggtaaaggcccgggtgttgaccgttcaggcgatgtactccgccatgct
aacttagctggtacctctgaacgtggtggtgtcgttgctttatttggtgatgaccactca
tgtaaatcttctacaatccctcaccagtctgaacatgtcatgattggttgcggtattcca
attttctacccaacatccgttcaacaaattttagactttggtgttcacgccattgcagtt
tcacgtttttctggcctttggtcttcaatgaagctggttagtgaaattgtagaaacttct
gcttctgttcatgtcgacctagaccgtgttactccggttataccagaagatgtcaatttc
ccagagggtggcgtcaatattcgttggccagatcatggcattcagcaagaagaacgcctt
tataaatatcgcttacctgctgttttggcttatgcccgcgcgaataaaatcaacaccgtt
acatggccttgtgaaaatgcccgtattggtattgccgcaagtggtaaaggttatttagat
acgattgaagccttacgcattttaggtattgaagatgaaactgcccaacaacttgggcta
cgtgtttatcaagttggtctgatttggcctttagaaccacaaggtgttcgtgagtttgcc
gaaggtttacaagaactgatcgttattgaagaaaaacgtccaattattgaaacacaaatt
aaagatgagctgtactcactgcctgatggcaaacgcccacatgtgattggtaaagcaact
gatggcaaaggtgaatggagtacctctattgaagaagcaccgctcattggtcactatgag
taccagcctgaacctattgcaaaaatgctggctgctcgcttcttaaaactcgatattcca
gaaagcttaaaaacacaaatccaaagcagaatcgacttactgctaaaagcagagcaagaa
tcaaaacgtgttattgatcttgctgaacgtaaaccgtatttctgtagtggttgcccacat
aactcttcaacagtcgttcctgaaggtagccgtgcattaggcggtatcggttgtcactat
attgcagtttcacttgaccgtggtaccgaaacattctcgcaaatgggcggtgaaggtgta
agttgggtgggtgcatcaccatttaccaatgaaaaacatatttttgcgaaccttggtgac
ggaacttacttccactctggttacttagcaatccgtcagtccatcgctgcaaaaactaat
attacctataaaatcctctacaacgatgccgtcgctatgacaggcggtcagcatgtagat
ggtcatttgagcgttgcacagttaactcgtcagcttgctgctgaaggtattaaaaaacaa
gtcatcgtgactgatgaagttaaactattaaatgaagaagatggcattgcaccaggtgta
gaaattcgccaccgtaatgagctcgacgcagttcaacgcgagcttcgcgaggtttctggc
gtaaccgctttaatttatgtacaaacctgtgccagtgaaaaacgccgtcgccgtaaacgt
gatgcctaccctgatccagctgagcgtttatacattaacagtgatatttgcgagggctgt
ggcgactgttcgaaaaaatcaaactgtttatctattgagccagtagagactgctttaggt
actaaacgtcaaattaaccaaagtagctgtaataaagacttcacttgtgccgaaggtttc
tgcccaagttttgtgactgttcatacacgtgacatgaaacgtccggctaaatttgaaggt
attggtgcaggctggccaacatcaccagttattcctcagttatatgacgttccaagtcgt
attatggttggtggtattggtggtacaggtgttgtgactattggtgcactccttggtatg
gcagctcacctagaaggtaaagctacacgtgttatggacatggcaggtcttgctcaaaaa
ggtggtacggtttattcatacgttcaacttgcagcaagtgatgagcaaatttcttctacc
aaaattccggcaggtcaatgtgaattattgattggtgcagatgcggtagtggctggtggt
agcgctgctctatctcgcttaaaagatgatgccttagttattgtgaatgaagacagcacc
cctacttctgagtttattaaatctcgtgactggtatgcgcctattagtgatttaatagac
cgtcttcgtggtcgtgttcgccaaggtcaactggtttctctgccagccgctcgcattgca
acacaactcttaggtgattcaatttataccaaccagttattactcggtatggcatggcag
tctggacgcattccgctattacgtgaaagcattgaaaaagcaattcgcttaaatggtact
gctgttgaaaagaatatcgaagctttccgtgtgggttgtcatcttgcaagtgacccaact
ttagctgcacgcttagttgcggcaatgccaaaaaccaaaactccgcaaactttggctgaa
cttgttgaagatcgttctgctcgtttaacagactactggaatgaagcttatgcagctaaa
taccgcacacttgtagaattggcagctaaaaagttaccagaagaattaacgggtaccatt
gcaactcagctttacagagtcatggcttataaagatgaatatgaagttgctcgtctttta
acaggtaaaagcttcaaagaatcgattgaaacccaattcggtaaaggcttacgtttaacg
tatcatcttgctccgccagcgttacttggtgggctgaagaatgtccgtaaacgtgcgttt
ggttactggatgcgcttcccaatgatgatgcttgctcgcttacaatggcttcgtgaaact
ttccttgacccatttgcacgtcaagaagaacgtcaacacgaacaagcatggcgtgatcgt
tacatcgcatttgttgaagcacttgttgaagcaccagacaatcataacttggtagttgct
gagcaaattgcaaaattaccagcagaagtccgtggttatggacatatcaaaatgaaagca
atggacgctgcaaaacaacgttgggatgaacttacaccaacactgctaaaagtccgtaac
taa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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