Chlorobium limicola: Clim_0618
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Entry
Clim_0618 CDS
T00766
Name
(GenBank) pyruvate flavodoxin/ferredoxin oxidoreductase domain protein
KO
K03737
pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:
1.2.7.1
1.2.7.-]
Organism
cli
Chlorobium limicola
Pathway
cli00010
Glycolysis / Gluconeogenesis
cli00020
Citrate cycle (TCA cycle)
cli00620
Pyruvate metabolism
cli00650
Butanoate metabolism
cli00720
Carbon fixation pathways in prokaryotes
cli01100
Metabolic pathways
cli01110
Biosynthesis of secondary metabolites
cli01120
Microbial metabolism in diverse environments
cli01200
Carbon metabolism
cli01210
2-Oxocarboxylic acid metabolism
Module
cli_M00173
Reductive citrate cycle (Arnon-Buchanan cycle)
cli_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
cli_M00614
Anoxygenic photosynthesis in green sulfur bacteria
Brite
KEGG Orthology (KO) [BR:
cli00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
Clim_0618
00020 Citrate cycle (TCA cycle)
Clim_0618
00620 Pyruvate metabolism
Clim_0618
00650 Butanoate metabolism
Clim_0618
09102 Energy metabolism
00720 Carbon fixation pathways in prokaryotes
Clim_0618
Enzymes [BR:
cli01000
]
1. Oxidoreductases
1.2 Acting on the aldehyde or oxo group of donors
1.2.7 With an iron-sulfur protein as acceptor
1.2.7.1 pyruvate synthase
Clim_0618
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
POR_N
POR
EKR
PFOR_II
Fer4_7
Fer4
Fer4_10
Fer4_16
Fer4_21
Fer4_6
Fer4_8
Fer4_2
Fer4_9
Transketolase_C
Fer4_17
Fer4_4
Motif
Other DBs
NCBI-ProteinID:
ACD89705
UniProt:
B3EH25
LinkDB
All DBs
Position
complement(694555..698115)
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AA seq
1186 aa
AA seq
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MSRTFKTMEGNEALAHISYRTSEVISIYPITPASPMGEYSDAWADLGKTNIWGTIPKIDE
LQSEAGAAAAVHGALQTGALTTTFTASQGLLLMIPNMYKIAGELSPCVIHVSARSLAAQA
LSIFGDHGDVMSVRGTGFALLASSSVQEVMDMALIAAAATLESRIPIMHFFDGFRTSHEI
SKIEVVPDEIIKAMVSDELVIAHRNRRMSPDAPTIRGTSQNPDVYFQGRETVNKFYEACP
GIIERLMDKFGELTGRHYKPYQYYGAPDAERVIILMGSGVEAVRETVEFLNLTGEKVGVI
NARLFRPFDIERFVKALPASVRSISVLDRVKEPGSAGEPLYLDTVNALLEGFNNGLIKAI
PAITGGRYGLSSKEFTPTMVKAVFDNMASGSPKNHFTVGITDDVTGSSLDYDRTFAIEPD
EVFRAIFYGLGSDGTVGANKNTIKIIGENTPNYAQGYFVYDSKKAGSITTSHLRFGPKQI
HSTYLVSEAHFIGCHHWIFLEMIDLVKNLKQNGTLLLNSHYAPEELWDKLPKIVQEHLIR
KQAKLYTIDAYKVAQASGMGQRINTIMQACFFAISGVLPREEAIEKIKDSIRETYGKKGD
EVVNQNIQAVDNTLANLHEVTIGSVAESNKELRSPIVGEAPEFVCNVLARIIAGEGDDIP
VSDMPVDGTYPTGTSKFEKRNLAENIPVWEPDLCIQCGKCSLVCPHAAIRAKVYDANYLA
NAPKTFKCIDAKGASWAGMKYTIQIAPEDCTGCDMCAHVCPGKDRTNPERKALEMYPQAP
LRDAEIDNWNYFLNIPEYDRNKINVRLIKEQQLQQPLFEFSGACAGCGETPYVKLMTQLF
GDRLVVGNATGCSSIYGGNLPTTPYSTNAAGLGPTWSNSLFEDTAEFALGFRSSIDKQRE
YAMELVKRMASEIGESLATEILEAKEINEPEIFEQRKRISVLKDKLQQIDSADARNLLSV
ADMLVKKSVWGVGGDGWAYDIGYGGVDHVTAGNKNINLLVLDTEVYSNTGGQASKATPKA
AIAKFAAAGRVTNKKDLGLISMSYGTAYVASVALGARDDQTLKAFLEAEAYDGPSIIIAY
SHCIAHGINMATGLDNQKAAVDSGHWLLYRYNPDLLKEGKNPLILDSKKPKMPIAQFLDN
ENRFRMLKKSHPALAEQYYAEIQKAVDARWAHYEYMAARSFDELKA
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atgagccggacgtttaagacaatggagggaaatgaagccttagctcatatctcttaccgt
accagtgaagttatttcaatctacccgataacgccggcatcccctatgggcgaatattcg
gacgcgtgggctgatttaggaaaaaccaacatatggggtaccatcccgaagatcgacgag
ttgcagagtgaagccggcgcagccgcagctgtccacggcgcattgcagacaggcgccctt
accacgacgtttaccgcttcacagggtctgcttctgatgattccgaacatgtacaaaatc
gccggagaactctctccctgcgtcattcatgtttcggcccgttcccttgctgcccaggcc
ctctcgattttcggagaccacggcgacgtcatgtccgtcagaggcacagggtttgccctt
cttgcttcgagctcggtacaggaggtcatggatatggccctcatcgcagctgcagcgacc
ctcgagtccagaataccgatcatgcactttttcgacggcttcagaacctctcacgaaatt
tcaaaaatcgaagttgttcccgatgagatcatcaaagccatggtcagcgacgaactcgtc
attgcccaccgcaaccgccggatgagcccggatgctccgacaatccgcggcacctcccag
aacccggatgtctatttccagggaagggaaaccgtcaacaaattttatgaagcgtgtccc
ggcatcatcgaacgtctgatggacaaattcggtgaactgaccggacgccactacaaacca
tatcagtattacggcgcacccgatgccgaaagagttatcattctcatgggctcaggcgtt
gaggccgtgagggaaaccgtcgaattcctcaaccttaccggcgaaaaagtcggcgtcatc
aatgcgcgcctcttccgtcctttcgatatcgaacgttttgtcaaggccctgccggcatcg
gtcagatccatttcggtacttgaccgtgtcaaggaacccggaagcgccggtgaaccgctc
tatctcgacaccgtcaacgccctgctcgaagggttcaacaacggtcttatcaaagccata
ccggcaatcacaggcggcagatacggactctcttcgaaagagttcaccccgaccatggtc
aaggccgttttcgacaacatggcttcaggatcgccgaaaaaccatttcacggtcggcatc
actgacgacgtcaccggttcgagcctcgattacgaccgcacgtttgccatcgagccggat
gaagtattccgggctatcttctacggcctcggctcggacggcacggttggagcgaacaaa
aacacgatcaagattatcggcgaaaacacgccgaactacgcacagggctacttcgtgtac
gactcgaaaaaagccggctcgatcaccacgtcgcacctgcgtttcggaccgaaacagatt
cattcgacctatctcgtcagtgaggcgcacttcatcggctgccatcactggatcttcctt
gaaatgatcgatctggtcaaaaatctcaaacagaacggcacgctgctgctgaactcgcat
tatgctcctgaagaactttgggacaaactgccgaaaatcgttcaggaacacctgatcaga
aaacaggcgaaactctataccatcgacgcctacaaggttgcccaggcaagcggcatgggt
cagcgcatcaacaccatcatgcaggcctgcttctttgccatttccggagttcttccccgt
gaagaggccatcgaaaaaatcaaggactccatccgcgagacatatggaaagaaaggtgac
gaggttgtcaaccagaacatccaggctgttgacaacacccttgcgaaccttcatgaagta
acaatcggctccgttgcagaaagcaacaaagaacttcgttctccgattgtcggtgaagca
cccgaattcgtctgcaatgtgcttgcaagaatcattgccggcgaaggagacgacatcccg
gtcagcgatatgccggttgacggaacctatcctacgggaacctcgaaattcgaaaaacgg
aacctggccgaaaacattccggtatgggaacccgatctctgcatccagtgcggcaaatgt
tcgctggtctgcccgcacgcggcaatcagagcgaaagtgtacgatgcgaactacctggcc
aatgcgccgaaaacgttcaaatgcatcgatgcaaaaggcgccagctgggccggtatgaaa
tataccatccagatcgcacctgaagactgcacgggttgcgatatgtgtgcacatgtctgc
cctgggaaggatcgcaccaatcccgaaagaaaagcgctggaaatgtacccccaggcgccc
ctgcgtgatgcggaaatcgacaactggaactacttcctcaatattccggaatacgaccgc
aataaaatcaatgtgcgcctgatcaaggagcagcagcttcagcagccgctcttcgagttt
tccggagcttgcgcgggatgtggcgaaaccccctatgtcaagcttatgacccagctcttc
ggcgacaggctggtagtcggcaatgcaacgggatgttcgtccatttacggaggcaacctt
cccacgacgccctactcgaccaatgctgcaggacttggaccgacatggtcaaactcgctc
ttcgaagacactgcggaattcgcgctcggcttcagaagctcgatcgacaaacagcgggaa
tatgccatggagctcgtgaaaagaatggcttccgaaatcggagaatccctggctaccgag
attctcgaagcgaaagagatcaacgaacctgaaatattcgaacagcgcaaacggatctcg
gtactgaaagataaacttcagcagatcgattcggccgatgcgagaaacctgctctcggtt
gctgacatgctggttaaaaagagtgtctggggtgtaggcggcgacggctgggcttacgat
atcggctatggcggcgtcgatcatgtaacggcaggcaacaagaacatcaaccttctggtg
cttgacacggaggtttactccaatacaggaggccaggcatcgaaagcgaccccgaaagcg
gctattgccaaattcgcggcagccggacgcgtcacgaacaaaaaggacctcgggctgatc
tccatgagctacggcactgcctatgtcgcaagcgtagcactcggcgctcgtgacgatcag
accctcaaggcattcctcgaagcggaagcctatgacggcccttcgatcatcatcgcctac
tcgcattgtatcgctcacggcatcaacatggcgacaggcctcgacaatcagaaagctgcg
gttgattccggccactggctgctctatcgctacaatcccgatctcttgaaagagggcaaa
aatccgttgattctcgactccaagaaaccgaaaatgcctattgctcagttcctcgacaat
gaaaaccggttcagaatgctcaagaaaagccatccggctcttgccgagcagtactatgcg
gaaatccagaaagccgtagatgctcgctgggctcattatgagtatatggccgccagatcc
ttcgacgagttaaaagcctga
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