Lachnoanaerobaculum gingivalis: QJR73_05325
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Entry
QJR73_05325 CDS
T09491
Symbol
nifJ
Name
(GenBank) pyruvate:ferredoxin (flavodoxin) oxidoreductase
KO
K03737
pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:
1.2.7.1
1.2.8.1
]
Organism
lgg
Lachnoanaerobaculum gingivalis
Pathway
lgg00010
Glycolysis / Gluconeogenesis
lgg00020
Citrate cycle (TCA cycle)
lgg00620
Pyruvate metabolism
lgg00650
Butanoate metabolism
lgg00720
Other carbon fixation pathways
lgg01100
Metabolic pathways
lgg01110
Biosynthesis of secondary metabolites
lgg01120
Microbial metabolism in diverse environments
lgg01200
Carbon metabolism
lgg01210
2-Oxocarboxylic acid metabolism
Module
lgg_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
lgg00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
QJR73_05325 (nifJ)
00020 Citrate cycle (TCA cycle)
QJR73_05325 (nifJ)
00620 Pyruvate metabolism
QJR73_05325 (nifJ)
00650 Butanoate metabolism
QJR73_05325 (nifJ)
09102 Energy metabolism
00720 Other carbon fixation pathways
QJR73_05325 (nifJ)
Enzymes [BR:
lgg01000
]
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 (ferredoxin)
QJR73_05325 (nifJ)
1.2.8 With a flavin or flavoprotein as acceptor
1.2.8.1 pyruvate synthase (flavodoxin)
QJR73_05325 (nifJ)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
POR_N
POR
PFOR_II
EKR
TPP_enzyme_C
Fer4_7
Fer4_8
Fer4_6
Fer4_2
Fer4
Fer4_9
Fer4_10
Fer4_21
Fer4_16
LdpA_Fe-S-bd
Fer4_17
Fer4_4
Transketolase_C
Motif
Other DBs
NCBI-ProteinID:
WHE88423
LinkDB
All DBs
Position
1123345..1126872
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AA seq
1175 aa
AA seq
DB search
MAKRQMKTMDGNQAAAHASYAYTDVAAIYPITPSSVMAEHTDEWATEGRKNIFGQTVQVT
EMQSEAGAAGAVHGSLSAGALTTTYTASQGLLLMIPNIYKIAGEQLPAVINVSARAIATH
ALSIFGDHSDVYACRQTGAAMLCSSSVQEVMDLTPVSHLSALKGKVPFINFFDGFRTSHE
IQKIESWDYEDLKDMADMDAIAAFRKNALNPNRPVERGSAQNPDIFFQAREASNPYYDAL
PGIVQEYMDKVNAKIGTDYKLFNYYGAADAETIIIAMGSVNDTIEETIDYLLKQGEKVGV
VKVRLYRPFSAEALINAIPDSVKRIQVLDRTKEPGSLGEPLWLDVVAALKGTKFDAVPVF
SGRYGLGSKDTTPAQIVATFHNTEKKRFTIGINDDVTHLSLDPGPALVTTPEGTTNCKFW
GLGADGTVGANKNSIKIIGDNTDLYAQAYFDYDSKKSGGITMSHLRFGKKPIKSTYLIRK
ANFVACHNPAYIRKYNMVQELVDGGTFLLNCTWSDAELEEHIPGQVKKYIHDHKINFYTI
DGVKIGIATGMGPTRINTILQSAFFKLSAIIPEDQAIDLMKKAAEKTYGRKGEDVVKKNW
AAIEEGAKNVHKVEVPASWADAKDEGLDYAVHTEGREDAIKFANTIQTAVSAQEGNNLPV
SAFVDYADGTTPVGTAAYEKRGIAVNMPIWNSDNCIQCGFCSYVCPHAVIRTVALTEDEA
NNAPEGMSILPMTGMPNYKFTVAVSALDCTGCGSCANVCPGKKGEKALVMESMPENVHRQ
KWFDYATATPEKAEVIAKFKETTVKGSQYKKPLLEFSGACAGCGETPYARLITQLFGDRM
YIANATGCSSIWGNSSPSTPYTVNDKGHGPAWSNSLFEDNAEFGYGMFLANEAIRKGLKS
KVEAIAENGSDDLKAAAKEYLDTFTVGALNGTATDKLVAELEKLNTAEAKEILDNKDFLS
KKSQWIFGGDGWAYDIGFGGLDHVIASGKDVNIMVFDTEVYSNTGGQSSKSTKTGAVAQF
AAGGKDVKKKDLASIAMSYGYVYVAQIAMGADYNQTVKALAEAEAYPGPSLIIAYAPCIA
HGIKKGMSKAMTEEKLAVEAGYWNNFRFNPDAENKFTLDSKTPTGDYQEFLKGEVRYSSL
ALKDPERAAKLFEKNEEDAKERFSYLEKLVTLYSK
NT seq
3528 nt
NT seq
+upstream
nt +downstream
nt
atggctaagagacaaatgaagaccatggatggtaatcaggcagctgctcatgcatcatat
gcgtatactgatgttgctgcaatttatccgataacaccatcatctgtcatggcggagcac
accgacgagtgggcaacagagggtagaaagaatattttcggccagactgtacaagttaca
gaaatgcaatcagaggcaggtgctgcaggtgcagttcatggttctctttcagctggagct
ttaactacaacatatacagcttcacagggccttcttcttatgatcccaaatatctataag
atagcaggtgagcagcttccggcagttattaacgtttctgcacgtgctattgcaacacat
gcacttagtattttcggtgatcattcagatgtttacgcttgtcgtcagacaggtgcggca
atgctctgttcatcatcagttcaggaggttatggatttaacacctgtttcacacttatca
gcgttgaagggtaaagttcctttcatcaacttctttgacggattcagaacatcacacgag
attcagaagattgaatcttgggattatgaggaccttaaggatatggcagatatggatgct
atagctgctttcagaaagaatgcgcttaatccgaaccgtcctgtagagagaggttcagca
cagaacccggatatcttcttccaggcaagagaagcaagcaatccttattatgatgcatta
cccggaatcgttcaggagtatatggataaggttaacgctaagatcggtacagattataaa
ttatttaactactatggtgctgctgatgctgagacaatcatcatcgctatgggttcagtt
aacgatacaatagaagagacaattgattatcttttaaagcagggtgagaaggtcggagta
gttaaggttagactttacaggcctttcagtgcagaggcacttattaacgctatccctgac
agtgttaagagaattcaggttcttgacagaacaaaggagccgggttcactcggtgagccg
ctttggcttgatgttgttgcagcacttaagggaacaaagtttgatgccgttcctgtattc
agcggtcgttacggtcttggttcaaaggatacaacacctgctcagatcgttgcaacattc
cataacacagagaagaagagatttactataggtatcaatgatgatgttacacatctttca
cttgatccgggacctgcacttgttacaacacctgagggaactacaaactgtaagttctgg
ggacttggtgctgacggtactgtaggtgctaacaagaactctatcaagattatcggtgat
aacacagatttatatgcacaggcatattttgattatgactcaaagaagtcaggcggtatt
acaatgagccacttgcgtttcggtaagaagcctattaagtcaacataccttatccgtaag
gcaaactttgtagcatgtcataaccctgcatatatcagaaagtataatatggtacaggaa
cttgttgacggcggtactttcttacttaactgtacatggtcggatgcagagcttgaagag
catatcccgggacaggttaagaagtatatccatgatcacaagattaacttctacacaatt
gacggtgtaaagatcggtattgctacaggtatgggacctacaagaattaacacaattctt
cagtcagcattctttaagctttcagcaattattcctgaggaccaggctattgaccttatg
aagaaggctgccgagaagacttacggaagaaaaggtgaggacgtagttaagaagaactgg
gcagctattgaagagggtgctaagaatgttcataaggtagaggttcctgcaagctgggct
gatgcaaaggatgagggacttgactatgcagtgcatacagagggtagagaggatgcaatc
aagtttgcaaatactatccagacagctgtaagtgcgcaagagggtaataaccttcctgta
tctgcattcgttgactatgcagacggtacaacacctgtaggtacagctgcatatgagaag
cgtggtattgccgtaaatatgcctatctggaacagtgataactgtatacagtgtggattc
tgttcatatgtatgtcctcatgctgttatcagaacagttgctcttacagaggatgaggca
aataatgctcctgagggaatgagtatacttccgatgacaggtatgccaaactacaagttt
acagtagccgtatcagcacttgactgtacaggttgcggttcttgtgccaatgtatgtccc
ggtaagaagggcgagaaggctcttgttatggagagtatgccggagaatgtacatagacag
aagtggtttgattatgcaacagctacacctgagaaggctgaggttattgccaagtttaag
gagacaacagttaagggttcacagtacaagaagcctttacttgagttctcaggtgcttgt
gcaggttgtggtgagacaccttatgcaagacttatcacacagctctttggtgacagaatg
tatatcgcaaatgctacaggttgttcatcaatctggggtaactcttcaccttcaacacca
tatacggtaaatgataagggacatggtcctgcttggtccaactctttgttcgaggacaac
gccgagttcggttacggtatgttccttgcaaatgaggctattagaaaaggacttaagtca
aaggtagaggctatcgcagagaacggttcagatgatcttaaggctgcagctaaggaatac
cttgatacatttactgtaggtgcactcaacggtacagcaacagataaacttgtagctgag
cttgagaagttaaatacagctgaagctaaggaaattttagacaataaggacttcttatca
aagaagagccagtggatcttcggtggtgacggttgggcttacgatatcggtttcggtggt
cttgaccatgttattgccagcggtaaggatgtaaacatcatggtatttgatacagaggtt
tactcaaatacaggtggacagagctcaaagtcaacaaagacaggtgctgtagcacagttt
gctgccggtggtaaagatgtaaagaagaaggatcttgcaagtattgcaatgagctatggt
tatgtatatgtagcacagatagctatgggtgcagattacaatcagactgttaaggcttta
gctgaggcagaggcttatccgggtccgtcacttatcattgcatacgctccatgtatcgct
catggtatcaagaagggtatgagcaaggctatgacagaggagaagcttgctgttgaggca
ggttactggaataacttcagattcaaccctgatgctgagaacaagtttactcttgattca
aagacacctacaggagattaccaagagttccttaagggtgaggttcgttactcatctctt
gcactcaaggatcctgagagagcagctaaactcttcgagaagaatgaggaagatgctaag
gaaagattctcatatcttgagaagcttgtaacattatattcaaaataa
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