Candidatus Improbicoccus pseudotrichonymphae: CfP315_0883
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Entry
CfP315_0883 CDS
T09760
Name
(GenBank) pyruvate:ferredoxin (flavodoxin) oxidoreductase
KO
K03737
pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:
1.2.7.1
1.2.7.-]
Organism
ips
Candidatus Improbicoccus pseudotrichonymphae
Pathway
ips00010
Glycolysis / Gluconeogenesis
ips00020
Citrate cycle (TCA cycle)
ips00620
Pyruvate metabolism
ips01100
Metabolic pathways
ips01110
Biosynthesis of secondary metabolites
ips01120
Microbial metabolism in diverse environments
ips01200
Carbon metabolism
ips01210
2-Oxocarboxylic acid metabolism
Module
ips_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
ips00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
CfP315_0883
00020 Citrate cycle (TCA cycle)
CfP315_0883
00620 Pyruvate metabolism
CfP315_0883
00650 Butanoate metabolism
CfP315_0883
Enzymes [BR:
ips01000
]
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
CfP315_0883
BRITE hierarchy
Motif
Pfam:
POR_N
POR
PFOR_II
Fer4_7
Fer4_6
Fer4
Fer4_8
TPP_enzyme_C
Fer4_21
Fer4_16
Fer4_9
Fer4_10
Fer4_2
Fer4_17
Transketolase_C
Fer4_18
EKR
Fer4_22
Fer4_4
IFNGR1_transm
Fer4_15
Fer4_3
Motif
Other DBs
NCBI-ProteinID:
BED92271
UniProt:
A0AA48HYW0
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All DBs
Position
933829..937203
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AA seq
1124 aa
AA seq
DB search
MKDNREIKIMNGCEAVAHVAYAFSEVIVVYPITPSTEISENVEKMIIKNKKNLFKEKAMF
FVSQSESGTAGALHGAAVSGALASTFTCSQGLLLMIPNIYKFCGEFLPIVIHVTSRTVAR
HALSIFGDHSDIHACRQTGIAMLCASNVQEAMDFSVIAHLSAISSSFPFIHFFDGFRTSH
ELCNIKVWDYKTLSEFIDYNVLRKFKETSLNPLRNIIKGTNQNDDIYFQFLEAGNKKYSK
IVKNVCAEMEKINRKIGSSYKIFNYYGDPKADMIIIAMGSVCGTIEETIDFLIKNKIKAG
LIKVRLYRPFESKLLIESLPKSVVKITVLDKTKEPGSIWDPLFTDVVNSLDKFNIKNIEV
FGGRYGISSKDIDNNDILSIFENMKSNDKKYFTVGINDDLTNLSLEKSKLIFEENEDLVN
VQFWGIGSDGAIGATKSSTKIIGENTNLNVLGHFQYDPKKSGGLTISHLKFSKNMIKSSC
NIKKTDFLISHYFEFANKYDFTKKMKPNSVFLLNSPYDKLKTLEKINFKLINFIFENNIK
FFILKTNEMKINIAMQTAFFKISNIIDFNKVKNILKKCVSENYKSKGSEIIDQNIKTIDL
TEDNIKLIDQVLIKKFLRTKNKENNIDYKNMTEAINLNRGNELPTSAFLDFANGNIINDN
AKFHKKNSLLKPEWIPENCIQCGLCNAVCPHGVIRSFGLNNEELEKCLTKNKLLKNIKML
GFDDLNFIIEFKYDQCTGCGICSEICPGKINKSAIEMKKSRENKDDIVDFLNSYPEKEEI
FKKFSPQTIKGIQFKEPLMLYGSACSGCGQTAYVRLITQLFGERLFIANATGCSSIWGGS
VNQVPYKKGKHGFSPAWANSLFEDNAEFGLGFLLAQKSIRLRLLNIIKTIMITTHDYEIK
KSCENYINTFDIGHENHKYSLELINVLKNKKEDITYDMCNKIILEKEYLSKKSIWAIGGD
GWAYDIGFGGIDHIMASQEDINILVLDTEMYSNTGGQQSKSTPKYAKASLSLGYKKSDKK
DLISMMMIYKNVYAAKVNLNANPHQCIQVFTEAEKFKGPSLIVAYSPCVGHKVNSGQILK
QAKDATFCGHWQLFRFNSGKLAIDSEITKEYKKFIENENRFKKF
NT seq
3375 nt
NT seq
+upstream
nt +downstream
nt
atgaaagataatagagaaataaaaataatgaatggctgcgaggctgtagctcatgtagct
tatgctttcagtgaggtcattgttgtttatccgattactccctctacggaaatatccgag
aatgtagaaaaaatgataatcaaaaacaaaaaaaatttgtttaaagaaaaagcaatgttt
tttgtatcgcaatctgaatccggaacggcgggagcacttcacggcgctgctgtaagcgga
gctttggcatctacttttacgtgttctcaaggacttttgcttatgatacctaatatttac
aaattttgcggagaatttcttcctattgtaatacacgtaacgtcaagaactgttgcaaga
catgcgctttcaatctttggagatcattcggatatacatgcctgccgccaaaccggaatt
gcaatgctgtgtgcgtcaaacgttcaagaggccatggatttttcggttattgctcatttg
agtgctatatcgagtagtttcccttttattcatttttttgatggtttccgtacttctcat
gaactttgcaatatcaaagtctgggattataaaactttatctgaatttatagattataat
gttcttagaaagtttaaggaaacatctttaaatccattgagaaatataattaaggggacg
aatcaaaacgatgatatctattttcaatttttagaagccggaaacaagaaatatagtaag
atagtaaaaaatgtttgtgcggaaatggaaaaaataaacagaaaaataggttcttcttat
aaaatttttaattattacggagatccgaaagcagatatgataattatcgcgatgggttct
gtatgtgggacaatagaagaaacaattgattttttaataaaaaacaaaattaaagccggt
ttaataaaagtaagactttacagaccttttgaatcgaaattattaattgaatctttacct
aaaagtgttgtaaaaatcaccgtacttgataaaacaaaagaacccggctcgatatgggat
cctttatttacggatgttgttaattctttggataaattcaacataaaaaacatagaagtt
tttggtggaagatatggaatatcttcaaaggatatagataataacgatattctatctatt
tttgaaaatatgaaatcaaatgataaaaaatattttacggttggtattaacgatgattta
acaaacctttcactcgaaaaatcaaaacttatttttgaagaaaatgaagatttagtaaac
gtacaattttggggaatcggttctgacggagcaattggcgcaactaaaagcagtactaaa
atcattggagaaaataccaatttgaatgtcctcggccattttcaatacgaccctaaaaaa
tctggtggtctaactatttctcatttgaaattcagtaaaaatatgattaaatcatcttgt
aacataaaaaaaacagattttttaatttctcattattttgaatttgccaataaatatgat
tttacaaaaaaaatgaaaccaaattcggtttttttattaaattcgccatatgacaagcta
aaaactttagaaaaaattaactttaaattaataaatttcatatttgaaaataatataaaa
ttttttattttaaaaacgaacgaaatgaaaataaatatagctatgcaaacagcatttttt
aagatttcaaatattattgattttaataaggtcaaaaatattttaaaaaaatgtgtttcc
gaaaactataaatcgaaaggctcggaaattatagatcaaaatattaaaacaatagatttg
acagaagataatattaaattaatagatcaagttttaataaaaaaatttttaagaacaaaa
aataaagaaaataacattgattataaaaatatgacggaagcaattaatttaaatagaggt
aatgagctaccaacatctgcttttttggactttgcaaacggaaatattatcaatgataat
gcaaaatttcataaaaagaatagcctgttgaaacccgaatggataccggagaattgtatc
caatgcggattatgcaatgccgtttgcccccatggagtaatcagaagctttggcctaaat
aacgaagaattagaaaaatgtttgactaaaaataaacttttaaaaaatataaaaatgctg
ggatttgatgatcttaattttattatagaatttaagtacgatcaatgtaccggttgcgga
atctgttctgaaatttgtccggggaaaattaataaatcggccatagaaatgaaaaaatcg
cgcgaaaataaagatgatattgttgattttttaaatagttaccctgaaaaagaagaaata
tttaagaaatttagtccgcaaacaatcaaaggaattcaatttaaagaaccacttatgtta
tacggtagtgcatgttccggctgtgggcaaactgcctatgtaagacttataactcaactg
ttcggagaacgtttatttattgcgaacgctaccggttgcagctcgatatggggtggttcg
gttaatcaagtaccttacaaaaagggcaaacatggtttcagcccggcttgggcaaattct
ttatttgaagacaatgcagaattcggccttggttttttgttggcccaaaaaagtattcgt
ttgaggcttttaaatattatcaaaacgataatgataacaactcatgattatgaaataaaa
aaaagttgtgaaaattatataaatacttttgatataggacatgaaaatcataaatattca
ctggaattaattaacgttttgaaaaataaaaaagaagatatcacatatgatatgtgcaat
aaaataattttggaaaaagaatatttatctaaaaaatcaatatgggcaataggaggtgat
ggttgggcatatgatataggattcggtggcattgatcatattatggcttctcaggaagac
ataaacatattagttttggatactgaaatgtattcaaataccggaggacagcaatcaaaa
tcgactccgaaatatgcaaaagcatcgctttctttagggtataaaaaaagcgacaagaaa
gatttaatttctatgatgatgatatacaaaaacgtgtatgcagctaaagttaatttaaat
gcaaatcctcatcagtgtattcaagtttttacagaggccgaaaaatttaaaggaccatct
ttaattgttgcctattctccatgtgtagggcataaggtaaattcagggcaaattttaaaa
caagccaaagatgctacattttgtggtcattggcaactttttagatttaattcggggaaa
cttgcaatcgatagcgaaattacaaaagaatataaaaaatttatcgaaaatgagaatagg
tttaaaaaattttga
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