Flammeovirga sp. MY04: MY04_4907
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Entry
MY04_4907 CDS
T04442
Name
(GenBank) pyruvate ferredoxin oxidoreductase
KO
K03737
pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:
1.2.7.1
1.2.7.-]
Organism
flm
Flammeovirga sp. MY04
Pathway
flm00010
Glycolysis / Gluconeogenesis
flm00020
Citrate cycle (TCA cycle)
flm00620
Pyruvate metabolism
flm00650
Butanoate metabolism
flm00720
Other carbon fixation pathways
flm01100
Metabolic pathways
flm01110
Biosynthesis of secondary metabolites
flm01120
Microbial metabolism in diverse environments
flm01200
Carbon metabolism
flm01210
2-Oxocarboxylic acid metabolism
Module
flm_M00307
Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:
flm00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
MY04_4907
00020 Citrate cycle (TCA cycle)
MY04_4907
00620 Pyruvate metabolism
MY04_4907
00650 Butanoate metabolism
MY04_4907
09102 Energy metabolism
00720 Other carbon fixation pathways
MY04_4907
Enzymes [BR:
flm01000
]
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
MY04_4907
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Gene cluster
GFIT
Motif
Pfam:
POR_N
POR
PFOR_II
Fer4_10
TPP_enzyme_C
Fer4_7
Fer4
Fer4_9
Fer4_21
Fer4_16
Fer4_6
Transketolase_C
Fer4_13
Fer4_8
Fer4_2
Fer4_4
Fer4_17
HAP1_N
Motif
Other DBs
NCBI-ProteinID:
ANQ52242
LinkDB
All DBs
Position
2:1184395..1189245
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AA seq
1616 aa
AA seq
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MDGNTAAIMCERESSDAAGAYPITPSTQMGEYWAEEAAKGHLNISDKPLIFIEPEGEHAA
AAVTAGLSMTGQRAANFSSGQGIAYMHESLYAAVGKRLTYVLNIGARAMTKSTLNVHAGH
DDYHAIDDTGFFQLFAKKAQHVADLNIISHKIAEMALTPGVIAQDGFLTTHLIESLNLPE
RDLIKEFLGRPDDIIPTPTPAQKIIYGETRRRIPEIWDVDNPLMAGIVQNQDAYMQSVAA
QRPFFFDHIKEITDQAFKDFAALTGREYKRVMTYKVEDADYLILGQGSVVSSAEAVVDYI
RETRGIKVGVVDLVMFRPFPADLLAQVLKGKKGVTILERLDQPLAEDAPIMREVRSVLSK
CLENGTQKKNLPYPELSSYQPKDMPALYSGSFGMGSRDLQPEGIIGAIENMMEDGAQKKL
FYLSIDFVREKAFNPKQRQYQETIEESYPNIKNLSVRGSENPNLMPKEAVTVRFHSIGGW
GAITTGKNLAMTLFDLLGYDIKANPKYGSEKKGQPTTYYLAAAPEPIRINCEYYFVDVVL
SPDPNVFKHTNAIAGLKEGGCFIIQSDKATQEEVWADIPRQYQKIIIEKNIHVFYIDGFK
IAREEATDPELQLRMQGIAFQGAFFSSSPLMEKTGLDADKLLDAIQDQLQYKFGGKGQRV
VDDNMRVVKRGFDEVHEITCKEITEQQLVEQVHKDIPTPTLLKKSPVSESKLSDVHRFWE
QTGHFYQRGMGNDNITDPFIGLSVMPAASSLFRDMTGIRFEHPEWIPNNCTACGNCYTVC
PDTALPGLVSDLNDVMETVVKHVRKKKGKVEHLPKVIRQMTGKIRERFDSVKGDVTVNDQ
IHAILDEAIFDASTPAAQVQELEWFKNELGDFQFALTRPYYQLNEKKEKGSGGLFSITLN
PQTCKGCMECIKVCEDDALKAVIQTDGSVAKLRDEWSLWEDLPTTPAKYNRIDDLEEKIG
PLETLLLNKDAYSVMASGDGACLGCSEKSVVHLFTATVESLMMPRVKKHVAYIGELIGKL
EKHIQLKLMETVNLNDADLMADIVTEMSDTDLTMSSITSRIESAKGTAPIDQEWFRNVTQ
LMAQLKQLKWKYEQGTTGRGRSSMGMTNATGCTSVWGSTYPYNPYPFPWANHLFQDSTSL
AMGIFEGHMAKMADGFKAVRKAELELAGEYDADKHDDFFTYFNWEQFSDDEWHLCPPVVA
LGGDGSMYDIGFQNLSRMMASGKPIKVVVVDTQVYSNTGGQACTSGFIGQVSDMAQYGKV
WKGKPEPRKEIGLIAMAHRNTYVLQSTLANTSQMLEGFIDGLMTKRPALFNIYTTCQPEH
GVADDLGAHQAKLAIESRTYPIFKYNPDLGTTAAENFDLSGNPDMDLIWPKYTLKYKDNG
KDKTMEVDMTFADFAITEARFRKHFRMAPRDTWNENMVPLAEFIEMPKEDREGLFPFVWA
VDKKEQLTRVMVAEPIVDSAIERKEFWIMLKDLAGKQEVQEVDESQIRQEIVGKLAQGLM
KLATGEAGDIADVVLPQGEASPEPADNAAADNGNYMAPWIESEECSGCDECIKINNKMFE
YNDQKQAIIKNAQAGPYADLVKAGEKCSQGVIHPGFPKDMSEKEIEKWIKRGERLN
NT seq
4851 nt
NT seq
+upstream
nt +downstream
nt
atggatggaaacaccgcggctattatgtgcgaaagagaatcatcggatgcagcgggggcc
tacccaatcacgccatctactcagatgggtgaatattgggcggaagaagcagccaaaggg
cacttaaacatttcggacaaacctttaattttcattgagccagagggtgaacatgcagca
gcagctgtaacggctggtttatctatgacaggacagagagcagcaaacttctcgtctggt
cagggtattgcttacatgcacgaatctttatatgcagcggtaggtaaaagacttacttat
gtattaaatattggtgctagagccatgactaaatctacccttaatgtgcatgcgggtcac
gatgactaccatgccattgatgacacaggttttttccaattattcgccaaaaaggcacaa
cacgtagccgacttgaacatcatttcccacaaaattgccgagatggctttaactccgggt
gtgattgcgcaagacggtttccttactactcaccttattgagtcgctcaaccttcctgag
cgtgatttaatcaaagaattcttgggtcgtccagacgacattatcccaacgcctactcca
gctcaaaaaattatctatggagagactcgtagacgtattccagaaatttgggatgtggat
aatccgttaatggcgggtattgtgcaaaaccaagatgcgtatatgcaatcggtggctgca
caaagacctttcttctttgatcacattaaagaaattacagatcaagcatttaaagatttc
gccgctttaactggtcgtgagtacaagagagtcatgacgtacaaagtggaggatgccgat
taccttatcttaggacaaggtagtgtggtttctagtgcggaagctgtagtggattacatc
agagaaacgagaggaatcaaagtaggtgtagtcgatttagtgatgttccgtcctttccct
gccgatttgcttgcacaagtattgaaaggcaagaaaggggtcactattctagaacgttta
gatcaaccattagctgaagatgctccgattatgagagaggtgcgctcagtgttatcgaaa
tgtttggagaatggaactcaaaagaaaaatcttccttatccagaattaagcagctatcaa
ccaaaagatatgcctgccttgtattctggttcgtttggtatgggatcaagagaccttcaa
ccggaaggaattattggtgctatcgaaaacatgatggaagatggggctcagaaaaagtta
ttctacttatcgattgatttcgtaagagaaaaagcattcaaccctaagcaaagacaatat
caagaaacgattgaggagtcttatccaaacattaagaatctttcggttcgtggttctgag
aatcctaacctgatgcctaaagaggctgtaactgtacgtttccactctattggtggttgg
ggtgcaattactacaggtaagaacttggccatgacattgttcgatcttcttggatacgat
atcaaagccaatccgaaatatggctctgagaaaaaaggtcagccaactacttattattta
gcagctgcaccagaaccaattcgtattaactgcgagtattacttcgtagatgtggtattg
tcaccagaccctaacgtattcaagcacacgaatgcaattgcaggtctaaaagaaggtggt
tgtttcattattcaaagtgataaagcaactcaagaagaagtttgggcagacatccctcgt
caatatcaaaaaataattatcgagaagaatattcatgtattctacatcgatggatttaag
attgcgagagaagaagcaactgatccagaacttcagttaagaatgcaaggtattgccttc
caaggtgccttcttctcatcttctccattaatggaaaaaacaggtctagatgcagataaa
ttattagatgccatccaagatcaattacaatataaatttggtggtaaaggtcaaagagtt
gttgatgataacatgagagtggtgaaacgtggcttcgatgaagtacatgaaatcacttgc
aaggaaatcacagaacaacaacttgttgagcaagtacacaaagatattccaaccccaact
cttctaaaaaagtctccagtaagcgaatcaaaattatctgatgtacaccgcttctgggag
caaacaggtcatttctatcaaagaggtatggggaacgacaacatcaccgatccatttatt
ggtctgagtgtgatgccagcagcttcctctctatttagagatatgacaggtattcgtttc
gaacatccggaatggattccaaacaattgtactgcctgcggtaattgttataccgtttgt
cctgatacggctttacctggtttagtttccgaccttaacgatgtgatggaaacggtggta
aaacatgtgagaaagaaaaaaggtaaagtagaacatctacctaaagtgatccgtcagatg
accggtaaaatccgtgagcgttttgacagtgtgaaaggtgatgttacggtgaatgatcaa
atacacgctatcctagatgaagctatttttgatgcatctacaccagctgctcaagtgcaa
gaattggagtggttcaaaaacgagctaggtgatttccaattcgcattaacacgtccatat
tatcaattaaacgagaaaaaagagaaaggtagtggtggtctattcagcatcacattaaac
cctcaaacttgtaaaggttgtatggaatgtatcaaggtttgtgaggatgatgccttaaaa
gctgtgatacaaacagacggttcggtagccaaacttcgcgatgagtggagcctttgggaa
gatctaccaaccactcctgctaaatacaatagaattgatgatttagaggagaaaatcgga
ccactagaaacgcttctattaaataaagatgcgtactctgtgatggcctcaggcgatggt
gcttgtttaggttgttcagagaaatctgtagtccatttattcactgctacggtagagtct
ttgatgatgccgagagtgaagaaacatgtcgcttacattggggagttgatcggtaaatta
gagaagcatatccaattgaagttgatggaaactgtcaacttaaacgatgccgatctaatg
gcagatatcgtgacagagatgtcggatactgacttaacgatgtcgagtattacgagcaga
attgaatctgcaaaaggtactgctccaatcgaccaagagtggttcagaaatgtgacgcaa
ttgatggcacaactgaagcaattgaaatggaaatacgaacaaggtaccacaggtagaggt
cgttcgagtatgggtatgaccaacgcgactggatgtacttcggtttggggatctacttat
ccttacaacccgtatccattcccttgggctaaccacttattccaagattcaacatcattg
gctatgggtatcttcgaaggtcacatggcaaaaatggcagatggtttcaaagccgttaga
aaagctgaattggaattggctggcgaatacgatgctgataaacatgatgatttcttcact
tacttcaattgggaacaattcagtgatgatgaatggcatttatgtcctccagttgtggca
cttggtggtgatggttcgatgtacgacatcggtttccaaaacctatcgagaatgatggca
tcaggtaagccaatcaaagtagtcgttgtagatacacaagtatactctaacactggtggt
caagcttgtacatctggctttatcggacaagtatctgatatggcgcagtatggtaaagta
tggaaaggtaagccagaacctcgtaaagagattggtttaattgccatggcacatagaaat
acgtatgtattgcaatctactttagccaatacgtctcagatgttagaaggctttatcgat
ggtctaatgacgaagcgtcctgccctattcaatatctatactacttgtcagccagaacat
ggtgtggcagatgatttaggtgcacatcaagcgaagttagcgatcgagtcacgtacgtat
ccgatctttaaatacaatcctgatttaggtactactgctgccgaaaacttcgacttatcg
ggtaaccctgatatggatttgatctggccgaaatataccttaaagtataaagacaatggc
aaagacaaaacaatggaagtagatatgactttcgctgattttgccatcacagaggctaga
tttagaaagcactttagaatggctccaagagatacttggaacgagaatatggtgccttta
gctgagtttatcgaaatgccaaaagaagatcgtgaaggtttattcccattcgtttgggca
gtcgataagaaagagcaattgacaagagtaatggtcgctgagccaattgttgattctgct
atagagcgtaaggaattctggatcatgctgaaagatttagctggtaagcaagaagttcaa
gaggtagacgaatcacaaattcgtcaggaaatcgttggaaaacttgctcagggcttaatg
aaattagctaccggagaagcaggcgatattgcagacgttgtattacctcagggtgaagca
tcacctgagccagcagataatgcagcagcagacaatggtaactatatggcaccttggatt
gagtcggaagaatgtagcggttgcgatgagtgtatcaaaatcaataacaagatgtttgaa
tacaacgatcagaaacaagcgatcattaaaaacgctcaagcaggaccgtatgccgatcta
gtaaaagcaggtgagaaatgttctcaaggagtgattcacccaggtttccctaaagacatg
tctgagaaggaaatcgaaaaatggatcaaaagaggggaaagattgaactag
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