KEGG   Methylotuvimicrobium alcaliphilum: MEALZ_3939
Entry
MEALZ_3939        CDS       T01649                                 
Name
(GenBank) putative oxidoreductase, thiamine diP-binding and 4Fe-4S cluster binding protein
  KO
K03737  pyruvate-ferredoxin/flavodoxin oxidoreductase [EC:1.2.7.1 1.2.7.-]
Organism
mah  Methylotuvimicrobium alcaliphilum
Pathway
mah00010  Glycolysis / Gluconeogenesis
mah00020  Citrate cycle (TCA cycle)
mah00620  Pyruvate metabolism
mah00650  Butanoate metabolism
mah01100  Metabolic pathways
mah01110  Biosynthesis of secondary metabolites
mah01120  Microbial metabolism in diverse environments
mah01200  Carbon metabolism
mah01210  2-Oxocarboxylic acid metabolism
Module
mah_M00307  Pyruvate oxidation, pyruvate => acetyl-CoA
Brite
KEGG Orthology (KO) [BR:mah00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00010 Glycolysis / Gluconeogenesis
    MEALZ_3939
   00020 Citrate cycle (TCA cycle)
    MEALZ_3939
   00620 Pyruvate metabolism
    MEALZ_3939
   00650 Butanoate metabolism
    MEALZ_3939
Enzymes [BR:mah01000]
 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
     MEALZ_3939
SSDB
Motif
Pfam: POR_N POR PFOR_II Fer4_7 Fer4 Fer4_10 Fer4_13 TPP_enzyme_C Fer4_21 Fer4_9 Fer4_16 Fer4_6 Fer4_15 Transketolase_C Fer4_2 Fer4_8 Fer4_17
Other DBs
NCBI-ProteinID: CCE25595
UniProt: G4T0J1
Position
complement(4534355..4539187)
AA seq 1610 aa
MCERESSDAAGAYPITPSTQMGEYWAEEAAKGHLNISDRPLIFIEPEGEHAAAAVTAGLS
MTGLRSTNFSSGQGIAYMHESLYAAVGKRLTYVLNIGARAMTKATLNVHAGHDDYHAIDD
TGFFQLFAKKAQHVADLNIISHRIAELALNPGVIAQDGFLTTHLIESLLLPERELIKEYL
GRPDDIIDTPTPAQRIIYGEKRRRIPEVWDVDNPMMAGIVQNQDAYMQSVAAQRPFFFDH
IKELTDQAFEEYYQLTGRRYARVMTYKVEDADYLILGQGSVISSAEAVADYLRKTRGLKV
GVVDLVMFRPFPADLLGKVLKGRKGVAILERLDQPLAEDPPIMRETRAVITKCIENGTHK
KNIPYPDLSSYSFSEMPPLYSGSFGMGSRDLQPEGIIGAIENMLPNGKHKKRFYLSIDFI
REHAFTPKQRAHQEAIQEAYPNVKELAVRGSENPNLMPPGAITVRFHSVGGWGAITTGKN
LAMTLFDLLGYDIKANPKYGSEKKGQPTTYYLAAAPEPININCEYYFVDVVLSPDPNVFK
HTNALAGLKKGGTFIIQSERKTADEVWADIPVHYQKMIIDNEIRVFYVDGFKIAREEATD
PELQLRMQGIAFQGGFFAASPLMEKSGLSDVALLKAIEEQLQHKFGSKGQRVVDDNMRVV
KRGFDEVHEIKNKVLGAQAEKTSGQLIAPIPSLLKTSPQSESKLSDIHRFWEQTGNFYLT
GQGNDNLTDPFIGLSVMPATTSLFRDMTGIRFEHPEWVADNCTACGNCYTVCPDTAIPGL
VSELSDVLDTVLKRVKRKHDKLEFLPKTVKQLEPKIRALFNEPHEGVTVNNMVNEAIDAV
IEQESKDSLLATELQWFRDELGDFQFSLTRPYYDLHEKKAANSGGLFSITVNPTTCKGCM
ECVKVCDDDALRVVKQTDESIAKLREEWGFWSDLPNTPKKFHRVDDLEEKIGPLETILLD
KGAYQSFASGDGACLGCSEKSVVHLFMATVESLMIPRVEKHVTYLQELIEKLEKHVQLKL
MNTMNVTDTDMMSKIVAEMQGGDLTMSGIARRLEHEKGSSPIDQEWLTETTQTIAGLKHL
HWKYTNGATGKGRSTMGMTNATGCTSVWGSTYPYNPYPFPWANHLFQDSTSLAMGIFEGH
MAKMADGFKLIRKAELELSGKYNPRDHSEFFSYFNWEQFSDQEWKLCPPVVALGGDGAMY
DIGFQNLSRMMASGKPIKVVVVDTQVYSNTGGQACTSGFVGQVSDMAQFGKVGKGKSESR
KEIGLIGMAHRNTYVMQATLANTSHMIEGFIDGLMTKRPALFNLYTTCQPEHGVGDDMGA
HQAKLVVESRAYPIFRYNPDKGVTPQEAFDLEGNPAMDKLWPTYELKYLEGGRQKSMEVA
MTFADFALTEARFRKHFRKAPRDTWNENMVVLADFLKLDESEREGKFPFIWAVDSKQLLS
RVLVSKTIVLSCEERRDFWIMLKAIAGIKDDKTTPVEDLESKIRTEVVGKIAKGLMKLAG
DEGSGIMDLALDETETETSTGAAEVKADSMEPWLETENCTACDECINLNPNIFAYNNDKK
AFIKDANAGPYSDLVKAAEKCTAGVIHPGLPADRSAADIEKWIKRGEKFN
NT seq 4833 nt   +upstreamnt  +downstreamnt
atgtgcgaacgcgaatcctcggatgccgcaggcgcctatcccattacaccttccacccaa
atgggcgaatactgggctgaagaggcggccaaaggacatttgaacatttccgatcgtcct
ctcatctttattgagccggaaggagagcatgccgcggctgccgtgacggccggattgtcc
atgacaggcttgaggtccaccaatttttcctccggtcagggcattgcctacatgcatgaa
tcgctctatgccgctgtaggaaaaagactgacctatgtcttgaacataggcgcaagagcc
atgaccaaagccactctcaatgtgcatgcgggacatgacgattatcatgcgattgacgat
accggtttttttcagctttttgccaaaaaagcccagcatgtggccgacctgaatatcatc
tcccacaggattgccgaattagccttgaatccgggcgtgatcgcccaagacggctttttg
acgacccatctgatcgagtctcttttattgccggagcgggagttgatcaaggagtatctg
ggtagaccggacgacatcatcgatacccctactccggctcaaagaattatttatggggaa
aaaagaagacgtattcctgaagtgtgggatgtggacaatcctatgatggccggtatcgtg
caaaatcaggatgcttacatgcaaagtgtcgccgctcagcgccctttctttttcgaccat
atcaaagaactgaccgaccaggctttcgaggaatattatcaattaacggggcgtcgttac
gcacgcgtcatgacctataaagtcgaagacgccgattacctgattctaggtcagggcagc
gtaatctctagcgccgaagcggtggcggattacttaagaaaaactcgcggtttgaaagtc
ggcgtggtggatttggttatgttcagacccttcccggcggatcttttgggaaaagtttta
aagggccgaaaaggcgtcgccattttggaaaggctggatcagccgttagcggaagatcct
cctatcatgcgtgaaacccgtgcggtaattactaaatgtatcgaaaacggcacgcacaag
aaaaatattccgtacccggacttgtcttcctattcattcagcgaaatgccgcctttatat
tcgggctctttcggcatgggcagccgcgatcttcaaccggaaggcattattggcgcgata
gaaaacatgctacctaacggcaagcataaaaaacgcttttatttgtcgatcgactttatc
cgggaacatgccttcacgcccaaacaaagagcccatcaagaagccattcaagaagcttat
ccgaatgtgaaggaattggctgttcgcggttctgaaaacccaaacctgatgccgccgggc
gccattacggtaaggtttcactcggtcggcggttggggtgccatcacgacgggtaaaaac
ctggcaatgacgctgttcgatcttttgggctacgacatcaaagccaatcccaaatacggt
tcggagaaaaaaggacaaccgaccacttactatcttgccgccgcgcccgaaccgatcaat
atcaattgcgaatactatttcgtcgatgtggtgctatcgcccgacccgaatgttttcaag
cataccaatgccttggcgggtctcaaaaaaggcggaactttcatcattcaaagcgagcga
aaaaccgccgatgaagtttgggccgacataccggtacattatcaaaagatgatcatcgac
aatgagattcgagtcttttatgtcgatggattcaaaattgcgcgagaagaagcaacggat
ccggaattgcagctcaggatgcagggcattgcctttcagggcggttttttcgcggcctcc
cctttgatggaaaaatccggactcagcgatgtcgcgctgttgaaagcgatagaagaacaa
ttgcaacataagttcggcagcaaaggtcagcgggtcgtcgatgacaacatgcgcgtcgtg
aagcgcggattcgatgaagtccacgaaatcaaaaacaaagtcttaggcgctcaagccgag
aaaaccagcggacaattgattgctccgattccaagtctactgaaaaccagcccgcagagt
gaatccaaacttagcgatattcaccggttttgggagcagaccggtaatttctatctgacc
ggccaaggcaacgataatctaaccgatccctttatcggtttgagcgtgatgccggcaacg
acatcgctgttcagggatatgacaggcattcgctttgagcatccggaatgggtggccgat
aattgcacggcttgcggcaactgttacacggtttgcccagacacggccattcccggtttg
gtgagcgaattatcggatgtgctcgatacggttttgaaacgggtgaaacggaaacacgac
aaactcgaatttcttcctaaaactgtcaaacagctggaacccaaaattcgtgcgcttttc
aatgagccgcacgagggtgttaccgtgaacaacatggtcaatgaagccatcgatgccgtt
atcgaacaagaatcgaaggactcattgctcgctaccgaactgcaatggttcagggacgaa
ctcggcgatttccagttttcgctgactcggccctactatgacctgcacgaaaagaaagca
gccaatagcgggggcttattcagcatcactgtcaatcctacgacctgtaaaggctgtatg
gaatgcgtcaaggtctgcgatgacgacgcattgagggtagtcaaacaaaccgatgaatcg
attgcaaaattgagagaggaatggggcttttggagcgaccttccgaatactccgaaaaaa
tttcatcgcgttgacgacctggaagaaaaaataggtcctctggaaaccatcttgttggat
aaaggggcctatcaaagctttgccagtggcgacggggcctgtttgggttgctccgagaag
tcggtcgttcatctattcatggctacggtggagtccctgatgattcctcgggtcgaaaaa
catgtgacttatcttcaggaactgattgaaaagctggagaaacatgttcaactcaaattg
atgaatacaatgaacgtcacggacaccgacatgatgtccaagattgtcgccgaaatgcag
ggcggggatctgaccatgtccgggattgctcgtagattggagcatgaaaaaggttcttcc
ccgatcgaccaggaatggttgaccgaaacgacgcaaaccattgccggcctgaaacacttg
cattggaaatataccaacggagccaccggaaaaggccgctcgacgatgggcatgaccaat
gccacgggctgtacctcggtatggggcagtacctatccgtacaatccctatccgttccct
tgggcgaatcatctattccaagacagtacttccttggctatggggatttttgaaggtcat
atggccaaaatggccgacggattcaaattgatacgtaaagccgaattggaattgagcgga
aaatacaatccccgcgatcatagcgaattcttcagctatttcaattgggaacagttttcc
gaccaagagtggaagttgtgtccgcctgtcgtggctttgggcggcgatggcgcgatgtac
gatatcggtttccaaaatctttcgcgcatgatggcctcgggcaaacccattaaagtagtg
gttgtcgatacccaagtctattccaataccggcggccaagcttgtacttcgggttttgtc
ggtcaagtttccgacatggcgcaattcggcaaagtcgggaaaggtaaatccgaatccaga
aaagaaataggcttgatcggcatggcgcacagaaatacctatgtcatgcaagccacgttg
gccaacaccagccacatgatcgaaggcttcatcgacggtttgatgacgaaaagaccggcg
ctgttcaatctgtacaccacctgccaacccgagcacggagtcggtgacgacatgggggcg
catcaagccaaattggttgtcgaatccagagcctatccaatcttccgctacaaccccgac
aaaggcgtgacgcctcaagaggcattcgacttggagggcaaccccgcgatggacaagcta
tggccgacctatgaactgaaatacctcgaaggcggtagacaaaaatcgatggaagttgcg
atgacttttgccgatttcgccttgaccgaagcacggtttagaaaacacttccgcaaggcg
cctcgggatacttggaatgaaaatatggtggttttggccgacttcctgaaactagacgaa
tccgaaagagaagggaaatttccgttcatttgggccgtggatagcaaacaactactcagt
cgggttttggtctcgaaaacgatcgtactgtcctgcgaggaaagaagggatttctggatc
atgttgaaagccattgccggcatcaaagacgacaaaacaacgccggtggaagatttagaa
agcaaaatccggactgaagtcgtcggaaagattgccaagggtttgatgaagctagccggt
gatgagggatcaggcatcatggacttggcattggatgaaaccgaaacagaaacctcgaca
ggcgccgccgaagtcaaagcggatagcatggagccttggcttgaaacggagaattgcaca
gcctgtgacgagtgcatcaacctgaaccccaatatcttcgcttacaacaacgataaaaag
gcctttatcaaagatgccaatgccggaccttacagcgatttggtcaaggcggctgaaaaa
tgtaccgccggcgtgatccatccgggactgcctgccgatagaagtgccgccgatatcgag
aaatggatcaaaagaggcgaaaaatttaattga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (11)   
   KEGG PATHWAY (9)   
   KEGG MODULE (2)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (17)   
   Pfam (17)   
All databases (82)   

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