KEGG   Clostridium formicaceticum: BJL90_12350
Entry
BJL90_12350       CDS       T05005                                 
Name
(GenBank) glutamate synthase subunit alpha
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
cfm  Clostridium formicaceticum
Pathway
cfm00630  Glyoxylate and dicarboxylate metabolism
cfm00910  Nitrogen metabolism
cfm01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:cfm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    BJL90_12350
  09102 Energy metabolism
   00910 Nitrogen metabolism
    BJL90_12350
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:cfm01002]
    BJL90_12350
Enzymes [BR:cfm01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.7  With an iron-sulfur protein as acceptor
    1.4.7.1  glutamate synthase (ferredoxin)
     BJL90_12350
Peptidases and inhibitors [BR:cfm01002]
 Cysteine peptidases
  Family C44
   BJL90_12350
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG DUF6685 GATase_7
Other DBs
NCBI-ProteinID: AOY76581
UniProt: A0A1D9FMF8
Position
2758216..2762781
AA seq 1521 aa
MMNNIGYPLKQGLYDPQFEKDSCGVGFVASIKGEKTHDIVKKGLKVLVNLTHRGAVGSDP
KTGDGAGILTQIPHEFFRIYCDNLGISLPSPVEYGIGMIFLPKEPALRLRCEGIVERVVE
EEGQKVLGWRDVPTDNRNIGETAKGTEPTIRQVFVEKAQGIDQESFERRLYIIRKKAENE
VKRLIERNSEYFYICSMSSNTIVYKGLLLADQINQYYVDLNDINFKSAIALVHQRYSTNT
FPTWDLAHPFRYIAHNGEINTIRGNRNWMNAREGVLKSEVFGKEINKLFPIIGANASDSA
SFDNVLELLVADGRSLAHSLMMLIPQTWRDNDVMAPYKRAFYEYHASFMEPWDGPAAVAC
TDGTQVCAVLDRNGLRPARYVITKNGLVVLASEAGALELDPKEIESKGKLKPGKIFLVDT
KEGRIIPDHELKKKICTEKPYREMVESCRMTLDQLENSGEKSETEVESLIEKQQAFGYTL
EDLKKILGTMASTGKEPIGSMGNDTPLAVLSNKPQLLFSYFKQLFAQVTNPPIDCIRENM
VMSLTNFIGTQENILNKELPNQAFIKINTPILTNLEMAKIKALRNKDFKTTTIPITFKYD
TGIEGFKAALQQVCERASKRIEEGYNIVVLSDRNVGSYDAAIPSLLAVAALQHHLIKEKT
RTKISIIVETAEARETMHMALLIGYGATAINPYLAFESIDAIIKKGDLKDIDFEKAEKNY
VKALSEGLLKILSRMGISTLQSYHGAQIFEAIGLSSEFINDYFDGTPSRVEGVGIETIGE
EVLIRHRNAFNKIRKPIAELDVGGIYSWRKDGEYHLFNPETIYKLQVATRNNDYGIYKEY
AEVINDQSEHLCTIRGLLKFKESNPISISEVEPIGEIVKRFCTGAMSFGSISKEAHETIA
IAMNRLGARSNSGEGGEDAERYKREENGDLKRSAIKQVASARFGVTAEYLVNADEIQIKM
AQGAKPGEGGQLPGSKVDKAIARTRNSTPGIDLISPPPHHDIYSIEDLSQLIFDLKSVNA
SAKISVKLVSEVGVGTVAAGVAKAHADVILISGHDGGTGASPVSSIKHVGTPWELGVAEA
QQVLLLNNLRSRVRLQTDGQLKTGRDVAIAALLGAEEFGFATTALVVLGCTMLRNCHENT
CEMGIATQDPEIRKNFRGKPEYIINFFTFIAQEVREIMAQLGFRTMNEMIGRVDLLEANK
SLKHWKANKVDLSSILYKPDMPKRIKPYCVKSQDHGLDKLMDYKFLQVAQYAIDDKCKVR
ASFEIKNVDRSVGAMLSGKIAKKYGEEGLPEDTILFELTGSAGQSFGAFCVKGLTLVLEG
EANDYVGKGLSGGKLVIKTPRTASYKQDENVIAGNTILYGATSGKVFINGIVGQRFAVRN
SGALAVVEGVGDHCCEYMTGGVVVVLGKTGRNFAAGMSGGVAYVLDVDGDFEGKCNKSMV
TVESVEEKEELAVIFSMVEEHYQLTNSEKAGRILRDWDQYSNKLKKVISPAYKSVLEKMK
QQRAEKLVDAALMEVCSSKEA
NT seq 4566 nt   +upstreamnt  +downstreamnt
atgatgaacaatattgggtatcctttaaagcaaggcctttatgatccccagtttgaaaag
gacagctgtggtgttggttttgttgctagtattaaaggtgaaaaaacccatgacattgta
aaaaaaggtcttaaagttcttgtaaatttaacccataggggtgctgtgggttcagatccc
aagacaggtgatggtgcaggcattctaacacagattccacatgaattttttaggatatac
tgtgataacttagggattagcctgcctagtccagtagaatatggtattggaatgattttt
ttaccaaaagagccagcattgcgacttcgatgtgagggaattgttgaacgcgttgtagaa
gaagagggtcaaaaagtcttaggatggagggatgttcccacagataatagaaatataggt
gaaacagcaaagggaactgaaccaaccatccgacaggtatttgtagaaaaggctcaaggt
atagaccaagaatcctttgaaagacgactatatattatccgcaagaaagcagaaaatgaa
gttaaaagattaatcgaaagaaattcagaatatttctacatttgcagcatgtctagcaac
actattgtttacaagggtcttttattggcagatcagattaaccaatattatgtagattta
aacgatattaattttaaaagcgctattgccttagtacaccaaagatacagcaccaataca
ttccctacatgggatttagcacatccgtttagatatattgcccataatggagagattaat
accattagaggaaatagaaattggatgaacgctagagaaggtgtattaaagtcagaggta
tttggcaaggaaatcaataaactctttccaattattggtgcaaacgccagtgattcagca
tcctttgataatgtccttgagcttcttgttgcagacggaagaagtttggcccattcattg
atgatgttgattcctcaaacttggagggacaacgatgtgatggcaccctataaaagagct
ttttatgaatatcatgcttcctttatggaaccatgggatggacctgctgcagtagcttgt
acagatgggacgcaagtatgcgcagtactggatagaaatggattaagacctgcacgctat
gtgattacaaaaaatggccttgtggtcttagcatcagaggcaggagccttggagcttgat
cctaaggaaattgaatcgaagggaaaattaaagccaggaaaaatatttctagtggatacc
aaggaaggtagaattattccagatcatgaattgaagaaaaagatttgcacagaaaagcct
tacagagagatggttgaaagctgcagaatgactttggatcaattagaaaatagtggtgaa
aaatcagaaaccgaagtggaaagcttaatagaaaaacaacaagcctttggttatacgcta
gaggatttaaaaaaaatccttggcaccatggctagcacagggaaagagcccataggttct
atggggaatgatacaccattagcagtattgtctaataaaccacagcttttattttcttac
tttaaacaattatttgctcaagtaacaaatcctccaatagattgtataagagagaacatg
gtgatgtctcttacaaactttattggaacacaagaaaatatattaaacaaggaacttcct
aaccaagcttttataaaaattaatacaccgatattaaccaacctagaaatggcaaaaata
aaagctctaagaaacaaagattttaagacaactacgattccaattacctttaaatacgat
acaggtatcgaaggttttaaggcagcgttacagcaggtctgtgaaagagcatctaaaaga
attgaagaaggctataatatcgttgttctgagtgatagaaatgtggggtcttatgatgca
gctataccgagtttattggcagttgctgctttgcaacaccatctcattaaagaaaaaaca
agaacaaaaatttctattattgttgagacagcagaggcaagagaaacaatgcacatggct
ttattgattggttatggtgctacagcaattaatccatacttagcttttgaatccatagac
gctataattaaaaaaggagatttaaaggatatagactttgaaaaagctgaaaaaaattat
gtaaaagcattgtcagagggcttattgaaaattctttctagaatgggaatttcaacccta
caaagctatcatggtgcgcaaatatttgaagccattggattatccagtgaatttatcaat
gactattttgacggaaccccctctagggtagagggagtagggatcgaaaccattggagaa
gaggtcttgatccgtcatagaaatgcttttaataaaatcagaaaaccaattgcagaactg
gatgtaggtggcatctattcatggagaaaagatggagaatatcatttattcaacccagaa
actatttacaaacttcaggtggctacgaggaataatgattatggtatctataaggaatat
gcagaagtgattaacgatcaaagtgaacacctttgtactatcagaggattattgaagttt
aaagaaagtaatccaatttccattagcgaggtagagccaattggtgaaattgtaaaaaga
ttttgtactggtgctatgtccttcggttccattagtaaagaagcccatgaaaccatagcg
attgctatgaatagattaggggctaggagtaactctggagaaggcggagaagatgctgaa
agatataaaagagaagaaaatggtgatttaaaaagaagtgcaataaaacaggtagcttca
gctcgctttggggttactgcagaatacctcgtgaatgctgatgaaattcaaattaagatg
gcacagggagcaaaaccaggagaaggtgggcagcttcctggaagcaaggtggataaggcg
attgcaagaacaagaaattctacaccagggattgatttgatttcaccaccaccacaccat
gatatttattctatagaggatttatctcaattaatctttgatttaaagagtgtgaatgct
tctgcaaaaatcagcgttaagttggtatctgaggttggggtaggtacagtagctgccgga
gttgcaaaagctcatgcagatgtgattcttataagtgggcatgacggaggtactggagca
tcaccggtttcgtcaataaaacatgtaggcacaccttgggaattaggggttgcagaagca
cagcaggtattacttttaaacaatctaagaagcagagtaagacttcaaacagatggtcag
ttaaaaacggggagagatgttgccattgctgccctattgggtgcagaggaatttggattt
gctaccacagctttagtggttttaggttgtaccatgttaagaaattgccatgaaaacacc
tgcgaaatgggcatagccacgcaggatccagaaattagaaagaattttagaggaaaacca
gaatatattattaacttcttcactttcattgcacaagaggtaagagagatcatggcgcaa
cttggttttagaaccatgaatgaaatgataggtcgtgtagatcttcttgaagccaataaa
agcctgaagcattggaaggcaaataaagtagatctttcttctattttatataagccagac
atgccaaagagaattaaaccttattgtgtgaagtcgcaggatcatggtttagataaattg
atggattataaatttttacaggtagcacagtatgctatagacgataaatgtaaagttcga
gcaagctttgaaataaaaaatgtagaccgttctgtaggtgctatgttaagtggaaagatt
gctaaaaagtatggagaggaaggattaccagaggatacaatcctctttgaactcaccggt
tcagcaggtcaaagctttggtgctttttgtgttaaaggtttaaccctcgttcttgaagga
gaagcaaatgactatgttggtaaaggtttatcaggtggcaagcttgtgataaaaacccct
agaacagcctcttataaacaagatgagaatgtaattgcaggaaatactattctttatgga
gccaccagtggtaaagtcttcattaatggcatcgtaggccaaaggtttgctgttagaaat
agtggtgcattagctgttgttgagggtgtaggagatcattgctgtgagtatatgaccggt
ggtgtagtagtggttctaggaaaaaccggaagaaactttgcagcaggtatgagcggtggc
gtagcgtatgtacttgatgtagatggggatttcgaaggaaaatgtaataagagcatggtt
accgtggaaagtgtagaggaaaaagaagaattagcagtaatttttagtatggttgaagaa
cattatcagcttacaaatagtgaaaaggcaggtcgtattctcagagattgggatcaatat
agtaacaagttgaagaaagttatatctccagcttataaatctgtgcttgagaaaatgaag
cagcagagggcggaaaaattagtagatgctgcattgatggaagtttgtagcagtaaggag
gcatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

Download RDF
DBGET integrated database retrieval system