KEGG   Clostridium cellulovorans: Clocel_2665
Entry
Clocel_2665       CDS       T01294                                 
Name
(GenBank) Glutamate synthase (ferredoxin)
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
ccb  Clostridium cellulovorans
Pathway
ccb00250  Alanine, aspartate and glutamate metabolism
ccb00910  Nitrogen metabolism
ccb01100  Metabolic pathways
ccb01110  Biosynthesis of secondary metabolites
ccb01120  Microbial metabolism in diverse environments
ccb01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:ccb00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Clocel_2665
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    Clocel_2665
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ccb01002]
    Clocel_2665
Enzymes [BR:ccb01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.13  glutamate synthase (NADPH)
     Clocel_2665
Peptidases and inhibitors [BR:ccb01002]
 Cysteine peptidases
  Family C44
   Clocel_2665
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG DUF4929 SpoVR
Other DBs
NCBI-ProteinID: ADL52365
UniProt: D9SRD6
Position
complement(3246684..3251123)
AA seq 1479 aa
MKYTQEAQGMYDPRFEKDACGIGAIAHIKGIKSHNVVENSLSMLAKMEHRGGAGADEKVG
DGAGLLIQIPHKLFKKVCEFSLPEATEYAVAMCFFPKESDKREVEKKNFVSMLEEKGLKV
IGCRQVPIDASDIGEAAKVVMPYMEQIFIEKPKTIESQLEFEKLLYRARRKFEKASEDSY
IVSLSSKTIVYKGMLSATQMETFYLDLLDEDCESAIAMVHSRFSTNTFPSWEKAHPNRYM
IHNGEINTIRGNVNWVKAREAALKSEVFGEQLQEILPVVGKQDSDSAMLDNTVEFLYMNG
RTLPQIMMMLVPEPWSKNTQMPKNKRDFYEYYSTMMEPWDGPAALAFTDGEILGATLDRN
GLRPSRFYVTNDDFMILSSEVGVLDIDEATVVKKGRLTPGRMLLVDTKQGTIIDDTKLKE
TYSNMHPYGDWVSENLIKLDNVDATVDTEVKLSVEERTRLQKAFGFTFEDVMSTIKPMCD
SGQEPLSAMGIDSPLAVLSEKPQPLFNYFKQMFAQVTNPPIDAIREEIVTSVRTYLGAEG
NLLSDVEANCRRIKLSSPIVIKEEMDKILSLEEAGFKSEVISIVFDKTSETLEEALERVF
EKAEAALKDGKSLLVLSDRVTNEKLVPIPSLLAVAAVHHHFIRLGNRTEISIVLESGEPR
EVHHFATLIGYGVNAIYPYLAYESIKGLCEDGLITLDYAKAVYNYRKASVKGIVKVLSKM
GISTIQSYNGAQIFQAIGIASETINKYFTGTSSPINGIGIKEIEKEAVLRHIQGFDKRNP
DLTLESDGEYRYRSNKEEHLYNPLTIHKLQNSCRNGSYEEFKEFSSLINKEDRLMSLRNL
LDFDFVENPIPLDEVESVESIVKRFKTGAMSFGSISREAHQCLAIAMNKIGAKSNTGEGG
EERDRFSDSRRSAIKQVASGRFGVTSEYLVNSDEIQIKIAQGAKPGEGGQLPANKVYPWV
AKARNSTPFVGLISPPPHHDIYSIEDLAQLIYDLKNANPDAKINVKLVSEAGVGTIAAGV
AKGGAEVILISGYDGGTGASPKNSIKHAGLPWELGLAETHQTLVLNGLRNRLKIETDGKL
LTGRDIAIAAMLGAEEFGFATGPLVVMGCVMMRVCNLDTCPVGIATQNEELRKRFTGDPE
HVVNYMMFMARELREYMAKLGFRTVEEMVGRTDKLKKKNLDGWKTKNIDLSKILHKPESS
LHMEDTTVNPLRGKIDETIDAKTIIPACEKAIENKEKVTITVNTINTDRTLGTLLGSKIS
KKYGEEGLPEDTITINVNGTGGQSFGAFVPRGVTLSLVGDSNDYVGKGLSGGKIIIREGE
KSTLNPRENIIIGNVALYGATAGKVFIKGIAGERFAVRNSGVEAVVEGVGDHGCEYMTGG
KVVVLGTIGRNFGAGMSGGIAYILDEENSFKEKINEEMVFIETVEAEDEAGLLGLIKEHY
ENTNSEIAKAISLNFDSYKGKFIKIMPKEYKKALKERGI
NT seq 4440 nt   +upstreamnt  +downstreamnt
atgaagtatacacaagaagctcaaggaatgtatgatcctaggtttgaaaaagatgcttgt
ggaattggagcgatagcgcatataaaaggtataaaatcccataatgttgtagaaaattca
ctttctatgttagcaaaaatggagcatagaggtggagctggtgctgatgaaaaagttgga
gatggtgctggtttactaatccaaataccacataaattatttaaaaaagtttgtgagttt
tctcttccagaagctacagaatatgcagtagctatgtgcttcttccctaaggagtcagat
aaaagagaagttgaaaagaaaaactttgtgtcaatgttagaagaaaaaggtctaaaagtg
ataggttgtagacaagtacctattgatgcttcagatattggtgaagcagctaaagtagtt
atgccatatatggaacaaatatttattgaaaagccaaagacaatagaaagtcagctggaa
tttgaaaagctattatatagagcaagaagaaagtttgaaaaagcatcagaagattcttat
atcgtaagtctttcttcaaagacaatagtttataagggtatgcttagtgcaactcaaatg
gaaactttttatttagatttacttgatgaggattgcgaaagtgccatagctatggtacat
tcaagatttagtacaaatacattcccaagctgggaaaaggctcatccaaacagatacatg
attcacaatggagaaattaacacaataagaggaaatgttaactgggttaaagcaagagaa
gctgctttaaaatctgaagtttttggagaacaattacaagaaatacttcctgtagttgga
aaacaagattcagactctgctatgcttgataatacagtagaatttctatatatgaatgga
agaacacttccacaaataatgatgatgcttgttccagaaccatggagcaagaatacgcaa
atgcctaaaaataagagggacttctacgaatattattcaacaatgatggaaccatgggat
ggaccagcagcattagcctttactgatggagaaattttaggcgcaactttagatagaaac
ggattaagaccatcaagattttatgttacaaatgatgattttatgattttatcctctgaa
gttggtgttcttgatatagatgaagcaactgttgttaaaaaaggtagattaactcctggt
agaatgcttctagtagatacaaaacaaggtacaataatcgatgatacaaaattaaaggaa
acatattctaatatgcatccatatggagattgggtatcggaaaacttaataaagcttgat
aatgtagacgcaactgttgatactgaagttaaattatcagttgaagaaagaactagactt
caaaaagcttttggcttcactttcgaagatgtaatgagtaccataaagcctatgtgtgat
agtggacaagaacctttatcagcaatgggtatagattctccacttgcagttttaagtgaa
aaaccacaaccattatttaactactttaagcaaatgtttgcccaagttacaaatccacca
atagatgctataagagaagaaatagttacttcagtaagaacttatcttggagctgaaggt
aatcttttatcagatgttgaagctaactgtagaagaattaagctttcttcgccaatagtt
ataaaagaggaaatggataaaattctttctttagaagaggctggatttaaatcagaagtt
atttctatagtttttgataagacttcagaaacattagaagaagctcttgaaagagtgttt
gaaaaggcagaagctgctttaaaagatggaaagagcctactggttctatcagatagagtt
actaatgaaaaattagttcctattccatcacttttagctgttgcagctgttcatcatcac
tttataagattaggaaatagaacagaaataagtattgttcttgagtctggagagccaaga
gaagttcatcattttgcaactttaataggctatggagttaatgctatttatccatattta
gcttatgaaagcataaaaggtctttgtgaagatggacttataacgcttgattatgctaag
gcagtatataactatagaaaagcaagtgttaaaggaatagtaaaagttctatcaaagatg
ggtatttcaacaatccaatcttacaatggagcacagatattccaagctataggtatagca
tcagagactattaataaatacttcacaggaacttcttcaccaatcaacggtatcggtatt
aaagaaatcgaaaaagaagctgttctaagacacattcaaggttttgataagagaaatcct
gatttaactttagaatcagatggtgaatatagatacagaagcaataaagaagagcattta
tataatcctcttacaattcataaattacaaaattcttgtagaaatggaagttatgaagag
ttcaaagagttctcaagcttaataaataaagaagacagattgatgagtttaagaaactta
ttagactttgacttcgtagaaaatccaattccacttgatgaagttgaatcagttgaaagc
atagtaaagagatttaaaactggagctatgtcatttggttcaatcagcagagaagcgcat
caatgtttagctattgctatgaacaaaattggtgcaaaatcaaacactggtgaaggtgga
gaagaaagagatagatttagtgattcaagaagatctgctattaagcaagttgcttcaggt
agatttggtgttacgtcagaatatcttgtaaattcagatgaaatccaaatcaaaattgca
caaggagctaaaccaggtgaaggtggtcaattgcctgctaataaagtatacccatgggtt
gctaaagctagaaattcaacaccttttgttggtctaatatcaccaccaccacaccatgat
atatattcaatcgaagacttagctcaacttatttatgaccttaagaatgctaatccagat
gctaagatcaatgttaagttagtttctgaagcaggggttggaactatcgctgctggtgtt
gctaaaggcggagctgaagttatattaataagtggatatgatggtggtacaggagcatct
cctaagaactcaattaagcatgctggacttccttgggaactagggcttgcagaaactcat
caaacccttgtattaaatggattaagaaatagattaaagatagaaacagacggtaagctt
ttaacaggaagagatatagctatagcagctatgcttggagctgaggagtttggatttgca
actggtcctctagttgtaatgggttgcgtaatgatgagagtatgtaacttagatacatgt
ccagttggtatagcaactcaaaatgaagagttaagaaagagatttactggagatccagaa
catgtagttaactacatgatgtttatggctagagagttaagagaatatatggctaaatta
ggcttcagaactgttgaggaaatggttggaagaactgataagcttaagaagaagaatctt
gatggatggaaaacaaagaatatagatctttcaaagatccttcataagccagaatcatct
cttcatatggaagatactactgtaaatcctttaagaggaaaaatagatgaaactatagat
gctaagactataattcctgcttgtgaaaaagctattgagaacaaggaaaaggttacaatt
acagtaaatacaattaatacagatagaactcttggaactcttcttggaagcaaaatttct
aagaaatacggagaagaaggacttccagaagatacaatcaccatcaatgtcaatggtact
ggcggacaaagctttggagcatttgtaccaaggggtgttactttaagcttagtaggagac
tcaaacgactatgttggtaaggggctatcaggcggtaagataataataagagaaggagaa
aaatctactcttaacccaagagaaaatatcataatcggtaacgtagcattatacggagca
actgctggtaaggtatttataaagggtattgcaggagaaagatttgctgttagaaactca
ggagttgaagcggtagttgaaggtgttggcgaccacggttgtgaatacatgacaggcgga
aaagtcgtggttttaggaactatcggaagaaactttggtgctggtatgtcaggtggtatc
gcgtacattcttgacgaagaaaatagctttaaggaaaaaatcaacgaagaaatggttttt
atcgagactgttgaagctgaagatgaagctggattattagggcttataaaagaacactat
gaaaatactaattctgaaattgcaaaggctatatctctaaactttgatagctataaaggt
aagtttataaagatcatgccaaaagaatacaaaaaagctttgaaagagaggggaatatag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (6)   
   KEGG PATHWAY (6)   
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 (31)   

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