KEGG   Elizabethkingia miricola: VO54_00126
Entry
VO54_00126        CDS       T03757                                 
Symbol
gltB_1
Name
(GenBank) Ferredoxin-dependent glutamate synthase 1
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
elb  Elizabethkingia miricola
Pathway
elb00250  Alanine, aspartate and glutamate metabolism
elb00910  Nitrogen metabolism
elb01100  Metabolic pathways
elb01110  Biosynthesis of secondary metabolites
elb01120  Microbial metabolism in diverse environments
elb01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:elb00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    VO54_00126 (gltB_1)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    VO54_00126 (gltB_1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:elb01002]
    VO54_00126 (gltB_1)
Enzymes [BR:elb01000]
 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)
     VO54_00126 (gltB_1)
Peptidases and inhibitors [BR:elb01002]
 Cysteine peptidases
  Family C44
   VO54_00126 (gltB_1)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-ProteinID: AJW61620
Position
141825..146321
AA seq 1498 aa
MKNYGLYRPEFEFDSCGVGFVANLKGVKSHKVVADAITMLENMEHRGATGYESNTGDGAG
VQIQIPHELLEEEASTYGIDLPRLGDYGVGMFFFPKNVALIDECKNIIQHAADRLELNIL
GYRPVPVNNIELGELAKEVEPVMEMIFIEKPFGIDDENSFERKLFVFRNYISNQINNVLQ
NDPIGFYVASLSCRKLVYKGQLRSIQIRHYFRDLTNPKLTSAFGMVHSRFATNTSPTWSL
AQPFRYLAHNGEINTVQGNLNWLKSSQKTFTSPYFTAQEIDMLLPLVTPDQSDSAYLDNM
VEMLVHAGRSLPHVMMMLIPEAWDSNEIMEDYKKHFYEFHACVMEPWDGPASISFTDGKI
IGATLDRNGLRPSRFCVTSDDMVVMASESGALPVDPAKIIKSGRLQPGKMFLVDLAKGKI
ISDEELKKEICTSQPYKEWLDSQKIRLEELPAPRIRFTMLQADDIFKYQQAFGYTREDVD
QVIKPMALTGKEPIGSMGFDAPLAVLSEKPQHLSSYFKQLFAQVTNPPIDPIRERMVMSL
ATIIGGNGNVLSEDKNFAHSITLKQPILNNEQLEKLRSIDTGNFQAKTIHTYFKADGNPG
SLKRGIDRICRYAMDAVEDGFDVLILSDRAIDSDHVAIPTLLACSAVHHHLVRKGARRKI
GIVIEAGDIWEVHHFAALLGFGATAINPYLALASIRQLHLAGEIDGDLEQLKKNYLKSVG
DGLLKIFSKMGISTLQSYQGSQIFEIVGINKMVVNSCFTGAISRIEGIGFDEIAKEALIK
HNNAFRPVMKQEVLQEGGIYQWKKTGEYHQYNPNTVHLLQQATWKNDYEIFKKYSRAVNI
GNDAPVSLRALLELKNDREAIAIEEVEPIENILKRFATGAMSFGSISWEAHTTLAIAMNR
IGAKSNTGEGGEDEQRYDLLQNGDSMRSAIKQVASGRFGVTSRYLAEAEEIQIKMAQGAK
PGEGGQLPGDKVDSWIGKTRHATPGVGLISPPPHHDIYSIEDLAQLIFDLKNANRHARIS
VKLVSKAGVGTIASGVAKAKADHILISGYDGGTGASPVSSVRHAGLPWELGLAETHQTLI
KNKLRQRVTIQTDGQIKTGRDIVIATLLGAEEWGIATSALIVQGCILMRKCHLNTCPVGI
ATQNPDLRAKFSGSADHLVNYFKFLATEVRELMAALGFRTIDEMVGQYQCLTKKEKLKHW
KHQNINLDDFLQKVENDLPLVKSEDQDNELNDSISWKMLEAAEEALQNTSNIRAFFEVKN
TDRAIGTILSHEITKKYKSEGMKEDSLVFDFKGTAGQSYGAFCNKGLTMILEGDANDYFG
KGLSGAKLAVKLPEESKIKAHENSIIGNVALYGATSGKAFINGMAGERFCVRNSGATAVV
EGVGDHGCEYMTGGTVIILGDVGRNFGAGMSGGIAYVWDINKSLDKNFNPDMADLESLEE
SDVQIIKQLIEEHVTITGSEIGQYLLSDFEQALGYFVKVYPRDYKKAILKQKENKETN
NT seq 4497 nt   +upstreamnt  +downstreamnt
atgaagaactatggattgtacagacctgaatttgaatttgactcttgtggtgttggcttc
gtagctaatcttaaaggagttaagagccataaagttgttgcagatgcaataacaatgctg
gagaatatggagcacagaggggctaccggttacgaaagtaataccggtgacggagcaggt
gtacaaatccagattccacatgaactactggaagaagaagcttctacttatggaatagat
ttgccccggctgggagactatggagtaggaatgttcttctttcctaaaaatgtggcactt
atcgatgaatgtaaaaatattattcagcatgctgcagacagactggaactaaatatttta
gggtatagacctgtccctgtaaacaatattgagcttggtgaacttgcgaaggaggtggaa
cctgtaatggaaatgatcttcatcgaaaaacctttcggaatcgacgatgaaaatagtttt
gaaagaaagctcttcgttttccgtaattatattagtaatcagataaataatgttctgcaa
aatgatcctattggtttttatgtagcttcactttcatgtagaaagcttgtttacaaaggt
caattgagaagtatacagatcagacactatttcagagatctaaccaaccccaaacttact
tctgcttttggtatggtgcattcccgttttgcaaccaatacttcgcctacatggagcctt
gcacagccttttagatatttggcacataatggagagattaatacagtacaggggaatctt
aactggttaaaatcgtcccagaaaacatttacaagcccttattttactgctcaggaaata
gatatgcttttgccattagttactcctgatcagtcggattcagcatatctggataatatg
gtagaaatgttggtacatgcaggccgatctttaccacatgttatgatgatgcttattcct
gaagcatgggatagtaacgagatcatggaagattacaaaaaacatttttatgaattccat
gcctgcgtaatggagccgtgggatggaccagcttctatctcatttacggatggtaaaatt
atcggagctactctggacagaaatggactgcgcccttcaagattttgtgttacttccgat
gatatggttgttatggcatcggagtctggcgcattgcctgtggatcctgctaaaattata
aaaagtgggcgtcttcagcccggaaaaatgtttctggtagatcttgccaaaggtaaaatt
atcagtgacgaagaacttaaaaaagaaatctgcacttctcagccttacaaagaatggctg
gatagccagaaaatacgtttagaagaactaccggcgccgagaatacgtttcactatgcta
caggcggatgacatttttaaatatcagcaagcatttggttatacacgtgaagatgtagat
caggttattaaacctatggcacttaccggaaaagaacctattggctctatgggattcgat
gctccactggctgtattgagcgaaaaaccacagcacttaagctcgtatttcaaacagtta
tttgctcaggtaaccaatccgccgatcgatcctatccgagagcgaatggtgatgtctctc
gctacaattattggagggaatggaaatgtcctttctgaggataaaaactttgcacattct
ataacgcttaaacagcctattcttaataatgagcagttggaaaagcttaggagtatagac
accgggaattttcaggcgaaaacaattcatacttatttcaaagctgacggaaacccgggt
agcttgaagcgagggatagaccgcatctgcagatatgctatggatgcagtggaagatggt
tttgatgttctgattctttcagacagagctatagattccgaccatgttgcaatccctaca
ttgctggcttgttctgccgtacatcatcatctggtaagaaaaggagcccgacgaaaaata
ggtattgtaatagaagccggagatatatgggaagtacatcattttgcagccttattaggt
ttcggtgctacggcaattaatccatatctggctttagcttccatcaggcagttacattta
gccggagagattgatggtgatctggaacagttaaaaaagaattatttaaaatctgtcgga
gacgggctgctaaagatcttttctaaaatgggaatttcaactttacagtcatatcaggga
tcccagatatttgaaattgtcggcatcaataaaatggttgtgaatagctgttttacggga
gctatttcgagaattgaagggattggatttgacgagattgccaaagaagcactcattaaa
cataacaatgctttccgtccggtaatgaagcaggaagtgctacaggaaggtggcatttat
caatggaaaaagacaggagaataccatcaatataatccaaatacggttcatttattacag
caagctacatggaaaaatgattatgaaattttcaaaaaatattccagagctgtcaatata
ggaaatgatgcaccagtaagcttaagagcattgctggaactaaaaaatgaccgtgaagca
atagctattgaagaagttgaacctatagaaaatatactaaaacgttttgctacaggagcg
atgtcctttggttctatttcctgggaagcccatacaactttggcaattgcaatgaatcga
atcggagcaaaaagcaataccggagagggaggagaagatgaacaacgttacgatttgtta
caaaatggtgatagtatgcgttccgctattaagcaggttgcttcagggcgattcggtgta
acgagtagatatcttgcagaagcagaagaaatccagataaaaatggcacagggtgctaaa
cctggagaaggaggacagttacccggcgataaagtagacagctggattggaaaaacccgt
catgctactccgggagtaggcttaatttctccgccgccacaccatgatatttattcaata
gaagacttagctcagctaatctttgatctgaagaatgcaaacagacatgcacgaattagt
gttaaacttgtttcaaaagcaggagtcggaactattgcgtctggtgtagcgaaagcgaaa
gcagaccatattttaatatcaggttatgatggtggtaccggtgcgtctccggtgagttct
gtaagacatgccggattaccatgggaacttggactggcagagacacatcaaactttaatt
aaaaataaactaagacaacgcgtaacgattcaaacagatggtcagataaagaccggtaga
gatattgttattgctacattactgggagctgaagaatggggaatagcaacatcggcactt
attgtacagggatgtattctgatgcgtaaatgtcatctaaacacgtgtcctgtaggtatt
gctacacaaaatcctgatttaagagcaaaattctctggtagtgcggatcatttggttaac
tatttcaaatttctggctacggaagtaagagagctgatggcggctttaggattcagaaca
atagatgaaatggtagggcagtatcagtgtcttaccaaaaaagaaaaactaaaacactgg
aagcatcagaatataaatcttgatgattttctgcaaaaagttgaaaatgatttaccattg
gtgaaatcggaagatcaggataatgaattgaatgattctatatcctggaagatgcttgaa
gcagcagaagaagcgttgcagaatacatctaatatcagggccttttttgaggttaaaaat
acagacagggcaatcggtactatattgtcccatgaaattaccaagaagtataaatccgaa
ggaatgaaggaagattcgctggtattcgacttcaagggaactgcaggacaaagctatggg
gcattctgtaataaaggacttacgatgattttggaaggggatgccaatgactattttggt
aaaggtctttctggtgccaagctggctgtaaaattacctgaagaatctaaaattaaagca
catgaaaacagtattatcggtaatgtagctttatatggagccactagcggaaaagctttt
attaacggaatggctggagaacgtttttgtgtccgcaattctggagcgacggctgtagta
gaaggagtaggtgatcacggatgcgaatatatgacaggaggaacagttattattttagga
gatgtcggaaggaattttggagcggggatgagtggtggaatcgcgtatgtgtgggatatt
aataaatctctggataagaattttaacccggatatggcagatttggagtcattggaggag
tctgatgttcagataatcaaacaattaatagaggaacatgttaccattacagggagtgaa
ataggtcaatatttactgagtgattttgaacaagcattggggtactttgtaaaggtatat
ccgagagattataaaaaagctatactaaagcaaaaagaaaacaaagaaactaattag

  All links  
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 domain (5)   
   Pfam (5)   
All databases (29)   

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