KEGG   Draconibacterium halophilum: G0Q07_19050
Entry
G0Q07_19050       CDS       T06417                                 
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
drc  Draconibacterium halophilum
Pathway
drc00250  Alanine, aspartate and glutamate metabolism
drc00910  Nitrogen metabolism
drc01100  Metabolic pathways
drc01110  Biosynthesis of secondary metabolites
drc01120  Microbial metabolism in diverse environments
drc01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:drc00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    G0Q07_19050 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    G0Q07_19050 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:drc01002]
    G0Q07_19050 (gltB)
Enzymes [BR:drc01000]
 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)
     G0Q07_19050 (gltB)
Peptidases and inhibitors [BR:drc01002]
 Cysteine peptidases
  Family C44
   G0Q07_19050 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG AWS
Other DBs
NCBI-ProteinID: QIA10041
UniProt: A0A6C0RL58
Position
4656209..4660798
AA seq 1529 aa
MQTKEPVAKGLYRPEFEHGSCGIGFVANLKGRKKHSVISDALSMLARMEHRGGTGFDIKS
GDGAGILLQIPHELFMEECPKQGIKLPQFGEYGVAMIFFPKEDRKRSECKDIIGRNLKKF
GLPYIGYRKVPVDNSDLGHDSLASEPYVQQLFIGKPVGMSVEEFDRKLFVFRKYTEKLIR
ESIAGIGYNGLNIISCSYKTIIYKGQLTTDQVSLYFKDLTNPLAVSAISLVHSRFSTNTF
PSWKLSQPFRYIAHNGEINTNKGNINWMRAREVLLECSKFTKKELEMIFPICDLRDSDSA
NLDMAIEMLVLSGRSLPHVMMMLIPEAWQNNPDMDPKKKEFYEFYSAMMEPWDGPASVCF
TDGVLVGATLDRNGLRPSRYCLTDDDTLIMASETGAIDVPHEKVKIRGRLQPGKMFVADL
EQGRIISDEEVKAEICSSQPYGDWVKNNMTYLDELPFIPDLELKEPDTKTVFKRQKAFGF
TNEDIEVILKPMATNGGEALGSMGADNPLAVLSDRPVHLSHYFKQLFAQVTNPPIDPIRE
RIVMDLRTYVGGFKNILTESAEHCRRIAIHQPVLTNEQLIKLAYVDHTHFQTKKITTVFH
ADEKEGTLETKLERLCQYVEDAIDEAYSIILLSDFAISTDHAPIPSLLAASAVHHHLIRV
GKRGKADIIMEAGDVREVHHFATLLGYGVSAVNPYMAIDTIKDLVNQGALGDITKEQAIR
NYVKAIGGGLLKVFSKMGISTLASYQGAQIFEAVGLKQEVVDKYFTGTVSRVEGLSLDDI
AKEARMRHRKGFPTRQGGAKVLEPGGEYNWRKDGERHLLSPEAIQLIQEATRKNDYDKYK
KYCSVVDDQAEAAFTLRGLMDLTSDRKPIPLDEVEPAESILTRFATGAMSFGSISWEAHT
TLAIAMNRIGSKSNSGEGGEDPIRYTKLPNGDDMCSATKQIASGRFGVNSYYLSKAKELQ
IKMAQGAKPGEGGHLPGHKVNGWIGRTRNSTPGVGLISPPPHHDIYSIEDLAQLIFDLKN
SNRDARVNVKLVSEMGVGTVAAGVCKAKADAVLISGYDGGTGASPLSSIKHAGLPWELGL
SETHQTLVRNRLRNRIVVQSDGQMKTSRDLAIATLLGAEEWGVATMALVVEGCIMMRKCH
SNTCPVGVATQNERLRGKFKGNPDHVVNFFEFLVEGLREIMAELGYKTINEMVGQSQCLK
FKDDIDHWKYKGLDLSPILYKEEMGEEEGLYCSKKQDHQMEEILDWKFVEAAQKAIKDGE
KVAAEFEIKNINRSVGTVLSHEVTKVHKGEGLPDGTIHFKMKGSAGQSFGAFVCKGIELE
VEGDANDYFGKGLSGGHLSIYPAKNVQFIPEQNIIVGNVCFYGATGGEAYIRGVAGERFC
VRNSGAQVVVEGIGDHGCEYMTGGKTVVLGKTGRNFGAGMSGGVAYILDIDGTFPGLCNK
GMIQLERVTDEAEQEELKAMIRKHMEKTESTVAEYVLSDWEDTIGKFVKVIPTDYKRMLT
YIEEARKTGKYEKESDVIDAAFDMHLANL
NT seq 4590 nt   +upstreamnt  +downstreamnt
atgcagacaaaagaacctgtagcaaagggattgtaccgccctgaatttgaacatggcagt
tgtggtattgggtttgtagcaaacctaaagggaagaaagaaacacagtgtgatttcggat
gctttatcgatgctggctcgtatggaacatcgcgggggtaccggatttgatattaaaagc
ggtgacggtgcagggatattattacaaattccacacgaacttttcatggaagaatgtcct
aaacagggcattaaattacctcagtttggggaatatggtgtagccatgatcttctttcca
aaagaggacagaaaacgttcagagtgtaaagatattattggtagaaacctgaagaaattt
ggattaccatacataggttatcgtaaagttccggttgacaattctgacctgggacacgat
tcactggcctcagaaccatatgtccagcaattgtttattggtaaacctgttggcatgtcg
gttgaagagttcgaccgcaaactttttgttttcagaaaatacactgaaaaattaattcgc
gaatcaattgccggcatcggttataacggtctaaatattatttcctgctcgtataaaacg
atcatttacaaaggtcagttaacaaccgatcaggtttctttatattttaaagacctgaca
aacccgctggcagtgagtgccatttcattggtgcactcgcgtttttcaaccaatactttc
ccatcgtggaaactgtcgcagcccttccgctacattgcgcacaacggcgagatcaacacc
aacaagggtaacatcaactggatgcgtgcccgcgaagtacttcttgagtgctcaaagttc
acaaaaaaagaacttgagatgatcttcccgatctgcgatttaagagattcggacagtgcc
aaccttgatatggcaattgaaatgctggtattaagcggcagatccttaccacatgtaatg
atgatgcttattcctgaagcatggcaaaataatcctgacatggatccgaaaaagaaagag
ttctacgaattttattctgcaatgatggagccatgggatggaccggcatcggtatgtttt
actgatggtgtacttgttggtgcaacgctcgaccgtaacggcttgcgtccgtcgcgttat
tgcctgactgatgacgacactttaataatggcatcagaaaccggagcaattgatgtacct
cacgaaaaagttaaaattcgtggtcgtttgcaaccaggaaaaatgtttgttgccgatttg
gaacaagggcgtattatttctgacgaagaagttaaagctgaaatttgctcgagccaacct
tatggcgactgggtaaaaaacaatatgacttatctggacgagcttccgtttattccagac
cttgaattgaaagagccggatacaaaaacagtatttaaaagacagaaggcttttggattc
accaacgaagatattgaggtgatcctgaaaccaatggcaaccaatggtggcgaagcgctt
ggttcaatgggagccgacaacccgctggccgttctttctgatcgtccggtgcatttgtca
cactactttaaacaattattcgcccaggtgaccaatcctcccatcgacccgatcagggag
cgtattgtaatggacttgagaacttatgtaggtggatttaaaaatattttaaccgaatca
gccgagcattgccgacgcattgctattcaccagcctgttttaaccaacgaacagttgata
aaactggcttacgtggatcacacacatttccaaaccaaaaagatcaccactgttttccat
gccgacgaaaaagaaggtacactggaaaccaaactggaacgtttgtgccagtatgttgaa
gatgccatcgatgaagcttactcaattatattattgtcggactttgcaattagcaccgac
catgccccgattccatctttattggcagcatcggctgttcaccatcaccttatccgtgtt
ggaaagcgcggtaaagccgacattattatggaagccggtgatgtacgcgaagttcatcac
tttgcaaccttgttaggctatggtgtttctgccgtaaatccatatatggccatcgacact
atcaaggatttggttaatcaaggtgcgcttggagatattacgaaagaacaagccatccgg
aattatgtgaaagctattggcggcggactattgaaagtattctcaaaaatgggtatttca
accctggcttcttatcagggagcacagatttttgaggctgtaggactgaagcaagaagta
gttgacaaatactttaccggcaccgttagtcgtgttgaaggattaagtcttgatgatatt
gccaaagaggcccgaatgcgtcaccgcaaagggttcccaacacgccagggtggagcaaaa
gttcttgagcccggtggcgaatacaattggcgaaaagatggcgaacgtcacttattaagt
cctgaagccattcaactgattcaggaagcgacaagaaagaacgattacgacaaatacaaa
aaatattgtagtgtagtagacgaccaggcagaggctgccttcacgttacgtggactgatg
gatcttacatcggaccgcaagcctattccgctcgacgaagtggaaccggcagaaagcatt
cttactcgttttgctacgggagcaatgtcctttggttctatctcgtgggaagcacacact
acacttgccattgccatgaaccgtattggttcaaaatcgaactcgggcgaaggtggtgaa
gacccaatacgttacaccaaattgcccaatggcgacgacatgtgttctgccaccaagcag
attgcatcaggacgttttggcgtaaacagctactacctgagcaaagccaaagagcttcag
ataaaaatggcgcagggagcaaaacccggcgaaggaggacatcttccgggccataaagta
aatggctggatcggacgaacacgtaattcaacacctggtgtaggccttatttcgcctcca
ccgcaccacgatatttattctattgaggatttggcacaattgatattcgacctgaaaaac
agtaaccgcgatgcacgtgtaaacgtaaagctggtttctgaaatgggagttggtacagtg
gctgccggcgtttgtaaggcaaaagctgatgctgtacttatttccggatacgatggcgga
acaggtgcatcgccacttagttctattaaacacgccggattaccatgggagcttggattg
tcggaaacacaccaaacactggtgcgcaaccgcttacgtaaccgtattgttgttcagtct
gatggtcagatgaaaacatcgcgcgacctggctattgcaacactgcttggtgctgaagaa
tggggagttgcaacaatggcattggttgttgaaggatgtataatgatgcgtaaatgccat
agcaacacttgtccggtaggtgtggccacacaaaacgaaagattacgtggaaaattcaag
ggtaatcctgatcacgttgtaaacttcttcgaattcctcgttgaaggtcttcgtgagatt
atggcagaactgggctacaagacaatcaacgaaatggtgggtcagtcgcaatgcctgaaa
ttcaaagacgatatagatcactggaaatacaaaggtcttgacctaagcccaattctttac
aaagaagaaatgggcgaagaagaaggtctttactgcagcaaaaaacaagatcaccagatg
gaagaaattctcgactggaaatttgttgaagcagcacaaaaagcaataaaagatggcgaa
aaagtagccgcagaattcgaaattaaaaacatcaaccgtagtgttggtactgtgctgtcg
cacgaagtaaccaaagtacataaaggagaaggtttgcctgacggtaccatccatttcaaa
atgaaaggatcggcaggacaatcgtttggtgctttcgtttgtaaaggtattgagttggaa
gttgaaggagatgcaaacgattatttcggaaaaggattatccggaggtcatttatcgatc
tacccggctaaaaatgtacagttcatcccggaacaaaacatcattgtaggtaacgtttgt
ttctacggagcaacaggaggcgaagcttatatccgcggtgttgccggcgagcgtttctgt
gttcgtaactcgggtgcacaagttgttgttgaaggtattggcgaccatggttgcgaatac
atgacgggaggaaaaacggttgtgcttggaaaaacaggacggaactttggagcaggaatg
tcgggcggtgttgcttatattctcgacattgatggtactttccccggtctttgcaacaag
ggaatgattcaactggagagagtaacggatgaagcagaacaggaagaactgaaagcaatg
atccggaaacacatggaaaaaaccgaatcaacggttgctgaatatgttctttccgactgg
gaggacacaataggcaagtttgtaaaagtaattcctaccgattacaaacgtatgctgacc
tacattgaagaggcccgcaaaacgggtaaatacgaaaaagagtcggatgttattgatgct
gcatttgatatgcatctggccaacttgtaa

  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 (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

Download RDF
DBGET integrated database retrieval system