KEGG   Campylobacter avium: CAV_1704
Entry
CAV_1704          CDS       T05533                                 
Symbol
gltB
Name
(GenBank) glutamate synthase, large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
cavi  Campylobacter avium
Pathway
cavi00250  Alanine, aspartate and glutamate metabolism
cavi00910  Nitrogen metabolism
cavi01100  Metabolic pathways
cavi01110  Biosynthesis of secondary metabolites
cavi01120  Microbial metabolism in diverse environments
cavi01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:cavi00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CAV_1704 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    CAV_1704 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:cavi01002]
    CAV_1704 (gltB)
Enzymes [BR:cavi01000]
 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)
     CAV_1704 (gltB)
Peptidases and inhibitors [BR:cavi01002]
 Cysteine peptidases
  Family C44
   CAV_1704 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG ARL2_Bind_BART MinC_C
Other DBs
NCBI-ProteinID: ASQ31295
UniProt: A0A222MZM3
Position
1700272..1704759
AA seq 1495 aa
MQNLDSSYNFGLYDSKFEHDSCGIAAVVNIRGIASYKVICDALEILMQLEHRGGAGAEEN
TGDGAGILIQIPHDFFATLELGFTLPKKGDYAVAQMFLSPNYEAKEEAKKIFLEGLKEKN
LEFLGFREVPVNPSDIGKTALAAMPYFLQAFVKRPKEVDEGLAFERVLYNARRIIEKKAA
LVPKFYFSSFSSRTIVYKGMLLSTQLSDFYLDFKDVNLKSAIALVHSRFSTNTFPSWERA
HPNRYMAHNGEINTIRGNVDIMSAREGLLESDYFENLDELLPVIAKYSSDSAMFDNTLEF
LSLNGRTLEEAFLMMIPEPWHRNSNMNPKKRAFYEYHSTLMEPWDGPAAIIFTDGVVMGA
SLDRNGFRPSRYYLTKDDFLILSSETGALKIDEKNIKAKKRLEPGKLLLVDTARGRVISD
EEVKEHYANAKPYEKWLENLVRLEDLKSKDYKHNFLSEDEVLRLQKVFAWSYDELKQSVE
AMAKTGKEALAAMGNDSALAVLSNSYQPLYNYFKQLFAQVTNPPLDAIREEIVTSTRIYL
GRESNLLKPDESHCKRVKVSLPIISNEELHEIKKLKDFKVKDFSLLFEYEKISLEKALDE
LFLKVEKEIDEGASIVVLNDKGVKQNLSYIPALLAVSGLHNYLVRKSKRTHVSIIVESAE
PREIHHFACLLGFGATVINPYLVYESINQLIKQKELDLSYEKAVANFIKASSSGIVKIAS
KMGISTLQSYCGAQIFECLGLSSKIMQKYFTSVSSRIEGIDIEDIEKELIYHHKKAFKDN
TKALDSIGSHKYRSSKEEHLLDPLVIFHLQESCKNKDYKLFKKYSSLVDNKIVNLRHLMD
FDFSEAISIDKVESADEIVKRFKTGAMSYGSISKEAHECLAIAMNSINARSNSGEGGEDE
SRYEIKEGLNKSSAIKQVASGRFGVDINYLVNAKEIQIKVAQGAKPGEGGQLMGFKVYPW
IAKARNSTPGVSLISPPPHHDIYSIEDLAQLIYDLKNANSEAKISVKLVSESGIGTVAAG
VAKAGANLILVSGYDGGTGASPRTSIPHAGLPWELGLAETHQTLILNKLRQRVRLETDGK
LLTGRDLAIAALLGAEEFGFATAPLMVLGCTMMRVCHLNTCPFGIATQDRELRDRFKGKP
EDVVNFMYFIAEELREYMARLGFEKLDDMIGRIDKLKQKKLSGKLAKINLDKIIKSLPTY
NKSAVHFESFVDNKLEKSIDYRILLPLCKSALEKNKKIKLSLEVSNLSRTFATMLSSYIV
KNYGKNALEEDKISLRAIGSAGNSFGAFLCKGIKLEIIGDTNDYLGKGLSGGKIVAKISD
EATFSPEENIIAGNACLYGATSGAVYLDGIAGERFCVRNSGAKAVVLGTGVHGCEYMTGG
IVVVLGDVGVNFAAGMSGGVAYIFGRHNEANVNPELVDIKNLSKEDEKELKAIIEEHILY
TGSKKAKDIMQKFDKKDFFKIMPRDYEKALKALKACKDEKEPELSAFKMLSEGKI
NT seq 4488 nt   +upstreamnt  +downstreamnt
atgcaaaatttggattcttcttataatttcggtctttatgatagcaaattcgagcacgat
tcttgcggtatagcagctgtggtaaatataaggggcattgcttcttataaggttatttgc
gatgccttagaaattttaatgcaacttgagcacagaggaggagccggagctgaggaaaac
acaggagatggtgctggcatacttatacagatacctcacgactttttcgctaccctagaa
cttggctttactttgcctaaaaagggagattacgcagtagcacagatgtttttgtctcca
aattacgaggcaaaagaggaggctaaaaagatatttttagagggcttaaaagaaaaaaat
ttagaatttctaggctttagggaagttcctgtaaatcctagcgatattggcaaaacagcc
cttgctgcaatgccttacttcctacaagcctttgttaaaagaccaaaagaagttgatgag
ggcttagcctttgaaagagtgctttataatgcaagaagaatcatagaaaaaaaagcagcc
ctagtgcctaaattttacttttcaagcttttcatcaagaaccatagtgtataagggtatg
ctactttcaacccagctaagtgatttttatcttgattttaaggatgtgaatttaaaatca
gccattgccctagtgcattctcgcttttctacaaatacctttccaagctgggaaagagcc
cacccaaacagatatatggcgcataatggagagataaacaccataagaggaaatgtcgat
attatgagtgctagagagggcttgttagagtctgattattttgaaaatttagacgagctt
ttacctgtgatagcgaagtatagcagtgattctgctatgtttgataacactttggagttt
ttatccttaaatggtcgcaccctagaggaagcctttttgatgatgataccagagccttgg
catagaaattcaaatatgaatccgaaaaaaagagccttttacgagtatcactcaacctta
atggagccttgggacggacctgctgctatcatctttacagacggcgttgttatgggagct
tccttagatagaaatggctttagaccatcaagatactatcttacaaaggatgatttttta
atactctcaagcgaaacgggagccttgaaaatagatgaaaaaaacatcaaggctaaaaaa
agacttgagccgggcaaactactcttagtagatacagcaagaggcagggtgatatcagat
gaggaagtaaaagagcattacgcaaatgcaaagccttatgaaaagtggcttgaaaattta
gttaggcttgaggacttaaaaagcaaggattataagcataatttcttaagcgaagatgag
gttttaaggctgcaaaaggtctttgcttggtcttatgatgagctaaaacaaagcgttgag
gctatggcaaaaacaggcaaggaagcactagctgctatgggcaatgactcagctctagcg
gttttgtcaaattcatatcaaccactttataattattttaagcaattatttgcccaagtt
acaaatcctccacttgacgccataagagaagagatagtaacctcaactagaatttatctt
ggcagggaaagcaatctcttaaaaccagatgagagccactgcaaaagggttaaggtaagt
ttgcctatcattagcaatgaagaattgcacgagataaaaaaattaaaagattttaaggta
aaagacttttccttgctttttgagtatgaaaaaatttcacttgaaaaggctttggatgag
ctctttttaaaggtggaaaaagagatagatgagggagctagtatagtggtgctaaatgat
aagggagtaaagcaaaatttaagctacataccagcacttttagccgtttcgggactacat
aattatctagttagaaagtcaaaaagaacacacgtaagcattatagtagaaagtgccgag
cctagagaaattcatcattttgcctgtttattaggctttggagcaactgtcataaatcct
tatctagtctatgaaagtataaatcaacttataaaacaaaaagagctagacttaagctac
gaaaaggctgtggcaaattttataaaggcttcctcaagtggtatagttaagatagcttct
aaaatgggaatttcaaccctgcaaagctactgtggggctcaaatttttgagtgcttagga
ctaagtagtaaaataatgcaaaagtattttacctctgtaagctcaaggatagaaggtata
gacattgaagatatagaaaaggagcttatctatcatcacaaaaaagcctttaaagataat
acaaaagcccttgattccataggctctcacaagtatagatccagcaaggaagagcaccta
cttgacccactagtcatctttcacttgcaagaatcttgcaaaaacaaggactataaactc
tttaaaaaatacagctccttagtggataataaaatagtaaatttaaggcatttaatggac
tttgattttagcgaagccataagcatagacaaggtagaaagcgccgatgagatagtaaag
agatttaaaacaggtgctatgagttatggctctatctcaaaagaagcccacgaatgccta
gccatagctatgaattccataaatgctagatcaaactcaggcgagggcggcgaggatgaa
agcagatacgagataaaagaagggctaaataaaagctctgcgataaaacaggttgctagt
gggagatttggagttgatataaactaccttgtaaatgcaaaggaaattcaaatcaaagta
gcacaaggagcaaaaccgggcgagggcggacagcttatgggctttaaggtttatccttgg
atagcaaaggctagaaattcaacccccggagtttctttaatatctcctccaccacatcac
gatatatactccatagaggatctagcccagctgatatatgatctaaaaaacgcaaatagc
gaggctaaaatttcggttaaactagttagtgaaagtggcataggcacggtcgcagctgga
gtggcaaaggcaggagcaaatttaatccttgtttcaggttatgacgggggcacgggagca
agtccaagaacttccatacctcacgctggtcttccttgggaattaggacttgcagaaact
catcaaacccttatcctaaataaacttaggcaaagggtgcgtcttgaaacagacggcaaa
cttttaaccggaagggacttagccatagcagcacttttaggggctgaggaatttggcttt
gcaaccgcacctttgatggttttgggctgtacgatgatgagggtttgccatctaaacacc
tgtccttttggtatagccactcaagacagagaacttagagataggtttaagggtaagcct
gaggatgtggtgaattttatgtatttcatagctgaggaacttagagaatatatggcaagg
cttggttttgaaaagcttgatgatatgataggacgcatagataaattaaagcaaaaaaag
ctaagtggaaaattagcaaagataaatttagataagattataaaatccctgcctacatat
aacaaaagtgcggtgcattttgaaagctttgtggataataagcttgaaaaaagtattgat
tatagaattttactcccgctttgcaaatccgctttagaaaaaaataaaaagataaaacta
agcctagaggtaagcaatcttagcagaacctttgccactatgctttcaagctacatagtg
aaaaactacggcaaaaacgccttagaagaagataagataagcctaagagccataggctct
gctggaaatagctttggtgcctttttatgcaagggtataaagcttgaaatcataggcgat
accaacgactatctaggcaagggcttaagcggtggtaagatagtggctaaaatttcagat
gaggctacctttagccctgaagaaaatataatagccggaaatgcctgtttatacggagct
acaagcggggctgtgtatttagacggcatagcaggagaaagattttgcgttagaaattca
ggcgcaaaggctgtagttttaggcacgggagtgcatggttgtgagtatatgactggtgga
attgtggttgtgctaggcgatgtgggcgtaaattttgccgctggtatgagcgggggagtg
gcttatatctttggtagacataatgaagcaaatgttaatcctgagcttgtagatataaaa
aatcttagcaaagaggatgaaaaagagctaaaagccataatagaagagcacatcttatac
acaggctctaaaaaggctaaggacataatgcaaaaatttgacaaaaaagacttttttaag
ataatgccaagggattatgaaaaggctttaaaggctctaaaagcttgtaaggatgaaaaa
gaacctgagctaagtgcctttaaaatgctaagcgagggtaagatttaa

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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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