Apibacter sp. B2966: G8C43_07605
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Entry
G8C43_07605 CDS
T06471
Symbol
gltB
Name
(GenBank) glutamate synthase large subunit
KO
K00265
glutamate synthase (NADPH) large chain [EC:
1.4.1.13
]
Organism
apib
Apibacter sp. B2966
Pathway
apib00250
Alanine, aspartate and glutamate metabolism
apib00910
Nitrogen metabolism
apib01100
Metabolic pathways
apib01110
Biosynthesis of secondary metabolites
apib01120
Microbial metabolism in diverse environments
apib01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
apib00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
G8C43_07605 (gltB)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
G8C43_07605 (gltB)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
apib01002
]
G8C43_07605 (gltB)
Enzymes [BR:
apib01000
]
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)
G8C43_07605 (gltB)
Peptidases and inhibitors [BR:
apib01002
]
Cysteine peptidases
Family C44
G8C43_07605 (gltB)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Motif
Other DBs
NCBI-ProteinID:
QII72637
LinkDB
All DBs
Position
1756108..1760607
Genome browser
AA seq
1499 aa
AA seq
DB search
MWKSEYCKKGLYDPEFEHDACGVGMIVHTKGVRSHSIVENGLQVLENMTHRGAESADNKT
GDGAGIMVQIPHEFVLLQGIAVPEKGRYGSGLLFFPKEKEEEKKAFELLSELIKKEGLSF
LALRDVPVNSDILGEISMANEPIIKQIFIKGEEYSQEVLELKLYLLRKKFEKALLESDIK
NKRGCYIVSLSTKTIVYKGMLTSLQLRHYFPDLLHPNFTSAIALVHSRFSTNTFPTWDLA
QPFRLVGHNGEINTIKGNRLWMEARESVLKSEKIGNIEDIWPIVQQGMSDSSSFDNVLEF
LVMSGKSLPHALAMMVPESWNDKNPISSELKAFYEYHSILMEPWDGPATILFSDGRYAGG
LLDRNGLRPARYLITHHDMMVVASETGVVTFDPSEIREKGRLKPGKMVLIDTVNGSVQYD
KELKEELANAYPYKQWLDKNRISLDDISSGRSVKYEVPNLDVMLSAYGYYREDIEKLLIP
MAKDGKEPVGSMGNDTPLAILSKEPNRLFSYFRQHFAQVTNPPIDPIREELVMSLAGYIG
SLHKNILEPMPEHCKMVGLAYPIITNKELDLLENLEYKGFKSTVIPITFTYQPDEYAYGL
KKGIEELCKTAEEAVDKGSNYIILSDRKADLDHIAIPSLLAVSSVHHYLIKKRKRMQIDL
VVESAEPREVMHFALLFGYGANAVNPYLSFAMLNDLVEKGEIQMVFSTAERNYMKSIHKG
LLKVLSKMGISTLKSYIGAQVFEAIGISSKVLSDYFGHTISKIEGIDLEDIAYDTIQSFK
EAFEGAHDSTIYDNLGMYAWRKGREAHAWNPETIAKLQIATRTGDYNKFKEFTQEVDNKE
DKIFIRDFIDYTSQPIDIDLVEPASEIMKRFVTGAMSFGSISKEAHEAIAVAMNTIGGKS
NTGEGGELKERFSTNARSAIKQVASGRFGVTTEYLVNADEIQIKVAQGAKPGEGGQLPGF
KVDTIIAKTRHSIPGISLISPPPHHDIYSIEDLAQLIYDLKNVNPKAIISVKLVSESGVG
TIAAGVAKAKADLILISGCDGGTGASPLSSIKHAGLPLEIGLAETQQTLVLNNLRGNIRL
QTDGQLKTGRDIVIAAMLGAEEFGFATSALIILGCVMMRKCHLNTCPVGVATQNEQLRGK
FSGKSDYLINFFTFLAEEVREHLASLGFTKLDDIVGRTDLLKSKSTLQNPRFEKLDLSRI
LYYPEKNKNSLKHNKLQDHKIDKVLDRELINTCRNAIDQSMPVSLKRTIQNTDRAVGAML
SGEVAKKYGNEGLPDNTIHCTFKGSAGQSFGAFLSKGITFTLKGDANDYLGKGLSGGKII
LLPPDSSNFMPENNIIAGNTLLYGATSGEVYINGQVGERFCVRNSGALAVVEGAGDHCCE
YMTGGRTVVLGKTGRNFAAGMSGGIAYVYNPDGDFDYYCNMEMVELSLIEDISDIRELND
LISNHYKHTSSPLAKRLLDNWINEVNSFIKVTPIEYKRVLQEEKIRAINEKISKLEYDY
NT seq
4500 nt
NT seq
+upstream
nt +downstream
nt
atgtggaaaagtgaatactgtaaaaaaggattatatgatccggaatttgagcatgacgcg
tgtggagtaggtatgatagtccacaccaaaggtgtcagatcccattcaattgttgaaaac
ggacttcaagttttagaaaatatgacccacagaggagctgaaagcgccgataataaaacc
ggagatggagccggaattatggtgcaaatacctcatgaatttgttcttcttcaaggaata
gcagttccggaaaagggcagatatgggagcgggttgttatttttccctaaagaaaaagaa
gaagaaaaaaaggcatttgaattactgtccgaattaatcaaaaaagaaggattaagtttt
ttagccttgcgggatgtacctgttaatagtgatatacttggagaaatatcaatggcaaat
gagccgattataaagcagatattcataaaaggagaagaatattcacaagaagtattagaa
ctgaaactgtatttacttagaaaaaaatttgaaaaagcattattagaatcagatataaaa
aataagcgcgggtgttacatagtaagtttgtcaaccaaaaccattgtatataaaggaatg
ttgacatctttacaactaagacattattttcctgacttattacatcctaattttaccagt
gctattgctttagttcattcaaggttcagtaccaatacttttccaacctgggatttagct
cagccttttcgtttagtcgggcataacggtgaaatcaacaccatcaaaggaaacaggttg
tggatggaagcacgtgaaagcgttttaaaatcagaaaaaataggaaatatagaagatata
tggccgattgtgcagcagggaatgagcgacagttcatcttttgataatgtattagaattt
ttagtaatgtctggcaagtccttgccccatgcattggccatgatggttccggaatcatgg
aatgataaaaatccgatctcatccgaactgaaagccttctatgaataccacagcattctt
atggaaccgtgggacggaccggcgaccattttattcagtgacgggcgatatgccggggga
ttgttggatagaaatggattacgtcccgcacgatatctcattacccatcatgatatgatg
gtagtagcttcagaaacaggagtagttacctttgatccctcagaaatcagggaaaaagga
agattaaaaccaggaaaaatggtattaattgatactgtaaatggtagtgttcagtatgat
aaagaattaaaagaagaattagcaaatgcttatccgtataaacaatggttagataaaaac
agaatttctttagatgatatatcttcgggaagaagcgtgaaatatgaagttccgaatttg
gatgtcatgttatcagcatatggatattatcgtgaagatatagagaaactattaattccg
atggcgaaggacggaaaagaaccggtgggctctatgggaaacgatactcctttggcaata
ttatccaaagaacccaatcgtttattttcctatttcaggcaacattttgcgcaggtaacc
aatccacccattgatcccataagagaagaattagtaatgtccctagccggatatataggt
tctttacataaaaatatattagagcccatgcccgaacattgtaaaatggttggactggcc
tatcccattataaccaataaagaattggatctgctcgaaaatttagagtataaaggattt
aaatcgacagtaattcctataacctttacgtatcaaccggatgagtatgcttacgggttg
aaaaaaggtattgaagaactttgtaaaactgcggaagaagcagtggacaaaggaagcaat
tatattattttaagtgatagaaaagctgacctggaccatatagccattccttcattatta
gcagtttcttctgtccatcattatttgattaaaaagagaaaacgtatgcaaattgatttg
gtggtagaatcagcagaaccgagagaggttatgcattttgccttattatttggatacgga
gccaatgcggtaaatccatacctgtcatttgccatgttgaatgatttggttgaaaaagga
gaaatacaaatggtattttcaacagcagaaagaaattacatgaaatccatacataaagga
ttattgaaagttctttctaaaatgggaatatctacccttaaaagttatataggagctcaa
gtatttgaggcgatcggaataagttcaaaagtattgtctgattattttggtcacaccatt
tcaaaaatagaaggtatagacttagaagacatagcatacgataccatccaatcgtttaaa
gaagcattcgaaggggcacatgattcaaccatatacgacaatttaggaatgtatgcatgg
agaaaaggaagagaagcccatgcttggaatccggaaaccatcgcaaaacttcagattgcc
acacgaaccggagattacaataaatttaaagaatttactcaagaagtagacaacaaagag
gataaaatatttataagagattttatcgattatacatctcaacccattgatatagattta
gtcgagcctgcatcagaaattatgaaacgttttgttacaggtgctatgtcgttcggatcc
atcagtaaagaagcacatgaagccatagcggttgctatgaatacgatcgggggaaaaagt
aatacaggagaaggaggagaactaaaagaacgtttttcaactaatgctagatcagcgatc
aaacaagtagcttcaggaagatttggagttacaacggaatatttagtaaatgcagatgaa
attcaaattaaagtagcccaaggagctaagccgggagaaggaggacaattgcccggattt
aaagttgacacaattatagccaaaacaagacattccatacccggtatctcattgatttca
ccgccacctcatcacgatatatattctattgaagatttggcacaattaatctatgattta
aaaaatgtgaatccaaaagctataattagcgtaaaattggtttcagaaagtggtgtagga
accatagctgccggagtggcaaaagcaaaggcagatttaattttaatcagcgggtgcgac
ggaggaacgggtgccagtccgttaagctctattaaacatgccggattaccactggaaatc
ggattagctgaaacccaacaaacattggtgttaaataatcttagaggtaacattcgcctt
caaacagacggacaattaaaaacaggcagagatattgtcatagccgcaatgctgggagcc
gaagaatttggttttgcaaccagtgctttgattattttgggctgcgttatgatgagaaag
tgtcatttgaatacttgtccggtaggagtagcaactcaaaatgagcaattaaggggaaaa
tttagcggtaaaagtgattatcttataaatttctttaccttcttagcagaggaagtacga
gaacatttagcctcactgggatttaccaaattagacgatattgtgggaagaacagatctg
ttaaagtccaaatccactcttcaaaatccaagatttgaaaaattagatttaagcagaata
ttatattatcccgaaaaaaataaaaattctttaaaacataataaacttcaagatcataaa
atagataaagttttagatagagaattaataaacacttgtcgcaatgccatagatcaatcc
atgcccgtatcattgaaacgtaccattcaaaatacggatagagcagtgggagcaatgctg
tcaggagaagtggcaaaaaaatacggtaacgaaggattaccggataataccattcattgc
acatttaaaggatctgcaggtcaaagcttcggagcttttttatccaaaggaatcactttt
acattaaaaggggatgcaaatgactatttgggaaaaggattgtctggcggtaagattatt
ttgttgcctcccgattcatctaactttatgcctgaaaacaacattatagcgggaaataca
cttttatatggtgcgacctcaggcgaagtatatattaacggtcaggtaggagagcgtttt
tgcgtaagaaacagtggagctcttgcagtagttgaaggcgcaggagatcattgttgtgaa
tatatgaccggaggaagaacggtagtgctgggtaaaacaggaagaaattttgcagccggt
atgagtggcggtatcgcttatgtatataatccggatggcgatttcgattactattgcaat
atggaaatggtagaactttccttaattgaagacattagcgatatacgtgaattaaatgat
cttattagcaatcattacaaacacacttcaagcccacttgctaaaaggttattggataat
tggataaacgaagtaaattcttttattaaagttactccaatagaatataaaagagttttg
caagaagaaaaaattcgcgcaataaatgagaaaatttcaaaactagaatacgattattaa
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