KEGG   Aliivibrio wodanis: AWOD_I_2204
Entry
AWOD_I_2204       CDS       T03808                                 
Symbol
gltB
Name
(GenBank) glutamate synthase, large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
awd  Aliivibrio wodanis
Pathway
awd00250  Alanine, aspartate and glutamate metabolism
awd00910  Nitrogen metabolism
awd01100  Metabolic pathways
awd01110  Biosynthesis of secondary metabolites
awd01120  Microbial metabolism in diverse environments
awd01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:awd00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    AWOD_I_2204 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    AWOD_I_2204 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:awd01002]
    AWOD_I_2204 (gltB)
Enzymes [BR:awd01000]
 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)
     AWOD_I_2204 (gltB)
Peptidases and inhibitors [BR:awd01002]
 Cysteine peptidases
  Family C44
   AWOD_I_2204 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Npa1 AWS
Other DBs
NCBI-ProteinID: CED72266
UniProt: A0A090IMZ1
Position
1:2520528..2525075
AA seq 1515 aa
MVDREQNTQGMYTPELEHDACGIGFVAHLKNRKSHDVVTQALDMLARMEHRGGQGCDPCS
GDGAGILLQKPHEFLLEEAVKLGIKLPSFEKYGVGVVLFPKDEHKRQQCRDILERNAQRL
DLEIIGYRVLPVDNSMLGDDPLSTEPQFEHVFISGGPSMTPEELERKLYVLRNYTVRVCL
ESISNIGDDFYINSLSYKTLVYKGQLTTEQVPQYFLDLQNPTMVTALALVHSRFSTNTFP
RWRLAQPFRYIAHNGEINTVRGNLNWMKAREAIIESDLFSQQEMDMLLPICQEGSSDSSN
FDMALELLVLSGRSLPHALMMMIPEAWQENKNMDPTRRAFYQYHANVMEPWDGPASVCFT
DGVQVGATLDRNGLRPSRYTVTKDDFLVMASESGVVKIAPENIEFRGRLQPGRIFVADLE
QGRIISDEEVKDGIAKSQPYEKWVEENLLSLNKLPEATNQFSQPSPERLLNRQQAFGVTS
EEVNEIILPLAKTAYEPLTAMGADWPLAILSHQSQHLSNYFKQLFAQVTNPPIDPIRERM
VMSLNTYLGKDQNLLAETPEHCQKVELESPVLSNSELEKLRAIDNEHLQAKTLDIVFQAN
EDSGKLERALKRICQYAEDAVIDGYSIILLTDRAVNSNHAAIPAMLAVGAVHHHLIRKGL
RAKCDIVIETGDARETHHFATLVGYGANAVNPYLVIETIVELQRVKKLDPTVHPKELFDN
YRKGVNGGLLKIFSKMGISTLQSYHGAQIFEALGISKSVVDKYFTGTVSRIQGLTIDDIA
KEVLIRHRVGYPTREIPVQVLDVGGVYQWKQRGEKHLFNPETISLLQESTRNKDYGQFKK
YAKAVDDQGDDAATLRSQLDFIKNPAGSIPLEEVEPIEKILKRFATGAMSFGSISHEAHS
TLAVAMNRIGAKSNSGEGGEDPIRFEKKDNGDWERSAIKQVASGRFGVTSYYLTNADELQ
IKMAQGAKPGEGGQLPGDKVDDWIGATRHSTPGVGLISPPPHHDIYSIEDLAQLIYDLKN
ANRKGRVNVKLVSEAGVGTIASGVAKAKADVVLIAGFDGGTGASPMSSIRHTGLPWELGL
AETHQTLLKNGLRNRIVVQSDGQMKTPRDLAVATLLGAEEWGVATAALVVEGCIMMRKCH
KNTCPVGIATQNKTLRERFDGRVEDVVTFFQYMAEGLREVMAELGFRSIDEMVGQSHKLK
VRDDIGHWKYKNLDLSPVLHVEQPRAEDGIYNQIKQQHNLEDVLDRKLIQVATPALEKGE
AVTAEFDILNTDRSVGTMLSNEISKIYKDQGLPQPMNVKFNGSAGQSLGAFLAKGVKFEV
EGDANDYWGKGLSGGTLVLYPNLKSTIVAEDNIVVGNVCFYGATSGESYIRGMAGERFCV
RNSGARVVVEGVGDHGCEYMTGGVALILGSTGRNFAAGMSGGVAYVWDKSGDFESKLNSE
LVDLDPIEQEDKDLLLEMLTKHVEFTGSEVAQSFLDNFEANLASLAKVMPRDYKAVLQKR
KAEAQQAQTEEVEAV
NT seq 4548 nt   +upstreamnt  +downstreamnt
atggtagatagagagcagaatacacaaggcatgtatactcccgagttggagcatgatgcg
tgtggtatcggttttgtcgcccacctcaaaaaccgtaaatctcatgatgtggttactcaa
gcacttgatatgcttgctcgtatggaacaccgtggtggtcaaggctgtgatccatgcagt
ggtgacggcgcgggtattcttttacaaaagcctcatgagtttttattagaagaagccgta
aaacttggtattaaactgccatcttttgagaaatacggtgttggtgttgtgttattccct
aaagatgagcataaacgtcaacaatgtagagatattttagagcgtaatgctcaacgtctt
gatttagaaatcattggttatcgcgttcttcctgtcgataattcaatgctaggcgacgat
ccactaagtacagagcctcaatttgagcatgtatttatttctggtggcccatcaatgacc
ccagaagagcttgaacgtaaattgtatgttctacgtaactacaccgttcgagtctgtttg
gaaagtatttctaatattggtgatgatttctacatcaactctctatcgtacaaaacactt
gtttataaaggtcaattaacgactgagcaagttccacagtacttcctagacttacaaaat
ccaacgatggtgacggcattagcgctggttcactctcgtttctctacaaataccttccct
cgctggcgtctagctcaaccattccgttacattgcacataatggtgagatcaacacagtt
cgtggcaacttgaactggatgaaagcccgtgaagcgattatagagtctgatctatttagc
caacaagaaatggatatgctacttccgatttgtcaggaaggcagctcagattcatcgaat
ttcgatatggcgctagaactgcttgttctgtctggccgtagcttgccacacgcattaatg
atgatgatccctgaagcgtggcaagaaaataaaaacatggaccctacccgtcgcgcgttc
tatcaataccacgcgaacgtaatggaaccttgggatggccctgcgtctgtttgtttcact
gatggtgttcaagtaggtgcaacacttgaccgtaatggtctgcgtccttctcgttatacc
gtgacaaaagatgacttccttgtgatggcatctgaatctggtgttgtaaaaatagcacca
gaaaacattgaattccgtggtcgtctgcagccaggtcgtatctttgttgctgacttagaa
caaggccgcattatttctgatgaagaagtaaaagatggtattgcgaaatcacaaccttat
gaaaaatgggttgaagagaaccttctaagcttaaataaactgcctgaagcaacaaaccaa
ttcagccagccttctcctgagcgcctactcaatcgtcaacaagcgtttggtgttacctct
gaagaagtgaatgagatcatcctaccattagcgaaaacggcttatgagccactaactgca
atgggtgccgattggccactagcgatcctttctcatcaatctcagcatttatctaactat
tttaagcagttgtttgcccaagtaactaacccaccgatcgacccgatccgtgagcgtatg
gttatgtcgctaaatacctacttaggtaaagaccaaaacttacttgctgaaacgcctgag
cattgtcagaaagtcgaacttgaatcaccggttctttctaactctgaactagaaaaactg
cgtgctattgataacgaacatctacaagcaaaaacactggatatcgttttccaagccaat
gaagattcaggaaagcttgagcgtgcacttaaacgtatctgtcagtatgctgaagatgca
gtaatcgatggttactctatcattctactaacagaccgcgctgtaaactcaaaccacgcc
gctatccctgcaatgcttgccgttggtgcagttcatcatcacctaattcgtaaagggtta
cgtgctaagtgtgacatcgtgattgaaacgggcgatgctcgtgaaactcatcactttgca
accttggttggttatggcgcaaatgcggttaacccatacttagttattgaaaccattgtt
gaacttcaacgtgttaaaaagctagatccgacggtacatccaaaagagttatttgataac
taccgtaaaggggttaacggcggcctacttaagattttctctaagatgggtatttcaaca
ctgcagtcataccatggcgctcaaatctttgaagcacttggtatcagtaaatcagtggtt
gataagtacttcacagggaccgtttctcgtatccaaggtctaacgattgatgatatcgca
aaagaagtgttaatccgtcaccgtgttggctatccaactcgtgagatcccagttcaagta
cttgatgtgggtggtgtatatcagtggaaacaacgtggtgagaagcacctgtttaaccct
gaaacaatttctctacttcaagagtcaactcgtaataaagattacggtcaatttaagaaa
tacgcgaaagcagttgatgaccaaggtgatgatgcagcaacactgcgtagccaattagat
ttcatcaaaaatccagcaggatcgattcctttagaagaagtagagcctattgagaaaatc
ctaaaacgttttgctactggtgcaatgtcgtttggttctatctcacacgaagctcactca
acacttgctgttgctatgaaccgtatcggcgctaaatctaactcaggtgaaggtggtgaa
gacccgattcgttttgagaaaaaagacaatggtgactgggaacgttcagcaatcaaacaa
gtggcttctggtcgttttggtgtgacatcttactacctaactaacgctgatgagctacaa
ataaagatggctcaaggtgcgaaacctggtgaaggtggtcaactacctggtgataaagtc
gatgattggattggtgctacacgtcactcaactccaggagttggtctgatttcaccaccg
ccacatcatgatatttattcaatcgaagatttagcacagcttatctatgatctgaaaaac
gccaaccgtaaaggccgcgttaacgttaagttagtatctgaagcgggtgttggtactatc
gcctctggtgtagcaaaagcaaaagcagacgttgtacttatcgctggtttcgatggtggt
acaggtgcatctccaatgtcttcaattcgtcatactggtcttccatgggagctaggtctg
gcagaaacacaccaaacactactgaaaaatgggttacgtaaccgtatcgttgttcagtct
gatggccaaatgaaaacacctcgagatcttgcagtagcaacacttcttggtgctgaagaa
tggggcgttgcaacagcagctcttgttgttgaaggctgtatcatgatgcgtaagtgtcat
aagaatacttgtcctgttggtatcgcaacacaaaacaaaacacttcgtgagcgctttgac
ggtcgcgtagaagacgtagtgactttcttccagtacatggctgaaggtctacgtgaagta
atggcagaacttggtttccgctctattgatgaaatggttggtcaatctcataaactgaaa
gttcgtgatgatatcggccactggaaatacaaaaacttagatttatcaccagtactacac
gttgaacaacctcgtgctgaagatggtatctataaccaaattaaacagcagcataatcta
gaagacgtattggatcgtaaacttattcaagtcgctactcctgcacttgaaaaaggtgaa
gcggttactgctgaattcgatatcctaaataccgaccgaagtgtaggtactatgctgtcg
aatgagatttcaaaaatctataaagaccaaggtttaccgcaaccaatgaacgtgaagttc
aacggttctgctggtcaaagtctaggtgctttccttgctaaaggggtgaaatttgaagtc
gaaggcgatgcgaatgattactggggtaaaggcttatctggcggtacgctagtgctttat
ccaaacctaaaatcaacgattgttgctgaagataatattgttgtaggtaacgtttgtttc
tacggtgcaacttctggcgaatcttatattcgtggtatggctggtgagcgtttctgtgta
cgtaactcaggtgcaagagttgtcgttgaaggtgttggtgaccacggttgtgaatacatg
actggtggtgtcgcactaatccttggctctacaggtcgtaactttgcggcaggtatgagt
ggtggtgttgcctatgtttgggataagtctggtgattttgaatcgaaactcaattctgaa
cttgttgacctagaccctattgaacaagaagataaagatcttctattagaaatgctaact
aagcatgttgaattcacaggaagtgaagttgctcagtctttcctagataactttgaagca
aacttggcctctctggctaaagtgatgccgcgtgattacaaagcggttcttcaaaagcgt
aaagctgaagcacaacaggcacaaacggaagaagtggaggcagtataa

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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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