KEGG   Kordia sp. SMS9: KORDIASMS9_00908
Entry
KORDIASMS9_00908  CDS       T05562                                 
Symbol
gltB
Name
(GenBank) ferredoxin-dependent glutamate synthase 1
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
kos  Kordia sp. SMS9
Pathway
kos00250  Alanine, aspartate and glutamate metabolism
kos00910  Nitrogen metabolism
kos01100  Metabolic pathways
kos01110  Biosynthesis of secondary metabolites
kos01120  Microbial metabolism in diverse environments
kos01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:kos00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    KORDIASMS9_00908 (gltB)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    KORDIASMS9_00908 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:kos01002]
    KORDIASMS9_00908 (gltB)
Enzymes [BR:kos01000]
 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)
     KORDIASMS9_00908 (gltB)
Peptidases and inhibitors [BR:kos01002]
 Cysteine peptidases
  Family C44
   KORDIASMS9_00908 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Ribosomal_S5 PIH1_CS
Other DBs
NCBI-ProteinID: AXG68692
UniProt: A0A345GWK4
Position
complement(997865..1002367)
AA seq 1500 aa
MMLKKQGLYLPEFEHDNCGAGFICSLTGKRSNDIIHKALEILVKLEHRGAVSADGVTGDG
AGILIDIPHKFFEKSCDFKLPNAGEYAVSNVFLPQKNNQRAYCIEVFENEIKNQGLQLIG
WRDVPVNSTILGEIAKETEPFVKQLFIGKTSETQSDRDFNLKLFAARKITEHTIYNSKLS
QQKFFYVPSLSTKIIIFKGLLKPEHINEYYLDLFDADLDTRLALVHQRFSTNTFPTWDLA
QPFRYICHNGEINTLRGNVSRMFSREEIIESPLFGNDIKKIIPTILRGKSDSATLDMVVE
LLLMSGRSLPEAMMMLVPEAWEKNPNMSDAKKAFYEYNSCLMEPWDGPASIPFTDGNYIG
AVLDRNGLRPSRYTVTKHGNVIMSSETGVVDIKPENVAFHGRLEPGKMFLVNMNEGRIVN
DEEIKEAIASKHPYRKWLNENLVHLRGISAKKGPIKYKEIELQKREVVFGYTQEDLDIII
RPMAQLAKEPIGSMGSDTPIAILSERPQLIYNYFKQLFAQVTNPPLDGVREELITDISLT
LGSDVNLFDINAEHCKKLKIQNPVISKHDLDKIRNYDSNPNFKVESISMLYEVNRGLNEL
EIALENLMHKASKAIENGANIIILSDRYVDEKHAPIPALLACSYLNHALHKLKKRSKVSL
IIESAEPREVHHFALLFGFGASAVNPYIVNEIVEKQVKNGDITKLEYLAAIKNYNKAIGK
GILKVMNKIGISTLNSYRGSQLFECIGINSATVKKYFPNTPTRIQGIGLREIEQEIVKRH
KKAFQENDINTTIEVGGEYRWRRGQEKHMFNPLTVAKLQESVRTNKASTFKEYSELINNQ
SKNLMTIRGLFEFDQFDPIPIEEVEPWTEIVKRFKTGAMSYGSISKEAHENLAIAMNRIG
GKSNSGEGGEDQERFYKSSQGDWKNSAIKQVASGRFGVTSNYLTSANEIQIKIAQGAKPG
EGGQLPGPKVNPEIAKTRNSTPYVGLISPPPHHDIYSIEDLSQLIYDVKAANREARINVK
LVSEIGVGTVAAGVAKAKADVILISGFDGGTGASPLTSLKHAGLPWELGIAEAQQTLVMN
DLRNRVVLECDGQLKTGRDVAIACLLGAEEFGFATAPLVASGCIMMRVCHLNTCPVGIAT
QNPELRKKFKGKPEHVVNYMYFVAQELREIMAKLGFKTVNEMVGQVHKLNRNKAIEHYKA
SGIDLTPILHKVEVSDEVKLYNTETQDHQLETHLDFKIIKQAHQALFRRQKTDLQLDITN
MDRAVGAIVSNEISKIYGAEGLPEDTINIDFKGSAGQSFGAFATKGIRMTVHGNTNDYLG
KGLSGGKLIIKVPKVSTIIPEDNIITGNVTLYGATSGEVYINGKAGERFCVRNSGAKAVV
EGIGDHGCEYMTGGIAVILGKVGRNFGAGMSGGIAYVLDAEKTFKQNCNSETLNLEKLEL
EEDKVQLKQLLQNHDEATESPLAKRILDNFENYLPKFIKILPEEYRKALVRLEKEQLQTA
NT seq 4503 nt   +upstreamnt  +downstreamnt
atgatgctgaaaaaacaaggactctacttaccagaatttgaacatgacaattgcggtgcg
ggatttatatgtagtctaacgggaaaacgttccaatgatatcattcacaaagcgttggaa
attctagtaaaattagaacatcgtggtgcggtaagtgcggatggagttacaggcgatggc
gcgggaatcttaatagacattccacacaaattctttgaaaaatcatgcgatttcaaactg
ccaaatgcaggcgaatatgcagtgagtaatgtgtttcttccacaaaaaaacaatcaacgt
gcatactgtattgaagtctttgaaaatgaaatcaagaatcaaggattgcaactcattggt
tggcgagatgtgcctgtaaatagtacaatattaggcgaaattgccaaagaaacggaaccg
tttgtaaaacaactttttattgggaaaacgagtgaaacacaatcagatcgtgacttcaac
ttaaaactatttgccgctcgaaaaatcacggaacataccatatataattccaaactatcg
cagcagaaattcttctatgttccgagtctgtccacgaaaattatcattttcaaaggcttg
ctcaaaccagaacatatcaacgaatattatttggacttatttgatgcggatttggatacg
cgattggcattagtgcatcagcgattttcaacgaatacgttcccaacttgggatttggcg
caaccgttccgatatatctgtcataatggagaaataaatacccttcgcgggaatgtttcc
agaatgttttctcgtgaagaaattatcgaaagcccattgtttggcaatgatatcaagaaa
ataataccaacaattttacgcggaaaatcagattctgctaccttagatatggtggtagaa
ttactgctcatgtctgggcgttcactaccagaagccatgatgatgttggtgcctgaagct
tgggagaaaaacccaaacatgtccgatgctaaaaaagcgttttacgaatacaattcttgc
ctcatggaaccttgggatggacccgcgtccattccgtttacagacggaaattacattggt
gccgttttggacagaaacggattgcgcccatcgcgttatacagtcacaaaacacggaaac
gtcatcatgtcgtcggaaacaggcgttgtcgatatcaaacctgaaaatgtagcgtttcat
gggcgattagaacctgggaaaatgtttttggtaaacatgaatgaaggacgaattgtcaat
gatgaagaaataaaagaagcaatcgcttcaaaacatccgtacagaaaatggttgaacgaa
aacttagtgcatttacgcggaatatcagccaaaaaaggaccgatcaaatataaagaaatt
gaattgcaaaaacgcgaagttgtctttggatacacgcaagaagatttagacatcatcatt
cggccaatggcacaactcgccaaagaaccgattggctccatgggaagcgatacgccaatc
gccattctctcggaaagaccacaactcatctataactatttcaaacaactatttgcacaa
gttacgaatccgccgttagatggtgtgcgtgaagaattgatcacagacatcagtttaacc
ttgggaagcgatgtgaatcttttcgacatcaatgcggaacactgtaaaaaactcaaaatt
caaaatccagtcatctccaagcacgatttagacaaaatccgaaactacgatagcaatccg
aattttaaggtagaatctatttcgatgttgtacgaagtaaatcgcggcttaaacgaactg
gaaattgcgttagaaaacctcatgcacaaagcgtccaaagcaattgaaaacggcgcaaat
atcatcattttatcagacagatatgtagatgaaaaacacgcgccaattccagcattatta
gcctgctcatacttaaatcatgcattgcacaaactgaaaaaacgctccaaagtaagtctc
atcattgaatcggctgaaccaagagaagtgcatcattttgccttactatttggttttggc
gcaagcgcggtcaatccgtatatcgtgaatgaaatcgtggaaaaacaagtcaaaaatggc
gatattacaaagctagaatatttggcagcgatcaaaaactacaacaaagcaatcggaaaa
ggcattctaaaagtcatgaacaaaatcgggatttcaaccttaaattcctatcgtggatcg
caactatttgaatgtatcggaatcaattcagcaacagtcaaaaaatactttccaaacacg
cccacacggattcaaggaattggcttgcgcgaaatagaacaagaaattgtaaaacgtcac
aaaaaagcatttcaagaaaatgacatcaacaccacgattgaagttggcggcgaataccga
tggagacgtggacaagaaaaacacatgttcaatccgttaacggtagccaaactacaagaa
tcggtgcgaacgaacaaagcatccactttcaaagaatattcggaattaatcaacaatcaa
tcaaaaaacttgatgacaatcagaggtttatttgaatttgaccaatttgatccaattcca
atagaagaagtagaaccgtggacggaaattgtaaaacgcttcaaaacaggcgcaatgtcg
tatggttccatcagcaaagaagcacacgaaaatctagcgattgccatgaaccgaatcggc
ggaaaatctaattctggggaaggcggagaagatcaagaacgtttctacaaaagttcgcaa
ggcgactggaaaaactctgcgatcaaacaagtagcttctggacgttttggcgtgacttct
aactacttgacgagcgcaaacgaaattcaaatcaaaattgcacaaggcgcgaaacctggc
gaaggcggacaattacctggaccaaaagtaaatccagaaattgccaaaacgagaaattcc
acgccgtatgttggacttatttcgccgccgccgcatcacgatatctattccatcgaagac
ttatcacaactcatatacgacgtaaaagcggcaaatcgagaagcacgcatcaatgtaaaa
ctagtctcagaaattggtgtcggaacggttgctgctggagtcgccaaagccaaagcagat
gtcattctcatctctggatttgacggcggcactggcgcttctccattaacctcactaaaa
cacgcaggtttgccttgggaattaggaatcgcggaagcacaacaaaccttggtcatgaac
gatttgcgaaatcgtgtcgtgttggaatgtgacggacaactcaaaacagggcgcgatgta
gcaattgcctgtctgttaggtgcagaagagttcggtttcgctacagcgccattagtggct
tcaggttgtattatgatgcgcgtatgtcacttaaatacctgtccagtcggaattgctacg
cagaatcctgaattgcgaaaaaaattcaaaggaaagccagaacacgtagtgaattacatg
tatttcgtagcacaagaattacgcgaaatcatggcaaaactcggatttaaaacagtgaac
gaaatggtggggcaagttcacaaactcaaccgtaacaaagccatcgaacattacaaagct
tcgggaattgacttaacaccaattctacacaaagtagaagtttcagatgaggtaaaactg
tataacacagaaacacaagatcatcaactcgaaacacacttagattttaaaatcatcaag
caagcgcatcaagcattattcagaagacaaaaaacagatttacagctcgatattacgaat
atggacagagctgtcggcgccattgtgagcaatgaaatctccaaaatatacggtgcagaa
ggtttgcctgaagatacgatcaacatagattttaaagggtctgcgggacaaagttttgga
gcgtttgccaccaaaggaattcgcatgaccgttcatggaaacaccaatgattatttggga
aaaggattatctggcggaaaactcatcataaaagttccgaaagtgtctacgattattcct
gaagacaatattattacaggaaatgtaacgctctatggagccacttcgggagaagtttat
atcaatggaaaagcaggcgaacgtttctgtgtacgaaactcaggtgcaaaagcggttgta
gaaggtattggcgatcatggatgcgaatatatgacaggcggaattgcggtcattctagga
aaagtaggacgcaattttggtgcaggaatgagcggaggaatcgcgtatgtgttggatgct
gaaaagacgttcaaacaaaactgtaattcagaaacgctcaatcttgaaaaattggaattg
gaggaagataaagtacagttaaaacaactcctccaaaatcatgatgaagcaacagaaagt
ccgttggcaaagcgaattttagacaactttgaaaactatctaccaaaattcattaaaata
ttgccagaagaataccgaaaagcattagtgcgattagaaaaagaacaacttcaaacagcg
taa

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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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