KEGG   Maribacter cobaltidurans: CJ263_12820
Entry
CJ263_12820       CDS       T05023                                 
Name
(GenBank) glutamate synthase large subunit
  KO
K00265  glutamate synthase (NADPH) large chain [EC:1.4.1.13]
Organism
marb  Maribacter cobaltidurans
Pathway
marb00250  Alanine, aspartate and glutamate metabolism
marb00910  Nitrogen metabolism
marb01100  Metabolic pathways
marb01110  Biosynthesis of secondary metabolites
marb01120  Microbial metabolism in diverse environments
marb01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:marb00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    CJ263_12820
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    CJ263_12820
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:marb01002]
    CJ263_12820
Enzymes [BR:marb01000]
 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)
     CJ263_12820
Peptidases and inhibitors [BR:marb01002]
 Cysteine peptidases
  Family C44
   CJ263_12820
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG
Other DBs
NCBI-ProteinID: ASV31021
UniProt: A0A223V6J2
Position
complement(2904295..2908803)
AA seq 1502 aa
MTLKKQGLYLPEFEHDNCGAGFICSLKGKKSNDIIHKALEILERLEHRGAVSADGKTGDG
AGILIDIPHNFFKEVCTFELPDQGEYAVGNVFFPQKQNQRDFCISVFEENIKKQGLKLLG
WRNVPVNRSVPGRIAAETEPFVKQIFIAKENPEQSYFDFNLKLFIARKVTEHAIIKSKLS
ESKFFYVPSLSTKIIIFKGLLMPMDISLYYSDLMDSRVVTRLALVHQRFSTNTFPTWDLA
QPFRYMCHNGEINTLRGNVSRMFSRQELLESEMFGDEIKNILPIVLPGKSDSATMDMVVE
LLLMTGRSLPEVMMILVPEAWEKNTEMSEAKKAFYEYHSCMMEPWDGPASIPFTDGNYIG
AVLDRNGLRPSRYSVTKDDYVVMSSETGVVEIAPENVEFHGRLEPGKMFLVNMEEGRIVN
DEEIKEKIAKKHPYKKWLDKNLVHLKDIPYNDCPLFLGEATLEKRKSVFGYTLEDINTII
LPMGKTGKEPIGSMGSDTPIAVLSQRPQLIYNYFQQLFAQVTNPPLDGIREELITDISLT
LGSDHNIFEFSELHCRKLKIQNPVISKEDLDKIKNYDASPDYKVVSIPMLYPVEKGHNGL
EDALESILAQASHATDEGANIIILSDRNVSEKEAPIPALLACSFVNSGLQKLGKRSKLSI
IIESAEPREVHHFAVLFGFGASAINPYLVNEIIGEQIEENDITEFTFEEAVKNYNKAIGK
GILKVMNKIGISTLNSYRGSQLFECIGINTKVVEKYFPNTPTRIQGIGLYQIEKEVAKRH
HKAFSTQEVEANLDLEIGGEYRWRRNGEKHMFNPLSIAKLQKSVRNNEPDTYKEFSQMVN
EQAKNLMTIRGLFEFSNYDPIPLEDVEPWTEIVKRFKTGAMSYGSISKEAHENLAIAMNR
IGGKSNSGEGGEDEERFYKNATGDWRNSAIKQVASGRFGVTSNYLTNAKEIQIKMAQGAK
PGEGGQLPGPKVNPAIAKTRNSTPYVGLISPPPHHDIYSIEDLSQLIYDLKSANRKARVN
VKLVSEVGVGTVAAGVAKAKADVILVSGFDGGTGASPLTSLKHAGLPWELGVAEAQQTLV
LNDLRNRIVLECDGQLKTGRDVAIACLLGAEEFGFATAPLVASGCIMMRVCHLNTCPVGI
ATQNPELRKKFEGKPEHVVNYMYFVAQELREIMAQLGFRTINEMVGQVQKLDRKKAIDHY
KANGIDLTPILHQVDVPKGTKFYNTEKQHHDVFDSIEFDIIEKANPSLFRKEKLTLDYPI
CNTDRAVGAIISNEISKTYGAEGLPINTLKLNFTGSAGQSFGAFATRGLTMIVNGNTNDY
LGKGLSGAKLVVRVPEGSTIVPEENVITGNVTLYGATAGRAYINGKAGERFCVRNSGAKA
VVEGIGDHGCEYMTGGVAVILGEVGRNFGAGMSGGIAYVLDEKKTFTNRCSGEGLNLLKV
EEDQDIKQLKDLITSHYNATLSPLAQRILENWEDYLPKFIKVFPEEYRQALIRLEKENLQ
TI
NT seq 4509 nt   +upstreamnt  +downstreamnt
atgacattgaagaagcaagggctatatctgccagaatttgaacatgacaactgtggagcc
ggatttatttgtagcttaaagggaaagaaatccaatgacattatacataaggcattggag
attttggagcgtcttgaacacaggggtgccgttagtgcggatggaaagacaggggacggt
gccggtatcttgatagatataccccataacttctttaaagaggtatgtacctttgagctt
ccagatcaaggagaatatgccgtaggcaatgtgtttttcccacaaaaacagaatcaaagg
gatttttgtatttcggtttttgaggaaaacattaaaaaacaaggcctaaaattactaggc
tggagaaatgttcccgttaatcgttcggtcccgggtagaatagccgctgaaaccgaaccc
ttcgtaaaacaaatttttatcgccaaggaaaatccggaacaatcgtatttcgatttcaat
ttaaaattgttcatcgcccgtaaagtaacggagcacgctattataaaatcaaagctttca
gaaagtaagtttttttacgtaccgagcctctcgaccaaaataatcatattcaaggggttg
ctaatgcccatggacattagtctttattattccgatttgatggattccagagtggttacc
cgtttagccctggtccaccagcgtttttccacaaatacgttcccaacttgggatttagca
caaccctttagatatatgtgccataatggcgaaataaatacgctaagaggaaatgtttcc
agaatgttctccaggcaggaattgttggagagtgaaatgtttggggatgagataaaaaat
atcttacctatcgttttgccgggcaaatcagattcggccacaatggatatggtcgtggaa
ttactattaatgaccggtaggtccctaccggaagttatgatgatcctggtacccgaggca
tgggaaaagaataccgaaatgtccgaggcaaaaaaagctttctacgaataccactcctgt
atgatggaaccttgggacggacccgcctccattcctttcacggatggaaactatataggt
gccgttttagacaggaatggactaagaccttcaagatattctgttacaaaagatgattac
gtagtaatgtcttcagagacaggggtcgtggaaattgcaccggaaaacgttgaatttcat
ggccgtttagagcctggaaaaatgttcttggtaaacatggaggaaggtcgtatagtaaat
gatgaagaaatcaaggagaaaatagccaaaaaacatccctacaaaaaatggttggataaa
aacttggttcatttaaaggatataccttataatgactgtcctctgtttttgggagaagcc
acattggaaaagagaaaatccgtttttgggtatactttggaagacatcaatacaatcatt
cttccaatgggcaaaaccggtaaagaacccattggctctatggggtcggatactcccata
gccgtcctttcccagcgacctcaattgatatacaattattttcagcagttgtttgcacag
gttacaaacccgccattggatggtatcagagaagaactaataacggacataagccttacc
ttgggcagtgaccataacatttttgaattttctgaattacactgtagaaaactgaaaatc
caaaacccggttatttcgaaggaggaccttgataaaataaaaaattacgacgccagccca
gactataaagtagtttccattccaatgctatatcctgtagaaaaaggacataatggtttg
gaagatgctttggaatccatacttgcgcaagcgtcccatgctacagatgagggtgccaac
attattatcttatcggataggaacgtaagtgaaaaggaggctcccatacccgccctgctg
gcttgttcatttgtaaacagcggacttcaaaaattgggcaaacgttcaaaattgagtatc
attattgaatctgcagaaccaagggaggtacatcattttgctgtgctatttggttttgga
gctagtgctatcaacccttatttggttaacgaaataattggggaacaaatagaggagaac
gatattacggaattcacttttgaggaggccgtaaaaaattacaataaagccattggtaaa
ggtattttaaaggtaatgaacaaaataggtatctcaaccttaaattcttaccgaggttca
caattgttcgaatgcataggcatcaatacgaaagtggttgaaaagtacttccccaataca
ccaacaaggattcagggtattggtctttaccaaatagagaaagaagtggccaaacgtcac
cataaagcgttttcaacccaagaagtagaagctaatctggaccttgagattggtggcgaa
taccgatggagacgaaatggggaaaaacatatgttcaatccattaagcatcgcaaaactt
caaaaatccgtaagaaataacgaaccggatacttacaaagagttttctcaaatggtcaat
gagcaagccaaaaacctgatgaccattaggggactttttgagttttccaattatgatccc
attccattggaagatgtagaaccatggacagaaattgtaaaaagatttaagactggagcc
atgtcttatggatccataagcaaagaggcccatgaaaacctggccattgccatgaacagg
attgggggtaaaagcaactccggagaaggtggtgaagacgaagaaaggttttacaaaaat
gcaacgggagactggagaaacagtgccatcaaacaggtggcttcaggtcgatttggagta
acctccaattacctgaccaacgcgaaggaaatacagataaaaatggctcagggagccaaa
ccaggagaaggtggacaattacccggtcctaaggtaaatcctgcaattgccaaaacaaga
aattccacgccctatgtaggtttgatttcaccaccaccccaccatgatatatattccatt
gaggatttgtcgcaattgatttacgacttaaaatcggccaataggaaagccagagtcaat
gtaaaattggtttcggaggtaggtgtaggtactgtggccgcaggggtagccaaagcaaag
gcagatgtaattttggtgtccggtttcgatggaggtactggtgcttcgccattgacatca
ttaaaacatgcgggcctaccatgggaattaggagtcgccgaggcacaacaaactctggtc
ctgaacgacctaagaaacaggattgtactagaatgtgatggccaactcaaaacgggaagg
gacgtagccattgcttgcttgctaggtgccgaggaatttggttttgcaactgcccctcta
gtggcatcaggatgtatcatgatgcgtgtttgccacttgaatacatgccccgtaggtatt
gctacccaaaatcctgaactccgtaaaaagtttgaaggaaaacctgagcatgttgtcaac
tatatgtacttcgttgcacaggaattaagggaaattatggcacagcttggctttaggacc
ataaatgaaatggtaggacaagtgcaaaagctagatcgaaaaaaggccatagaccattat
aaggccaatggtattgatttaaccccaattctgcatcaagtggatgttcccaaaggaact
aagttttataatacggaaaaacaacatcacgatgtattcgattctattgaattcgacatc
attgaaaaggcaaatccttctttattccgtaaggaaaaattgactttggattatcctatt
tgcaatactgatcgtgctgttggagcaattatcagcaatgagatttcgaagacttatggt
gccgaaggattaccaattaacacgttgaagctgaattttaccgggtcagcggggcaaagt
tttggggcttttgcaacaagaggtttgactatgattgtcaatggaaacactaacgattat
ttagggaaagggctttccggagcaaaattggtcgtaagagttccagaaggttcaaccatt
gttccggaagaaaatgtcatcacaggcaatgttactctttatggtgccacagcaggaaga
gcctatattaacggaaaggccggtgagcgcttctgtgtgagaaactcgggagccaaggca
gtggttgaagggattggagatcatggttgtgaatatatgaccgggggtgttgccgtaata
ttaggtgaagttggtagaaactttggcgccggtatgagcggtggaatcgcatacgttctt
gatgagaagaagacttttactaaccgatgtagcggagagggactgaaccttttgaaagta
gaagaagaccaggacattaaacaattgaaggatttgattacaagccattacaatgctaca
ttgagtcccttggcacaacgtatattagagaactgggaagattatttacctaaattcata
aaagtatttccagaagaatacagacaggctttaatacgattggaaaaagaaaatttacaa
acaatataa

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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 (4)   
   Pfam (4)   
All databases (29)   

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