KEGG   Prochlorococcus marinus MIT 9515: P9515_16921
Entry
P9515_16921       CDS       T00465                                 
Symbol
gltB
Name
(GenBank) Ferredoxin-dependent glutamate synthase, Fd-GOGAT
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
pmc  Prochlorococcus marinus MIT 9515
Pathway
pmc00630  Glyoxylate and dicarboxylate metabolism
pmc00910  Nitrogen metabolism
pmc01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:pmc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    P9515_16921 (gltB)
  09102 Energy metabolism
   00910 Nitrogen metabolism
    P9515_16921 (gltB)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pmc01002]
    P9515_16921 (gltB)
Enzymes [BR:pmc01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.7  With an iron-sulfur protein as acceptor
    1.4.7.1  glutamate synthase (ferredoxin)
     P9515_16921 (gltB)
Peptidases and inhibitors [BR:pmc01002]
 Cysteine peptidases
  Family C44
   P9515_16921 (gltB)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-ProteinID: ABM72899
CyanoBase: P9515_16921
UniProt: A2BYN8
Position
1488374..1492948
AA seq 1524 aa
MRESIKRSKGPYQDSYSPSGIIGEKDACGVGFIANIYGKESNWILKQSLRGLNCMEHRGG
CGGDNDSGDGAGILCSIPWEFLDQEMNLEPRPDQIRGLGMIFMPNNELKVKESKLICEQE
AKKLNFKKTFWRNVPVKNEILGNLAKQNAPFICQWIVCLEKVDSQEFETLLFQLRKRIEK
RIRENTKNNAADCEFYFASLSSKTVVYKGMVRSEILSKFYGDLQKKEFKVSFSVYHRRFS
TNTLPKWPLAQPMRFLGHNGEINTLLGNINWAKASEKHIDEYWGELSKDIKPIVDINKSD
SSNLDATLEINIRSGQLITDSLMKLVPEAFRDQPELKGKEDIKAFYEYSASLQEAWDGPA
LLVFTDGDFIGATLDRNGLRPARYSITDDGFVIMGSETGVVDVEDNKVIEKGRLGPGQML
AVDFTNNKILRNWEVKTEAARRNDYLNLLKKRTVKLQKKEWFENCELKDLELLQQQTVYG
FSAEDNDLILDSMASVSKEPTFCMGDDIPLAVLSSKPHILYDYFKQRFAQVTNPPIDPLR
EKLVMSLEMHLGERCSPFETKNIKPFIHLKSPIINEQELISIKESKIKSHTISSLFDIKE
GQKGFENKLNDICKQSEIAINEGSSLIIISDKGVTSNKSFIPPLLAVGAIHHYLLKKEIR
LKASLIIETGQCWSTHHLACLIGYGVSAVCPWLILESARHWLKHPKTQKLIESKKINSLS
TKDVQKNIKKALEDGLRKILSKIGISLLSSYHGAQIFEAVGLGSDLIKIAFDGTTSRIAG
ITLKELSNESFSIHTKAYPEIDLKKLEFLGFVQFRNYGEYHSNNPAISKVLHTALKEGPG
YDHFNTYQELVRNRPITSLRDLLTIKSKRDSIPLDQVESVESICKRFCTGGMSLGALSRE
AHEVLAVAMNRIGGKSNSGEGGEDPARFNVLNDIDKNTRSATLPFIKGLENGDTACSAIK
QIASGRFGVTPEYLRSGKQLEIKMAQGAKPGEGGQLPGPKVDSYIAKLRNSKPGVALISP
PPHHDIYSIEDLAQLIHDLHQIHPKAKVSVKLVSEIGIGTIAAGVSKANADVIQISGHDG
GTGASPLSSIKHAGLPWELGVAEVHKSLLQNNLRDRVLLRADGGLKTGWDVVIAALLGAE
EYGFGSVAMIAEGCIMARVCHKNTCPVGVATQKEELRKRFKGLPDNVVNLFLYIAEEIRQ
IMSSIGVSKMEDLIGNKEFLTTRDISLPKTGNIDLTSLVNNNHIFNDRSWINHSKNAHNN
GPVLEDEFLMDSHFMDTIRNHKEFTKDIKIKNTDRSVCAKISGEIAELFGNNGFKGKLNL
NFYGHAGQSFGAFLLKGMNIQLIGEANDYVCKGMNGGLLTIVPPKVDEKSSEQVILGNTC
LYGATGGKLFALGKSGERFAVRNSGAIAVTEGSGDHCCEYMTGGKVIILGSTGRNIGAGM
TGGIAYILDENDDLENKVNKEIVSIYKINNLKQEEILLEILNEYHEKTKSLKALKIIKDW
SNCKKIFKIVVPPSEEALLGINSQ
NT seq 4575 nt   +upstreamnt  +downstreamnt
atgcgagaaagtatcaaaagaagcaaagggccatatcaagatagttattctccaagtgga
attattggagaaaaagatgcttgtggagttggtttcatagcaaatatttatgggaaggaa
agtaattggatattaaagcaatccttgagaggacttaattgcatggaacacagaggggga
tgtggcggggataatgactcaggagatggtgcaggcattttatgttcaattccatgggaa
tttttagatcaagaaatgaatttggagcctcgacctgatcagattagaggtttaggtatg
atattcatgccaaataacgaattaaaagttaaagaatcaaaactaatatgtgaacaagaa
gccaaaaaattaaatttcaaaaaaactttctggagaaatgtaccagtcaaaaatgaaata
ttagggaacttagcaaaacaaaacgcaccattcatatgtcaatggatcgtttgtttggag
aaagttgacagtcaagaattcgagactctcttatttcaacttagaaaaagaattgaaaaa
aggatcagagaaaatacaaaaaataatgccgccgattgtgaattttatttcgcatcactt
agttccaaaacagttgtttataaaggaatggtccgatcagaaatactttcaaaattttat
ggagacctacaaaaaaaagaattcaaggtttctttttctgtttaccacagaagatttagc
acaaacaccctgccaaaatggccgttagctcagcctatgagatttctaggccataatgga
gaaattaatacacttctaggaaatattaattgggctaaagcttcagaaaaacatatcgat
gaatattggggagaattgtcaaaagatatcaaaccaattgtagacatcaacaaaagtgat
tcatcaaatcttgacgcaacgcttgaaatcaatattcgttcaggacaattaattactgat
tctttaatgaaactcgttccggaggcatttagagatcagcctgagctaaaggggaaagaa
gatataaaagcattttatgaatattctgcaagcctccaagaagcttgggacgggcctgca
cttttggtttttactgatggggattttattggcgcaactcttgatagaaatggattaaga
cctgcaagatattcaattacagatgatggatttgtgataatgggatcggagacaggggtc
gtagatgttgaagataataaagtaattgagaagggtagattaggtcctggacaaatgctt
gcagtagattttactaataataaaatactaagaaattgggaagtcaaaacagaagcagcg
agaagaaatgactatcttaatttgcttaaaaaaagaacagttaaattacagaagaaagaa
tggtttgaaaattgcgaattaaaagatcttgagttgctccaacaacaaactgtttatggt
ttctctgccgaagataatgatctcatacttgattcaatggcttctgtttctaaagaacct
actttttgtatgggtgatgacatccccctagcggtgctatcttcaaagcctcatatttta
tatgactatttcaaacaaagatttgcacaagttactaatcccccaatagatcctttaaga
gagaaattagtaatgagcttagaaatgcatcttggagaaagatgttctccatttgaaacg
aaaaatattaagccttttatccatttaaaaagcccaattattaatgaacaagaattaatc
tcaataaaagaatcgaaaattaaatctcatactatttcaagcttatttgatattaaggag
ggtcaaaaaggttttgagaataaactaaatgatatttgcaaacaaagcgagatcgcaata
aatgaaggttcttcattaattatcatttctgataagggagtgacttcaaacaaaagtttc
atcccaccattacttgcggtaggagcaattcatcattaccttttaaaaaaagaaatcaga
ttaaaagcatctctgattatagaaactgggcaatgttggagtactcatcacttagcatgt
ttaattggttatggagtgagtgctgtttgtccttggttaatacttgaatccgctagacat
tggttaaaacatccaaaaactcaaaaactgattgaaagtaaaaaaattaattctttatca
actaaagacgttcaaaaaaatatcaaaaaagcactagaagatggactgagaaaaatactt
tcaaaaataggaatttctcttctatctagttatcatggagctcaaatttttgaggcagta
ggacttggttctgatttaattaaaatagctttcgatggaacaactagtcgaattgccgga
ataacattaaaagaactttcaaatgagtcattttcaattcacacgaaagcttatccagaa
atagatctaaaaaaacttgaattcttaggatttgttcaattcagaaattatggagaatac
cactcaaacaatcctgctatttcaaaagttcttcatacagccttaaaagagggtcctgga
tatgaccattttaatacttatcaagaacttgttcgtaatagaccaataacatctttacga
gatttactaacaataaagtcaaaaagggatagcattcctctggatcaagttgaaagtgtt
gaatcgatatgtaaaagattctgtacaggtggcatgagtctaggtgcactatctagagaa
gctcatgaggtattagcagttgcgatgaatagaatagggggtaaaagtaatagtggagaa
ggaggcgaagatccagctcgttttaacgtattaaacgatatcgataaaaatactcgatct
gcgacattaccatttatcaaaggtcttgaaaacggagataccgcatgctctgccataaaa
caaatagcttctgggagatttggagtaactcctgaatatttaagaagtggaaaacaatta
gaaattaaaatggcacagggcgccaaacctggagaaggaggacaactaccaggaccaaaa
gttgattcttatattgcaaagctcagaaatagtaaaccgggtgtagcattaatctctcca
cctccccatcatgatatttattcaattgaagatttagctcaacttattcatgatcttcat
caaattcaccctaaagcaaaggtaagtgtaaaactagtttctgagattggaataggaact
attgctgctggagttagtaaagcaaatgcagatgtaatacaaatttctggacatgatgga
ggtacaggtgcttcccctttaagttctatcaaacatgctggattgccatgggaattaggg
gtagcagaagttcacaaatcactgttacaaaataatttaagagatagggtacttttaaga
gctgatggtggtctcaaaacaggttgggacgttgttattgcagctcttttaggtgctgaa
gagtatggttttggatcagtagcgatgatcgcagagggttgcataatggcacgtgtttgc
cataaaaatacatgtcctgtaggggttgccactcaaaaagaggaattaagaaaaagattt
aaaggtcttccagataatgtcgtcaacttatttttatatattgctgaggaaattagacaa
ataatgagtagtattggtgtctctaaaatggaggatttaattggtaataaagaatttctt
actacaagagatattagtcttccaaagactggaaatatagacctaacttccctagttaat
aacaatcatatatttaacgataggtcttggataaatcattcaaaaaatgctcataataat
ggacctgtattggaagatgaatttttaatggattctcattttatggatacgatcagaaat
cataaagaattcacaaaagatattaaaatcaaaaatactgatagaagtgtttgtgcaaaa
atttcgggagaaatcgctgagctttttggaaacaatggttttaaagggaaacttaattta
aatttttatggacacgcggggcagagcttcggtgcttttcttttaaaggggatgaacatc
caattaattggtgaagcaaatgattatgtttgcaaaggaatgaatggaggtttacttact
attgttccacccaaagtagacgagaaatcttcggagcaagttatcttaggtaatacatgt
ctttatggtgcgacaggtggtaaattgtttgctctaggtaaatccggagaaagatttgct
gttagaaatagtggagctattgcagtaacagagggttctggtgatcattgttgtgaatat
atgactggtggtaaagtaataattttaggctcaactgggagaaatattggagcgggaatg
accggtggaatagcttacatacttgatgaaaatgatgatttagaaaataaagttaataag
gaaatagttagcatttacaagattaataatctcaagcaggaagaaattttactagaaatt
ttaaatgaatatcatgaaaaaacaaaaagtttaaaagcacttaaaataatcaaagattgg
tctaactgcaagaagatttttaaaatagttgttcctcctagtgaagaagcactgcttggt
ataaatagtcagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (28)   

Download RDF
DBGET integrated database retrieval system