KEGG   Prochlorococcus marinus MIT 9312: PMT9312_1604
Entry
PMT9312_1604      CDS       T00297                                 
Name
(GenBank) glutamate synthase (ferredoxin)
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
pmi  Prochlorococcus marinus MIT 9312
Pathway
pmi00630  Glyoxylate and dicarboxylate metabolism
pmi00910  Nitrogen metabolism
pmi01120  Microbial metabolism in diverse environments
Brite
KEGG Orthology (KO) [BR:pmi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    PMT9312_1604
  09102 Energy metabolism
   00910 Nitrogen metabolism
    PMT9312_1604
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pmi01002]
    PMT9312_1604
Enzymes [BR:pmi01000]
 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)
     PMT9312_1604
Peptidases and inhibitors [BR:pmi01002]
 Cysteine peptidases
  Family C44
   PMT9312_1604
SSDB
Motif
Pfam: Glu_synthase GATase_2 Glu_syn_central GXGXG DUF5752 FMN_dh
Other DBs
NCBI-ProteinID: ABB50664
UniProt: Q318N1
Position
1501586..1505992
AA seq 1468 aa
MEHRGGCGGDSDSGDGAGILCSIPWKYLEEKMNLQNKKDFVRGLGMVFMPNKKEKIEECK
TICEEEAKKLKVKNTFWRTVPVHNEILGPLAKANAPFISQWILYIDKKDNQDIERLLFQL
RKRIEKKIRVTFKNHVGDCEFYFASLSSQTVVYKGMVRSEILSEFYQDLKEDSFKVSFSV
YHRRFSTNTLPKWPLAQPMRFLGHNGEINTLLGNINWAKASEKHIDDFWGELSNEIKPIV
DVNKSDSSNLDATLEINIRSGQPITDSLLKLVPEAFRGQPELEQREEIKAFYEYSASLQE
AWDGPALLVFADGNFVGATLDRNGLRPARYSITNDGFVIMGSETGVVDLEEEKVIEKGRL
GPGQMLAVDFHQNRILRNWEVKSEAAQRHHYKKLLNKRTIKIDNHEWLKDCKLKDLELLQ
QQTAYGFSAEDNDLILDSMASLAKEPTYCMGDDIPLAVLSSKPHILYDYFKQRFAQVTNP
PIDPLREKLVMSLEMHLGERCTPFEIKDPKPFVHLKSPILNEEELISIKNSKIKSQTISS
LFDIEEGVQGLENQLKAICKQSELSIEEGCSLIIISDKGINPKKTFIPPLLAVGSIHHYL
LKKEIRLKASLIVETGQCWSTHHLACLIGYGASAVCPWLTFEAGRHWLKHPKTQKLIDSK
KINTLSIIDVQENIKKALEDGLRKILSKIGISLLSSYHGAQIFEAVGLGSDIIKIAFDGT
TSRIAGITLKELTNETLSIHTKAYPEIDLKKLEFLGFVQFRNNGEYHSNNPEMSKVLHSA
VKQGPGYDHFETYKQLISNRPTTSLRDLLTISSKRKSIPLEKVETVESICKRFCTGGMSL
GALSREAHEVLAVAMNRIGGKSNSGEGGEDPARFNVLNDINANTQSATLPFIKGLRNGDT
ACSAIKQIASGRFGVTPEYLRSGKQLEIKMAQGAKPGEGGQLPGPKVDSYIAKLRNSKPG
VALISPPPHHDIYSIEDLAQLIHDLHQVHPKAKVSVKLVSEIGIGTIAAGVSKANADVIQ
ISGHDGGTGASPLSSIKHAGLPWELGVAEVHKSLLDNNLRERVILRTDGGLKTGWDVVIA
ALLGAEEYGFGSVAMIAEGCIMARVCHTNKCPVGVATQKEELRKRFKGIPENVVNFFLYI
AEEVRQIMSSIGVANMEELIGNQEFLSTRNIGLPKTSNIDLSSLVNNECSNNDRSWLKHS
KNAHNNGSVLEDEFLSDAEFIDSIKNHEKLTKEIKIKNTDRSVCAKISGEIAELHGNTGF
NGELSLNFKGYAGQSFGAFLLKGMNIQLIGEANDYVCKGMNGGILTIIPPKIDKSSSEQV
ILGNTCLYGATGGKLFALGKSGERFAVRNSGATAVTEGAGDHCCEYMTGGKVIILGSAGR
NIGAGMTGGIAFILDENNDLSNKVNKEIVSIHKITSSKQEEILLEIIREYLAKTNSLKAA
KIIENWSFFKSAFKLIVPPSEEEMLGIK
NT seq 4407 nt   +upstreamnt  +downstreamnt
atggaacatagaggaggttgtggtggagatagtgactcaggagatggagcaggaatttta
tgttcaattccatggaaatacttagaagaaaaaatgaatctacaaaataaaaaagacttt
gttagaggtttaggcatggtttttatgcctaacaaaaaagagaaaattgaagaatgtaaa
acaatatgtgaggaagaagcaaaaaaattaaaagtaaagaacacattttggagaacagtc
cctgttcataatgaaattttaggtcctttagctaaagcaaatgctccattcataagtcag
tggattttatacatagataaaaaagataaccaggatattgagaggcttttatttcagtta
aggaaaagaattgaaaaaaaaataagagttacttttaaaaatcatgttggggattgtgaa
ttttattttgcttcactaagttctcaaacagttgtgtataaaggtatggttcgttctgaa
atattatctgagttttatcaagatctaaaagaagatagttttaaggtctcattttctgtt
tatcataggaggtttagtacaaatacacttccaaaatggccgctagctcagcctatgaga
tttttagggcataacggtgaaataaatactctcttaggcaatatcaactgggctaaagct
tcagaaaaacatatagatgatttttggggagagttatctaatgaaatcaagcccattgtg
gatgtaaataaaagcgattcttccaatcttgatgcaacccttgaaattaatattcgttca
ggtcagccaattaccgactcattattaaaacttgttcctgaagcatttagaggtcaacca
gaacttgaacaaagagaagaaattaaagcattttatgagtattctgcgagcctacaagaa
gcttgggatggtcctgctctccttgtatttgctgatgggaattttgtgggggccacactt
gatagaaatggtctaagaccagcaagatattcaattacaaatgatggttttgtaataatg
ggttctgaaacaggagtagtagatcttgaagaggaaaaagtaatagaaaaaggtcgatta
ggaccgggacaaatgttagcagttgattttcatcaaaatagaatcctaagaaattgggag
gtaaaatccgaagcggctcaaagacatcattataaaaagctcctaaataaaagaacaata
aaaattgataatcatgaatggttgaaagactgcaaactaaaagaccttgagttgttacaa
caacaaactgcatacgggttttcagcagaagataatgaccttatcttagattcaatggct
tcattagctaaagagcctacttattgtatgggtgatgacatcccattagcagtgctttca
tcaaagccacatattctatatgactatttcaagcaaagatttgcgcaagttaccaatcct
cctattgaccctctgagagaaaaacttgtaatgagtttagaaatgcatcttggtgaaaga
tgtacaccttttgagattaaagatcccaaaccttttgttcatttaaaaagtccaattctc
aatgaggaagaactaatatcaataaaaaattcaaaaattaaatctcaaacaatttcaagt
ttgtttgatatagaggaaggtgttcaaggtttagaaaaccaattaaaagcaatttgtaaa
cagagtgagctctctatcgaagaaggctgctctttaataattatttctgataaaggaatt
aatcctaaaaagacttttattccccctttacttgctgttggatcaattcatcattatctt
cttaaaaaagaaatcagactaaaagcttctcttatagttgagacaggtcaatgttggagt
acacatcacttagcttgtttaattggttatggtgcaagcgcagtttgcccttggttaact
tttgaagcaggaagacactggttaaaacacccaaaaactcaaaaacttatagatagcaaa
aaaataaatacattatcaataattgatgttcaagaaaatattaaaaaagctttagaagat
ggtctaagaaaaattctttcaaaaataggtatctcacttttgtcaagttaccatggtgca
caaatttttgaagccgtaggccttggttctgacataataaaaattgcttttgatggtaca
acaagccgaattgctggaataacattaaaagaattaactaatgaaacactttcgatacat
acgaaagcctacccagagatcgatttaaaaaaattagaatttttaggatttgtacaattt
agaaataatggtgaatatcactccaataacccagagatgtccaaagttttacattcggct
gtaaaacaaggcccaggttacgatcattttgaaacttacaaacaactcataagtaatagg
cctaccacatctttaagagatttattaacaattagttctaaaagaaaaagtattccatta
gagaaagttgaaactgttgaatcaatttgcaaaaggttttgcactggaggaatgagtttg
ggtgcattatcaagagaagcccatgaagttttagcagttgcaatgaatagaattggtggg
aaaagtaatagtggggaaggaggagaagatccagctcgatttaatgttttaaatgacatt
aatgcaaatactcaatcagcgacattgccatttataaaaggtctaagaaatggtgatacc
gcatgctcagctattaaacaaatagcatcaggtagattcggggttacgcctgaatatcta
agaagtggtaaacaactcgaaattaaaatggctcaaggagcgaaacctggagaaggagga
caattaccaggtccaaaagttgattcttacatcgcaaagctaagaaatagtaaacctgga
gtagctctaatatctcctccaccgcatcatgatatttattcaattgaagatttagctcaa
ctaatccatgacttacaccaagtccatccaaaagcaaaggtaagtgttaagcttgtttct
gaaattggaataggcactattgctgccggagtaagcaaagcaaatgcggatgtaattcaa
atttcaggacatgacggaggtacaggtgcttcacctttaagttctattaaacatgcaggt
ttaccatgggaattgggtgtcgctgaggttcataaatctttattagataataacttacga
gaaagagtaatattgagaactgatggaggtcttaaaacaggctgggatgttgttattgct
gctttactaggtgctgaagaatacggatttggttcagtagcaatgattgctgaaggatgc
ataatggcacgtgtttgtcatacaaacaagtgtcctgttggagtagctactcaaaaagaa
gaattaagaaaaagatttaaaggtattccagaaaatgttgttaattttttcttatatatt
gctgaagaagtaagacagataatgagtagcatcggtgttgctaatatggaagaacttatt
ggtaatcaagaatttctttctacaagaaatataggtcttccaaaaacttctaatattgat
ctttcttctttagtaaataatgaatgctcaaacaatgatagatcatggttaaaacattca
aaaaatgctcataataatggatctgtgttagaagacgagtttttgtcggatgctgaattc
atagattcaattaaaaaccacgaaaaattaaccaaagaaattaagataaaaaatacagat
agaagtgtttgtgcgaaaatatcaggcgaaatcgcagaacttcatggcaatactggcttc
aatggcgaactcagcttaaatttcaaaggatacgcaggacagagctttggggcattttta
ttgaagggaatgaatatccaattaataggagaagctaatgattatgtatgcaaaggaatg
aatggaggaatactaactataattccaccgaaaatagataaaagctcctccgagcaggtt
attttaggaaacacctgtctttatggcgcaacaggaggaaaattatttgcattaggtaaa
tcgggagaaagatttgcagtaagaaatagtggcgctacagcagtaacagagggtgcaggt
gatcattgttgtgaatacatgactggtggtaaagtaattattctaggttctgcaggaaga
aatattggtgctggcatgactggtggaatagcttttatactcgatgagaataatgattta
agtaataaagttaataaggaaatagttagtattcataaaataacttcatcaaagcaggaa
gagatcttattggaaattattagagaatatctagcaaaaacaaatagcttaaaggctgcc
aaaataatagaaaattggtcttttttcaagagtgcattcaaattaatagttcccccaagc
gaggaagaaatgcttggcataaaataa

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

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