KEGG   Arabidopsis thaliana (thale cress): AT5G04140
Entry
AT5G04140         CDS       T00041                                 
Symbol
GLU1
Name
(RefSeq) glutamate synthase 1
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00630  Glyoxylate and dicarboxylate metabolism
ath00910  Nitrogen metabolism
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    AT5G04140 (GLU1)
  09102 Energy metabolism
   00910 Nitrogen metabolism
    AT5G04140 (GLU1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ath01002]
    AT5G04140 (GLU1)
Enzymes [BR:ath01000]
 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)
     AT5G04140 (GLU1)
Peptidases and inhibitors [BR:ath01002]
 Cysteine peptidases
  Family C44
   AT5G04140 (GLU1)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-GeneID: 830292
NCBI-ProteinID: NP_568134
TAIR: AT5G04140
UniProt: Q9ZNZ7 A0A178UNU3
Position
5:1129785..1138488
AA seq 1622 aa
MAMQSLSPVPKLLSTTPSSVLSSDKNFFFVDFVGLYCKSKRTRRRLRGDSSSSSRSSSSL
SRLSSVRAVIDLERVHGVSEKDLSSPSALRPQVANLEDILSERGACGVGFIANLDNIPSH
GVVKDALIALGCMEHRGGCGADNDSGDGSGLMSSIPWDFFNVWAKEQSLAPFDKLHTGVG
MIFLPQDDTFMQEAKQVIENIFEKEGLQVLGWREVPVNVPIVGKNARETMPNIQQVFVKI
AKEDSTDDIERELYICRKLIERAVATESWGTELYFCSLSNQTIVYKGMLRSEALGLFYLD
LQNELYESPFAIYHRRYSTNTSPRWPLAQPMRFLGHNGEINTIQGNLNWMQSREASLKAA
VWNGRENEIRPFGNPRGSDSANLDSAAEIMIRSGRTPEEALMILVPEAYKNHPTLSVKYP
EVVDFYDYYKGQMEAWDGPALLLFSDGKTVGACLDRNGLRPARYWRTSDNFVYVASEVGV
VPVDEAKVTMKGRLGPGMMIAVDLVNGQVYENTEVKKRISSFNPYGKWIKENSRFLKPVN
FKSSTVMENEEILRSQQAFGYSSEDVQMVIESMASQGKEPTFCMGDDIPLAGLSQRPHML
YDYFKQRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILELGPENASQVILSNPVLNEGAL
EELMKDQYLKPKVLSTYFDIRKGVEGSLQKALYYLCEAADDAVRSGSQLLVLSDRSDRLE
PTRPSIPIMLAVGAVHQHLIQNGLRMSASIVADTAQCFSTHHFACLVGYGASAVCPYLAL
ETCRQWRLSNKTVAFMRNGKIPTVTIEQAQKNYTKAVNAGLLKILSKMGISLLSSYCGAQ
IFEIYGLGQDVVDLAFTGSVSKISGLTFDELARETLSFWVKAFSEDTTKRLENFGFIQFR
PGGEYHSNNPEMSKLLHKAVREKSETAYAVYQQHLSNRPVNVLRDLLEFKSDRAPIPVGK
VEPAVAIVQRFCTGGMSLGAISRETHEAIAIAMNRIGGKSNSGEGGEDPIRWKPLTDVVD
GYSPTLPHLKGLQNGDIATSAIKQVASGRFGVTPTFLVNADQLEIKVAQGAKPGEGGQLP
GKKVSAYIARLRSSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQINPNAKVSVKLVAEAG
IGTVASGVAKGNADIIQISGHDGGTGASPISSIKHAGGPWELGLTETHQTLIANGLRERV
ILRVDGGLKSGVDVLMAAAMGADEYGFGSLAMIATGCVMARICHTNNCPVGVASQREELR
ARFPGVPGDLVNYFLYVAEEVRGILAQLGYNSLDDIIGRTELLRPRDISLVKTQHLDLSY
LLSSVGTPSLSSTEIRKQEVHTNGPVLDDDILADPLVIDAIENEKVVEKTVKICNVDRAA
CGRVAGVIAKKYGDTGFAGQVNLTFLGSAGQSFGCFLIPGMNIRLIGESNDYVGKGMAGG
EIVVTPVEKIGFVPEEATIVGNTCLYGATGGQIFARGKAGERFAVRNSLAEAVVEGTGDH
CCEYMTGGCVVVLGKVGRNVAAGMTGGLAYLLDEDDTLLPKINREIVKIQRVTAPAGELQ
LKSLIEAHVEKTGSSKGATILNEWEKYLPLFWQLVPPSEEDTPEASAAYVRTSTGEVTFQ
SA
NT seq 4869 nt   +upstreamnt  +downstreamnt
atggcgatgcaatctctttcccctgttcctaagcttctctccacaacaccaagctctgtt
ctttcttctgacaagaacttcttcttcgtcgatttcgttggattatactgtaagtccaag
aggaccagacgcagacttcgtggagactcttcctcttcctcacgctcttcttcttctctc
tctcgtctttcctctgttcgtgccgttatcgaccttgaacgtgttcatggcgtctctgaa
aaggatctctcctctccttcagctttaagacctcaggttgctaatttggaggatatattg
tctgaaagaggagcttgtggagttgggtttatagcaaacttagataacataccttcacat
ggagttgtcaaagatgctcttattgctcttgggtgtatggaacatcgtggaggttgtgga
gcagacaatgattctggtgatggctctggtcttatgtcttccattccttgggatttcttt
aacgtctgggccaaggaacaaagtcttgctccttttgataagttgcatactggtgttggc
atgatctttcttccacaagatgatacctttatgcaagaagccaagcaagttattgaaaac
atatttgagaaagaaggattacaagttcttgggtggagggaagttcctgttaatgttcct
atagttggtaaaaatgctagggagacaatgcctaacattcaacaagtgtttgtgaaaatc
gcaaaggaagatagtactgatgatattgaaagggaactttacatctgccggaaactaatc
gaaagggccgtagctactgagagttggggaacagagctttacttctgttcactgtccaat
caaaccatagtgtacaagggcatgcttcgatctgaagctcttggattgttttatctagat
cttcagaatgagctttatgagtctccttttgctatttatcatcgaaggtacagtacaaac
actagtcctaggtggcctcttgctcaaccaatgaggtttcttggacataacggggagatc
aataccattcaggggaacttaaattggatgcagtctcgagaagcttcattgaaggctgct
gtttggaatggccgtgaaaatgaaattcgtccatttggtaatcccaggggttcagactct
gctaatcttgatagtgctgcagaaatcatgattagaagtggaagaacaccagaggaagct
ctaatgattcttgtccctgaggcatacaagaatcatccaaccttatctgtcaaatatcct
gaggttgtagatttctatgactactacaaaggacaaatggaggcttgggatggtcctgcc
ttacttttgttcagtgatggaaaaacagttggggcttgtcttgaccgtaatggccttcgt
cctgctcgatattggcggactagtgacaatttcgtctatgttgcatctgaggtcggagtt
gtaccagttgatgaggcaaaagtcacaatgaaaggccgtctaggacctggaatgatgatt
gctgttgaccttgtgaatggccaggtatatgagaatacagaggtcaagaagagaatatct
tcatttaatccatatggaaaatggattaaagaaaactcccggttcttgaagcctgtgaat
ttcaaatcctcaactgtcatggaaaatgaagaaatcctaagaagccaacaagcatttggt
tattcaagtgaggatgtgcaaatggttattgagtctatggcttctcaaggaaaggaacca
accttctgcatgggcgacgatattccgctggcaggattgtctcaaagaccgcatatgctt
tatgattatttcaaacaaagatttgcacaggttacaaaccctgccattgacccccttagg
gaaggtttggttatgtctcttgaagtaaatattggaaaacgtggaaatatattggagctt
ggacctgagaatgcctcgcaggttattctgtctaaccctgtgttaaatgaaggagcgtta
gaggagttaatgaaggatcaatacttaaaaccaaaggttctgtccacatatttcgatata
agaaaaggcgttgaaggttccttgcaaaaggctctatattatctttgtgaagcagctgat
gatgctgtccgaagtggctctcagcttctcgttctttcagaccgatccgatagactggaa
ccaaccaggccttcaattccaataatgttagctgttggcgctgtccatcaacatcttatt
cagaacggcttgcgtatgtcagcttctattgttgctgataccgcccaatgcttcagcaca
catcattttgcttgtttggttggatatggtgcaagtgctgtatgcccatacttggcactg
gagacatgtaggcaatggcgcttaagtaacaaaactgtggccttcatgcgtaacgggaaa
attcctactgtaaccattgagcaagctcagaagaactacactaaggcggttaatgcaggg
cttcttaaaattctttctaagatgggaatctcattgctttcaagttattgtggtgctcag
atatttgagatatatggtttgggacaggatgttgttgatcttgcattcactggaagtgtg
tcaaaaatcagtggactcacctttgatgagttggcaagagagacattgtctttctgggtg
aaggccttttctgaggatacaactaagcgattagaaaattttgggtttattcaattcagg
cctggaggtgagtatcattcaaacaacccagagatgtcaaagttgcttcacaaggctgtc
cgtgaaaagagtgaaactgcatatgcagtctatcaacagcatctctctaacagacctgtt
aatgtcctccgtgacctgcttgagttcaagagtgatcgtgcaccgatcccagtagggaaa
gtagaaccggccgttgctattgttcagagattttgtactggtggaatgtcacttggtgct
atttcaagagagactcatgaagctattgctattgcaatgaataggattggtgggaaatca
aactctggagaaggtggagaggatcctatccgttggaagccacttacagatgtggttgat
ggatattcaccaacactaccacatctcaaaggtcttcaaaacggcgatattgcaacaagt
gctatcaagcaggttgcttcagggcgttttggagtcacaccaacgttcttggtcaatgca
gatcaattggaaatcaaagttgcacaaggtgccaagcctggggaaggtggtcagcttcct
ggaaagaaagttagtgcgtatatcgctaggctaagaagctctaaacctggtgttccgctt
atatctccgcctcctcaccacgacatttactctattgaggatcttgctcagttgatcttt
gatctacatcagattaatccaaatgcaaaagtatcagtcaagctagttgcagaagctgga
atcggaactgttgcttcaggagttgcaaagggtaacgctgatatcatccagatatcaggc
catgatggtggaaccggggctagtccaataagctccataaaacatgctggtggaccatgg
gaacttggactaacagaaactcaccaaacacttatcgcaaatggactaagagaaagagtc
attttaagagtcgatggaggcttaaagagtggtgttgatgttctaatggctgcagctatg
ggtgctgatgaatacggattcggttccttggcaatgattgctactggttgtgttatggct
cgtatttgccacactaataattgcccagtgggtgtagcaagtcagagagaagaattacgt
gcaagattccctggtgtacctggtgatcttgtcaactacttcttatacgtagcagaagag
gtgagaggtatcttagcacagttgggatacaacagtttagatgacatcattggacgaaca
gagttactgagaccacgagacatttcgctagttaaaactcaacatctcgatctgagttat
cttctttcgtctgttggaacaccttcattgagcagtactgaaatcagaaagcaggaagtt
catacaaatggacctgttctcgacgacgatattcttgcagatccattggtgattgatgca
atagagaacgaaaaagtggttgagaaaaccgtcaaaatatgcaacgtagaccgtgcggct
tgtggtcgtgttgctggtgttattgcaaagaagtatggagacactggttttgcaggacaa
gtgaacctaactttcttagggagcgcgggacagtcgtttgggtgctttttgattcccggt
atgaacatccggctcataggagagtcaaatgactacgttggaaagggaatggctggtggt
gaaatagtagtaactcctgtggaaaaaatcgggtttgtgcctgaggaagcaacgatagtc
gggaacacttgcttgtatggtgcaacaggtggtcagatattcgctagaggcaaagctgga
gagagatttgcagtgagaaactcactcgctgaagcagtagttgaaggcactggagaccat
tgctgtgagtacatgactggtggctgtgtagtcgtgcttggaaaggtgggaagaaacgtt
gctgctggtatgacaggagggttagcttaccttcttgatgaagacgacactcttcttcct
aagattaacagagagatagtgaagatccaaagagtaactgcgcctgcaggggaattgcag
ctgaagagcttaattgaagcacatgtggaaaaaaccggaagcagcaaaggcgcaacgatt
ctgaatgagtgggaaaagtatctacctctcttctggcaactggttccaccgagtgaggaa
gacactcctgaagcttctgctgcttacgtaagaacatccaccggggaagtcacatttcaa
tcggcttag

  All links  
Gene (32)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (2)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (44)   

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