KEGG   Brassica napus (rape): 106391644
Entry
106391644         CDS       T04128                                 
Name
(RefSeq) ferredoxin-dependent glutamate synthase 2, chloroplastic
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
bna  Brassica napus (rape)
Pathway
bna00630  Glyoxylate and dicarboxylate metabolism
bna00910  Nitrogen metabolism
Brite
KEGG Orthology (KO) [BR:bna00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    106391644
  09102 Energy metabolism
   00910 Nitrogen metabolism
    106391644
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:bna01002]
    106391644
Enzymes [BR:bna01000]
 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)
     106391644
Peptidases and inhibitors [BR:bna01002]
 Cysteine peptidases
  Family C44
   106391644
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-GeneID: 106391644
NCBI-ProteinID: XP_013687792
Position
C4:60498257..60508643
AA seq 1624 aa
MALQSPGATGASSSVSRLLSSAKLASTKSLLSSVDFLGSSYSISKGRRIKRRNELSAFRG
YSPLLKSSLRSPLTAKAGDASASFSDLKPEVAYLEDIVSEKGECGVGFIAHLENEATHKI
VNDALIALGCMEHRGGCGADNASGDGSGLMTSIPWDLFNGWAEKQGMACFDKLHTGVGML
FLPRDENIRKEAKKVVTSIFEKEGLEVLGWRDVPVEPSIVGHYAKKTMPKTEQVFVRIVK
EDKVDDVERELYICRKLIERAVASESWASELYFSSLSNQTIVYKGMLRSEVLGLFYTDLQ
NDLYKSAFAIYHRRFSTNTSPRWPLAQPMRFLGHNGEINTIQGNLNWMTSREASLRSPVW
HGRENDIRPISNPKASDSSNLDSAAELLIRSGRTPEESLMILVPEAYKNHPTLMIKYPEA
VDFYDYYKGQMEPWDGPALVLFSDGKTVGACLDRNGLRPARYWRTSDNVVYVASEVGVLP
MDESKVTMKGRLGPGMMISVDLESGQVYENTEVKKRVASYNPYGKWVSENLRTLKPSTFL
SSAVMETEETLRHQQAFGYSSEDVQMVIESMAAQGKEPTFCMGDDTPVAVLSQKPHMLYD
YFKQRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILEVGPQNVSQVVLSGPVLNERELEG
LLSDPHLKSQVLPTFFDIHRGIDGSLKKALLKLCEAADEAVRNGSQVLVLSDRSDNPEPT
RPAIPMLLAVGAVHQHLIENGLRMSASIIADTAQCFSTHHFACLIGYGASAICPHLALET
CRQWRLSNKTVNMMRNGKMPTVTMEQAQKNYRKAVNTGLLKVLSKMGISLFSSYCGAQIF
EIYGLGKEVVEFSFRGSASRIGGLTLDELARETLTFWVRAFSEDTAKRLENFGFIQFRPG
GEYHGNNPEMSKLLHKAVREKSETAYAVYQQHLANRPITVFRDLLEFKSDRKPIPVGKVE
PASSIVERFCTGGMSLGAISRETHETIAIAMNRLGGKSNSGEGGEDPIRWKPLTDVVDGY
SSTLPHLKGLRNGDTATSAIKQVASGRFGVTPTFLVNADQLEIKVAQGAKPGEGGQLPGK
KVSAYIARLRNSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQVNPKAKVSVKLVSEVGIG
TVASGVAKANADIIQISGYDGGTGASPISSIKHAGGPWELGLAETQKTLIGNGLRERVII
RVDGGFKSGVDVLIAAAMGADEYGFGTLAMIATGCIMARICHTNNCPVGVASQREELRAR
FPGLPGDLVNFFLYIAEEVRGILSQLGYEKLDDIIGRTDLLKPRDISLVKTHLDLSYLLS
SVGLPKRSSTSIRKQEVHSNGPVLDDTILQDPEIMDAIENEQTVHKTMSIYNVDRSVCGR
IAGVIAKKYGDTGFAGQLNLTFNGSAGQSFACFLSPGMNIRLVGEANDYVGKGMAGGEVV
ILPVESTGFLPEDATIVGNTCLYGATGGLLFVRGKAGERFAVRNSLAQAVVEGTGDHCCE
YMTGGCVVVLGKVGRNVAAGMTGGLAYILDEDNTLLPKVNKEIVKIQRVTSQVGQIQLKS
LIQAHVEKTGSSKGATIVEEWDKYLSMFWQLVPPSEEDTPEANSDHLVKTTTGEEEQVSN
TFAV
NT seq 4875 nt   +upstreamnt  +downstreamnt
atggcgctacagtctcccggcgccaccggagcttcatcctccgtctctcgcctcctctcc
tccgcgaaactagcttctaccaagtctctcctctcctccgttgacttcctcggatcatcc
tactctatctccaagggaagaagaatcaaacgccgtaacgaactctccgcgtttcgcgga
tacagtccactgctcaagtcctcgcttaggtctccgttaacggcaaaggccggcgacgca
tcggcttccttctccgatctaaaacctgaggtggcttacttggaagatattgtttcggag
aagggagagtgtggagtcggtttcatcgcgcacttggagaacgaggctactcataagatt
gtaaacgatgctctgattgcgcttggttgtatggagcacaggggaggttgtggtgctgat
aacgcttctggtgatggttctggtttgatgacttccatcccctgggatcttttcaacgga
tgggctgagaagcaagggatggcttgttttgataagcttcataccggtgttgggatgttg
ttcttgccgagggatgaaaacattaggaaagaagctaagaaagtggttacaagtattttc
gagaaagagggtttggaggtgcttggatggagggatgtacctgtagaaccgtccattgtt
ggtcattacgccaagaagacgatgccgaaaacggaacaggtctttgttagaattgtcaaa
gaagataaagtagacgacgttgaaagagagctttacatttgcaggaagctgatcgaaaga
gcagttgcttctgaaagttgggcctctgagctctactttagctccttgtccaaccagacc
attgtttacaaaggaatgcttcgttcagaagttcttgggttgttttacaccgaccttcaa
aatgatctttataaatctgcttttgctatctaccatcgaagatttagcacgaatactagt
cctagatggccgcttgctcagcccatgaggtttcttgggcacaatggggagatcaatacc
atacagggaaacctaaactggatgacatctcgagaagcatctctaagatcacctgtctgg
catgggcgtgaaaatgatattcgccccataagcaatccaaaggcttcggactcctctaat
cttgatagtgcagcagaacttttgataagaagtgggcggactccagaagaatctttaatg
atacttgtgccagaggcatataaaaatcacccgaccttaatgattaaataccctgaggct
gtagacttttatgattactacaagggccagatggagccctgggatggacctgcattggta
ttgttcagtgatggaaagactgtcggagcttgcctcgaccgcaatggacttcggcctgct
agatattggcggacaagtgataatgttgtctatgtagcctctgaggtcggagttcttcca
atggatgaatcgaaagtcaccatgaagggtcgtctaggacctggcatgatgatatctgtt
gacttagaaagtggacaggtatatgagaacacagaagtgaagaagcgggttgcatcatat
aacccatatggaaagtgggttagtgaaaacctgcgaaccctgaagccttctacttttctt
tcgtcagcagtcatggagaccgaagagaccttacgacaccaacaggcatttggctactcg
agcgaagatgttcaaatggtaattgagtcaatggctgcacagggaaaagaaccgacgttt
tgcatgggggatgatactccagtggctgtattgtctcagaagccacatatgctttatgat
tatttcaagcagcggtttgctcaggttacgaatccagctattgaccctcttcgagaagga
ctggtcatgtcactggaagttaatattggaaagcgtgggaatatattggaggtcgggcct
cagaatgtgtcacaggttgttttgtctggtcctgtactaaatgaacgggagcttgaaggt
ctgctcagcgatccacatttgaaatctcaagtattgcccacattttttgacatacataga
ggaattgacggatctttgaagaaggctcttctaaaactctgcgaagctgcagatgaagct
gttcgtaatggttcacaagtgcttgttctctctgacagatctgataatccggaacccact
cgacctgcaattccaatgttgttggcggtaggtgctgttcaccaacatctgatcgagaac
ggccttcggatgtcagcttcgataattgcagatacagctcagtgctttagtacgcatcac
tttgcatgtttgattggatatggagcaagtgctatatgcccgcacctggcactggagaca
tgcagacagtggcgtctgagcaacaagaccgtgaacatgatgagaaacggaaaaatgcct
actgtaactatggaacaggctcaaaagaattatcgcaaggctgttaacactggtcttctt
aaggttctttctaagatgggcatctcgttattctccagttactgtggagcacaaatattt
gagatttatggattggggaaggaggttgttgaattttcgttccgtggtagtgcatctcga
attggtgggttaactttggatgagctggctagggagacgttaactttttgggtgagggca
ttttctgaggatacagccaaacggctagagaactttggtttcattcagtttaggcctgga
ggcgaatatcatggaaacaatcctgagatgtctaaattacttcataaagcggttcgcgaa
aagagtgagacagcctacgcagtctatcagcagcatttagccaaccgtcctattacggtt
ttccgtgaccttcttgagttcaaaagtgaccgtaagcctattcctgttgggaaggttgag
cctgcttcctctattgtggagcggttttgtacaggtggaatgtcacttggagcaatctct
agagaaactcatgagaccattgctattgcaatgaacagattaggaggaaagtccaattca
ggggaaggaggcgaggatccgatccgctggaagccactaacagatgttgttgatgggtac
tcttcaacgctgccacaccttaaaggtcttcgaaatggggatacggctacaagtgctatc
aagcaggttgcttcagggcgttttggtgtcactccgacgtttttggttaacgcagaccag
ttggaaatcaaagttgctcaaggagcgaagccaggtgaaggtggccagcttcctgggaaa
aaagttagcgcatatattgctagacttagaaattctaaaccaggagttccgcttatatct
ccacctccacatcatgatatttattccatagaggatttggcacagttgatctttgatctt
catcaggtcaaccccaaggcgaaagtgtcagtcaagcttgtatcagaagttggaatagga
acagttgcctcaggtgtagcgaaggctaatgctgatatcatacagatatcagggtatgat
ggtggaactggagccagccctataagttccataaagcatgccggtgggccatgggaactt
ggattagctgaaacccagaagactctcattggaaatggactcagggaaagagtgattatc
agggttgatggaggattcaagagtggtgttgatgtgttgattgctgcagctatgggcgcc
gatgagtatgggtttggtactctggcaatgattgccacaggatgtattatggctcgcatt
tgccacactaataactgccctgttggtgttgccagtcagagagaggagctgcgtgcacgt
ttccctggtctacctggtgatcttgtcaatttcttcttgtatattgcagaggaggtgagg
ggcatattatctcagttgggatatgaaaaattggatgatataatcgggcggacagatttg
ctgaagcctagggatatctcgctcgtgaaaactcatcttgacctcagttatctcttatct
tccgttgggctgccaaaacgtagcagtacttccattaggaagcaggaggttcactcaaat
ggtcctgtccttgatgatactatacttcaggatccggagataatggatgccattgagaat
gaacaaacggttcacaaaaccatgagtatatacaatgtggaccgttctgtttgcggtagg
attgcaggagtaattgcgaagaaatacggagacactggttttgctggacaactgaaccta
acgttcaatggaagtgctggccaatctttcgcttgttttctaagtcctggaatgaatata
cgtcttgtaggtgaagccaacgactatgtcggaaagggaatggccggaggtgaagttgtg
atattaccagtggagtcgactggttttcttcctgaagacgcaacaattgtaggaaacact
tgtctgtatggtgcaaccggtggtttactatttgtaagaggcaaagcaggagagagattc
gctgttagaaactctctagctcaagctgtcgttgaaggcactggagatcactgctgtgaa
tatatgactggtggttgtgtagttgtacttgggaaagtcggtagaaatgtagctgcaggt
atgactggtggattggcgtatatccttgacgaggacaacactctcctccctaaggtgaac
aaagagatagtgaagatccaacgagtgacttcacaagtggggcaaatacagcttaagagc
ctgatccaagctcatgtggagaaaacaggaagcagtaaaggagcaacgattgtggaggaa
tgggacaagtatctttcaatgttctggcaacttgtgccgccgagtgaagaagacacgccg
gaagctaactccgaccacctggtgaaaacaaccaccggggaagaagagcaagtgtcaaac
acatttgcagtgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
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)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (28)   

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