KEGG   Vitis vinifera (wine grape): 100233082
Entry
100233082         CDS       T01084                                 
Name
(RefSeq) ferredoxin-dependent glutamate synthase, chloroplastic
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
vvi  Vitis vinifera (wine grape)
Pathway
vvi00630  Glyoxylate and dicarboxylate metabolism
vvi00910  Nitrogen metabolism
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    100233082
  09102 Energy metabolism
   00910 Nitrogen metabolism
    100233082
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:vvi01002]
    100233082
Enzymes [BR:vvi01000]
 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)
     100233082
Peptidases and inhibitors [BR:vvi01002]
 Cysteine peptidases
  Family C44
   100233082
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-GeneID: 100233082
NCBI-ProteinID: XP_002267056
UniProt: F6HKA4
Position
8:join(20386327..20386623,20391947..20392259,20394316..20394758,20394844..20394975,20396074..20396172,20396648..20396718,20398050..20398146,20399579..20399671,20401231..20401376,20401851..20402010,20407210..20407320,20407440..20407655,20408386..20408543,20410887..20411016,20414728..20414786,20414946..20415051,20419994..20420090,20422469..20422584,20422667..20422864,20423009..20423119,20427261..20427500,20427667..20427765,20428004..20428099,20428196..20428393,20428503..20428577,20429768..20429896,20429991..20430089,20430857..20430999,20431105..20431198,20431708..20431946,20432049..20432127,20432716..20432799,20433313..20433474)
AA seq 1629 aa
MSLHSFSPTSQLLHSNVFPAAQSPPPTSVFATNKGIILADFVGLYCKSRRARPRIGVSGH
RRFHKFSAGKFGTINAVLDLDRIKNAAEQSSSRSDSKPKVANLDDIISERGACGVGFIAN
LDNKASHEVVKDALAALSCMEHRGGCGADNDSGDGSGLMTSIPWDLFNNWAKEQRIGSFD
RLHTGVGMVFLPKDDDLMKEAKTVIDNSFKQEGLEVLGWRPVPVDISIVGYYAKETMPNI
QQVFVRVVKEENIDDIERELYICRKLIERAVKSETWGNELYFCSLSNQTIVYKGMLRSEV
LGNFYLDLKSDIYKSPFAIYHRRYSTNTSPRWPLAQPMRLLGHNGEINTIQGNLNWMQSR
EASLKSPVWRGRENEIRPFGNPKASDSANLDSTAELLIRSGRSAEESLMILVPEAYKNHP
TLMIKYPEVVDFYNYYKGQMEAWDGPALLLFSDGKTVGACLDRNGLRPARYWRTIDNVVY
VASEVGVLPMDESKVVMKGRLGPGMMISVDLTSGQVYENTEVKKQVALSNPYGKWVNENM
RSLRPVNFLSATVMDNEGILRHQQAYGYSSEDVQMVIETMAAQAKEPTFCMGDDIPLAVI
SQRSHMLYDYFKQRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILEVGPENASQVNLSSP
VLNEGELESLLKDPHLKPRVLPTFFDIRKGVEGSLQKRLNKLCEAADEAVRNGSQLLVLS
DRSDELEPTRPGIPILLAVGAVHQHLIQNGLRMSASIVADTAQCFSTHHFACLIGYGASA
VCPYLALETCRQWRLSNKTVNLMRNGKMPTVTIEQAQKNFCKAVQSGLLKILSKMGISLL
SSYCGAQIFEIYGLGREVVDLAFCGSVSSIGGLTLDELARETLSFWVKAFSEDTAKRLEN
FGFIQFRPGGEYHGNNPEMSKLLHKAVRQKSESAFSVYQQHLANRPVNVLRDLLEFKSDR
SPIPLGKVEPAASIVQRFCTGGMSLGAISRETHEAIAIAMNRLGGKSNSGEGGEDPIRWS
PLTDVVDGYSPTLPHLKGLQNGDTATSAIKQVASGRFGVTPTFLANADQLEIKIAQGAKP
GEGGQLPGKKVSAYIARLRNSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQVNPKAKVSV
KLVAEAGIGTVASGVAKGNADIIQISGHDGGTGASPISSIKHAGGPWELGLSESHQTLIE
NGLRERVILRVDGGFKSGVDVMMAATMGADEYGFGSVAMIATGCVMARICHTNNCPVGVA
SQREELRARFPGVPGDLVNFFLYVAEEVRGILAQLGFEKLDDVIGRTDLLRPRDISLVKT
QHLDLSYILSNVGLPKWSSTEIRNQDVHSNGPVLDDIILADPETSDAIENEKVVNKSIKI
YNVDRAVCGRIAGVVAKKYGDTGFAGQLNITFTGSAGQSFACFLTPGMNIRLIGEANDYV
GKGMAGGELVVTPVEDTGFLPEDATIVGNTCLYGATGGQIFVRGKGGERFAVRNSLAEAV
VEGTGDHCCEYMTGGCVVVLGKVGRNVAAGMTGGLAYILDEDDTLIPKVNKEIVKIQRVT
APVGQMQLKSLIEAHVEKTGSSKGSAILKEWDTYLPLFWQLVPPSEEDTPEASAEFERTD
ASQVTLQSA
NT seq 4890 nt   +upstreamnt  +downstreamnt
atgtctctccactctttctctcccacttctcagcttcttcactccaatgtctttcccgcc
gctcaatctccgccgccaacttcagtttttgccacgaacaagggcatcattctcgctgat
tttgttgggctgtactgtaaatcgcggcgtgcgcgcccgagaataggagtctccggccac
cggagatttcacaaattctcggccggtaagtttggtacgatcaacgcggttctggatctt
gatcgtatcaagaacgcggcggagcaatcgagttcacgctccgattcaaaacccaaggtt
gcaaacttggatgacataatatcagagagaggagcttgtggagttggattcattgctaat
ttggataacaaagcatcccatgaggttgtcaaggatgcccttgctgcccttagctgcatg
gaacatcgtgggggctgtggagctgataacgactctggagatggttcaggattgatgact
tcaattccatgggatctatttaacaattgggccaaagagcaaaggattggttcctttgat
aggttgcatactggtgttggaatggtttttctccccaaagatgatgaccttatgaaagaa
gccaaaacagttattgataatagtttcaaacaagagggccttgaggtgctcggatggagg
cctgttcctgtagatatttctatagttggttactatgctaaagaaaccatgccaaacata
cagcaggtatttgttagagttgttaaggaagagaacatcgatgatattgaaagagaacta
tacatctgtaggaaattgattgaaagagcagtgaagtcagaaacttggggaaatgagctt
tatttctgttcgttatccaatcaaacaatagtttacaaaggaatgcttcgctcggaagtt
cttggaaacttttatttggaccttaagagtgatatttataaatcaccttttgccatttat
catcggaggtacagcacaaatactagtccaaggtggcctcttgcacaaccgatgaggtta
cttggtcataatggagagatcaataccatacaggggaatttgaactggatgcaatctcga
gaggcctcattgaagtcgcctgtttggcgtggtcgagaaaatgaaattcgtccttttggt
aacccaaaggcatctgactcggcaaatcttgatagcaccgcagaattgttgataagaagt
ggccgttctgctgaggagtctctaatgattctggtcccggaggcctacaaaaatcatcca
actttgatgattaaatatcctgaggttgttgatttttataactattacaagggtcaaatg
gaagcttgggatggacctgccttgcttttattcagtgatggaaaaacagtcggagcttgt
cttgatcggaatggtcttcgcccggctaggtattggcggacaatagacaatgttgtctat
gttgcatctgaggttggtgttctaccgatggatgagtcaaaagttgtaatgaaaggccgt
ttgggtccaggaatgatgatatctgttgatctgacaagtggacaggtgtacgagaatacg
gaagtcaaaaaacaagtggccctgtcaaatccatatggaaagtgggtgaatgagaacatg
cggtctctgagacctgtgaacttcctttcagctacagttatggacaatgaaggaatttta
agacaccaacaggcatatggctactcaagtgaggatgtccaaatggttattgaaactatg
gctgcccaagcgaaggagcctacattttgtatgggagatgatattccattggcagtaata
tctcagaggtctcacatgctttatgattattttaagcaacgctttgcacaggttacaaat
ccagctattgaccctctcagagagggattagttatgtctcttgaagtaaatattgggaag
cgtgggaacatattggaggttggaccagagaatgcttctcaggttaatttgtctagtcct
gtactgaatgaaggggagcttgagtcattgttgaaggatcctcacttaaaaccccgagta
ttaccaacattttttgacataagaaagggggttgagggttccctgcaaaagagactaaat
aagctttgtgaagctgctgatgaagctgttcgtaatggttcccaactccttgttctctct
gaccgctctgatgaactggaaccaacccggcctggaattcctattcttcttgctgttggt
gctgttcatcaacatcttattcaaaatgggttgcgaatgtcagcttcaattgtggccgac
actgcccagtgcttcagtactcatcactttgcttgtttgattggatatggtgcaagtgct
gtatgtccgtacttggcattggaaacatgccggcaatggcgtctgagtaataaaactgtg
aatttgatgcggaatggaaaaatgcctactgttacaattgagcaggctcagaagaacttt
tgcaaggcagttcagtctggtcttctcaaaattctttcaaaaatgggtatctcattactt
tctagttattgtggggcccagatatttgagatttatggattaggaagggaggttgtcgat
cttgcattttgtggaagtgtatctagtattggtggattgacccttgacgagcttgcaagg
gagactctatccttttgggtgaaggctttctctgaggatacagctaaaagactagaaaat
tttgggtttatacagttcagaccaggaggggaatatcatggaaacaaccctgaaatgtcg
aagctgcttcacaaagctgttcgccagaaaagtgaaagtgcattttcggtttatcagcag
catttggctaatcggcctgtgaatgttcttcgtgatcttcttgagtttaaaagtgaccgt
tccccaattccattgggaaaagttgaacctgctgcttccattgttcaacggttctgcact
ggtgggatgtcacttggagctatttcaagagaaacccatgaagcaattgccattgcaatg
aatagattaggtggaaaatctaactcaggagaaggtggtgaggatcctattcgctggagc
ccacttacagatgttgttgatgggtactctccaacactgccacatctcaaaggtcttcaa
aatggggatactgctacaagtgctatcaagcaggttgcttctggtcgttttggtgtcacc
cccacattcttggccaatgctgaccagttagaaatcaaaattgcacaaggtgcaaagcct
ggcgaaggtggtcaattgcctgggaagaaagtcagtgcatacattgcaagattgagaaat
tcgaaacctggtgttccacttatatctccgcctccacaccatgatatttattctattgag
gatcttgctcaattgatttttgatcttcatcaggtcaatccaaaggctaaggtatctgta
aagcttgttgcagaagctggaattggcacggttgcttctggggtcgctaagggtaatgct
gatatcatacagatatcggggcatgatggtggaactggagccagtcccataagttccatc
aagcatgctggtggtccttgggaacttggactttcagaatcacatcagacgctcattgaa
aatggactcagagagagggtcattctcagagttgatggcggttttaaaagtggagttgat
gtcatgatggctgcaacaatgggtgctgatgagtacgggtttgggtctgtggcaatgatt
gctactggatgtgttatggcccgcatttgccacactaacaattgcccagttggtgttgcc
agtcagagagaagaactccgtgcccgttttcctggtgtgcctggtgatcttgtgaacttc
tttttatatgtagctgaggaggttagaggcatattggcacaactgggctttgagaaactt
gatgatgtaattggacgaacggatctattaagaccacgagatatctcattagtgaaaact
caacatcttgatctaagttacattctctcaaatgttggcttgccaaagtggagcagtact
gagatcaggaatcaagatgtacattctaatggtcctgttttggatgatattatacttgca
gatcctgagacatctgatgcaattgagaatgaaaaagtagtcaataaaagcataaagata
tacaatgtggaccgtgctgtttgcgggcgtatagcaggtgtggttgcaaagaaatatggt
gatactggttttgccgggcagctgaacataacattcacagggagtgctgggcagtcattt
gcatgttttctgacacctggaatgaacattcgacttataggggaggctaatgactatgtg
ggaaagggtatggctggaggtgaattggttgtgactcctgttgaggatactgggtttctc
cccgaggatgcaactatagtaggaaatacttgcctatatggagcaacaggtggtcaaatc
tttgtcagagggaaaggtggggaacgatttgcagttagaaactcacttgctgaagcagta
gtagaaggcactggagaccactgttgtgagtacatgaccgggggttgtgtggttgtactt
ggaaaggtgggtagaaatgtagctgctggaatgactggaggtctggcatacattcttgat
gaggacgatactctcatccccaaggtaaataaggagattgtgaagatccagagagtgact
gcccctgtggggcagatgcagctaaagagcctgattgaagcccatgttgaaaaaactgga
agcagcaaaggctcagctattttgaaggagtgggatacatacctgcctctcttctggcaa
ctggttcctcccagtgaggaagacaccccagaagctagcgcagagtttgagagaaccgat
gctagccaggtgacgttgcagtcagcttaa

  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 (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (11)   
   RefSeq(nuc) (1)   
   GenBank (5)   
   EMBL (5)   
Protein domain (5)   
   Pfam (5)   
All databases (64)   

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