KEGG   Juglans regia (English walnut): 109011587
Entry
109011587         CDS       T05245                                 
Name
(RefSeq) ferredoxin-dependent glutamate synthase, chloroplastic
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
jre  Juglans regia (English walnut)
Pathway
jre00630  Glyoxylate and dicarboxylate metabolism
jre00910  Nitrogen metabolism
Brite
KEGG Orthology (KO) [BR:jre00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    109011587
  09102 Energy metabolism
   00910 Nitrogen metabolism
    109011587
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:jre01002]
    109011587
Enzymes [BR:jre01000]
 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)
     109011587
Peptidases and inhibitors [BR:jre01002]
 Cysteine peptidases
  Family C44
   109011587
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-GeneID: 109011587
NCBI-ProteinID: XP_018848396
UniProt: A0A2I4GWV9
Position
3:complement(4283150..4318670)
AA seq 1628 aa
MALRSVPPVAQLFHSNGRSFSRPPSIVQSNDGSLFVDFVGLYCKSNRTRRKFVASSGARS
FPHFVATRSSTAKAVLDIGRASTALHDQPDAASDLKAKVAKLDDIISERGACGVGFIANL
DNKGSHGIIKDALIALSCMEHRGGCGADNDSGDGSGLMTSIPWDLFNNWANEQGIASFDK
LHTGVGMVFLPKDDDLLKEAKKVIVNTFRQEGLEVLGWRPVPVNTSVVGYYAKETMPNIQ
QVFVKVVKEENVDDIERELYICRKLIERAVGSESWGNELYFCSLSNQTIVYKGMLRSEVL
GSFYYDLRNDLYTSPFAIYHRRYSTNTSPRWPLAQPMRLLGHNGEINTIQGNLNWMQSRE
SSLKSPVWHGRENEICPYGNSKASDSANLDSTAELLIKSGRTPEEALMILVPEAYKNHPT
LAIKYPEVIDFYDFYKGQMEAWDGPALLLFSDGKTVGACLDRNGLRPARYWRTSDNIVYV
ASEVGVLPMDESKVTMKGRLGPGMMITVDLHSGQVYENTEVKSRVALSNPYGKWVKENLR
SLNPVNFLSTTGMENDAILRHQQAFGYSSEDVQMVIETMAAQGKEPTFCMGDDIPLAILS
QKPHMLYDYFKQRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILEVGPENAKQVILSSPV
LNEGELELLLKDPYLKCQVLPTFFDIHKGVDGSLEKTLYKLCEAADEAVRNGSQLLVLSD
RADVLEATRPAVPILLAVGAVHQHLIQNGLRMSASIIVDTAQCFSTHQFACLIGYGASAI
CPYLALETCRQWRLSNKTVNLMRNGKMPTVTIEQAQKNFCKAVKSGLLKILSKMGISLLS
SYCGAQIFEIYGLGKEIVDLAFCGSVSSIGGLTFDELARETLSFWVKAFSEDTAKRLENF
GFIQFRPGGEYHGNNPEMSKLLHKAVRQKSESSFSVYQQHLANRPVNVLRDLLEFKSDRT
PIPVGKVEPAVSIVQRFCTGGMSLGAISRETHEAIAIAMNRLGGRSNSGEGGEDPIRWRP
LTDVVDGYSPTLPHLKGLQNGDTATSAIKQVASGRFGVTPTFLVNADQLEIKIAQGAKPG
EGGQLPGKKVSAYIARLRNSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQVNPKAKVSVK
LVAEAGIGTVASGVSKGNADIIQISGHDGGTGASPISSIKHAGGPWELGLTESHQTLIQN
GLRERVILRVDGGFKSGVDVLLAAAMGADEYGFGSVAMIATGCVMARICHTNNCPVGVAS
QREELRARFPGVPGDLVNFFLYVAEEVRGMLAQLGYEKLDDIIGRTDLLRPRDISLMKTQ
HLDLSVILSNVGLPKWSSTEIRNQGVHSNGPVLDDILLADPEISDAIENEKVVNKTIEIY
NVDRAVCGRIAGVIAKKYGDTGFAGQLNITFTGSAGQSFACFLTPGMNIRLVGEANDYVG
KGIAGGELVVTPVDNTGFCPEDATIVGNTCLYGATGGQIFVRGKAGERFAVRNSLAQAVV
EGTGDHCCEYMTGGCVVVLGKVGRNVAAGMTGGLAYILDEDNTLLPKVNKEIVKIQRLTA
PVGQMQLKSLIEAHVEKTGSSKGSAILKEWDTYLPLFWQLVPPSEEDGPEACADYEKTTP
GQVSLQSA
NT seq 4887 nt   +upstreamnt  +downstreamnt
atggctctgcggtcagttcctcccgttgctcagcttttccactccaatggtcgctccttc
tctcgaccgccttccattgttcagtcaaatgatggaagcttgttcgttgatttcgtcgga
ttgtattgtaaatcgaatcgaacgaggcggaaattcgtagcgtcttcaggcgcgaggagt
ttcccgcattttgtggcgacgaggtcgtcgactgccaaagctgtcctcgatattggacgt
gcaagtacggccttgcatgatcaaccggatgctgcttctgatttaaaagcgaaggttgca
aagttggatgatataatatcagaaagaggagcttgtggagttggattcattgccaatttg
gacaacaaaggatcccatgggataatcaaggatgctctcatagctcttagctgcatggag
catcgtgggggatgtggagcagataatgactctggtgatggttcaggattgatgacttct
attccctgggatctatttaacaactgggctaacgagcaagggattgcttcctttgataag
ttgcatactggtgttggaatggttttccttcccaaagatgatgacctattgaaagaagcc
aaaaaagttattgtaaatacttttagacaagagggtcttgaggtgcttggatggaggcct
gtccctgtgaatacttctgtagttggttactatgcaaaagaaaccatgcccaacatacag
caagtatttgttaaagttgtgaaagaagagaatgttgatgacattgaacgcgaactgtac
atctgccgaaaattgattgaaagagcagtgggctcagaaagttggggaaatgagctttat
ttttgttctttgtccaatcaaacaatagtttacaagggaatgcttcgctcagaagttctt
gggtcattttattatgaccttcgaaatgatctttatacatccccttttgctatttatcat
cgaaggtacagcacaaatactagtcccagatggcctcttgcacaaccaatgagattactt
ggacataatggagaaatcaataccatacagggtaacttgaactggatgcaatctcgggag
tcctcattgaagtcacctgtatggcatggacgtgaaaatgaaatttgtccatatggaaac
tcaaaggcgtcagactctgcaaatcttgatagtacagcagaattattaataaagagtggc
cgtactcctgaggaagctctaatgattcttgttcccgaggcatacaagaatcatccaacg
cttgcgatcaagtatcctgaggtgattgatttttatgacttctacaagggtcagatggag
gcatgggatggacctgctttactcttattcagcgatggaaaaacagttggggcatgtctt
gatcgaaatggacttcgcccagctaggtattggcggacttcagacaatattgtctatgtt
gcatctgaggttggtgtcctaccgatggatgagtcaaaagttacaatgaaaggccgtcta
ggtccagggatgatgataactgttgatttacacagtggccaggtttatgagaatacggag
gtgaaaagccgagtagccttgtcaaatccttatggaaagtgggtcaaggaaaacttgcga
tccttgaatcctgtgaacttcttgtcaacaacaggaatggagaatgatgcaatattaaga
caccaacaggcatttggctattcaagcgaagatgttcaaatggttattgaaactatggct
gcacaagggaaggagcctacgttttgcatgggcgatgatattccattggcaatattgtct
cagaagccacacatgctttatgattatttcaagcaacggtttgcacaggttacaaatcca
gctattgaccctcttagggaaggattagtcatgtctcttgaagtcaatattgggaagcga
ggaaatatattggaggttggacctgaaaatgctaagcaggtaattttgtctagtcctgta
ttgaatgaaggggagctcgagttgttgctgaaggatccctatttaaaatgccaagtgctg
ccaacattttttgatatccataaaggggttgatggttccttggaaaagacgctatataaa
ctttgtgaagctgctgatgaagctgttcgaaatggttcccaactgcttgttctctctgac
cgtgctgatgtgcttgaagcaactcgtcctgcagttccaatacttcttgctgttggtgct
gttcatcagcatcttattcagaatggcttgcgaatgtcagcatctattatagtggacact
gctcagtgcttcagcacccatcagtttgcctgtttaattggatatggtgcaagtgccata
tgtccgtatttggcattggagacttgccggcagtggcgtctgagtaataaaacagtaaac
ttgatgaggaatggaaagatgcctactgtaacgattgagcaggctcaaaagaacttttgc
aaggctgttaaatccggtcttctcaaaattctttccaaaatgggcatctcattgctctca
agttattgtggtgcacagatatttgagatttatggactggggaaggagattgttgatctt
gcgttttgtgggagcgtttccagtattggtggattaacttttgatgagctagcaagggag
actttatctttttgggtgaaggctttctctgaggatacggctaaaagactagaaaatttt
ggatttatacaattcagaccaggaggggagtatcatggaaacaaccctgagatgtcaaag
ttactccacaaagctgttcgccaaaagagtgaaagttccttttcagtttatcagcaacat
ttggccaaccgacctgtcaatgttcttcgtgatcttcttgagttcaaaagtgatcgcacc
ccaattcctgtgggaaaggttgaacctgctgtctctattgttcagcggttttgcactggc
gggatgtcacttggagcaatttcaagggaaactcatgaagcaattgccattgcaatgaat
agattaggtggaagatcaaactctggagaaggtggtgaggatcccatacgctggagacca
cttacagatgttgttgatgggtattcaccaacactgcctcatctcaagggtcttcaaaat
ggggatacagctacaagtgccatcaagcaggttgcttcaggacgttttggggtcactcca
acattcttggtcaatgctgatcaattagaaatcaaaattgcacaaggtgcgaagcctggt
gaaggtggtcaactgccggggaagaaagttagtgcatatattgcaaggttgagaaattct
aaacctggggtaccactgatttctccaccgccacaccatgacatttattctatagaggat
cttgcacaattgatctttgaccttcatcaggttaatcctaaggctaaggtttcagtaaag
ctagtggcagaagctggaattggcactgttgcttctggggtttcaaagggtaatgctgat
attatacagatatcagggcatgatggtggaactggagccagccccataagttccatcaag
catgctggtggtccttgggaacttggacttacagaatctcaccagacactcatccaaaat
gggctcagggaaagggttattctcagagttgatggtggcttcaaaagtggagttgatgtc
ctactggctgcagctatgggtgctgatgagtatggatttggttctgtggcaatgattgct
actggatgtgtgatggctcgcatttgccacacaaataactgcccagttggtgttgctagt
cagagagaagaattacgtgctaggttccctggtgtgcctggtgatcttgtcaacttcttt
ttatatgttgctgaagaggtaagaggcatgttggcgcagttgggatatgagaagttggac
gatataattggtcggacagatttattaagaccacgagatatctctctgatgaaaactcag
catctggatctcagtgttattctctctaatgttgggttaccaaaatggagcagtaccgaa
atcaggaatcagggtgttcatagtaatggtcctgttctggatgatattttactagcagat
ccagagatatctgatgcaattgagaatgaaaaagtggtaaataagaccatagagatatac
aatgttgatcgtgctgtttgtgggcgcatagcgggggtaattgcaaagaagtatggtgac
actggctttgctgggcaattgaacattacatttacagggagtgcggggcagtcatttgca
tgctttttgactcctggcatgaatattcggctggtgggagaggctaatgattatgtggga
aagggtattgctggaggtgagttggttgtaactcctgtcgataatactgggttctgccct
gaagatgcgaccattgtagggaatacttgtttgtatggggcaactggtggtcagatcttt
gttagagggaaagctggagagcgatttgctgttagaaactctcttgctcaagcagtagtg
gagggcactggagaccattgttgtgagtacatgacgggtggttgtgtggttgttcttgga
aaagtgggtagaaatgtagctgctggtatgactgggggtttggcatacattcttgacgag
gacaacactctcctccccaaggtgaataaagaaattgtgaagatccaaagattgactgcc
cccgtggggcaaatgcagctgaagagccttattgaggcccatgttgaaaaaaccgggagc
agtaaaggttcggctattctgaaggagtgggacacatatctgccactcttttggcagctg
gttccgcctagtgaagaagacggcccagaggcttgtgccgactacgagaaaacaactccc
gggcaagtgagtctgcaatctgcgtag

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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 (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (49)   

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