KEGG   Camelina sativa (false flax): 104768604
Entry
104768604         CDS       T05044                                 
Name
(RefSeq) ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like
  KO
K00284  glutamate synthase (ferredoxin) [EC:1.4.7.1]
Organism
csat  Camelina sativa (false flax)
Pathway
csat00630  Glyoxylate and dicarboxylate metabolism
csat00910  Nitrogen metabolism
Brite
KEGG Orthology (KO) [BR:csat00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    104768604
  09102 Energy metabolism
   00910 Nitrogen metabolism
    104768604
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:csat01002]
    104768604
Enzymes [BR:csat01000]
 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)
     104768604
Peptidases and inhibitors [BR:csat01002]
 Cysteine peptidases
  Family C44
   104768604
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh
Other DBs
NCBI-GeneID: 104768604
NCBI-ProteinID: XP_010490918
Position
20:1559777..1568088
AA seq 1617 aa
MAMMKSLSPVPKLLSTTPSSVLSSDKNFFFVDFVGLYCKSKRTRRRLRGGGDSSRSSSSR
LSSVRAVLDLERVSDKDLSSPSVLKPQVANLEDILSERGACGVGFIANLDNIPSHGVVKA
ALIALGCMEHRGGCGADNDSGDGSGLMSSIPWDYFNVWAKEQGLSPFDKLHTGVGMIFLP
QDDTFMQAAKQVTENIFEKEGLQVLGWREVPVNAPIVGKNAKETMPNIQQVFVKIAKEDS
TDDIERELYICRKLIERAVATESWGTELYFCSLSNQTIVYKGMLRSEALGLFYLDLQNEL
YTSPFAIYHRRYSTNTSPRWPLAQPMRFLGHNGEINTIQGNLNWMQSREASLKSSVWNGR
ENEIRPFGNPRGSDSANLDSAAEIMIRSGRTPEEALMILVPEAYKNHPTLSDKYPEVIDF
YDYYKGQMEAWDGPALLLFSDGKTVGACLDRNGLRPARYWRTSDNFVYVASEVGVVPVDE
AKVTMKGRLGPGMMIAADLVNGQVYENTEVKKRISSFNPYGKWIKENSRSLKPVNFKSAT
VMENEEILRSQQAFGYSSEDVQMVIESMASQGKEPTFCMGDDIPLAGLSQRPHMLYDYFK
QRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILELGPENASQVILSNPVLNEGALEELMK
DTYLKPKVLSTYFDIRKGVEGSLQKAIYYLCEAADDAVRSGSQLLVLSDRSDSLEPTRPA
IPIMLAVGAVHQHLIQNGLRMSASIVADTAQCFSTHHFACLVGYGASAVCPYLALETCRQ
WRLSNKTVAFMRNGKIPTVTIEQAQKNYTKAVNAGLLKILSKMGISLLSSYCGAQIFEIY
GLGKDVVDLAFTGSVSKISGLTFDELARETLSFWVKAFSEDTTKRLENFGFIQFRPGGEY
HSNNPEMSKLLHKAVREKSETAYAVYQQHLSNRPVNVLRDLLEFKSDRAPIPVGKVEPAV
AIVKRFCTGGMSLGAISRETHEAIAIAMNRIGGKSNSGEGGEDPIRWKPLTDVVDGYSPT
LPHLKGLQNGDIATSAIKQVASGRFGVTPTFLVNADQLEIKVAQGAKPGEGGQLPGKKVS
AYIARLRSSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQINPNAKVSVKLVAEAGIGTVA
SGVAKGNADIIQISGHDGGTGASPISSIKHAGGPWELGLTETHQTLIENGLRERVILRVD
GGLKSGVDVLMAAAMGADEYGFGSLAMIATGCVMARICHTNNCPVGVASQREELRARFPG
VPGDLVNYFLYVAEEVRGILAQLGYSKLDDIIGRTELLKPRDISLVKTQHLDLSYLLSSV
GTPSMSSTEIRKQDVHTNGPVLDDDILADPLVIDAIENEKVVEKTVKICNVDRAACGRVA
GVIAKKYGDTGFAGQVNLTFLGSAGQSFGCFLIPGMNIRLIGESNDYVGKGMAGGEIVVT
PVDTIGFVPEEATIVGNTCLYGATGGQIFARGKAGERFAVRNSLAEAVVEGTGDHCCEYM
TGGCVVVLGKVGRNVAAGMTGGIAYLLDEDDTLLPKINREIVKMQRVTAPAGELQLKSLI
EAHVEKTGSSKGATILNEWDKYLPLFWQLVPPSEEDTPEASAAYVRTATGEVTFQSA
NT seq 4854 nt   +upstreamnt  +downstreamnt
atggcgatgatgaaatctctttcccctgttccaaagcttctctcaacaacaccaagctct
gttctttcttctgacaagaacttcttcttcgtcgatttcgttggattgtactgtaagtct
aagcgaaccagacgcagacttcgtggaggaggagactcctcacgctcttcttcttctcgc
ttatcctctgttcgtgctgttctcgaccttgaacgtgtctctgacaaagatctctcttct
ccttctgttttaaaacctcaggttgctaatttggaagatatattgtctgagagaggagct
tgtggagttgggtttatagcaaacttagataacataccttcacatggagttgtcaaggct
gctcttatcgctcttggctgtatggaacatcgtggaggttgtggtgctgacaatgattct
ggtgatggctctggtcttatgtcttccattccttgggattactttaacgtctgggccaag
gaacaaggtctttctccctttgataagttgcatactggtgttggtatgatctttcttcct
caagatgatacctttatgcaagcagccaaacaagttactgaaaacatatttgagaaagaa
ggattacaagttcttggatggagggaagttcctgtaaatgctcccatagttggtaaaaac
gctaaggagacaatgcctaacatacagcaagtgtttgtgaaaatcgcaaaggaagatagt
actgatgacattgaaagggagctttacatctgcaggaaactaatcgaaagggcggtggct
actgagagttggggaactgagctttacttctgttcactttccaatcaaaccatagtgtac
aaggggatgcttcgatccgaagctcttggattgttttatcttgaccttcagaatgagctt
tatacgtctccttttgctatttatcaccgaaggtacagtacaaacactagtcctaggtgg
cctcttgctcaaccaatgaggtttcttggacataacggagagatcaatacaatacagggg
aacttaaactggatgcagtctcgagaagcttccttgaagtcctctgtttggaatggccgt
gaaaatgaaattcgtccatttggtaatcccaggggttcagactctgctaatcttgatagt
gctgcagaaataatgattagaagtggtcgaactccagaagaagctcttatgattcttgtc
cctgaggcatacaaaaaccatccaactttatctgacaaatatcctgaggttatagatttc
tatgactactacaaaggacaaatggaggcttgggatggtcctgccttacttttgttcagt
gatggaaaaacagttggggcttgtcttgaccgtaatggacttcgtcctgctcgatattgg
cggactagtgacaatttcgtctatgtagcatctgaggtcggagttgtaccagttgatgag
gcaaaagtcacaatgaaaggccgtttaggacccggaatgatgattgctgctgacctagtg
aatggccaggtatatgagaatacagaggtaaagaagagaatatcttcatttaatccatat
ggaaagtggatcaaagaaaattccaggtccttgaagcctgtgaatttcaaatccgcaact
gtcatggaaaatgaagaaatcctaagaagccaacaggcatttggttattcaagtgaagat
gtgcaaatggttattgagtctatggcttcccaaggaaaagaaccaacattctgcatggga
gatgatattccgctggctggattgtctcaaagaccacatatgctttacgattatttcaaa
caaagatttgcccaggttacaaaccctgccattgatccccttagggaaggtttggttatg
tctcttgaagttaatattggaaaacgtggaaacatattagagcttgggcctgagaacgcc
tcacaggttatactgtctaaccctgtgttaaacgaaggagcattggaggagttaatgaag
gatacatacttgaaacccaaggttctgtcaacatatttcgatataagaaaaggagttgaa
ggttccttgcaaaaggctatatattatctttgtgaagcagctgatgatgctgtccgaagt
ggctctcagctcctcgttctttcagaccgatccgatagcctggaaccaacccggcctgca
attcccataatgttagctgttggtgctgtccatcaacatcttattcagaacgggttgcgg
atgtcagcttccattgttgctgatactgcccagtgcttcagcacacatcattttgcatgt
ctggttggatatggtgcaagtgctgtatgcccatacttggcactagagacatgtaggcaa
tggcgcttaagtaacaaaactgtagcctttatgcggaatgggaaaattcctactgtaacc
attgagcaagctcagaagaattataccaaggcggttaatgcaggacttcttaaaattctt
tctaagatgggcatctcattgctttcaagttattgtggtgctcagatatttgagatatat
ggtttgggaaaggacgttgttgatcttgcattcactggaagtgtgtccaaaatcagtgga
ctcacctttgatgagttggcaagggagacattgtctttctgggtgaaggccttttctgag
gatacaactaaacgattagaaaattttggatttattcaatttaggcctggaggtgagtat
cattcaaacaacccagagatgtcaaagttgctacacaaggctgtccgtgaaaagagtgaa
actgcatatgcagtctatcaacagcatctctctaaccgacctgttaatgtcctccgtgat
ctgcttgagttcaagagtgaccgtgcaccaatcccagtaggaaaagtcgaaccagccgtt
gctattgttaagagattttgtacaggtggaatgtcacttggtgctatttcaagagaaact
catgaagcaattgctattgcaatgaacagaattggtggtaaatcaaactctggagaaggt
ggagaggatcctatccgttggaagccacttacagatgtggttgatggatattcaccaaca
ttgccacatctcaaaggtcttcaaaacggagatattgcaacaagtgctatcaagcaggtt
gcttcagggcgttttggagtcacaccaacattcttggtgaatgcagatcagttggaaatc
aaagtcgcacaaggtgctaagcctggggaaggcggtcagcttccaggaaagaaagttagt
gcgtatatcgcaaggctaagaagctccaaacctggtgttccgcttatatcaccacctcct
caccacgatatttactctatagaggatcttgctcagttgatctttgatctacaccagatt
aatccaaatgcaaaagtatcagtcaagctggtcgcagaagctggaataggaacagttgct
tctggagttgcaaagggtaacgctgatatcattcagatatcagggcatgatggtggaact
ggtgctagtccaataagttccataaaacatgctggtggaccatgggaacttggactaaca
gaaactcaccaaacacttattgaaaacggactcagagaaagagtcatattaagagtcgat
ggaggcttaaagagtggcgttgatgttctaatggctgcagctatgggtgctgatgaatac
ggttttggttccttggccatgattgctactggttgtgttatggctcgtatttgccacact
aataattgcccagtgggtgtagcaagtcagagagaagagttacgtgcaagattccccggt
gtgcctggtgatcttgtcaattacttcttatacgtagcagaagaggtgagaggcatctta
gcacagttgggatacagcaagttagatgatatcattggacgaacagagctactgaaacca
cgagacatttcgctagttaaaactcagcatcttgatttgagttatcttctttcgtctgtt
ggaacaccttcaatgagcagtactgaaatcaggaagcaggatgttcatacaaatggacct
gttctagatgacgatattcttgcagatccattggtgatagatgcaatagagaacgaaaag
gtggttgagaaaaccgtcaaaatatgcaacgtagaccgtgcggcttgtggtcgcgttgct
ggtgttatcgcaaagaagtatggagacactggtttcgccggacaagtgaatctaactttc
cttgggagcgcaggacagtcctttgggtgctttttgattcccggtatgaacatccggctc
ataggagagtcaaatgactacgttggaaagggaatggctggtggtgaaatagtagtaact
cctgtggacacaattggttttgtgcctgaggaagcaaccatagttgggaacacttgcttg
tatggtgctacgggaggtcagatattcgctagaggcaaagctggagagagatttgcagtg
agaaactcactcgctgaagcagtagttgaaggcactggagaccattgctgtgagtacatg
actggtggctgtgtagtcgtgcttggaaaggttggaagaaacgtggctgcgggtatgaca
ggaggcatagcttaccttcttgatgaagatgacactcttcttcctaagatcaaccgagag
atagtgaagatgcagagagtaactgcacctgcaggggaattgcagctgaagagcttaatt
gaagcccatgtcgaaaaaaccggaagcagcaaaggtgcaacgattctgaatgaatgggac
aagtatctacctctcttctggcaactggttccaccgagcgaggaagacactcctgaagct
tctgctgcttatgtaagaacagccacaggcgaagtcacatttcaatcggcatag

  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 (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (30)   

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