KEGG   Brassica napus (rape): 106387482
Entry
106387482         CDS       T04128                                 
Name
(RefSeq) glutamate synthase 1 [NADH], chloroplastic isoform X1
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
bna  Brassica napus (rape)
Pathway
bna00250  Alanine, aspartate and glutamate metabolism
bna00910  Nitrogen metabolism
bna01100  Metabolic pathways
bna01110  Biosynthesis of secondary metabolites
bna01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:bna00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    106387482
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    106387482
Enzymes [BR:bna01000]
 1. Oxidoreductases
  1.4  Acting on the CH-NH2 group of donors
   1.4.1  With NAD+ or NADP+ as acceptor
    1.4.1.14  glutamate synthase (NADH)
     106387482
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox Amino_oxidase Pyr_redox_3 FAD_oxidored DAO HI0933_like FAD_binding_2 AlaDh_PNT_C FAD_binding_3 GIDA FMO-like 2-Hacid_dh_C Thi4 NAD_binding_9 Lycopene_cycl
Other DBs
NCBI-GeneID: 106387482
NCBI-ProteinID: XP_013682799
Position
C3:complement(8097967..8107315)
AA seq 2203 aa
MSAASSSSSLLQIRNNRLFPARSLRRDSTSVSQLAVASGVSRRGSCSARCSVKNPFMGTR
IKRSGSDTLQLWRSDGPGRSPKLRTVVKSSFSGVPEKPMGLYDPSFDKDSCGVGFVAELS
GETSRKTVTDSLEMLIRMTHRGACGCESNTGDGAGILVGMPHEFYAQAAKDLGFVLPPAG
KYAVGMFFLPTAESRRDESKSVFTKVAESLGHSVIGWRSVPTDNSGLGKSALQTEPIIEQ
VFLTPTTKSQVDLEQQMYILRRLSMVAIRAALNLEHGAMKDFYICSLSSRTVVYKGQLKP
DQLKEYYYADLGSERFTSYMALVHSRFSTNTFPSWDRAQPMRVLGHNGEINTLRGNVNWM
RAREGLLKCKELGLSKQELKKLLPIVDVSSSDSGAFDGVLELLVRAGRSLPEAVMMMIPE
AWQNDKNIDPSRKSFYEYLSALMEPWDGPALISFTDGRYLGATLDRNGLRPGRFYITHSG
RVIMASEVGVVDVPPEDVMRKGRLNPGMMLLVDFEKHIVVDDDALKQQYSQARPYGEWLE
RQKIELKDIIKSVPETERIAPPISGAVTASSDDDSMESMGIHGLLSPLKAFGYTVEALEM
LLLPMAKDGTEALGSMGNDAPLAVMSNREKLCFEYFKQMFAQVTNPPIDPIREKIVTSME
CMIGPEGDLTETTEEQCHRLSLKGPLLTIEEMESVKKMNYRGWRTKVLDITYPKEEGTKG
LEMTLDRICAEANEAIKEGYTLLVLSDRAFSSTRVAVSSLLAVGAVHHHLVKSLARTQVG
LIVESAEPREVHHFCTLVGFGADAICPYLAVETVHRLQVDGKIPPKSNGEFHSKEELVKK
YYKASNYGMMKVLAKMGISTLASYKGAQIFEALGLSSEVIEKCFAGTPSRVEGATFEMLA
RDALLLHEMAFPARAYAPGSAEASALSNPGNYHWRKNGEIHLNDPLAIAKLQEAARTNSV
AAYKEYSKRINELNKQSNLRGLMKFKEADVMIPLDEVEPASEIVKRFCTGAMSYGSISLE
AHQTLAMAMNKLGGKSNTGEGGELPSRMEPLPDGSRNPKRSSIKQIASGRFGVSSYYLTN
ADELQIKMAQGAKPGEGGELPGHKVIGDIAITRNSTAGVGLISPPPHHDIYSIEDLAQLI
HDLKNANPGARISVKLVSEAGVGVIASGVVKGHADHVLIAGHDGGTGASRWTGIKNAGLP
WELGLAETHQTLVANDLRGRTVLQTDGQLKTGRDVAVAALLGAEEFGFSTAPLITLGCIM
MRKCHKNTCPVGIATQDPVLREKFAGEPEHVINFFFMLAEEVREIMSGLGFRTLTEMIGR
ADMLELDREVVKNNDKLANIDLSLLLRPAAEIRPGAAQYCVQKQDHGLDMALDQELIALS
KSALEKSLPVYIETPICNVNRAVGTMLSHEVTKRYHLAGLPKDTIHIKFSGSAGQSLGAF
LCPGITLELEGDSNDYVGKGLSGGKVVVYPPKGSSFDPKENIVIGNVALYGATSGEAYFN
GMAAERFSVRNSGAQAVVEGVGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGIAYVLDVDG
KFHTRCNLELVDLDKVEDDEDKMTLKMMIQQHQRHTNSQLAQEVLADFENLLPKFIKVFP
RDYKRVLAAMKDEEVSKQAIDRAAEEAEEMEEKEVEEKDAFAELKNMAAATSSKEVVSGN
GAATEAPKKPSLVDNAVKHRGFIAYEREGVKYRDPNVRMNDWNEVMEESKPGPLLKTQSA
RCMDCGTPFCHQENSGCPLGNKIPEFNELVYQNRWQEALNRLLETNNFPEFTGRVCPAPC
EGSCVLGIIENPVSIKSIECSIIDKAFEEGWMVPRPPLTRTGKKVAIIGSGPAGLAAADQ
LNKMGHSVTVYERADRIGGLMMYGVPNMKTDKIDIVQRRVDLMTKEGINFVVNANIGKDP
SYSLDGLKEENDAIILAVGSTKPRDLPVPGRDLSGVHFAMEFLHANTKSLLDSNLEDGNY
ISAKGKKVVVIGGGDTGTDCIGTSIRHGCTNIVNLELLPQPPSTRAPGNPWPQWPRVFRI
DYGHQEAATKFGKDPRTYEVLTKRFIGDDNGNVKGLEIVRVSWEKDESGRFNFKEVEGSE
EIIEADLVFLAMGFLGPEPTLAEKLGLECDNRSNFKAEYGRFSTTVEGVFAAGDCRRGQS
LVVWAISEGRQAASQVDKFLSKNEDDLVDATVGQNLNEVKHQH
NT seq 6612 nt   +upstreamnt  +downstreamnt
atgtcggcagcttcttcttcgagctcccttctgcagatccgaaacaaccgcttgtttcca
gcccgatctctgaggagagactccacctccgtttctcaattggccgtcgcgtctggcgtc
agccgcaggggctcatgttccgcgcgatgctccgtgaagaatccgttcatggggacccgg
atcaagagatccggttccgacacgcttcagctctggagatcggacggccccggacggtct
ccgaagctgaggacggtggttaagtcgtcgttctccggtgttccggagaagccgatgggt
ctgtacgatccttcgtttgacaaagactcttgcggagtcggttttgtcgcggagttgtcc
ggcgagactagtcgcaaaacggtgactgattcattggagatgttgataaggatgactcat
agaggcgcgtgtgggtgtgagagcaacactggtgatggcgctggtattcttgttggtatg
cctcatgagttctatgctcaggctgctaaagatctaggctttgtgcttccaccggctgga
aagtatgctgttggtatgttcttcttaccaaccgctgagtccaggagagatgaaagcaaa
agcgttttcaccaaggttgctgaatcacttggtcattcagttattggatggagatcagtg
cctactgataactctggtttggggaagtctgctttgcagacagagcctatcatcgagcaa
gttttcctcactcctacaactaaatcccaagttgaccttgagcaacagatgtacatcctt
agaaggctttccatggttgcaatccgagcagctttgaaccttgaacatggtgccatgaag
gatttctacatctgttctctatcttccaggactgttgtctacaagggacaactgaagcct
gatcagctcaaggagtactactatgcggatctagggagtgaaaggtttacgagctacatg
gccctggtccactctcggttctctaccaatacatttcccagctgggatcgtgctcagcct
atgcgtgttttgggacacaacggagagatcaatacccttaggggaaacgtgaactggatg
agggcacgtgagggtctactcaagtgtaaggaacttggactatcaaagcaggagttgaag
aagcttctacctattgtggatgttagctcttctgactcaggtgcttttgatggtgttctt
gagcttcttgtccgagctggcagaagtcttcccgaagctgtcatgatgatgatccctgaa
gcatggcagaatgacaaaaacattgatccaagcaggaagtccttctatgagtacttatct
gcgctaatggagccatgggatggacctgctctaatctcatttactgatggccgctacttg
ggtgccacattggaccgtaacgggcttcgtcctgggaggttctacataacccacagtgga
agagtcatcatggctagcgaagttggggtggttgatgtaccaccagaagatgtgatgagg
aaaggaagacttaacccaggcatgatgcttcttgttgactttgagaagcacatcgttgtt
gacgacgatgccttgaagcaacagtattcccaagcaaggccctatggcgaatggcttgaa
aggcaaaagattgaactcaaagacatcattaagtcagttccggaaactgaacggattgct
ccaccaatttcaggggctgtaacggcgtctagtgatgatgactcaatggagagcatgggc
attcatggtttactgtctccactaaaagcctttggctacacagttgaggccttggagatg
ctgctgcttccaatggctaaagatggcactgaagcacttggttctatgggaaatgatgct
cctctagctgttatgtcgaacagggagaagttatgttttgagtacttcaagcaaatgttt
gctcaagtaacaaatcctccgatcgatcctatccgtgagaagattgttacttcaatggag
tgcatgattggcccagaaggtgatctaacggaaacaactgaggagcagtgtcaccgtctc
tctctgaaaggtcctctattgaccattgaagagatggaatctgttaagaagatgaactac
agaggctggaggactaaagttcttgatataacttatcctaaagaagaaggcacaaaaggg
ttggagatgaccttagaccgaatctgtgctgaagcaaatgaagcgatcaaggagggatac
acattactagttttgtctgatcgagctttctcttcaacgcgtgttgctgtgagctctctc
ttggctgttggtgccgttcatcaccacctggttaagagccttgcacgcactcaagttggt
ttgatagtggagtctgctgagccccgtgaagtgcatcatttctgcacactcgtcgggttc
ggagcagatgccatctgcccatatctggctgtagagaccgtccatagactacaggttgat
ggcaagataccacctaaatccaacggggagttccactccaaagaagagcttgtcaagaag
tattacaaggcaagcaactacggaatgatgaaggttctcgccaaaatgggaatctctacc
ctggcctcatacaagggtgctcaaatcttcgaagctcttgggctctcctctgaagtcatt
gagaagtgtttcgccggtaccccaagcagagttgaaggagctacatttgagatgcttgca
cgtgatgctcttcttttgcacgagatggcttttccagcacgtgcctatgccccaggaagc
gcagaagcttcagcactctccaaccctgggaactatcactggaggaagaacggggagatt
catcttaacgaccctctcgcaattgctaagttgcaagaggcggcaaggactaacagtgta
gccgcctacaaggagtactcgaagcgtattaatgagttgaacaagcagagtaacttgcgt
gggctcatgaagttcaaagaagcagatgtcatgattccattagatgaagtggagcctgcc
agtgagattgttaagcggttctgcactggcgctatgagttatggatcgatatcgctcgag
gcacatcaaacccttgcaatggctatgaacaaacttggaggaaagtcaaatacaggtgag
ggaggagaactgccatcccgtatggagcctcttccagatggttcaaggaaccccaaaaga
agttccatcaaacaaattgctagtggaagatttggtgtttccagctactatcttaccaat
gctgacgagcttcagataaaaatggctcagggagccaaacctggggaaggtggggagcta
ccaggccacaaggttataggagacatagctatcaccagaaactccaccgcgggtgtgggg
cttatcagtccacctcctcatcatgacatctactctatcgaagatcttgcccagctaatt
cacgatctcaagaatgccaatcctggtgctcgtattagcgttaagcttgtatccgaagct
ggagttggagttattgctagtggtgtggtgaagggtcatgctgaccatgttctgatagca
ggtcatgacggtggtactggcgcctctcgctggactggtattaaaaatgctggtcttccg
tgggagcttggtctagcagagacgcaccaaacccttgttgctaatgaccttcgtggccgt
actgttcttcagacagatgggcagctgaaaaccggcagagatgtagcggttgctgctctt
ctcggtgcagaagagtttggtttcagtactgcgcctcttattacactcgggtgtatcatg
atgaggaagtgccacaagaacacctgccctgtaggaatcgctactcaagatccagttctc
cgtgagaagttcgctggggagcctgagcatgttatcaacttcttcttcatgcttgctgag
gaagtcagagagatcatgtctggacttggttttcgaactctaaccgaaatgatcggtcgc
gcagatatgcttgaactagacagggaagttgtcaagaacaacgataagcttgcgaacatc
gatctctctcttttgctaagacccgccgctgagattcgtcctggtgctgctcagtactgt
gtccagaaacaagatcacggcttagacatggctttggatcaagagctgattgcgttgtcc
aaatctgccctagagaagtctcttcctgtgtacattgaaacacccatctgcaacgttaac
cgcgctgttgggacaatgctgagccatgaggttaccaaacgctaccacttggctgggcta
ccaaaggatacaattcacatcaagttctcaggaagtgctgggcagagtcttggagctttc
ttgtgtcctggtattacgctagagcttgagggtgatagcaacgactatgttggtaaaggt
ctctccggaggtaaagttgttgtctaccctcctaaaggaagcagcttcgatcctaaagag
aacattgttattggtaacgtggcactttacggggccactagtggtgaagcctactttaac
gggatggctgctgagagattctctgttcgtaactctggtgctcaagccgttgtggaaggt
gttggtgatcacggttgcgagtatatgactggtggtactgttgtggtgcttggaaagact
ggtagaaactttgcagctggtatgagtggtggtattgcttatgtccttgacgtggatggg
aagtttcacacgaggtgcaaccttgaactcgttgatctggacaaagttgaggatgatgaa
gataaaatgacgctcaagatgatgatccagcagcatcaacgacacacaaacagccagctt
gcgcaagaagttcttgcagactttgagaacttgctgccgaagtttatcaaggtcttccct
agagattacaaacgtgttttggcggccatgaaagacgaggaggtctccaagcaagcgatt
gatcgtgctgctgaagaagctgaggagatggaagagaaggaagttgaggagaaggacgcc
tttgctgagctgaagaacatggcagcagcaacctcttcgaaagaggttgtgtctggaaac
ggagctgccactgaagctcctaagaaaccttctctggtagataatgctgttaagcaccgt
ggtttcatcgcttatgagcgtgagggagttaagtacagagatccaaatgttcgtatgaat
gactggaacgaagtcatggaggaatcaaagcccggaccgcttctcaagactcaatctgct
cgttgtatggactgtggaactccgttctgccaccaggagaactctgggtgtcccctcggt
aacaagatccctgagttcaatgaacttgtttaccaaaacagatggcaagaagcgttgaat
cgtctactcgagacgaataacttccctgagtttactgggagagtatgccctgcaccgtgt
gaaggttcatgtgttcttggtataattgagaaccccgtttctatcaagagtatcgagtgt
tctattatagataaagcctttgaggaagggtggatggtaccaagacctcctctcaccaga
actgggaaaaaagttgctattatcggaagtgggccggctggacttgctgctgccgaccag
ctgaacaaaatgggccactcggtaactgtgtacgagcgtgctgatagaattggtgggctt
atgatgtatggagtaccaaacatgaagaccgacaaaatcgacattgttcaacgccgggtt
gatcttatgaccaaagaaggtatcaactttgtggtcaatgctaacattggaaaagacccg
tcttactctctagatggacttaaggaggagaatgatgcaatcattctcgctgttggctca
actaaaccaagagatcttccagtgcctggtcgtgatctatctggtgttcattttgctatg
gagtttcttcatgcaaacaccaagagcttgttggacagcaatcttgaagacggcaattac
atttccgccaagggtaagaaggttgtggttattggtggaggtgataccggcacggattgt
attggaacatctatccgccatggttgcaccaacattgtgaacctagagcttcttcctcag
ccaccttcaacgagagctcctggaaacccttggccacagtggcctcgtgtgttccgtatt
gactacggtcaccaagaagctgccaccaagtttggaaaagaccctagaacctatgaggtc
ttgaccaagcggttcataggagatgacaatggcaacgtgaaagggcttgagattgtgcgt
gtgagttgggagaaggatgaatccggaaggttcaatttcaaggaggttgaaggctccgag
gagataatcgaagcggaccttgttttcttggccatgggattccttggacctgagccaaca
cttgctgagaagcttggactagaatgcgacaacaggtcgaactttaaggcagagtatggc
aggttctccacaactgtggaaggtgtttttgcagcgggtgattgtaggagaggccagtct
ttggtggtgtgggctatctcggaagggcgtcaagctgcatctcaggtggacaaattcctc
agcaaaaacgaggatgacctagttgacgcaacggttggacaaaatctcaacgaggtgaag
caccaacactag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (22)   
   Pfam (22)   
All databases (50)   

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