KEGG   Arabidopsis thaliana (thale cress): AT5G53460
Entry
AT5G53460         CDS       T00041                                 
Symbol
GLT1
Name
(RefSeq) NADH-dependent glutamate synthase 1
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath00250  Alanine, aspartate and glutamate metabolism
ath00910  Nitrogen metabolism
ath01100  Metabolic pathways
ath01110  Biosynthesis of secondary metabolites
ath01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:ath00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    AT5G53460 (GLT1)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    AT5G53460 (GLT1)
Enzymes [BR:ath01000]
 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)
     AT5G53460 (GLT1)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox Pyr_redox_3 Amino_oxidase FAD_oxidored DAO HI0933_like AlaDh_PNT_C FAD_binding_2 FMO-like FAD_binding_3 Thi4 2-Hacid_dh_C GIDA
Other DBs
NCBI-GeneID: 835427
NCBI-ProteinID: NP_200158
TAIR: AT5G53460
UniProt: Q9LV03
Position
5:21700187..21710296
AA seq 2208 aa
MSAASSSSVLHLRTNQQLLSLRSLKNSTSVASQLAVTSGVSRRRSCTARCSVKKPVIPES
PFLGTRVRRSGSETLQFWRSDGPGRSAKLRTVVKSSFSAVPEKPLGLYDPSYDKDSCGVG
FVAELSGETTRKTVTDSLEMLIRMTHRGACGCESNTGDGAGILVGLPHDFYAEAATELGF
VLPSAGNYAVGMFFLPTVESRREESKNVFTKVAESLGHSVLGWRLVPTDNSGLGNSALQT
EPIIAQVFLTPTTKSKADFEQQMYILRRVSMVAIRAALNLQHGAMKDFYICSLSSRTIVY
KGQLKPDQLKDYYYADLGSERFTSYMALVHSRFSTNTFPSWDRAQPMRVLGHNGEINTLR
GNVNWMRAREGLLKCNELGLSKKELKKLLPIVDVSSSDSGAFDGVLELLVRAGRSLPEAV
MMMIPEAWQNDKNIDPSRKEFYEYLSALMEPWDGPALISFTDGRYLGATLDRNGLRPGRF
YITHSGRVIMASEVGVVDVPPEDVMRKGRLNPGMMLLVDFEKHIVVDDDALKQQYSLARP
YGEWLKRQKIELKDIIESVPEAERIAPSISGVVPASNDDDSMESMGIHGLLSPLKAFGYT
VEALEMLLLPMAKDGSEALGSMGNDTPLAVMSNREKLCFEYFKQMFAQVTNPPIDPIREK
IVTSMECMIGPEGDLTETTEEQCHRLSLKGPLLKIEEMEAIKKMNYRGWRTKVLDITYAK
ERGTKGLEETLDRICDEANEAIKEGYTLLVLSDRAFSATRVAVSSLMAVGAVHHHLVKTL
ARTQVGLVVESAEPREVHHFCTLVGFGADAICPYLAVEAVYRLQVDGKIPPKSNGEFHSK
EELVKKYYKASNYGMMKVLAKMGISTLASYKGAQIFEALGLSSEVIQKCFAGTPSRVEGA
TFEMLARDGLQLHELAFPTRGYAPGSAEASALTNPGNYHWRKNGEIHLNDPLAIAKLQEA
ARTNSVAAYKEYSKRINELNKQSNLRGLMKFKDADVKIPLDEVEPASEIVKRFCTGAMSY
GSISLEAHTTLAMAMNKLGGKSNTGEGGELPSRMEPLADGSRNPKRSSIKQIASGRFGVS
SYYLTNADELQIKMAQGAKPGEGGELPGHKVIGDIAITRNSTAGVGLISPPPHHDIYSIE
DLAQLIHDLKNANPGARISVKLVSEAGVGVIASGVVKGHADHVLIAGHDGGTGASRWTGI
KNAGLPWELGLAETHQTLVANDLRGRTVLQTDGQLKTGRDVAVAALLGAEEFGFSTAPLI
TLGCIMMRKCHKNTCPVGIATQDPVLREKFAGEPEHVINFFFMLAEEVREIMSGLGFRTV
TEMIGRADMLELDREVVKNNDKLENIDLSLLLRPAAEIRPGAAQYCVQKQDHGLDMALDQ
ELIALSKSALEKSLPVYIETPICNVNRAVGTMLSHEVTKRYHLTGLPKDTIHIKFTGSAG
QSLGAFLCPGIMLELEGDSNDYVGKGLSGGKVVVYPPKGSSFDPKENIVIGNVALYGATS
GEAYFNGMAAERFSVRNSGAKAVVEGLGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGIAY
VLDVDGKFNTRCNLELVDLDKVEDEEDKMTLKMMIQQHQRHTNSQLAQEVLADFENLLPK
FIKVFPRDYKRVLSAMKHEEVSKQAIERASEEADETEEKELEEKDAFAELKNMAAASSKE
EMSGNGVAAEARPSKVDNAVKNGGFIAYEREGVKYRDPNVRLNDWNEVMEESKPGPLLTT
QSARCMDCGTPFCHQENSGCPLGNKIPEFNELVYQNRWQEALNRLLETNNFPEFTGRVCP
APCEGSCVLGIIENPVSIKSIECAIIDKAFEEGWMVPRPPLKRTGKKVAIIGSGPAGLAA
ADQLNKMGHLVTVYERSDRIGGLMMYGVPNMKTDKIDVVQRRVDLMTKEGINFVVNANIG
KDPSYSLDGLKEENDAIVLAVGSTKPRDLPVPGRDLSGVHFAMEFLHANTKSLLDSNHED
GNYISAKGKKVVVIGGGDTGTDCIGTSIRHGCTNIVNLELLPQPPSTRAPGNPWPQWPRV
FRIDYGHQEATTKFGKDPRTYEVLTKRFIGDDNGNVKGLELVRVSWEKDETGRFQFKEIE
GSEEIIEADLVFLAMGFLGPEPTLAEKLGLECDNRSNFKAEYGRFSTTVEGVFAAGDCRR
GQSLVVWAISEGRQAADQVDKFLTKTDDDEDAKLQQDLNQMKHNTITN
NT seq 6627 nt   +upstreamnt  +downstreamnt
atgtcggcagcttcttctagctccgttcttcacctccgaaccaaccaacaactgttatca
ctccgatctctcaaaaattccacctccgttgcttctcaattggccgttacgtctggtgtt
agccgtagaagatcgtgtacggcgcgatgctctgtgaagaaaccggtgattcctgagagt
cctttcctagggactcgtgtgcggagatccggatccgagacgcttcagttctggagatca
gatggtcctggacggtctgcgaagcttcgaacggtggttaaatcgtcattttccgctgtt
ccggagaagcctcttggtctttatgatccttcctatgataaagactcttgtggtgttggt
tttgtagcagagttgtccggcgagaccacccgcaaaacggtgactgattcgttggagatg
ttgatacggatgactcatagaggtgcttgtggttgtgagagcaacactggtgacggcgct
gggattcttgttggtctgcctcatgatttctatgcagaggctgcgacagagcttggcttt
gtacttccttctgctggaaattatgctgttggtatgttcttcttgccaactgttgaaagc
aggagagaagaaagcaagaatgttttcactaaggttgctgaatcacttggccactcggtt
cttggatggagattagtgcctaccgataattctggactgggaaactccgctttgcagact
gaaccgattattgcgcaagttttccttactcctacaactaaatctaaagctgactttgag
caacagatgtatatccttagaagggtttctatggttgctattcgagctgcgttgaacctt
caacatggtgcgatgaaggacttctacatctgttcgttgtcttctaggactatcgtctac
aaaggacaattgaagcctgatcaactaaaggactattactatgcggatcttgggagtgaa
aggtttacgagctacatggccctggttcattctcggttctctaccaatacatttcccagc
tgggatcgtgctcagccgatgcgtgttttgggccacaatggggagatcaatacactcagg
ggaaacgtgaactggatgagggcacgtgagggtctgctcaagtgcaatgaacttggatta
tcaaagaaagagttgaagaagcttctacctattgtggacgttagctcttctgactcaggt
gcttttgatggtgttcttgagcttcttgtccgagctggtagaagtcttcctgaagctgtt
atgatgatgatccctgaagcatggcaaaatgacaaaaacattgatccaagcaggaaagag
ttttatgaatacttatctgctctaatggagccatgggatggacctgccctcatatcattc
actgatggtcgctacttgggtgccacattggaccgtaatggacttcgtcctggtaggttc
tacataacccacagtggaagggttatcatggctagtgaagttggggtagtggatgtacca
cctgaagatgtgatgaggaaaggaagacttaacccgggtatgatgcttcttgtcgatttt
gagaagcatattgttgttgatgacgatgccttgaagcagcagtattcactggcaaggcct
tatggtgagtggcttaaaaggcaaaagattgaacttaaagacatcattgagtcagttccg
gaggctgaacggattgctccttcaatttctggggttgtaccggcctctaatgatgatgac
tcaatggagagcatgggcattcatggtttattgtctccactaaaagcctttggctacaca
gttgaggccttggagatgttgctgcttccgatggctaaagatggctctgaagcacttggt
tctatgggaaatgatacccctctagctgtaatgtcaaacagagaaaaattatgctttgag
tacttcaagcaaatgtttgctcaagtaacaaatcctccaattgatcctattcgtgagaaa
attgttacatcaatggagtgcatgatcggtccagaaggcgatctaaccgaaacaactgaa
gagcaatgtcaccgtctctccctaaaaggtcctcttttgaaaatcgaagagatggaagcc
atcaagaaaatgaactacagaggctggcggactaaagttctggatataacttatgcaaaa
gaaagaggtacaaaagggttagaggagactttggaccgaatttgtgatgaagcaaatgaa
gcaataaaggagggctacacattactggttttgtctgatcgagctttctctgcaacacgt
gttgctgtgagctccctcatggctgttggtgccgttcatcaccacctggttaagacactt
gcgcgcacccaagttggtttggtagtggaatctgctgaaccacgtgaagtgcatcatttc
tgcacacttgtcggatttggagcagatgctatctgcccatatttggctgtagaggccgtt
tatagattacaggttgatggcaaaataccacccaaatctaatggggaattccattccaaa
gaagagttggtcaagaagtattacaaggcaagtaactatggaatgatgaaggttcttgcc
aaaatgggaatttctactctagcctcatacaaaggtgctcagatatttgaagctcttggg
ctttcatctgaagtaattcagaaatgttttgccggtaccccaagccgagtggaaggagca
acatttgagatgcttgcacgagatggacttcaattgcatgagttggcctttccaacccgt
ggctatgccccaggaagtgcagaagcttcagcacttaccaaccctggaaactatcactgg
aggaaaaatggagagattcatctcaacgatcctcttgcaatagccaaattacaagaggca
gcacggaccaacagtgtggccgcctacaaggaatactcaaagcgtatcaatgaattgaac
aagcaaagtaatttgcgtgggctcatgaagtttaaagacgcagatgtgaaaattccacta
gatgaagtcgagcctgccagtgaaattgttaagcggttctgcactggtgccatgagttat
ggatcaatttctctggaggcgcatacaacccttgcaatggccatgaacaagcttggagga
aagtcgaatacaggtgagggaggggaactgccatcccgtatggagcctcttgcggatggt
tcaaggaaccccaaaagaagttcgatcaaacaaattgctagtggaagatttggagtttct
agctactatcttacaaatgctgatgagctgcagataaagatggctcagggtgccaaacct
ggggaaggtggggagctaccaggccacaaggtcataggagacattgctataaccagaaat
tccactgctggtgtaggacttatcagtccacctcctcatcatgatatctactctatcgag
gatcttgcccagctaattcacgatcttaagaatgccaatcctggcgcacgtattagtgtt
aagcttgtatctgaagctggtgttggagttattgctagcggtgtggtgaaggggcatgct
gaccatgttctgatagcaggtcatgatggaggtactggtgcatctcgctggaccggtatt
aaaaatgctggtcttccatgggaactgggtctagctgagacacaccaaactcttgttgcc
aatgaccttcgtggccgtactgttcttcagacagatggccagctaaaaactggcagagac
gttgcagttgctgcacttcttggtgcagaagaatttggttttagtactgcaccccttatc
acactagggtgtatcatgatgagaaagtgccacaagaacacctgccctgtgggaattgct
acccaagatccagttctccgtgaaaaatttgctggggagcctgaacatgttattaacttc
ttctttatgcttgctgaggaagttagggagatcatgtctggacttggttttagaactgta
actgagatgattggtcgtgcggatatgcttgaacttgatagggaagttgtcaagaacaac
gataagctggagaacattgacctatctcttttgctcagacctgctgctgagattcgtcct
ggggctgctcagtactgtgttcagaaacaagatcatggtttagacatggctttggatcaa
gagctgattgcattgtctaaatctgctctggagaaatctcttccggtgtacattgaaact
cctatctgcaacgttaaccgtgctgttgggacaatgctgagccatgaggtaaccaaacgt
taccacttgactgggcttccaaaggacacaattcatatcaagttcacaggaagtgctggg
cagagtcttggagctttcttgtgtcctggaattatgctagaacttgaaggagatagcaat
gactatgttggaaaagggctctctggaggtaaagttgttgtttaccctccaaaaggaagc
agctttgatccaaaagaaaatatcgttattggtaatgtagcactttacggtgccactagt
ggtgaagcatacttcaatgggatggctgctgaaaggttctctgttcgtaattctggtgct
aaagctgttgtggaaggtcttggtgatcatggttgtgagtacatgactggtggtactgtt
gtggtgcttggaaagactggtagaaactttgctgctggtatgagtggtggtattgcttat
gtccttgatgtggacggaaagtttaacaccagatgcaaccttgaactggttgatttggat
aaagttgaagatgaggaggacaaaatgacgctcaaaatgatgatccagcaacatcaaaga
cacaccaacagccaacttgctcaagaagttcttgcagactttgagaatttgctgcccaag
tttatcaaggttttcccaagagattacaaacgtgttttatcagccatgaaacacgaagag
gtctccaagcaagcaatcgagcgggcttctgaggaagctgacgagactgaagagaaagaa
ctcgaggagaaagatgcatttgcagaactgaagaacatggcagctgcttcgtcaaaagag
gagatgtcaggaaacggagtggcagctgaagctagaccttctaaggtagataatgctgtt
aaaaacggtggtttcattgcttatgagcgtgagggagttaagtacagggatcccaatgtt
cgtcttaatgactggaacgaagtcatggaggaatcaaaacctggaccactccttacaact
cagtcagctcgttgcatggattgtggaactccattctgccaccaggagaactctgggtgt
cctctcggtaataagatccctgaattcaatgaacttgtctaccagaacagatggcaagaa
gccttgaatcgtctacttgagacaaacaactttccagaatttactgggcgagtatgccct
gcaccatgtgaaggttcttgtgttcttggaataattgagaaccctgtttctatcaaaagc
attgaatgtgctattatcgataaagcctttgaggaagggtggatggtaccaaggcctcct
ctcaagagaacagggaaaaaggttgctattatcggaagtggaccggctgggttagctgcg
gctgaccagctgaacaaaatgggccatttagtaaccgtgtatgagcgctcggacagaatt
ggtgggctgatgatgtatggagtaccaaacatgaagactgacaaaattgacgtcgttcaa
cggcgggttgatcttatgaccaaagaaggtatcaactttgtggtcaatgccaatattgga
aaggacccatcttactcccttgatggacttaaggaagagaatgatgcaatcgttcttgct
gttggttccacaaaaccaagagatcttccagtgcctggtcgtgatctatctggtgttcac
tttgccatggagtttcttcatgcaaacaccaaaagtttacttgacagcaatcatgaggat
ggcaattacatttctgcaaaagggaaaaaggttgttgttattggtggaggtgataccggc
acagattgcatcggaacatctatccgccatggatgtaccaacattgtaaacctagaactt
cttcctcagccaccctcaacaagagctcctggaaacccttggccacagtggcctcgtgta
ttccgtattgactacggacatcaagaagctaccaccaaattcggaaaagaccctaggacc
tatgaggtcttaacgaagaggttcataggagatgacaatggaaacgtgaaggggcttgaa
cttgtgcgtgtgagttgggagaaggatgaaaccgggaggttccagttcaaggagatcgaa
ggctctgaggaaatcattgaagcagacctcgttttcttggccatgggtttccttggacct
gagccaacacttgctgagaagctaggtctcgaatgtgacaacaggtcaaactttaaggcc
gagtatggccggttttccacaaccgtggaaggtgttttcgcagcaggtgattgtcggaga
ggccagtctttggttgtctgggctatctcagaaggacgtcaagctgcagatcaggtagac
aaattcctcaccaaaacggatgatgacgaagacgccaagctacaacaagaccttaaccag
atgaaacacaacactatcacaaactga

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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 (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (3)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (20)   
   Pfam (20)   
All databases (106)   

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