Saccharomyces cerevisiae (budding yeast): YDL171C
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Entry
YDL171C CDS
T00005
Symbol
GLT1
Name
(RefSeq) glutamate synthase (NADH)
KO
K00264
glutamate synthase (NADH) [EC:
1.4.1.14
]
Organism
sce
Saccharomyces cerevisiae (budding yeast)
Pathway
sce00250
Alanine, aspartate and glutamate metabolism
sce00910
Nitrogen metabolism
sce01100
Metabolic pathways
sce01110
Biosynthesis of secondary metabolites
sce01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
sce00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
YDL171C (GLT1)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
YDL171C (GLT1)
Enzymes [BR:
sce01000
]
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)
YDL171C (GLT1)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Fer4_20
Pyr_redox_2
NAD_binding_8
Pyr_redox
Amino_oxidase
DAO
Pyr_redox_3
FAD_oxidored
HI0933_like
FAD_binding_3
FAD_binding_2
2-Hacid_dh_C
Thi4
NAD_Gly3P_dh_N
Rossmann-like
PNMA_N
NAD_binding_2
GIDA
3HCDH_N
Motif
Other DBs
NCBI-GeneID:
851383
NCBI-ProteinID:
NP_010110
SGD:
S000002330
UniProt:
Q12680
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All DBs
Position
IV:complement(149203..155640)
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AA seq
2145 aa
AA seq
DB search
MPVLKSDNFDPLEEAYEGGTIQNYNDEHHLHKSWANVIPDKRGLYDPDYEHDACGVGFVA
NKHGEQSHKIVTDARYLLVNMTHRGAVSSDGNGDGAGILLGIPHEFMKREFKLDLDLDIP
EMGKYAVGNVFFKKNEKNNKKNLIKCQKIFEDLAASFNLSVLGWRNVPVDSTILGDVALS
REPTILQPLLVPLYDEKQPEFNETKFRTQLYLLRKEASLQIGLENWFYVCSLNNTTIVYK
GQLTPAQVYNYYPDLTNAHFKSHMALVHSRFSTNTFPSWDRAQPLRWLAHNGEINTLRGN
KNWMRSREGVMNSATFKDELDKLYPIIEEGGSDSAALDNVLELLTINGTLSLPEAVMMMV
PEAYHKDMDSDLKAWYDWAACLMEPWDGPALLTFTDGRYCGAILDRNGLRPCRYYITSDD
RVICASEVGVIPIENSLVVQKGKLKPGDLFLVDTQLGEMVDTKKLKSQISKRQDFKSWLS
KVIKLDDLLSKTANLVPKEFISQDSLSLKVQSDPRLLANGYTFEQVTFLLTPMALTGKEA
LGSMGNDAPLACLNENPVLLYDYFRQLFAQVTNPPIDPIREANVMSLECYVGPQGNLLEM
HSSQCDRLLLKSPILHWNEFQALKNIEAAYPSWSVAEIDITFDKSEGLLGYTDTIDKITK
LASEAIDDGKKILIITDRKMGANRVSISSLIAISCIHHHLIRNKQRSQVALILETGEARE
IHHFCVLLGYGCDGVYPYLAMETLVRMNREGLLRNVNNDNDTLEEGQILENYKHAIDAGI
LKVMSKMGISTLASYKGAQIFEALGLDNSIVDLCFTGTSSRIRGVTFEYLAQDAFSLHER
GYPSRQTISKSVNLPESGEYHFRDGGYKHVNEPTAIASLQDTVRNKNDVSWQLYVKKEME
AIRDCTLRGLLELDFENSVSIPLEQVEPWTEIARRFASGAMSYGSISMEAHSTLAIAMNR
LGAKSNCGEGGEDAERSAVQENGDTMRSAIKQVASARFGVTSYYLSDADEIQIKIAQGAK
PGEGGELPAHKVSKDIAKTRHSTPNVGLISPPPHHDIYSIEDLKQLIYDLKCANPRAGIS
VKLVSEVGVGIVASGVAKAKADHILVSGHDGGTGAARWTSVKYAGLPWELGLAETHQTLV
LNDLRRNVVVQTDGQLRTGFDIAVAVLLGAESFTLATVPLIAMGCVMLRRCHLNSCAVGI
ATQDPYLRSKFKGQPEHVINFFYYLIQDLRQIMAKLGFRTIDEMVGHSEKLKKRDDVNAK
AINIDLSPILTPAHVIRPGVPTKFTKKQDHKLHTRLDNKLIDEAEVTLDRGLPVNIDASI
INTDRALGSTLSYRVSKKFGEDGLPKDTVVVNIEGSAGQSFGAFLASGITFILNGDANDY
VGKGLSGGIIVIKPPKDSKFKSDENVIVGNTCFYGATSGTAFISGSAGERFGVRNSGATI
VVERIKGNNAFEYMTGGRAIVLSQMESLNAFSGATGGIAYCLTSDYDDFVGKINKDTVEL
ESLCDPVEIAFVKNLIQEHWNYTQSDLAARILGNFNHYLKDFVKVIPTDYKKVLLKEKAE
AAKAKAKATSEYLKKFRSNQEVDDEVNTLLIANQKAKEQEKKKSITISNKATLKEPKVVD
LEDAVPDSKQLEKNSERIEKTRGFMIHKRRHETHRDPRTRVNDWKEFTNPITKKDAKYQT
ARCMDCGTPFCLSDTGCPLSNIIPKFNELLFKNQWKLALDKLLETNNFPEFTGRVCPAPC
EGACTLGIIEDPVGIKSVERIIIDNAFKEGWIKPCPPSTRTGFTVGVIGSGPAGLACADM
LNRAGHTVTVYERSDRCGGLLMYGIPNMKLDKAIVQRRIDLLSAEGIDFVTNTEIGKTIS
MDELKNKHNAVVYAIGSTIPRDLPIKGRELKNIDFAMQLLESNTKALLNKDLEIIREKIQ
GKKVIVVGGGDTGNDCLGTSVRHGAASVLNFELLPEPPVERAKDNPWPQWPRVMRVDYGH
AEVKEHYGRDPREYCILSKEFIGNDEGEVTAIRTVRVEWKKSQSGVWQMVEIPNSEEIFE
ADIILLSMGFVGPELINGNDNEVKKTRRGTIATLDDSSYSIDGGKTFACGDCRRGQSLIV
WAIQEGRKCAASVDKFLMDGTTYLPSNGGIVQRDYKLLKELASQV
NT seq
6438 nt
NT seq
+upstream
nt +downstream
nt
atgccagtgttgaaatcagacaatttcgatccattggaagaagcttacgaaggtgggaca
attcaaaactataacgatgaacaccatcttcataaatcttgggcaaatgtgattccggac
aaacgaggactttacgaccctgattatgaacatgacgcttgtggtgtcggtttcgtagca
aataagcatggtgaacagtctcacaagattgttactgacgctagatatcttttagtgaat
atgacacatcgtggtgccgtctcatctgatgggaacggtgacggtgccggtattctgcta
ggtattcctcacgaatttatgaaaagagaattcaagttagatcttgatctagacatacct
gagatgggcaaatacgccgtaggtaacgtcttcttcaagaagaacgaaaaaaataacaag
aaaaatttaattaagtgtcagaagattttcgaggatttagctgcatccttcaacttatcc
gtattaggttggagaaacgtccccgtagattctactattttaggagacgttgcattatct
cgtgaacctactattctacagccattattggttccattgtatgatgaaaaacaaccggag
tttaatgaaactaaatttagaactcaattgtatcttttaaggaaggaggcctctcttcaa
ataggactggaaaactggttctatgtttgttccctaaacaataccaccattgtttacaag
ggtcaattgacgccagctcaagtgtataactactatcccgacttgactaatgcgcatttc
aaatcccacatggcgttggtccattcaagattttccactaatactttcccctcttgggat
agagctcaacctttacgttggctagctcataatggtgaaattaacaccttaagaggtaac
aagaattggatgcgctccagagaaggtgtgatgaattcagcaactttcaaagatgagtta
gacaaactatacccaattatcgaagaaggtggttctgattcagctgcattggataacgtt
ttagaactattgactattaatggcacattatctctacctgaagctgttatgatgatggtt
cctgaagcgtatcataaggatatggattctgacctaaaagcatggtacgactgggctgca
tgtctgatggaaccttgggatggtccagctttgttaactttcactgatggacgttactgt
ggtgctatattggatagaaatggtttaagaccttgtcgttattacatcactagtgatgac
agagttatctgtgcttcagaggtaggtgtcattcctatcgaaaattcattggttgttcaa
aaaggtaaactgaagccaggtgatttattcctagtggatactcaattgggtgaaatggtc
gatactaaaaagttaaaatctcaaatctcaaaaagacaagattttaagtcttggttatcc
aaagtcatcaagttagacgacttgttatcaaaaaccgctaatttggttcctaaagaattt
atatcacaggattcattgtctttgaaagttcaaagtgacccacgtctattggccaatggt
tataccttcgaacaagtcacatttctgttaactccaatggctttaacaggtaaagaagct
ttaggttcgatgggtaacgatgcgccactggcttgtttaaatgaaaatcctgtcttactt
tatgattatttcagacaattgtttgctcaagtgaccaatcctccaattgacccaattcgt
gaagcaaatgttatgtcgttagaatgttatgtcggacctcaaggcaaccttttggaaatg
cattcatctcaatgtgatcgtttattattgaaatctcctattttgcattggaatgagttc
caagctttgaaaaacattgaagctgcttacccatcatggtctgtagcagaaattgatatc
acattcgacaagagtgagggtctattgggctataccgacacaattgataaaatcactaag
ttagcgagcgaagcaattgatgatggtaaaaagatcttaataattactgacaggaaaatg
ggtgccaaccgtgtttccatctcctctttgattgcaatttcatgtattcatcatcaccta
atcagaaacaagcagcgttcccaagttgctttgattttggaaacaggtgaagccagagaa
attcaccatttctgtgtcctactaggttatggttgtgatggtgtttatccatacttagcc
atggaaactttggtcagaatgaatagagaaggtctacttcgtaatgtcaacaatgacaat
gatacacttgaggaagggcaaatactagaaaattacaagcacgctattgatgcaggtatc
ttgaaggttatgtctaaaatgggtatctccactctagcatcctacaaaggtgctcaaatt
tttgaagccctaggtttagataactctattgttgatttgtgtttcacaggtacttcttcc
agaattagaggtgtaactttcgagtatttggctcaagatgccttttctttacatgagcgt
ggttatccatccagacaaaccattagtaaatctgttaacttaccagaaagtggtgaatac
cactttagggatggtggttacaaacacgtcaacgaaccaaccgcaattgcttcgttacaa
gatactgtcagaaacaaaaatgatgtctcttggcaattatatgtaaagaaggaaatggaa
gcaattagagactgtacactaagaggactgttagaattagattttgaaaattctgtcagt
atccctctagaacaagttgaaccatggactgaaattgccagaagatttgcgtcaggtgca
atgtcttatggttctatttctatggaagctcactctacattggctattgccatgaatcgt
ttaggggccaaatccaattgtggtgaaggtggtgaagacgcagaacgttctgctgttcaa
gaaaacggtgatactatgagatctgctatcaaacaagttgcttccgctagattcggtgta
acttcatactacttgtcagatgctgatgaaatccaaattaagattgctcagggtgctaag
ccgggtgaaggtggtgaactaccagcccacaaagtgtctaaggatatcgcaaaaaccagg
cactccacccctaatgttgggttaatctctcctcctcctcatcacgatatttattccatt
gaagatttgaaacaactgatttatgatttgaaatgtgctaatccaagagcgggaatttct
gtaaagttggtttccgaagttggtgttggtattgttgcctctggtgtagctaaggctaaa
gccgatcatatcttagtttctggtcatgatggtggtacaggtgctgcaagatggacgagt
gtcaaatatgcgggtttgccatgggaattaggtctagctgaaactcaccagactttagtc
ttgaatgatttaagacgtaatgttgttgtccaaaccgatggtcaattgagaactgggttt
gatattgctgttgcagttttattaggggcagaatcttttaccttggcaacagttccatta
attgctatgggttgtgttatgttaagaagatgtcacttgaactcttgtgctgttggtatt
gccacacaagatccatatttgagaagtaagtttaagggtcagcccgaacatgttatcaac
ttcttctattacttgatccaagatttaagacaaatcatggccaagttaggattccgtacc
attgacgaaatggtgggtcattctgaaaaattaaagaaaagggacgacgtaaatgccaaa
gccataaatatcgatttatctcctattttgaccccagcacatgttattcgtccaggtgtt
ccaaccaagttcactaagaaacaagaccacaaactccacacccgtctagataataagtta
atcgatgaggctgaagttactttggatcgtggcttaccagtgaatattgacgcctctata
atcaatactgatcgtgcactcggttctactttatcttacagagtctcgaagaaatttggt
gaagatggtttgccaaaggacaccgttgtcgttaacatagaaggttcagcgggtcaatct
tttggtgctttcctagcttctggtatcacttttatcttgaatggtgatgctaatgattat
gttggtaaaggtttatccggtggtattattgtcattaaaccaccaaaggattctaaattc
aagagtgatgaaaatgtaattgttggtaacacttgtttctatggtgctacttctggtact
gcattcatttcaggtagtgccggtgagcgtttcggtgtcagaaactctggtgccaccatc
gttgttgagagaattaagggtaacaatgcctttgagtatatgactggtggtcgtgccatt
gtcttatcacaaatggaatccctaaacgccttctctggtgctactggtggtattgcatac
tgtttaacttccgattacgacgattttgttggaaagattaacaaagatactgttgagtta
gaatcattatgtgacccggtcgagattgcgtttgttaagaatttgatccaggagcattgg
aactacacacaatctgatctagcagccaggattctcggtaatttcaaccattatttgaaa
gatttcgttaaagtcattccaactgattataagaaagttttgttgaaggagaaagcagaa
gctgccaaggcaaaggctaaggcaacttcagaatacttaaagaagtttagatcgaaccaa
gaagttgatgacgaagtcaatactctattgattgctaatcaaaaagctaaagagcaagaa
aaaaagaagagtattactatttcaaataaggccactttgaaggagcctaaggttgttgat
ttagaagatgcagttccagattccaaacagctagagaagaatagcgaaaggattgaaaaa
acacgtggttttatgatccacaaacgtcgtcatgagacacacagagatccaagaaccaga
gttaatgactggaaagaatttactaaccctattaccaagaaggatgccaaatatcaaact
gcgagatgtatggattgtggtacaccattctgtttatctgataccggttgtcccctatct
aacattatccccaagtttaatgaattgttattcaagaaccaatggaagttggcactggac
aaattgctagagacaaacaatttcccagaattcactggaagagtatgtccagcaccctgt
gagggagcttgtacactaggtattattgaagacccagtcggcataaaatcggttgaaaga
attatcattgacaatgctttcaaggaaggatggattaagccttgtccaccaagtacacgc
actggctttacagtgggtgtcattggttctggtccagcaggtttagcgtgtgctgatatg
ttgaaccgtgccggacatacggtcactgtttatgaaagatccgaccgttgtggtgggtta
ttgatgtatggtattccaaacatgaagttggataaggctatagtgcaacgtcgtattgat
ctattgagtgccgaaggtattgactttgttaccaacaccgaaattggtaaaaccataagc
atggatgagctaaagaacaagcacaatgcagtagtgtatgctatcggttctaccattcca
cgtgacttacctattaagggtcgtgaattgaagaatattgattttgccatgcagttgttg
gaatctaacacaaaagctttattgaacaaagatctggaaatcattcgtgaaaagatccaa
ggtaagaaagtaattgttgtcggtggtggtgacacaggtaacgattgtttaggtacatct
gtaagacacggtgcagcatcagttttgaatttcgaattgttgcctgagccaccagtggaa
cgtgccaaagacaatccatggcctcaatggccgcgtgtcatgagagtggactacggtcat
gctgaagtgaaagagcattatggtagagaccctcgtgaatactgcatcttgtccaaggaa
tttatcggtaacgatgagggtgaagtcactgccatcagaactgtgcgcgtagaatggaag
aagtcacaaagtggcgtatggcaaatggtagaaattcccaacagtgaagagatctttgaa
gccgatatcattttgttgtctatgggtttcgtgggtcctgaattgatcaatggcaacgat
aacgaagttaagaagacaagacgtggtacgattgccacactcgacgactcctcatactct
attgatggaggaaagacttttgcatgtggtgactgtagaagagggcaatctttgattgtc
tgggccatccaagaaggtagaaaatgtgctgcctctgtcgataagttcctaatggacggc
actacgtatctaccaagtaatggtggtatcgttcaacgtgattacaaactattgaaagaa
ttagctagtcaagtctaa
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