Schizosaccharomyces osmophilus (fission yeast): SOMG_00784
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Entry
SOMG_00784 CDS
T09274
Symbol
glt1
Name
(RefSeq) glutamate synthase (GOGAT) Glt1
KO
K00264
glutamate synthase (NADH) [EC:
1.4.1.14
]
Organism
som
Schizosaccharomyces osmophilus (fission yeast)
Pathway
som00250
Alanine, aspartate and glutamate metabolism
som00910
Nitrogen metabolism
som01100
Metabolic pathways
som01110
Biosynthesis of secondary metabolites
som01230
Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:
som00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
SOMG_00784 (glt1)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
SOMG_00784 (glt1)
Enzymes [BR:
som01000
]
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)
SOMG_00784 (glt1)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
GATase_2
Glu_synthase
Glu_syn_central
GXGXG
Pyr_redox_2
Fer4_20
DAO
NAD_binding_8
Amino_oxidase
Pyr_redox_3
FAD_oxidored
FAD_binding_2
HI0933_like
Pyr_redox
Thi4
FAD_binding_3
2-Hacid_dh_C
KARI_N
FMN_dh
Lycopene_cycl
NAD_Gly3P_dh_N
Motif
Other DBs
NCBI-GeneID:
80874267
NCBI-ProteinID:
XP_056035158
UniProt:
A0AAE9W7N1
LinkDB
All DBs
Position
1:complement(1685216..1691575)
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AA seq
2119 aa
AA seq
DB search
MAVLSSTNKPVESVNQNATSVDNLTQNANTVPSLSDDYPHAPIYPYDVEGNEAWAGSLPK
AQALYDPAYEKDSCGVGFVCHVKGQGNHKIVTDARLLLCNMTHRGATGADTRDGDGAGVM
TSMPYTFMQKEFKQILGYDLPQPGQYATGNVFFSPELEVCQEGVESFTKVANALELEILG
WRSVPCDNSILGPAALSREPTILQPLIVYKPVYHGHVEFDENLFEKQLYLLRKQSANQIG
KEKWFYICSLSRDTIVYKGQLAPVQVYNYFLDLNNAEYVAHFALVHSRFSTNTFPSWDRA
QPMRLAAHNGEINTLRGNKNWMRAREGLLKSSKFGDQLSSLLPVIERGGSDSAAFDNVLE
LLCVNGTVSLPEAVMMLIPEAWQNDNSLTDEKAAFYEWVACQMEPWDGPALFIFADGRYC
GANLDRNGLRPCRYYLTSDDMMICASEVGTVGIEPERVVQKGRLCPGRMLLVDTKEGRIV
DDKELKHNIANRYDFRSWIDQELLDMNNIVDTLVGDSNIDLTPNINSEALGDDKQLLAFG
YNLEQINMVIAPMANDGKETLGSMGNDAAIACLSSEPRLLYEYFRELFAQVTNPPIDPIR
EAIVMSLQCYIGPSGNLLEIDPSQCRRLRLPTPILTLEELNALKNVTLLHPDWKVAAIDI
TFGKSEGPRGYGAALDRICSGVVDAIENDYKIVVLSDRDANSERVPLSSVAACGAVHHFL
VQRKLRSRIALICESGDAREVHHACILLGYGADAVCPYLAMEAIVKLQRQNALKPGVTEA
KAVENYKHAMNGGILKVMSKMGISTLQSYKGAQIFEALGIDTEVIERCFMGTASRIRGVT
FEHIALDALAFHERGYPRSDSIVGLDIPDMGDYNYRDGGEEHVNHPKAVASLQEAVRNQN
ESAYAEFAKTHYEQTRKCTLRGMLDFDVDPSQSIPIEQVEPWTEIVRRFCTGAMSYGSIS
MESHSTLAIAMNRIGGKSNTGEGGEDPARSQRLTNGDTMRSAIKQVASGRFGVTSYYLSD
SDELQIKMAQGAKPGEGGELPGNKVSESIAKTRHSTAGVGLISPPPHHDIYSIEDLKQLV
YDLKCANPRARVSVKLVSEVGVGIVASGVAKAKADHIVISGHDGGTGASRWTGIKYAGLP
WELGVAETHQTLVLNDLRGRIVIQTDGQIKTGRDVAIACLLGAEEWGFATTPLIALGCIM
MRKCHLNTCPVGIATQDPELRKKFEGQPEHVVNFFYYVAEELRGIMAKLGFRTINEMVGR
SDKLKVAEPINAKSKLLDLSPLLTPAFTLRPGAATCNIRKQDHRLYTRLDNKLIDEAEPS
LEDGIPSVVECEIINTDRTLGATLSNRISKRYGEEGLPADSICVKVFGSAGQSFGAFLAP
GVTLQLEGDCNDYVGKGLSGGHLIIFPPKASPFKPEENVIVGNVCLYGATSGQVFISGVA
AERFAVRNSGVVTVVEGVGDHGCEYMTGGRVVILGNTGRNFAAGMSGGIAYVYDNHTDFS
KKVNMEMVELTTVSDATEIAYLRGLIQDHRHLTGSQVADRILSDFPRNLNRFVKVLPREY
KAVLEREAAKKEEAKRRQYPKAFMPGNRIRQQLEESNRDAAITDVEDTLGAPVKKSPPLD
KLRGFMKYQRRSEHYRNPHKRTNDWKELSVRLKEDELRLQTARCMDCGTPFCQSDYGCPV
SNKIFTWNDLVFKKQWKEALVQLLMTNNFPEFTGRVCPAPCEGSCVLGIIESPVGIKSVE
RAIIDKAWEEGWIKPQPPVNRSNKRVAVIGSGPAGLAAADQLNHAGHNVVIYERADRPGG
LLQYGIPNMKLDKFVVDRRIQLMVDEGVEIITNVEIGSEDAVSLDELQSTYDAVVLATGS
TIPRDLAIPNRDAKGIHFAMEFLHKNTKSLLDSKLEDGGYISAKGKDVIVIGGGDTGNDC
LGTSVRHVAKSIHNLELLPIPPRERAFDNPWPQYPRVFRVDYGHAEVQAHYGQDFREYSI
LTKNFEKDEDGNVKGIHTVRIEWTKNSKGRWIMKEVRNSEEFFPADLVILALGFLGPEEQ
ATASMNIRRDARSNISTPHKSYQTSVPNVYACGDCRRGQSLVVWGIQEGRQCAREIDLQL
SSKSYLPADGGVVKRNIAI
NT seq
6360 nt
NT seq
+upstream
nt +downstream
nt
atggctgtcttgtcttccacgaacaagcctgttgaatccgtcaatcaaaatgctacatcg
gtagataacctaacacaaaatgcaaacaccgtgccatctctctctgatgactaccctcat
gcccccatctatccttacgatgtagaaggaaatgaagcttgggctggctctcttcctaaa
gcgcaggccctttatgaccctgcttatgagaaagactcatgtggtgtaggtttcgtgtgc
cacgtcaagggccaaggcaatcataaaatcgtcaccgatgctcgtttattgttatgcaac
atgacccaccgtggtgcaaccggtgctgatacccgtgatggtgacggtgctggtgtcatg
acttctatgccttataccttcatgcaaaaagaattcaaacagatccttggctacgacctt
ccccagcccggtcaatacgctaccggtaacgtgttcttttctcctgagctcgaggtatgt
caggagggtgttgagtcgtttaccaaggttgccaatgctcttgaactcgaaattctcggc
tggcgttccgtaccgtgcgataatagtatccttggccctgctgctctttctcgtgaacct
accatcttgcagcccttaatcgtttacaagcctgtgtaccacggccatgtggagttcgac
gaaaacctctttgaaaaacaactctatctccttcgcaaacaaagcgcaaatcaaattgga
aaagaaaaatggttttacatttgctctcttagtcgtgatactatcgtttataaaggccaa
ttggctcctgttcaagtgtataactacttcttggacttaaataatgccgaatatgttgct
cattttgctctcgtgcactcccgcttctccacaaacacttttccctcttgggaccgtgct
cagcccatgcgtttagccgctcacaacggtgaaatcaacacattacgaggtaataaaaac
tggatgcgagctcgtgaaggcttattgaaatcatctaaattcggggatcagttgtcctca
ttgttgcctgttatagaacgtggtggctccgattctgctgcctttgacaatgtgttagag
ttactttgcgttaatggtacggtttctttgcctgaggctgtcatgatgttgattccagaa
gcttggcaaaatgacaatagtctcaccgacgaaaaagctgctttttatgaatgggtggct
tgccaaatggagccctgggatggccctgctttgttcatttttgccgatggtcgttattgc
ggtgccaatcttgatcgcaacggtttacgcccttgccgttattatttgacttctgacgat
atgatgatttgtgcctctgaagtaggaactgttggcattgagccggaaagggtagttcaa
aaaggacgcctttgtccgggccgcatgcttttagtcgataccaaagaaggccgtattgta
gacgacaaagagctcaagcacaatattgcaaatcggtatgatttccgtagttggatcgat
caagaacttttggatatgaataacatagtagatactttggttggagatagcaacattgat
cttactcccaacattaatagcgaagctcttggtgatgacaagcagctcttagcttttggc
tataatttagagcaaattaatatggtcattgcacctatggccaatgatggtaaagaaact
cttggcagtatgggtaacgatgcagccattgcatgcctttctagtgaacctcgtctcctt
tatgaatacttccgtgagttgtttgctcaggttaccaatcctccgattgaccctatccgt
gaagcaattgttatgagcttgcaatgttatattggcccaagcggtaatctccttgaaatt
gatccttctcaatgccgtcgcttacgtcttcctactcccatccttactttggaagagctg
aatgctttgaagaatgtcaccctcctacatcctgattggaaggttgcagccattgatatt
acctttggtaaaagtgaaggtccaaggggctatggtgctgctcttgatcgcatttgctcc
ggggttgtcgacgctatagaaaatgattacaaaattgtagtgctttctgatagagatgca
aactctgaacgtgtcccgttatcatctgttgccgcttgcggtgctgttcatcacttttta
gttcaacgaaagttacgttcacgcattgctcttatctgtgagtctggtgatgctcgtgag
gttcaccatgcttgtattcttctgggttatggtgccgatgctgtttgtccttatttggca
atggaggctattgttaagcttcaaagacagaatgcattgaagcctggtgttactgaagca
aaagctgtcgaaaattacaaacacgccatgaatggtggaatcttgaaggttatgtctaag
atgggtatctccacgcttcaatcatacaagggtgctcaaatttttgaagctctcggtatt
gatactgaagttattgaaagatgtttcatgggtactgcatctcgtatccgtggtgtcact
tttgagcatattgctttggacgctttggcttttcatgaacgtggctatcctaggagtgat
tccatcgtcggtttagatatccctgacatgggtgattacaactaccgagacggcggtgaa
gagcatgttaaccatcccaaagcagtcgcttccctccaagaggccgttcgcaaccaaaat
gaatcagcatatgctgaatttgccaagactcactacgaacaaactagaaaatgtactctc
cgaggtatgcttgactttgatgtcgacccatcccaatcaattcccattgagcaagttgaa
ccatggacagaaattgttcgtcgtttctgcactggtgctatgtcttatggctcaattagt
atggagtcccattccactttagctattgccatgaaccgtatcggtggtaaatctaatact
ggtgaaggcggagaagatcctgctcgaagccagcgcttgactaacggtgatactatgcgt
tctgctatcaaacaagttgcatctggccgtttcggcgttacttcgtactacttgagtgac
tctgatgagcttcaaattaagatggctcaaggtgctaaacctggagaaggtggtgagctt
cctggtaacaaagtcagcgagtctattgctaaaactcgtcactctaccgctggcgttggc
ttaatctctcctccccctcaccacgatatttactctattgaagatttaaaacaacttgtt
tacgatttgaaatgtgctaacccacgtgctcgtgtttctgtcaaattggtttctgaggtt
ggtgttggtatcgtcgcttccggcgtagccaaggctaaggccgatcatattgttatatcg
ggccatgatggtggcacaggtgcttctcgctggactggtattaagtacgctggtttgcct
tgggaacttggtgttgccgaaacacatcaaactttagtactaaatgatcttcgtggccga
atcgttatccaaactgatggtcagattaagactggccgcgatgttgctattgcttgcttg
ctcggcgctgaagagtggggcttcgcaaccactcctctcattgctttaggttgcatcatg
atgcgtaaatgccatctcaatacttgtcccgttggtattgctactcaagatcctgaatta
cgtaaaaagtttgaaggacaacccgaacacgtcgtcaacttcttttactatgttgcagaa
gagcttcgtggaatcatggccaaactcggcttccgcaccattaatgaaatggtaggccgc
tctgataagcttaaggttgctgagcccattaatgccaaatccaaattgctagacttgtct
cctttgttgacgcctgcgttcactctccgacctggtgctgccacgtgcaatattcgcaag
caagatcatagactttatacgaggttagataataagttgattgatgaagctgaacctagc
ttggaagatggtataccctctgtcgtggaatgcgaaataattaacacagatcgtactttg
ggtgcaactctttctaacagaattagcaagcgttatggcgaagaaggtttaccagcggat
tctatatgtgtgaaagtctttggctctgctggtcagtcttttggtgctttcttggctccg
ggtgttaccttacaattagaaggtgattgtaacgattacgttggtaaagggttgtctggt
ggtcatctaattatttttccaccaaaagcatccccatttaaaccagaggaaaacgttatt
gttggaaacgtttgtttgtacggtgccacttccggtcaggtttttatttcgggtgtcgct
gctgaaagatttgccgttcgtaattctggtgttgttactgtcgttgaaggtgttggtgat
catggttgtgaatatatgaccggtggtcgtgttgtcatccttggtaatactggccgtaac
tttgctgctggtatgtctggtggtatcgcttacgtctatgacaaccatacggacttttct
aaaaaggtaaacatggaaatggtagaacttactaccgtatctgatgctactgaaattgcc
tatttgaggggcctcattcaagatcatcgtcatttaactggttcccaggtggctgatcgc
atcttgagtgacttccctcgcaacttgaataggtttgttaaggttctacccagagagtat
aaagctgttcttgaacgtgaggctgctaagaaagaggaagctaagcgtcgtcaatacccc
aaggcttttatgcccggtaaccgtatccgccaacaattagaggaatcaaatcgtgatgcc
gcaatcacagacgttgaggatactttgggtgctcctgtgaaaaagagtcctcctcttgac
aagttacgtggattcatgaagtatcaacgccggagcgagcattaccgtaatccacacaaa
cgtaccaatgattggaaggagctttctgtccgtctcaaggaagacgagcttcgtcttcaa
accgctagatgcatggattgtggtaccccattctgtcaatctgattacggttgtccggtt
tccaacaagatttttacatggaatgatttggttttcaaaaagcaatggaaagaagctttg
gtacaattacttatgaccaataacttccccgagtttactggccgagtttgccctgctcca
tgtgagggttcttgtgttttgggtatcatcgaatctcctgtaggtattaagagtgtcgag
cgtgccattattgataaagcttgggaagaaggctggattaagcctcagcctcctgtaaat
cgttcaaataagcgtgtcgcggtaatcggctcaggccctgccggtcttgcagccgctgat
cagttgaatcatgccggtcataacgtcgttatatatgaacgtgctgatcgtcctggtggc
ttattacaatacggtattcccaatatgaaactggacaagtttgtggtggaccgtcgtatt
caattaatggttgatgaaggtgtcgagataataacaaacgtggagattggtagtgaagat
gcagtatctttggatgaattacaaagtacctatgacgctgtagtactagctacgggatcc
accattcctcgtgaccttgctattcccaaccgtgacgccaagggtattcattttgcgatg
gaattccttcataagaacaccaagagtttactagacagcaaactcgaagatggaggatac
attagcgccaagggcaaggacgttatcgttattggcggcggtgatactggtaatgattgc
ttaggtacgagtgttcgccatgtcgctaaaagcatccacaacttggaattgcttcctatt
cctcctcgtgaacgcgcatttgataatccatggcctcaatatcctcgtgttttccgtgtt
gattatggacacgctgaagttcaagctcattatggccaagacttccgtgaatattcaatt
ttgactaagaattttgaaaaggatgaagatggaaatgttaagggtatccatactgttcgc
attgagtggacaaaaaatagcaagggtcgctggattatgaaggaagtcaggaactctgaa
gagtttttcccagctgacttggttattcttgccttgggtttcttaggtcctgaagaacag
gctacagcaagtatgaacattcgccgagatgctcgttctaatatcagtaccccccataag
tcttaccaaaccagtgttcctaatgtttacgcctgcggtgactgtcgtcgtggccagagt
ttggttgtttggggtatccaagaaggccgccagtgtgccagagaaattgatctgcaattg
tctagtaaatcctacctgcctgctgacggtggtgttgttaagcgtaacatagccatctaa
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