KEGG   Schizosaccharomyces pombe (fission yeast): SPAPB1E7.07
Entry
SPAPB1E7.07       CDS       T00076                                 
Symbol
glt1
Name
(RefSeq) putative glutamate synthase Glt1
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
spo  Schizosaccharomyces pombe (fission yeast)
Pathway
spo00250  Alanine, aspartate and glutamate metabolism
spo00910  Nitrogen metabolism
spo01100  Metabolic pathways
spo01110  Biosynthesis of secondary metabolites
spo01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:spo00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    SPAPB1E7.07 (glt1)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    SPAPB1E7.07 (glt1)
Enzymes [BR:spo01000]
 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)
     SPAPB1E7.07 (glt1)
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 DAO Pyr_redox_3 Amino_oxidase Pyr_redox FAD_binding_2 FAD_oxidored HI0933_like FAD_binding_3 Thi4 2-Hacid_dh_C GIDA FMN_dh Lycopene_cycl F420_oxidored
Other DBs
NCBI-GeneID: 2543509
NCBI-ProteinID: NP_594133
PomBase: SPAPB1E7.07
Ensembl: SPAPB1E7.07
UniProt: Q9C102
Position
I:3302875..3310369
AA seq 2111 aa
MAVLSSVQPINHNSALVEARDEQVNTTACSDDLLNAPPYEYDTEGNPSWAGALPKAQALY
DPAYEKDSCGVGFTCHIKGQVSHKIVTDARLLLCNMTHRGATGADTRDGDGAGVMTGMPY
TFMQKEFGQIGCTLPKSGEYAIGNVFFSPEADVCREAMTAFTQVAEKLGLAILAWRSVPC
DNSILGPAALSREPTILQPCVVLKAAYDGEAEFDTDLFERQLYVLRKQSSHLIGKEKWFY
ICSLHRETIVYKGQLAPVQVYNYFLDLNNAEYVSHFALVHSRFSTNTFPSWDRAQPMRLA
AHNGEINTLRGNKNWMHAREGLMKSSRFGEEFASLLPIIERGGSDSAAFDNVIELLCASG
VVSLPEAVMLLIPEAWQNDKNISDEKAAFYEWAACQMEPWDGPALFTFADGRYCGANLDR
NGLRPCRFYLTSDDMMICASEVGTVGIEPDRIVQKGRLYPGRMLLVDTKEGRIVDDKELK
HNIASRYDFRSWLDQELIDMNSIVDSLIESTSVDLTPIVDDVPLADDKTMLAFGYTLEQI
NMIMAPMANGGKETLGSMGNDAAIACLSDQPRLLYDYFRQLFAQVTNPPIDPIREAIVMS
LQCYIGPSGNLLEINQSQCRRLRMPTPILTVEEFNALKNVDRIYPDWKVASIDITFFKSE
GVAGYAAAIERICSEADTAVNEGYKAIVLSDRNVNSERVPLASIAACGAVHHYLVQNKLR
SRVALVCESGDAREVHHMCTLLGYGADAVCPYLAMEALTKLVRQNAMKPGITEETAIKNF
KHAINGGILKVMSKMGISTLQSYKGAQIFEALGIDNEVINKCFLGTASRIRGVTFEHIAL
DAFALHERGYPTDQSIRSLQIPDMGDFYYRDGGEQHVNHPKAIASLQDAVRNKNEAAYAE
FSRTHYEQTRRCTLRGMLDFDFDSSQAIPIEQVEPWTEIVRRFCTGAMSYGSISMESHSS
LAIAMNRLGGKSNTGEGGEDPARSQRLANGDTMRSAIKQIASGRFGVTSWYLSDADELQI
KMAQGAKPGEGGELPGNKVSESIAKTRHSTAGVGLISPPPHHDIYSIEDLKQLIYDMKSA
NPRARVSVKLVSEVGVGIVASGVAKAKADHILVSGHDGGTGASRWTGIKYAGLPWELGVA
ETHQTLVLNDLRGRVVIQTDGQIRTGRDVAIACLLGAEEWGFATTPLIALGCIMMRKCHL
NTCPVGIATQDPELRKKFEGQPEHVVNFFYYVAEELRGIMAKLGFRTINEMVGRSDKLKV
AEPINNKSKLLDLTPLLTPAFTLRPGAATYNVRKQDHRLYTRLDNKLIDEAEVTLEEGIP
SVVECEIINTDRTLGATLSNKISKRYGEEGLPTDSIRVNVFGSAGQSFGAFLAPGVTLQL
EGDCNDYVGKGLSGGRLIIYPPRVSPFKPEENMIIGNVCLYGATSGHAFISGVAAERFAV
RNSGAIAVVEGVGDHGCEYMTGGRVVILGSTGRNFAAGMSGGIAYVYDMQMDFAGKINTE
MVDISSVTDAAEIAFLRGLIQDHRHYTGSQVADRILSDFPRHLSRFVKVLPREYKAVLER
EAAKKEEAKRLQYPKAFMPGNPIRQQIEETNAQIADVEDTLGATVKKSAPLDKLRGFMKY
QRRSEHYRNPLKRTNDWKELSVRLREDELRVQTARCMDCGTPFCQSDYGCPISNKIFTWN
DLVFKQQWKEALTQLLLTNNFPEFTGRVCPAPCEGACTLGIIESPVGIKSVERAIIDKAW
EEGWIVPRPPAERTGRRVAIIGSGPAGLAAADQLNRAGHHVVIYERADRPGGLLQYGIPN
MKLDKKVVERRIQLMIDEGIEVLTNVEVGKNGDVSLDELHKVYDAVVLASGSTVPRDLPI
PNRDSKGIHFAMEFLHKNTKSLLDSELKDGNYISAKGKDVIVIGGGDTGNDCLGTSVRHG
AKSVRNLELLPIPPRERAFDNPWPQYPRVFRVDYGHAEVQAHYGQDFREYSILTKSFEKD
EDGNVKGINTVRIEWTKNSKGRWIMKEIRNSEEFFPADLVILALGFLGPEEQATAGMNVD
RDARSNISTPTKSYETSVPGIYAAGDCRRGQSLVVWGIQEGRQCAREIDLKFQGKTFLPG
DGGLVKRTVNC
NT seq 6336 nt   +upstreamnt  +downstreamnt
atggctgtcttatcttcagtccaacccatcaatcataactctgccctcgttgaggctcgt
gacgaacaagtgaacacgaccgcttgttccgatgaccttctcaatgctcctccctatgag
tatgatactgagggaaatccctcttgggctggtgcccttcccaaggctcaagctttatac
gatcctgcctacgaaaaagactcttgcggtgttggtttcacttgtcacatcaagggtcaa
gtctctcacaaaatcgtcaccgatgctcgcttacttttgtgcaacatgactcatcgtggt
gccactggtgccgatactcgtgatggtgatggtgcaggtgtcatgaccggtatgccttac
acttttatgcaaaaggagtttggtcaaatcggatgtacccttcccaaaagcggcgagtat
gccatcggtaatgtgtttttctctcctgaagccgacgtttgtcgtgaagccatgaccgct
ttcacccaagtcgccgaaaaacttggtcttgcaatccttgcttggcgttccgtcccttgt
gataacagcatcttgggccccgctgctctttctcgtgagcctaccatcttacagccttgt
gttgtcctcaaggccgcttacgatggtgaagccgagtttgataccgatctcttcgaaaga
cagctttacgttcttcgcaagcagtcttctcatttgatcggtaaggaaaaatggttctac
atttgctctttgcatcgtgagaccattgtctataagggtcaacttgctcctgttcaagtc
tacaattatttccttgatttgaacaacgccgagtatgtatcccactttgccctcgttcac
tcccgtttctctacaaacactttcccgtcctgggaccgtgctcaacccatgagattggcc
gctcacaacggtgaaattaacaccctacgtggtaacaaaaattggatgcatgctcgtgaa
ggcttgatgaagtccagtcgttttggcgaagagttcgcctctttgcttcccatcatcgag
cgcggtggttcggactccgctgcttttgataacgttattgagttgttatgtgctagcggt
gttgtctccttacccgaagctgtcatgctcttgattcctgaagcttggcaaaacgacaaa
aacatcagcgacgagaaggctgctttttacgagtgggctgcttgtcaaatggagccttgg
gatggtcctgctttgtttacatttgccgacggtcgctattgcggtgccaatcttgatcgt
aacggtcttcgcccttgccgtttctatcttacttccgatgacatgatgatttgcgcttct
gaagttggtacagtcggcattgaacctgaccgcatcgttcagaaaggtcgtctatatcca
ggccgtatgttgcttgttgacaccaaagagggtcgtattgtcgacgataaggagctcaag
cacaacattgccagtcgctacgacttccgtagttggctcgaccaagagcttatcgacatg
aactcgattgttgactctcttatagaatccactagcgttgatcttactcccattgtcgat
gatgttcctcttgccgatgacaaaaccatgttagcatttggttacactttggaacagatt
aacatgattatggctcccatggctaatggcggcaaggaaactttgggaagtatgggtaat
gatgctgcaatcgcatgcctttccgaccagcctcgtttactttacgactatttccgtcaa
cttttcgctcaagtcactaatcctcctattgatcctattcgtgaggctatcgtaatgagt
ttgcaatgctacatcggtcctagtggtaacttgcttgaaattaatcaaagccaatgtcgt
cgtctccgcatgcctactcccattttgactgttgaggagttcaatgctttgaaaaatgtt
gaccgtatttaccctgactggaaagtcgcttctatcgacatcacttttttcaagagtgaa
ggcgttgctggctatgctgccgccatcgagcgtatttgttccgaagctgatactgccgtc
aatgagggctataaagctatagtcctttccgaccgtaacgttaacagtgagcgcgtacct
ttggcttccattgccgcatgcggtgccgttcatcattatttggtacaaaacaaattgcgt
tctagagttgctcttgtttgtgaatctggtgacgcgcgtgaagttcaccatatgtgcaca
cttcttggctatggtgccgatgccgtttgtccctatttagccatggaagctttaacaaag
ctagtcagacagaacgcaatgaaacctggcatcacagaagaaactgccataaagaatttc
aagcatgctatcaatggcggtattttgaaggttatgtccaagatgggtatttcaactttg
caatcatataaaggtgcccagatttttgaggctcttggcattgacaacgaggtcatcaac
aaatgtttccttggtaccgcatcccgtatccgtggtgtaacttttgagcatattgctctt
gatgcttttgctcttcatgagcgtggatatccaaccgatcaatccattcgcagtcttcaa
atccccgatatgggtgacttttactatcgtgatggtggtgagcagcacgtcaaccatcca
aaggctatcgccagtcttcaagatgccgtccgcaataagaacgaggctgcttatgcggaa
ttctctcgtacacactacgaacaaactaggaggtgtactcttcgtggtatgttggatttc
gattttgattcttctcaagctattcccattgaacaggttgagccttggactgagattgtt
cgccgtttctgcactggtgctatgtcttacggttcgatcagtatggaatctcattcttct
ttggccattgccatgaatcgtttgggcggtaagtctaacactggtgaaggtggtgaagac
cctgctcgcagtcagcgtcttgccaatggcgatacaatgcgttctgccatcaaacagatt
gcatccggtcgtttcggtgttacttcttggtacttgtctgatgctgatgagcttcaaatt
aaaatggctcaaggtgccaagcctggtgagggtggtgaattgcctggtaataaggtgagt
gaatcaattgcgaaaactcgtcattccactgctggtgttggtttgatttctcctcctcct
catcatgatatctactctattgaagatttgaagcagttgatttatgacatgaagagtgcc
aaccctcgtgctcgtgtatccgttaagcttgtttctgaagtaggtgtcggtattgttgct
tctggtgttgcaaaagccaaagcagatcatattttggtttcaggtcatgatggtggtacc
ggtgcctctcgttggactggtattaaatacgctggtttaccatgggagctaggtgttgcc
gaaacccatcaaactttggtattgaacgaccttcgtgggcgagttgttatccaaactgat
ggtcaaattcgtaccggtcgtgatgttgctatcgcttgcttgcttggtgctgaagaatgg
gggtttgcgactactcctttgattgcattgggctgtatcatgatgcgtaaatgtcatctg
aatacttgtcccgttggtatcgcaactcaagatcctgaattgaggaagaaatttgagggt
caaccggagcacgttgtaaactttttctactacgtcgcagaagagctccgtggaattatg
gctaaacttggtttccgaactattaatgagatggttggtcgttctgacaagcttaaggtc
gccgagccaattaacaacaagtcaaagcttcttgacttgactcccttgctgactcctgct
ttcactcttcgacctggcgctgctacttacaacgttcgtaagcaagaccatagactttat
accagacttgacaacaagctcattgacgaagctgaagttactttggaagaaggcatccct
tctgtcgttgaatgtgaaattattaacaccgatcgtactcttggtgctactctttccaat
aagatcagtaagcgttatggtgaagagggtcttcctactgattctattcgtgtcaatgtt
tttggttcagctggccaatcttttggtgctttcttagctccaggtgttacactccaatta
gaaggtgactgtaacgattatgtcggcaaaggcttatctggcggtcgcttgattatttat
cctcctagggtttctccctttaagcccgaagaaaatatgatcattggtaatgtctgtctg
tatggtgccacttctggtcatgcttttatttctggtgtggcagcagagcgtttcgctgtt
cgtaactctggtgcaattgctgtagttgaaggcgttggtgaccacggttgtgagtacatg
actggtggtcgtgttgtaattcttggttcaactggcagaaacttcgctgctggtatgtct
ggtggtattgcatatgtctacgatatgcaaatggactttgctggtaaaattaacacagaa
atggtcgatatttcttctgtcactgatgctgctgaaattgctttcctcagaggacttatt
caagaccataggcattacacgggctcacaggtggctgaccgtatattaagtgatttccct
cgtcaccttagccgctttgttaaggttcttccaagagagtacaaggctgtattggaacgt
gaagctgctaagaaggaagaagccaagagactacagtatcccaaagctttcatgccagga
aatcctattcgtcaacaaattgaggaaactaatgctcagattgctgatgtggaagatacc
ttaggtgctactgtgaaaaagagcgctcctttggacaagcttcgtggatttatgaaatac
caacgccgcagtgaacattatcgtaaccctcttaagagaacgaatgattggaaagaactt
tccgttcgtcttcgtgaagatgaattacgtgttcaaactgccagatgtatggactgtggt
actcctttctgtcaatctgattatggttgtcctatttccaacaaaattttcacttggaat
gatttggttttcaaacaacagtggaaagaggccttaacccagcttttgttgaccaataat
tttccagaatttacaggccgtgtctgccctgctccttgtgaaggcgcttgtaccttaggt
attattgaatcgcctgttggaatcaagagtgttgagcgtgctattattgacaaggcttgg
gaggaaggctggattgtccccagacctcctgctgaacgtactggtcgtcgtgttgccatt
atcggttctgggcctgcaggtcttgctgccgctgaccaactcaaccgcgctggtcaccat
gtagtaatttatgagcgtgccgatcgtccaggtggtcttcttcaatatggtattcctaat
atgaaactagacaagaaggttgttgagcgtcgtatccagctcatgattgacgaaggtatt
gaagtacttacaaacgttgaagtcggtaagaacggtgatgttagccttgatgaacttcac
aaggtttacgatgctgttgttctcgcctctggctctacggttcctcgtgatttgcccatt
cccaaccgtgattctaagggtattcactttgccatggagttccttcacaaaaatactaag
agtcttcttgatagtgaactcaaagatggcaattatattagtgctaagggcaaggatgta
attgttattggaggaggtgatactggtaatgattgtttgggtaccagtgttcgtcatggt
gctaaaagtgttagaaatttggagttacttcccattcctcctcgtgaacgtgccttcgac
aacccttggcctcaataccctcgtgtcttccgcgttgattatggacatgctgaagtacaa
gctcattatggtcaagatttccgtgaatactctattttaactaagagttttgaaaaggat
gaagatggcaatgttaagggtattaatactgttcgtattgagtggactaagaacagtaag
ggtcgctggatcatgaaggagattcgtaactctgaggagtttttccctgcagatttagtc
atccttgctttaggtttcttaggtcctgaggagcaagctactgctggaatgaacgttgat
agagatgctcgttctaacatcagcactcctactaaatcgtatgaaactagtgttcctggc
atttacgctgctggtgattgccgccgtggtcaaagtttggtcgtatggggtattcaagaa
ggtcgtcaatgtgctcgtgaaattgatttgaaattccagggtaagacatttttgcctggt
gatggaggccttgtaaagcgcactgttaattgttaa

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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 (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (86)   

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