KEGG   Puccinia graminis: PGTG_15142
Entry
PGTG_15142        CDS       T02226                                 
Name
(RefSeq) glutamate synthase [NADPH]
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
pgr  Puccinia graminis
Pathway
pgr00250  Alanine, aspartate and glutamate metabolism
pgr00910  Nitrogen metabolism
pgr01100  Metabolic pathways
pgr01110  Biosynthesis of secondary metabolites
pgr01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:pgr00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    PGTG_15142
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    PGTG_15142
Enzymes [BR:pgr01000]
 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)
     PGTG_15142
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 Pyr_redox NAD_binding_8 HI0933_like DAO Amino_oxidase FAD_binding_2 FAD_oxidored AlaDh_PNT_C NAD_binding_7 Pyr_redox_3 FAD_binding_3 MurD-like_N 2-Hacid_dh_C 3HCDH_N NAD_Gly3P_dh_N NAD_binding_2 Thi4 F420_oxidored FMN_dh UDPG_MGDP_dh_N GIDA
Other DBs
NCBI-GeneID: 10542219
NCBI-ProteinID: XP_003333358
UniProt: E3KXI1
AA seq 2131 aa
MAPKVHNNQEQKEIKSSEPDSNLIRSSNHWAGALPAPQGLYDPDQEKDSCGVGFVCHIKG
QPNHKIVSDARSLLCNMTHRGATGADARDGDGAGVMTGIPHAFFLREASLLSIDLPAQGR
YAVGNVFFRPNPPEALIEHKATFERIALTHKLKVLGWRELPRNNSILGPAALSREPIILQ
PFVVPDSNEPDAYFDEKEFERQLYVLRKHASHAISLADWFYICSLSNKVIIYKGQLSPSQ
VYEYYYDLNHVLFESHFCLVHSRFSTNTFPSWDRAQPLRWAAHNGEVNTVRGNKNWMRAR
EGNLSSDKFGDQLESLYPIIEEGGSDSAAFDNVLELLVVNGVMSLPEAIMMLVPEAWQNN
PNMDPAKSAFYQWAACVMEPWDGPALFTFSDGRYCGANLDRNGLRPCRWVTTDEDLIICA
SEVGAITIAPETITRKGRLQPGRMLLVDTQEGRIVDDKELKMATAQKKPFREWINNQMLR
LPDILKHNKSISSTLLSDTLDETRISEDPRLLAFGYTLEQLDLLMRPMVSDGKEALGSMG
NDAPLACLATQPRLIYDYFRQLFAQVTNPPIDPIRESIVMSLECYVGPEGNLLALDESQA
GRLALPSPILSVQEFRALQDLHTFNSAWSSHTIDITFEKRSGLPGYVVTLDRICQAASAA
VQAGCRVLALSDRAVGAGRVAVSALAAIGAVHHHLIKSKERSKVALLVETGEAREVHHLC
VLLGYGADGICPYLAMEAILKLRREGLVKVDLTDVDLIENFRHATNNGILKVMSKMGIST
LQSYKGAQIFEALGLHQTVVERCFVGTASRIQGTTFELLALDTFEFHERGFPSRQVVQPP
GLPESGEYHWRDGGEAHINDPVSIANLQDAVRSKNQSAYDVYSQNAQKQVRAVTLRGLLD
FDYESAQSIPLEQVEPWHELVKRFCTGAMSYGSISQEAHSALAIAMNRLGGKSNTGKGGE
DGSRSLIMPNGDTMRSAIKQVASGRFGVTSNYLADSDELQIKMAQAAKPGEGGELPGHKV
SELIAKTRHLTAGVGLISPPPHHDIYSIEDLKQLIYDLKCANPRARVSVKLVSEVGVGIV
ASGVAKAKADHILISGHDGGTGASRWTGIKYAGLPWELGLAETHQTLVLNDLRGRVCLQT
DGQIRTGRDVAIAALLGAEEFGFATTPLIAMGCIMMRRCHQNTCPVGVATQDPVLRAKFT
GQPEHVINFFYYVAEELRTHMAKLGFRTLNEMVGRTDLLKVDETLRNPKTVNIDLSAVLK
PAWKMRPGVATFKTKQQDHKMYTRLDNKFIDEAEPALAKGLPVRIEADVKNTDRALGTSL
ANRVSKAYGEQGLERDIIHVDLRGSAGQSLGAFLAPGITLELEGDANDYVGKGLSGGRLI
VYPPRSSPFKAEENVIVGNVCLYGATSGEAFFRGIAAERFAVRNSGAIAVVEGVGDHGCE
YMTGGRVVVLGSTGRNFAAGMSGGIAYVLDMAREFKNKVNSEMVELGTVNDPHEIAELRG
MIEDHRHFTKSEQAARILRNFNEFLPRFVRVMPLDYKAVLEAGAKAAIQSDPHKNMPGFD
IKGDAFNPAEDKAKTNVNDQVEIPSATLGHSEPPVVDLEDSMVDAESAKKIVEKLDKTKG
FMKYKRLNENYRNPKSRTKDWAELSTRLTESQLKVQAARCMDCGVPFCQSDTGCPISNVI
PKWNDLVFKGQWLDALNRLLMTNNFPEFTGRICPAPCEGACVLGINEAPVGIKSIECAII
DKGFEMGWIVPRPPVERTGKKVAVIGSGPAGLACADQLNRAGHMVTVYDRNDRHGGLLMY
GIPNMKLDKKVVQRRLDLMAAEGITFVANAHVGVSTDVNQIRADNDALVVSTGATWPRNL
NLPNRNLDGIHFAMEFLQLNTKSLLDSELSDSSYLSAKGKNVIVIGGGDTGNDCIGTSLR
HGAKSVTNFELLPQPPQSRASDNPWPQWPKVFRVDYGHTEVQNFFGKDPREYCISTKEFV
SDGEGKLKGLNTVRVEWTKDSRGAWKMKEIAGSEEFYECELCLLALGFLGPEESMIKSLG
LKQDPRSNILTNLADNLRRFQYQTSIDGVFAAGDCRRGQSLVVWGIQEGRAAAVDVDNFL
SGKSASKLPSKGSIKVRDFAVDAFEASVVAA
NT seq 6396 nt   +upstreamnt  +downstreamnt
atggcacccaaggttcacaacaaccaagaacaaaaagagatcaaatcctcagaacctgat
agtaacctcatccgatcctcaaaccattgggcaggtgccttgcccgcccctcaaggactc
tacgaccccgaccaagagaaggactcatgcggtgtcggatttgtctgccacatcaagggc
caacccaaccataagatcgtctccgatgctcgctccctactatgcaacatgacccatcgt
ggtgccactggcgccgatgctcgcgatggtgacggtgctggggtgatgaccggaatcccc
catgcgttcttcctgagagaggcctcactcctctcgatcgatctccccgcccagggtcgc
tatgcggtcggaaacgtcttctttagaccaaacccgcccgaagcgctgatcgagcataag
gccaccttcgaaaggattgcgcttacccataagctcaaggtcttaggctggcgtgaacta
cccaggaacaactccatcctcggcccagctgccctcagccgtgaaccaatcatccttcaa
ccattcgtggtgccagactctaacgaaccggacgcttactttgatgaaaaggagttcgaa
cgccagctctacgtcttacgaaaacatgctagtcatgccatctccctcgccgattggttt
tacatctgctcattatccaacaaggtgatcatctacaagggtcaactcagccctagtcaa
gtttacgaatattactacgatctcaaccatgtcctcttcgaatctcatttctgcttggtt
cactctcgattctctaccaacactttcccctcctgggacagggctcagccgttgagatgg
gccgcccacaatggcgaagtcaacacagtccgtggcaacaagaattggatgagggcacga
gagggcaacttgtcttctgataaatttggtgatcaattggaatccctctaccccatcatt
gaagaaggcgggtcagattccgctgcttttgacaacgtcctcgagttgctagtcgtcaat
ggcgtcatgagtctcccagaagccatcatgatgctcgtccccgaggcctggcaaaacaac
cccaacatggaccccgccaaaagtgcattttaccaatgggcggcttgtgtgatggaaccc
tgggatggcccggcccttttcaccttctcggatggtcgatactgtggagccaatcttgac
cgtaacggtttacgcccatgtcgctgggtgaccacagacgaagatcttatcatctgtgcg
tctgaagttggagcgatcaccattgcacccgaaacgatcacccgtaaaggccgtcttcaa
cccggcagaatgctcctggtcgatacccaagaaggtcgaatcgtcgacgacaaagagtta
aagatggccaccgctcagaagaaacccttccgagagtggatcaacaaccaaatgcttcgt
ttacccgatatcctcaaacacaacaaatccatcagctcgactctactttctgatactctc
gatgaaacccgaatctcggaagatcctcgtcttctggcctttggatatacgctcgaacaa
cttgacttgctcatgaggcccatggtttccgacggtaaggaagccttgggatcaatgggt
aatgatgcaccactcgcatgcctggctactcagcctcgcttgatctacgattactttcgt
caactctttgctcaagtaactaatcctcccatcgatcccatcagagagtccattgtgatg
tcattggagtgttatgttgggccagaaggtaacctacttgccttggatgagagccaggct
ggcaggctagccttgcccagccccatcctaagcgttcaggaatttcgagcccttcaggac
ctgcacactttcaattctgcttggtcatcacacaccattgatattacttttgagaagcga
agtggcctgcccgggtacgtagttacgcttgaccgaatctgtcaagctgccagtgcagcc
gtccaagccggctgtcgggtccttgctctatctgaccgagcggtaggtgcgggccgcgtg
gcagtatcggcccttgccgccattggagccgtgcatcatcatctgatcaaaagcaaagaa
cgatccaaggtagctcttttagttgagaccggtgaggcccgagaagtccaccatctgtgt
gtcttgttgggttacggtgcagatggtatctgtccatatctcgccatggaagccattctt
aaactccgccgtgaggggttggtcaaggtagatctgaccgacgtcgatctcatcgaaaac
ttccgccatgccaccaacaatgggatcctcaaggtgatgagtaagatgggtatctcgaca
cttcaaagctacaagggtgcccagatctttgaggcactcggtctacaccagacggtcgtc
gaacgatgctttgttgggacagccagtcgaatccaaggcaccacctttgaactcctcgcg
ttagacacgtttgagttccacgaacgcggtttcccctctcgtcaagtcgtccagccgccc
ggccttcctgaatccggtgaataccattggcgtgatggaggagaagcccatatcaacgac
ccggtttcgatcgccaacctgcaagatgccgtccggtcgaagaaccagtcagcctatgat
gtttatagccagaacgcccagaaacaagtccgtgcggtcactctccgtgggctgctcgat
ttcgattacgagagtgcccaatcaatcccgttggagcaagtcgagccttggcatgaactc
gtcaagcgtttctgtaccggcgccatgtcctacggttccatctcccaggaagctcatagc
gctcttgcaatcgccatgaaccgactcggcgggaaatctaacaccggcaagggcggggaa
gatggttctcgttctctcatcatgcctaacggggataccatgaggtcggctatcaagcag
gttgcttccggccggttcggcgttacttcaaactatttggccgacagtgacgagctgcaa
atcaaaatggcccaagctgcgaaacctggcgaaggaggagaattacctggacacaaggta
tccgaattgattgccaagacccgtcacttgactgccggggttggcttaatttccccacca
ccgcatcacgacatctattcgatcgaagatttgaaacaattgatttacgatctgaagtgt
gccaatccgcgggcgcgggtttcggtgaagctagtgtcggaagtcggagttggtatagtt
gcatctggtgtcgcgaaagctaaagctgatcatattttgatctcaggtcatgatggtggt
acaggtgcatccagatggaccggcatcaagtatgccggtctcccctgggaactcggcttg
gccgagacccaccaaactctggtcttgaacgatcttagaggccgagtctgtctccagacc
gacggccagattcgaaccggtcgtgatgtcgccatcgctgccctcctcggcgctgaagag
tttggttttgccaccacccctttgatcgctatgggctgtattatgatgagacgttgtcat
caaaatacttgtcccgtcggagtggccacccaagacccagtcttgagggctaagttcact
gggcagccggaacacgtgatcaactttttctattacgtcgctgaagagctaaggacccac
atggccaaactcggtttccggaccttgaatgaaatggttgggcggaccgatcttctcaaa
gtggatgaaacccttcgcaaccccaagacagttaacattgatctgagtgcagttctcaaa
cctgcttggaagatgcgccctggagtagccacattcaagaccaagcaacaggatcacaag
atgtacacccgtctggataacaaattcatcgacgaagccgaaccggcgcttgccaaaggc
ctgcccgttcggatcgaagccgacgtgaagaacaccgaccgtgccctgggtacttctttg
gctaaccgggtctcaaaggcatacggtgaacagggactcgaacgggacattatccatgtc
gacctccgaggctcagccggtcaatccttaggagcctttttagccccggggatcactctt
gagttggagggtgacgccaacgactatgtcggcaagggtttgtcaggtggacgtctgatc
gtctacccaccccggtcgtctccattcaaggccgaagaaaacgtgatcgtcggtaacgtc
tgtctctacggcgccacctccggcgaggccttcttccgagggatcgctgccgaacggttt
gccgtccgaaactcgggcgccatcgccgtcgtcgaaggggtgggtgatcacggttgtgaa
tacatgactggtggccgggttgtcgtcctgggttcgaccggtaggaacttcgcagctgga
atgagtggtggtatcgcgtacgttttggacatggcgcgtgagttcaagaacaaggtcaac
tcggaaatggttgaacttggcacggtcaatgaccctcacgagattgctgaactacgtggg
atgatcgaggaccatcgtcatttcacgaaatcggagcaagctgcccgaattctccgaaac
ttcaatgaattcctgccccgcttcgtccgggtcatgcccttggactacaaggccgtcctc
gaggctggcgccaaagcagccatccagtccgatcctcacaaaaatatgcccgggtttgac
atcaagggtgatgcattcaacccggcggaggacaaggcaaagacaaatgtgaacgatcag
gtcgagatcccctcggccacgctcggccattctgaacctcctgtggtcgatctcgaggac
tcgatggtggatgcggagagcgccaagaagattgtcgagaagcttgacaagactaaaggg
ttcatgaagtataaacggctcaacgagaactacaggaacccgaagagtcggacgaaggac
tgggccgaactttcgacccggttgaccgaaagtcagctcaaagtccaagccgctagatgc
atggactgtggggttcccttctgccagtcagataccggctgccctatctctaacgtcatc
cctaaatggaacgacctcgtcttcaaaggccagtggctcgacgctttgaacaggctcttg
atgaccaacaatttccccgagttcactggcaggatctgtcctgcaccctgtgaaggcgct
tgtgtcttgggaatcaatgaagctccggttggaatcaagagcattgaatgtgctatcatt
gacaaagggtttgagatgggatggatagtccctcggccacccgtcgaacgaacggggaag
aaagtagcggtgatcgggtccggcccagcgggattggcgtgtgcagaccagctcaaccgg
gccggccatatggtgaccgtctacgaccgtaacgatcgacatggtgggctgctcatgtat
gggatcccgaacatgaagctcgacaagaaggtcgtccagagacggctcgacctcatggcc
gccgagggcatcaccttcgttgctaacgctcacgtcggcgtatctactgacgtcaaccag
atccgcgctgataatgatgcgctcgtcgtctctaccggtgctacttggcctcgtaacttg
aacttacccaaccgaaatctggatgggattcattttgcaatggaattcttgcaactcaac
accaagtcactgctagattcggagctgagtgactcgagctacctatcggcgaagggcaag
aatgtgattgtgatcggagggggcgacactgggaatgactgcatcgggacctcgctccgg
cacggggccaagtcggtgaccaacttcgagctccttccccaaccgccccagagccgtgct
tctgataacccctggccgcagtggcctaaggtcttcagagtcgactacggtcacaccgag
gtccagaacttcttcggtaaagaccccagagaatattgtatctctacaaaagaattcgtg
tctgacggtgaaggaaaactgaaaggactgaacactgttcgagtagaatggactaaagat
tcgagaggagcttggaagatgaaagagatcgcgggctcggaagagttttacgaatgcgaa
ctctgtttgttagcgctcggcttcttgggcccggaggagtcgatgatcaagtcgctcggc
ttgaagcaggatccccgctctaacatcctcactaatctggctgacaacctccgaaggttc
cagtaccaaacatcgatcgatggcgtctttgctgccggcgattgtcggcgtgggcagagc
ttggttgtctgggggattcaagaaggtagagctgctgccgtcgatgtcgataacttcttg
agcggcaaatcggcgagcaagttgccctccaagggaagcatcaaggtgcgcgactttgcc
gtcgacgccttcgaggcctccgtcgtcgccgcttag

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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 (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (27)   
   Pfam (27)   
All databases (93)   

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