KEGG   Diuraphis noxia (Russian wheat aphid): 107164646
Entry
107164646         CDS       T04900                                 
Name
(RefSeq) putative glutamate synthase [NADPH]
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
dnx  Diuraphis noxia (Russian wheat aphid)
Pathway
dnx00250  Alanine, aspartate and glutamate metabolism
dnx00910  Nitrogen metabolism
dnx01100  Metabolic pathways
dnx01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:dnx00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    107164646
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    107164646
Enzymes [BR:dnx01000]
 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)
     107164646
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox Amino_oxidase DAO FMO-like HI0933_like Thi4 FAD_oxidored Pyr_redox_3 FAD_binding_3 FAD_binding_2 FMN_dh DUF4349 NAD_binding_9 ApbA
Other DBs
NCBI-GeneID: 107164646
NCBI-ProteinID: XP_015368031
Position
Unknown
AA seq 2054 aa
MAAHQEQTVPEHDPWNGPPKDGLYDPQLEKEACGVGFIVAIDGKRTNKIVRDAQKLAMRM
NHRGACSCDNDSGDGAGVLTAIPHSFYAHELSHAESEEMFAAIGLECKIKVLCWRTVPVR
NSQIGEVARSSEPFIRQAFVVDDADEFNEDDFKRRVFALRKRSTHTIPKPGRRFYICSLS
HTIIVYKGQFTSDQLWAYFADLQSPAYETYLALVHTRFSTNTFPSWERAHPLRVLAHNGE
INTVRGNVNFMTAREGVMESKHFDDIKKLYPVVEPNLSDSGSADCVLEFLINAGECSLPE
AVMTMVPEAWQNDQTMPSEKRDFYNWAACAMEPWDGPALLTFTDGRYVGALLDRNGLRPS
RFYVLKDNVMVMASEVGVYDTDPANVALKSRLKPGRMLLVDTKEKRIIQDVQLKLDIARS
RPHSDWLREQRITIEDLREEAVAKGFGLVRAKSIEFISGERKKTIRENIPEQEMTRIWGG
DRRLLLFSYSIETINMLIIPMIRTKKEALGSMGNDAPLACLSLFQPLIYSYFKQLFAQVT
NPPIDPFREKIVMSLMCPIGPEANILIPSAKQCHRLFLPNPILSLYDLEVLRNNQHRGWK
TKVIDVTFDKEEGPSGFSKALDRICEEASEAANSNYQLIILSDRSAGSERIPVSILLALG
ATHHHLIDLRLRMKVGLIVETGEAREVHQMCVLLGYGADGICPYLVFEMAKSLRAEGVLD
SSFTDKILFENYCEAMERGISKVMAKMGISTLQSYKGAQIFEAVGLADEVINKCFKGTQS
RIGGINFERLAKEAYERHYLSYSYRNTDMLVLMNPGYFHWRTGGEKHINDPISIANLQDA
ASNKSTNSYDKFCESTMESVRACTLRGQLELVPTTKSINISEVEPAANIVKRFATGAMSL
GSISIEAHTSLAIAMNKLGGKSNTGEGGENSDRYLNQDPENNKRSAIKQVASGRFGVTSS
YLAHADDIQIKMAQGAKPGEGGELPGYKVTKDIAATRHSVPGVGLISPPPHHDIYSIEDL
AELIYDLKCANPNGRISVKLVSEVGVGVVASGVAKGKAEHIVISGHDGGTGASSWTGIKN
AGLPWELGVAETHQVLVLNNLRSRVVVQADGQIRTGFDVIVAALLGADEIGLSTAPLIVL
GCTMMRKCHLNTCPVGIATQDPVLRKKFAGKPEHVINYLFMLAEDVRKHMANLGVAKYQD
LIGRTDLLKMTDSNNNPKAKFLNLSPVLRNALHMRPGVNIIGGSESQDFQLEKRMDNIVI
TAAQPVIDGLQKSVNIELTINNECRAFGSTLSYHISMKYSDKGLPDNSINIKLKGSAGQS
FCAFLTKGVHVTLEGDANDYVGKGLSGGEIVIFPPKSSTFQSELNVIVGNVCLYGATSGK
AFFRGIAAERFSVRNSGVVTVVEGVGDHGCEYMTGGCAVILGLTGRNFAAGMSGGIAYIL
DVDGSFKSKCNTEMVELLPLDRQEDLNYVQSLLEEFVLKTESVIASKLLDSWPHSASKFI
KVFPYEYQRALKQLAEETKVTQSHTNVETINEPSVRDIEETINDQTFEKKRLEKILDKTR
GFVKYSRETMMYRPAEKRLNDWDEIYNFQHVRKGLRVQAARCMECGVPFCQSSHGCPLGN
IIPKWNDLVFNNNWPEALNQLLQTNNFPEFTGRVCPAPCEGACVLGINEPAVTIKNIECA
IIDHAFEQGWIKPEPPKNRSGKTVAIVGSGPSGLAAAHQLNKAGHLVKVFERNDRVGGLL
QYGIPSMKLSKEVVQRRVKLLEDEGIIFHTNVSVGKDYLAKELLDQFDAVLLCTGATWPR
DLPIPGRHLEGIYFAMNFLESSQKKQLGGPTDLPLLARDKDIIVIGGGDTGCDCIATSLR
QRARSITSFEILPEPPATRGRDNPWPQYPRVFKVDYGHEEVKIKYGRDPRQFCIMSKEFV
DDGNGHISGIKTVKVNWTKDEAGRWKMDEVPDSEQVFKCDMVLLAMGFLGPERTIVNELS
LALDPRSNYQTPSGRYATSVPKVFAAGDCRRGQSLVVWAISEGRQAAREVDAFLMDHSVL
PGPGGVISIQTLST
NT seq 6165 nt   +upstreamnt  +downstreamnt
atggccgcgcaccaagaacagacggtgccggagcacgacccgtggaatggtcctccaaaa
gacggtctgtacgacccgcagcttgagaaagaagcgtgcggcgtgggatttatcgtggcc
atcgacggcaagcgcaccaacaagatcgttcgcgatgcacaaaaattggccatgagaatg
aaccatcgaggcgcatgctcatgcgataacgattccggtgacggagcgggtgtactgaca
gctataccacattcgttttacgcccacgagctaagccatgccgagagcgaagagatgttc
gcggccatcggtttagagtgcaaaatcaaagttttgtgctggaggacggtgccggtgcgc
aacagccagataggcgaagtagccaggagcagcgaaccgttcatccgccaggcgttcgtg
gtggacgacgccgatgagttcaatgaggacgacttcaagcgccgcgtgttcgcgctccgg
aagcgttccacgcacactatacccaagccgggcaggaggttttacatctgctcgctgtcg
cacactatcatcgtgtacaagggccaattcacgtcggaccagctatgggcatactttgcc
gacttacaaagtccggcttacgaaacgtacctagcactcgtccacaccagattctcaacg
aacactttcccgagctgggagagagcgcaccctctgagggtgttggcgcacaacggtgag
attaacacggtgcgtggtaacgtgaacttcatgaccgctcgggaaggtgtgatggaaagc
aagcactttgacgacatcaaaaagctttacccggtggtggaaccaaatctgtcggactct
ggatcggccgactgcgttttggaatttctgatcaacgctggtgagtgttcgctgcccgaa
gccgtaatgaccatggtcccggaggcctggcagaacgatcagaccatgccatccgaaaaa
agagacttctacaactgggcggcatgcgcgatggaaccctgggatggccctgccctgttg
acatttactgatggacgatacgtcggtgctttgttggacaggaacggattaagaccatct
cggttctacgtattaaaagacaatgtgatggttatggcatctgaagtaggagtgtatgac
acagacccagccaatgtagctctgaagagtcgtttgaaacctggtcgtatgttgttggtc
gataccaaagagaagcgcatcatacaagatgttcaacttaaattagatatagcaaggagc
agaccacattctgattggcttagagagcagaggattacaatagaagacttgagagaagaa
gctgttgctaaaggatttggtttagtgcgtgccaaatcaatagaatttattagtggcgaa
cgtaaaaagacaattagagaaaatattccagaacaagaaatgactcgcatatggggagga
gacagacgtttattgttatttagttactcaattgaaactattaacatgctgattattccg
atgatcagaactaaaaaagaagcattaggttcgatgggaaatgatgctccacttgcttgc
ctgtctttgtttcaaccattaatatactcctacttcaaacagttatttgcccaagtaaca
aatccgccgattgatcccttccgtgaaaaaattgtcatgtcgttaatgtgtccaattggg
cccgaagctaatattcttataccaagtgctaaacaatgccatagattatttttgccaaac
ccaatactgtcactatatgatctggaagttttgcgcaataatcaacatcgtggctggaag
acaaaagtcattgatgttacatttgataaagaagaaggcccatcaggtttttcaaaagca
ttggatcgtatatgcgaagaagctagcgaagctgctaatagcaactatcagctcattatt
ttgtcagatagatcagctggttccgaaagaataccagttagtattttattagccttagga
gctacgcaccatcatttgattgatctaagactacgtatgaaagttggattaatagttgag
accggcgaagctagagaagttcaccagatgtgtgttttactgggttatggtgctgatggc
atatgtccttacctagtatttgaaatggcaaaaagcttacgtgctgaaggagtattggat
tcatcttttactgataaaatattatttgagaactattgtgaggcaatggaaagaggaata
tcaaaagttatggcaaaaatgggaatatccacactacagtcttacaaaggagctcagata
tttgaagctgtaggcttggcagatgaagtaattaataagtgttttaaaggcacccagtca
cgtattggtggtataaactttgaacgtttagccaaagaagcatatgaacgtcattaccta
tcttattcttaccgtaatactgatatgttggttttgatgaatcctggttatttccattgg
cgtacaggtggtgaaaaacacataaatgaccctataagtatagccaacttrcaagatgca
gcaagtaacaaaagcacaaactcatatgataaattttgtgaatcaacgatggaaagtgtt
cgagcgtgtacccttagaggtcaattggaattagttcctaccactaaatcaataaatatt
tcagaagttgaaccagccgctaatattgtaaaaagattcgctacaggtgcaatgagtctt
ggttcaatctctatcgaagcacatacatctttagctattgctatgaacaaattaggagga
aaatcaaatactggagaaggaggtgaaaattctgaccgctatttaaatcaagatccagag
aataacaaacgatcagctattaaacaagtagcatctggtcgtttcggtgtgaccagctca
tatctagctcatgctgatgatatacaaattaaaatggctcagggtgctaaacctggggaa
ggaggagaattacctggctataaagtgactaaagatattgctgctactagacattcagta
cccggtgttggattaatatctccaccacctcatcatgacatctattcaatcgaagattta
gcagaacttatttatgatttgaagtgtgctaatcctaatggaagaatatctgtaaaatta
gtttctgaagttggggtaggagtagttgcttcaggtgtagctaaaggaaaagctgaacac
attgtaatttctggtcatgatggtggtactggagctagttcatggactggtatcaaaaat
gcaggtcttccgtgggaacttggtgtagcagaaactcatcaagtccttgtgttaaataac
ttgagatccagggtagttgttcaagctgatggtcaaatacgaacaggttttgatgtaatt
gttgccgctttgttgggtgctgatgaaataggcttgagtactgcaccattaattgtactt
ggatgcaccatgatgagaaaatgtcatttaaatacttgtcctgttggcatagcaactcaa
gatcctgtcctgagaaaaaaatttgctggtaaaccagaacatgtaattaattacttattt
atgttagccgaagatgtacgtaagcatatggctaaccttggtgtcgccaaatatcaagat
cttattggacgcactgatcttcttaaaatgacggacagtaacaataaccctaaagcaaag
tttttaaatcttagtcctgtgttacgcaatgctttgcatatgagacctggtgttaacata
attggtggatcagaatcacaagatttccaactagaaaaacgcatggacaatatcgttata
actgctgcacaacctgtaattgatggtttacaaaaaagtgttaatattgaacttaccatt
aataatgaatgccgtgcttttggttcaactttaagctaccatatttcaatgaaatacagt
gataaaggtctaccagataacagtataaacataaaattgaaaggctctgctgggcagagt
ttctgtgcttttttgactaagggagtgcacgttactttagaaggagatgctaatgattat
gttggaaaaggtctttctggaggtgaaatagttattttccctccaaaatcatcaacattc
caatctgaactcaatgtaatagttggcaatgtttgtttatacggagctactagtggaaaa
gcatttttcagaggcattgcagctgaacgtttttcagttagaaattctggagttgtaaca
gttgttgaaggagttggagatcatggttgcgagtatatgacaggtggttgtgcagtaatt
ttgggtctaacaggacgtaattttgctgctggtatgtcgggtggtattgcttatattctt
gatgttgatggatcttttaaaagcaagtgcaatacagaaatggtagaacttcttcctctt
gaccgccaagaagatctgaactatgttcaatctcttttagaagaatttgttcttaaaact
gaatcggttattgcatctaagttgttagattcttggccacattctgcatcaaagtttatc
aaagtattcccgtatgaatatcaaagagctttgaaacaattggctgaagaaacaaaagta
acacaaagccacacaaatgtagaaaccattaatgagcctagtgttcgtgacatcgaagaa
acaattaatgaccaaacatttgaaaaaaaaagacttgaaaaaatattagataagactcga
ggctttgtaaaatattcacgagaaacaatgatgtacagacctgcagaaaaaagactcaat
gattgggacgaaatttacaatttccaacatgtcaggaaaggacttagagttcaagctgcg
agatgtatggaatgtggtgtaccattctgtcaatcttcacacggatgtcctttgggaaat
atcatacccaaatggaatgatttagttttcaataataattggccagaagcattaaatcaa
cttttacaaactaacaacttccctgaatttactgggcgtgtttgtcctgctccatgtgaa
ggagcttgtgtcttgggtattaatgagcctgcagttactattaagaacatagaatgtgca
attattgaccatgcctttgaacaaggttggattaaacctgaaccaccaaagaaccgttca
ggtaaaaccgtagctattgttggttctggtccatcaggactggcggctgctcatcaattg
aataaggctggacatttggtaaaagtttttgagaggaatgatcgtgttggtggattattg
caatatggaattccatctatgaaactatctaaagaagtggtgcaaaggcgagtcaaactt
ttagaagacgaaggaataattttccacacaaatgtcagcgttggaaaagattatttagct
aaagagctcttggatcagtttgatgctgttttgctatgcactggtgctacatggccaaga
gatctaccaataccaggtcgtcatctagaaggtatttactttgctatgaacttcttggaa
tcttcacaaaagaaacaacttggtgggccaacagayttacctctgttagctagagataaa
gacataatagtgattggtggtggtgayactggctgcgattgtattgctacttcattaaga
cagagagcaagatctataacatcgtttgaaattcttcctgagccaccagcaactagaggt
cgagataacccttggcctcaataycctagagtattcaaagtggattatggtcatgaagaa
gttaaaattaagtatggtagagatcctagacaattttgcatcatgagcaaggagtttgtt
gatgacggtaatggtcacattagtggtattaagacagttaaagtgaattggactaaagat
gaagctggacgatggaaaatggacgaagtaccagattctgaacaggttttcaaatgtgat
atggttcttttggcaatgggattccttggtcctgaacgtacaattgtcaatgaattatca
ttagcccttgatccaagatccaattaccagacaccatctggtcgttatgctacatctgtt
cctaaagtatttgctgctggagattgccgtcgtggtcagtccttagtagtttgggcaata
tctgaaggacgccaagcagctagagaagtagatgcattcctcatggaccattctgtgtta
cccggaccgggtggtgtgatatctattcaaacacttagtacatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (42)   

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