KEGG   Acyrthosiphon pisum (pea aphid): 100158883
Entry
100158883         CDS       T01076                                 
Name
(RefSeq) putative glutamate synthase [NADPH] isoform X1
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
api  Acyrthosiphon pisum (pea aphid)
Pathway
api00250  Alanine, aspartate and glutamate metabolism
api00910  Nitrogen metabolism
api01100  Metabolic pathways
api01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:api00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    100158883
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    100158883
Enzymes [BR:api01000]
 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)
     100158883
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox DAO FMO-like Amino_oxidase HI0933_like Thi4 Pyr_redox_3 FAD_oxidored FAD_binding_3 FMN_dh NAD_binding_7 FAD_binding_2 IL11 NAD_binding_9
Other DBs
NCBI-GeneID: 100158883
NCBI-ProteinID: XP_001948786
APHIDBASE: ACYPI000303
UniProt: A0A8R1W1G5
Position
A1:51252083..51283446
AA seq 2080 aa
MAAHQEQPVPEQQDPWNGPQKDGLYDPQLEKEACGVGFIVAIDGKRTNKIVRDAQKLAMR
MNHRGACSCDNDSGDGAGVLTAIPHSFYAHELREQENVDLPEEGKYATGMFYLDKAHHAE
SEEMFAAIGLECKIKVLCWRTVPVRNSQIGEVARSSEPFIRQAFVVDAADVFDEDDFKRR
VFALRKRSTHTIPKPGRRFYICSLSHTIVVYKGQFTSDQLWEYFADLQSPAYETYLALVH
TRFSTNTFPSWERAHPLRVLAHNGEINTVRGNVNFMTAREGVMESKHFDDIKKLYPVVEP
NLSDSGSADCVLEFLINAGECSLPEAVMTMVPEAWQNDQTMPSEKRDFYNWAACAMEPWD
GPALLTFTDGRYVGALLDRNGLRPSRFYVLKDNVMVMASEVGVYDTDPANVALKSRLKPG
RMLLVDTKEKRIIQDVQLKLDIARSRPHSDWLREQRITIEDLREEAVAKGFGLVRAKSIE
FISGERKKTIRENIPEQEMTRIWGGDRRLLLFSYSIETINMLIIPMIRTKKEALGSMGND
APLACLSLFQPLIYSYFKQLFAQVTNPPIDPFREKIVMSLMCPIGPEANILIPSAKQCHR
LFLPNPILSLYDLEVLRNNLHRGWKTKVIDVTFNKEEGPSGFSKALDRICEEASEAANSN
YQLIILSDRSAGSERIPVSILLALGATHHHLIDLRLRMKVGLIVETGEAREVHQMCVLLG
YGADGICPYLVFEMAKSLRAEGVLDSSFTDKILFENYCEAMERGISKVMAKMGISTLQSY
KGAQIFEAVGLADEVINKCFKGTQSRIGGINFERLAKEAYERHYLSYSYRNTDMLVLMNP
GYFHWRTGGEKHINDPISIANLQDAATNKSTNSYDKFCESTMESVRACTLRGQLELVPTT
KSINISEVEPAANIVKRFATGAMSLGSISIEAHTSLAIAMNKLGGKSNTGEGGENSDRYL
NQDSENNKRSAIKQVASGRFGVTSSYLAHADDIQIKMAQGAKPGEGGELPGYKVTKDIAA
TRHSVPGVGLISPPPHHDIYSIEDLAELIYDLKCANPNGRISVKLVSEVGVGVVASGVAK
GKAEHIVISGHDGGTGASSWTGIKNAGLPWELGVAETHQVLVLNNLRSRVVVQADGQIRT
GFDVIVAALLGADEIGLSTAPLIVLGCTMMRKCHLNTCPVGIATQDPVLRKKFAGKPEHV
INYLFMLAEDVRKHMANLGVAKYQDLIGRTDLLKMTDSNNNPKAKFLNLSPVLRNALHMR
PGVNIIGGSESQDFQLEKRMDNIVIAAAQPVIDGLQKSVNIELTINNECRAFVSTLSYHI
SMKYGDDGLPENSINIKLKGSAGQSFCAFMTKGVHVILEGDANDYVGKGLSGGEIVIFPP
KSSTFQSELNVIAGNVCLYGATSGKAFFRGIAAERFSVRNSGAITVVEGVGDHGCEYMTG
GCAVILGLTGRNFAAGMSGGIAYVLDVDGSFKSKCNTEMVELLPLDRQEDLNYVQSLLEE
FVLKTESVIASKLLDSWPHSASKFIKVFPYEYQRALKQLAEDTKVTQSHTSIIETINEPS
VRDIEETINDQTFEKKRLEKILDKTRGFVKYSRETMMYRPAEKRLNDWDEIYNFQHVRKG
LRVQAARCMECGVPFCQSSHGCPLGNIIPKWNDLVFNNNWPEALNQLLQTNNFPEFTGRV
CPAPCEGACVLGINEPAVTIKNIECAIIDHAFEQGWIKPEPPKIRSGKTVAIVGSGPSGL
ATAHQLNKAGHLVKVFERNDRIGGLLQYGIPSMKLSKEVVQRRVKLLEDEGVVFHTNVSV
GKDYLAKELLDQFDAVVLCTGATWPRDLPIPGRHLDGIYFAMNFLESSQKKQLGGPTDLP
LLARDKDIIVIGGGDTGCDCIATSLRQRARSITSFEILPEPPATRGRDNPWPQYPRVFKV
DYGHEEVKIKYGRDPRQFCIMSKEFVDDGNGHISGIKTVKVNWTKDEAGRWKMDEVPDSE
QIFKCDMVLLAMGFLGPERTIVNELSLALDPRSNYQTPSGRYATSVPKVFAAGDCRRGQS
LVVWAISEGRQAAREVDAFLMEQSVLPGPGGVISIQTVSA
NT seq 6243 nt   +upstreamnt  +downstreamnt
atggccgcgcaccaagaacaaccggtgccggagcagcaggacccatggaacggtccgcag
aaagacggtctgtacgacccgcagctggagaaagaagcgtgcggcgtgggatttatcgtg
gctatcgatggcaagcgcaccaacaagatcgttcgcgatgcacaaaaattggccatgaga
atgaatcaccgaggcgcatgctcatgcgataacgattccggtgatggagcgggtgtactg
acagccataccacattctttttacgcccacgagctaagggaacaggaaaacgtggacttg
ccggaagagggcaagtacgcgactggcatgttctacttggacaaggcgcaccacgccgag
agcgaagagatgttcgcggccatcggtttagagtgcaaaatcaaagtgttgtgctggagg
acggtgccggtgcgtaacagccagataggcgaagtggccaggagcagcgaacccttcatc
cgccaggcgttcgtggtggacgccgccgatgtgttcgacgaggacgacttcaagcgccgc
gtgttcgcgctccggaagcgttccacgcacaccatacccaagccgggcaggaggttttac
atctgctcgctgtcgcacaccatcgtcgtgtacaagggccagttcacgtccgatcaacta
tgggagtactttgctgacttacaaagtccggcttacgaaacgtacctagcactcgtccac
accagattctcgacaaacactttcccgagctgggagagagcgcaccctctgagggtgttg
gctcacaacggcgagattaacacggtgcgtggtaacgtgaacttcatgaccgctcgggaa
ggtgtgatggaaagcaagcactttgacgacatcaaaaagttgtacccggtggtggaaccg
aatctgtcggactcagggtcggccgattgcgttttggaattcctgatcaatgcgggtgag
tgttcgttgcccgaagccgtaatgaccatggtcccggaggcctggcagaacgatcaaacc
atgccatccgaaaaaagagacttctacaattgggcggcatgcgcgatggaaccctgggat
ggtcccgccctgttgacgtttaccgacggtcgatacgtcggtgctttgttggacaggaat
ggattaagaccatctcggttctacgtattaaaagataatgtgatggttatggcgtctgaa
gtaggagtgtacgacacagacccagccaatgtagctctgaagagtcgtttgaaacctggt
cgtatgttgttggtcgacaccaaagagaagcgcatcatacaagatgttcaacttaaattg
gatatagcaaggagtagaccacattccgattggcttagagagcagaggattacgattgaa
gacttgagagaagaagctgtcgctaaaggatttggtttagtgcgtgctaaatcaatagaa
tttataagcggtgaacgtaaaaagacgattagagaaaacattccagaacaagaaatgact
cgcatatggggaggagacagacgtttattgttattcagttactcaattgaaactattaac
atgctgattattccaatgatcagaactaaaaaagaagcattaggttccatgggaaatgat
gctccacttgcttgcctgtctttgtttcaaccattgatttactcctacttcaaacagtta
tttgcccaagtaacaaatccaccaattgatcctttccgtgaaaaaattgtcatgtcgtta
atgtgcccaattggacccgaagccaatattcttataccaagtgccaaacagtgccataga
ctatttttgccaaaccccatactatcactatatgatctggaagttttgcgcaataatcta
catcgtggctggaagacaaaagttattgatgttacatttaataaagaagaaggcccatca
ggcttctcaaaagcattggaccgtatatgtgaagaagccagtgaagctgctaatagcaac
tatcaactcattatattgtcagatagatcagctggatccgaaagaataccagttagtatt
ttattagccttaggagctactcaccatcatttgattgatctgagactacgtatgaaagtt
ggtttaatagtcgagactggtgaagctagagaagtccaccagatgtgcgttttattaggt
tatggtgctgatggcatatgcccttacctagtatttgaaatggcaaaaagtttacgtgct
gaaggagtattggattcatcttttactgataaaatattatttgagaactattgcgaagca
atggaaaggggaatatctaaagtgatggcaaaaatgggaatttccacactacagtcttac
aaaggagctcagatattcgaagctgtaggcttggcagatgaagtcattaacaagtgtttt
aaaggcacccagtcacgtattggtggtatcaactttgaacgtttggcaaaagaagcatat
gaacgtcattacttatcttattcttaccgtaatactgatatgttggttttgatgaatcct
ggttatttccactggcgtacaggtggtgaaaaacacataaacgaccctatcagtatagcc
aacctacaagatgcagcaactaacaaaagcacaaactcttatgataaattttgtgaatca
acaatggaaagtgtacgtgcatgtacccttagaggtcaattggaattagttcctaccact
aaatcaataaatatttctgaagttgaaccggcagccaatattgtaaaaagattcgctaca
ggtgctatgagtcttggttcaatctctatcgaagcacatacatctttagcaattgccatg
aataaattgggaggaaaatcaaatactggagaaggaggagaaaattcggaccgctattta
aatcaagattcagagaataacaaacgatcagctattaagcaagtagcatctggtagattt
ggtgtgaccagttcatatctagctcatgctgatgacatacaaattaaaatggctcaaggt
gctaaacctggtgaaggaggagaattgcctggttataaagtgactaaagatattgctgcc
actagacattcagtacccggtgttggattaatatctccaccgcctcatcatgatatctat
tcaattgaagatttagcagaacttatttatgatttgaagtgtgctaacccaaatggaaga
atatctgtaaaattagtttctgaagttggtgtaggagtagttgcttcaggtgtagctaaa
ggaaaagctgaacatatagtaatttctggtcatgatggcggtactggagctagttcatgg
actggtatcaaaaacgcaggtcttccgtgggaacttggtgtagcagaaactcatcaagtt
cttgtattgaataatttgagatccagagtagttgtccaagctgatggtcaaatacgaaca
ggttttgatgtaattgtagctgctttgttgggtgccgatgaaataggcttgagtactgca
ccattaattgtacttggatgcaccatgatgagaaaatgccatttaaatacttgccctgtt
ggcattgcaactcaagatcctgttctgagaaaaaaatttgctggtaaaccagaacatgtt
attaattacttatttatgttagccgaagatgtacgtaaacatatggctaaccttggtgtc
gccaaatatcaagatcttattggccgcactgaccttctcaaaatgacagacagcaacaac
aatcctaaagcgaagtttttaaatcttagtcctgtcttacgcaatgccttgcatatgaga
cctggtgttaacataattggaggatcagaatcacaagacttccaactagaaaaacgcatg
gacaatattgttatagctgctgcacaaccagtaatcgatggtttgcaaaaaagtgtaaat
attgaacttaccattaataatgaatgccgtgcttttgtttcaactttaagctaccatatt
tcaatgaaatatggtgatgatggtttaccagaaaacagtataaacataaaattgaaaggc
tctgctgggcagagtttctgtgcttttatgactaagggagtacacgttattttagaagga
gatgctaatgattatgttggaaaaggtctttctggaggtgaaatagttattttcccacca
aaatcatcaacattccaatctgaactcaatgtaatagctggcaatgtttgcttatacgga
gctactagtgggaaagcatttttcaggggtattgcagccgaacgcttttcagttagaaat
tctggtgctataacagtcgtcgaaggagttggtgatcatggttgcgagtatatgactggt
ggttgtgcagtaattttgggtctcacaggacgtaattttgctgctggtatgtctggtggt
attgcttatgttcttgatgttgatggatcttttaaaagcaaatgcaatacagaaatggta
gaacttcttcctcttgaccgtcaagaagacttaaactatgttcaatctcttttagaagaa
tttgttcttaaaactgaatcggttattgcttctaagttattagattcttggccccattct
gcatccaaatttatcaaagtattcccttatgaatatcaacgagctttgaaacagttggct
gaagacacaaaagtaacacaaagccacacaagtataatagaaaccattaatgagcctagt
gttcgtgacatcgaagaaacaattaatgaccaaacatttgaaaagaaaaggcttgaaaaa
atattagataagactcgaggttttgtaaaatattcacgagaaacaatgatgtacagacct
gcagaaaaaagactcaatgattgggacgaaatttacaatttccaacatgtcaggaaagga
cttagggttcaagctgcaaggtgtatggaatgtggtgtaccattctgtcaatcttcacat
ggatgtcctttaggaaatatcataccaaaatggaacgatttagttttcaataataattgg
ccagaagcattaaatcaacttttacaaactaataacttccctgaatttactgggcgtgtt
tgtcctgctccatgtgaaggagcatgtgttttgggtattaatgaacctgcagttactatt
aagaacattgaatgtgcaattatcgaccatgcctttgaacaaggttggattaaacctgaa
ccacccaagatccgttcaggtaaaaccgtagctattgttggttctggtccatcaggactg
gcgactgctcatcagctaaataaggctggacatttggtaaaagtttttgaaaggaatgat
cgtattggtggattattgcaatatggaattccatctatgaaactatctaaagaagttgtg
caaagacgagttaagcttttagaagacgaaggagtggttttccacacaaatgtcagcgtt
ggaaaagattatttagctaaagagctcttggatcaatttgatgctgttgtgctatgcact
ggtgctacatggccaagagatctaccaatacctggtcgtcatctagatggtatttacttt
gctatgaacttcttggaatcttcacaaaagaaacaacttggtgggccgacagacttaccc
ttgctagctagagacaaagacataatagtgattggtggtggtgatactggttgtgattgt
attgctacttcgttaagacagagggcgagatctataacatcgtttgaaattcttcctgag
ccacctgcaactagaggtcgagataacccttggccacaataccctagagtattcaaagtc
gattatggtcatgaagaagttaaaattaagtatggtagagatcctagacaattttgtatc
atgagcaaggagtttgttgatgatggtaatggtcacattagtggtattaagacagttaaa
gtgaattggactaaagacgaggctggacgatggaagatggatgaagtgccagattctgaa
cagattttcaaatgtgatatggttcttttggcaatgggattccttggtcctgaacgtaca
atcgtcaatgaattatcattagcccttgatccgagatctaattaccagacaccttctggc
cgttatgctacatctgttcctaaagtatttgctgctggagattgccgccgtggtcagtcc
ttagtagtttgggcaatatctgaaggacgtcaagcagccagagaagtagacgcattcctc
atggaacaatctgtgttgcctggaccgggtggtgtaatatctattcaaacagttagtgca
taa

  All links  
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 (106)   
   KEGG ORTHOLOGY (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   APHIDBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (21)   
   Pfam (21)   
All databases (153)   

Download RDF
DBGET integrated database retrieval system