KEGG   Vanderwaltozyma polyspora: Kpol_530p21
Entry
Kpol_530p21       CDS       T01049                                 
Name
(RefSeq) hypothetical protein
  KO
K00264  glutamate synthase (NADH) [EC:1.4.1.14]
Organism
vpo  Vanderwaltozyma polyspora
Pathway
vpo00250  Alanine, aspartate and glutamate metabolism
vpo00910  Nitrogen metabolism
vpo01100  Metabolic pathways
vpo01110  Biosynthesis of secondary metabolites
vpo01230  Biosynthesis of amino acids
Brite
KEGG Orthology (KO) [BR:vpo00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    Kpol_530p21
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    Kpol_530p21
Enzymes [BR:vpo01000]
 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)
     Kpol_530p21
SSDB
Motif
Pfam: GATase_2 Glu_synthase Glu_syn_central GXGXG Pyr_redox_2 Fer4_20 NAD_binding_8 Pyr_redox Amino_oxidase Pyr_redox_3 DAO HI0933_like FAD_binding_2 FAD_oxidored Thi4 FAD_binding_3 F420_oxidored GIDA NAD_Gly3P_dh_N IlvN Lycopene_cycl NAD_binding_9 SCF NAD_binding_2 3HCDH_N ApbA
Other DBs
NCBI-GeneID: 5545243
NCBI-ProteinID: XP_001644909
UniProt: A7TKZ5
AA seq 2139 aa
MTVLSSEPFDPLQESYEGGAPMQLDSSVSHNNVSWSNVIPDKVGLYDPDYEKDACGVGFV
SNIKGLQSHKIVADARFLLCNMTHRGAVSSDGNGDGAGILVGIPHEFMKREFKLDLGIDI
PERGSYAVGNVFFKKDAPNTYLCASKKIFEDMASQLNLKVLGWRKVPCDSSILGQVALSR
EPTILQPLVVTNDIDFSSSSLDFQTSLYLLRKRATSSIGISNGFYVCSLSNTTIVYKGQL
TPAQVYNYYPDLTNAYFKSHMALVHSRFSTNTFPSWDRAQPLRWLAHNGEINTLRGNKNW
MRAREGVMFSETFKEKIDQLYPIIEEGGSDSAALDNVLELLTINGVLSLPEAIMLLVPEA
YHKDMDSNLKAWFDWAACLMEPWDGPALLTFTDGRYIGAMLDRNGLRPCRYYVTNDDRVI
CASEVGVIPIENSLVVQKGKLKPGDLFLVDTQVGEIVDTKKLKLQFSKKKDFKSWLSKVI
KLEDILEKLTDVIPTQFLSDNELTDSLKVNSDPRLLANGYTFEQVSMLLTPMALTGKEAL
GSMGNDAPLACLNEDPVLVYDYFRQLFAQVTNPPIDPIREANVMSLECYVGPQGNLLEMN
SSQCNRLFLKSPILHWNEFSAIKNIEKVHPSWQIGNIDITFDKSLGLLGYTDTIERITQE
ATDYLDEGKKIIVISDRSLGPNRVAISSLIAVGAIHHHLVRNKQRSHVALILETAEAKEI
HHFCVLLGYGCDGIFPYLAMETLVRMNNEGLVRNVENDNKDIDNRTLLENYKHAIDSGIL
KVMSKMGISTLASYKGAQIFEALGLDNSVVDLCFAGTASRIKGVTFEYIAQDAFSLHERG
WPSRSIISKSINLPESGEYHFRDGGYKHINEPTAIASLQDSVRNKNEDAWAMYVRKEMEA
IRDCTLRGLLELDFENSSPIPLEQVEPWTEIARRFATGAMSYGSISMEAHSTLAIAMNRL
GAKSNCGEGGEDAERSIVSPNGDTMRSAIKQVASARFGVTSFYLSDADEIQIKVAQGAKP
GEGGELPAHKVSKEIAKTRHSTPYVGLISPPPHHDIYSIEDLKQLIYDLKCSNPRAGISV
KLVSEVGVGIVASGVAKAKADHILVSGHDGGTGAARWTSVKYAGLPWELGLAETHQTLVL
NDLRRNVIVQTDGQLRTGFDIAVAVLLGAESFTLATIPLIAMGCVMLRRCHLNSCAVGIA
TQDPYLRSKFKGQPEHVINFFYYLIQDLRKIMAKLGYRTIDEMVGHSEKLRKREDVSTKA
INIDLSPILTAAHTIRPGVPTRFTKKQDMKLHTRLDNKLIDESEVTLDRGLPVNIDASII
NTDRALGATLSYRVSKKFGENGLPRDTIVVNISGSAGQSFGAFLASGVTFILDGDANDYV
GKGLSGGIIVIRPPATSNYRSDENVIVGNTCFYGATSGKAFISGSAGERFAVRNSGATIV
IERIKGNNAFEYMTGGRAVVLSQMESLNAFSGATGGIAYCLTSDYDDFEGKINKETVCLE
TLKDPVEIAFVKNLIQEHYNFTKSKLASKILNNFNHYLKDFVKVIPTDYKKVLEKEAEEK
VKEKQLKTAEFLKRFERSPNENIVDATNGEIDEILSAKQKKYTVSHKSTLHEPKLLDLED
SVPDAKQLEKNVEKVEKVRGFMKYKVRHEAYRKPSSRTKDWKEISDSITKKDAKYQTARC
MDCGTPFCLSDTGCPISNIIPKFNELVFKNQWKLALDKLSETNNFPEFTGRVCPAPCQGA
CTLGIIEDPVGIKSVERLIIDNAFKEGWIKPCPPEVRTNRSIAIIGSGPAGLACADQLNK
AGHNVTVYERADRCGGLLMYGIPNMKLDKSIVQRRVDLLAAEGINFVVNTEIGKDITTDQ
LKQQYDSVVYAIGSTIPRDLNIKGRELKNIDFAMTLLKSNTEALLNQDLETIRKTIEGKK
VVVIGGGDTGNDCLGTAVRHGASSVLNFELLPQPPKERAKDNPWPQWPRVMRVDYGHAEV
KEHYGRDPREYCILSKEFIGNEEGEVTAIKTVRVEWKKSESGVWQMIELPGSEEIIEADI
VLLSMGFVGPELFDDPNVAKTKRGTIATINDSSYLIEDNVFATGDCRRGQSLIVWAIQEG
RKCAASIDQHLMGNTYLPSNGGIVKRDFNLLEELASKIN
NT seq 6420 nt   +upstreamnt  +downstreamnt
atgactgtactttcttcagaaccttttgatcccttacaggagtcctatgaaggtggtgct
ccaatgcaactagactcatcggtatcccacaacaatgtatcatggtcaaacgttatccct
gataaagtaggtttatacgacccagattatgaaaaagatgcatgtggtgtgggtttcgta
tcaaatatcaaaggcttgcaatcccataaaattgtagcagatgcaagattcttattatgc
aacatgacacatagaggtgctgtctcttcagatggcaacggtgacggtgccggtattttg
gtgggcatccctcacgaattcatgaaaagagaattcaagttggatctcggtatagacatt
ccagaaagaggtagctacgcagtggggaatgtattctttaaaaaagatgccccaaacact
tacctatgcgcaagcaaaaaaatcttcgaagatatggcttctcaattgaacttgaaagtc
ttgggttggagaaaagttccttgtgattcaagcattttgggtcaagttgcattatctcgt
gaacctaccatactacaacctttggtggtcacaaatgacatcgatttttcttcttcctct
ttggattttcaaacttccctatatttattgagaaaaagagcaacttcatccataggaatc
tcaaatgggttttacgtttgttctttgagtaatacaactatcgtatacaagggtcaattg
accccggcacaagtatacaattattacccagatttgactaacgcctacttcaaatcccac
atggctttggtacactcaagattctccacaaatactttcccatcttgggatagagctcaa
cctctaagatggttggctcacaatggtgaaattaacactttgagaggtaacaaaaattgg
atgagagcaagagaaggtgtcatgttctcagaaacatttaaagaaaaaatcgatcaacta
tacccaattattgaagaaggtggctcggattccgccgctttagataacgtattggaattg
ttaaccattaacggtgtactttctttaccagaggctatcatgttattagtaccagaagct
taccataaagatatggattcaaacttaaaagcctggttcgactgggctgcttgcttaatg
gagccttgggatggtcctgcattgttgactttcacagacggtcgttacattggtgctatg
ctagacagaaatggtttgagaccatgtcgttactatgtaaccaatgatgatcgtgttatt
tgtgcttctgaagttggtgtcattccaatagaaaactctctagtggtccaaaaaggtaaa
ttgaagccaggtgatctattcttagtcgatacccaagttggtgagattgttgatactaaa
aaattaaaattacaattttccaaaaagaaggactttaaatcttggttatctaaagttatc
aaattagaggatatattagaaaaactaaccgatgttattcctacacaatttttgagcgac
aatgagctaaccgattccttgaaggtcaattcggatccacgtttgttagctaatggttac
acttttgaacaagtttcaatgttattgaccccgatggctctgaccggtaaagaagcctta
ggttcaatgggtaatgacgctccattggcatgcttaaatgaagatcctgtattagtttat
gattatttcaggcagttatttgcacaagtcactaatccaccaattgatcctattcgtgaa
gctaacgttatgtctttagagtgttatgtaggtcctcaaggtaatttactagagatgaac
tcctcacaatgtaacagattgtttttaaagtctcctattttacattggaatgaattcagt
gcaattaaaaatattgaaaaagttcatccatcttggcaaattggtaacatcgatatcact
tttgacaaatcattaggtttattaggttacactgacacaatcgagcgtattacccaagag
gctactgattatttggatgagggtaaaaaaatcattgtcatatcagatagaagcttggga
ccaaaccgtgttgctatttcttctctaattgcagtaggtgccattcatcaccacttagta
agaaataaacaacgttctcatgttgcattaattttagaaactgctgaagcaaaggaaatc
caccatttctgtgttttgttaggttatggttgtgatggtatcttcccgtacttggcaatg
gaaaccttggtcagaatgaataacgaaggtttagttcgtaatgtagaaaatgacaataag
gacattgataacagaactttattagaaaattacaaacatgctatcgatagtggtattttg
aaagttatgtcaaagatgggtatatccaccttggcttcttacaaaggtgcccaaattttt
gaagccctaggtttagataactcagtagttgatttatgttttgctggtactgcttcaaga
attaagggtgttacttttgaatacattgctcaagatgccttttctttacatgaaagaggt
tggccatctagaagcatcatttctaaatctattaatttacctgaaagtggtgaatatcac
ttcagagatggtggttacaaacatattaatgaaccaaccgcaattgcatcactacaagac
tctgtaagaaataaaaatgaagatgcttgggctatgtacgttagaaaggaaatggaagca
atcagagattgtactttaagaggtctattagaactagattttgagaattcttccccaatt
ccattagaacaagttgagccttggactgaaattgcaagaagatttgcaactggtgccatg
tcttatggttctatttctatggaagctcattctactttagcaattgctatgaaccgtttg
ggtgccaaatcaaattgtggtgaaggtggtgaagatgctgagcgttctatcgtcagtcca
aatggtgacacaatgagatctgcaattaagcaagttgcctctgcaaggtttggtgtcaca
tccttctatttatcagacgctgatgaaatccaaattaaggttgctcaaggtgctaagcct
ggtgaaggtggtgaattacctgctcataaggtgtctaaagaaattgccaagacaagacat
tcaacaccatatgtaggtttaatttcgcctccaccacatcatgatatttattctattgaa
gatttgaaacaattaatttatgatttgaagtgttctaacccaagagccggtatttctgtg
aaattagtctcagaagttggtgttggtattgttgcttctggtgtcgctaaagcaaaagct
gatcatattttagtttctggtcatgatggtggtactggtgctgctagatggactagtgtt
aaatatgctggtttgccatgggaattaggtcttgcagaaactcatcaaactttggtctta
aatgatttaagacgtaatgtaattgttcaaactgatggtcaattaagaactggttttgat
attgccgttgctgttctacttggtgccgaatcatttaccttggcaactattcctttaatc
gctatgggttgtgttatgttgagaagatgtcacttaaactcttgtgctgttggtattgct
actcaagatccgtacctaagatctaaatttaagggtcaaccagaacatgttattaacttt
ttctactatttaattcaagacttaagaaagataatggctaaactaggttaccgtactatt
gatgaaatggttggtcactctgaaaagttaagaaagagagaagatgtaagcacaaaagct
atcaatattgatttatctccaattcttaccgctgctcataccattcgtccgggtgttcct
acaagatttacaaagaaacaagatatgaaattacatactcgtttagataacaaattgatt
gacgaatccgaagtcaccttagatcgtggcctacctgttaatattgatgcgtcaattatt
aacactgatcgtgctttaggtgctacgttgtcttatagagtttcaaagaaatttggtgaa
aatggtttaccaagagatactattgtagttaacatttctggatctgctggtcaatcattt
ggtgcatttttagcttctggtgtaaccttcattttggatggtgacgcgaacgattatgtc
ggtaaaggtttatctggtggtataattgttattagaccacctgccacttcaaattacaga
agtgatgaaaacgttatcgttggtaacacatgtttctatggtgctacatctggtaaggca
tttatttctggtagtgcgggtgaacggtttgctgttcgtaattcaggtgctactattgtc
attgaaagaattaaaggtaataatgcctttgaatatatgactggtggtagagctgttgtt
ctatctcaaatggaatcgttaaatgcattctcaggtgctactggtggtattgcttactgt
ttgacttctgactacgatgattttgagggtaagatcaataaagaaacggtatgcctagaa
actttgaaggacccagtcgaaattgcatttgttaagaatctaattcaagagcactataac
tttactaaatcgaaattggcttctaaaatcttgaataacttcaaccattacttaaaagat
tttgttaaggttattccaaccgattacaagaaggtgttagaaaaagaagcagaagaaaag
gttaaagaaaaacagttgaagactgctgaatttttgaaaagattcgaaagatctccaaat
gaaaatatcgttgatgccactaatggtgaaattgacgaaattctatctgctaaacaaaag
aagtataccgtttctcacaagtcaaccttacatgaacctaaactattagatcttgaagat
tctgtccctgatgctaagcaactagaaaagaatgttgaaaaagtcgaaaaggttcgtggt
ttcatgaagtacaaggttcgtcatgaagcttacagaaaaccttcatctagaaccaaggat
tggaaagaaatatccgattctataacaaagaaagatgccaaatatcaaactgcaagatgt
atggattgtggtactccattctgtttatctgatacaggttgtccaatttccaatattatt
cctaagttcaacgaactggtattcaaaaaccagtggaagttggccttagataagttatct
gaaacaaataacttccctgaatttacaggtagagtttgtccagctccttgtcaaggtgct
tgtactttaggtattattgaagatcctgttgggattaaatctgtcgaaaggttgattatc
gacaacgcatttaaagaaggatggattaagccatgtccacctgaagttcgtaccaatcgc
tcaattgctatcattggttctggtcctgcaggtttagcttgtgctgaccaattaaataag
gcaggtcataatgtaactgtatatgagagggctgatcgttgtggtggtttactaatgtat
ggtattccaaatatgaaattagataaatccatcgttcaacgtcgtgttgatttattggct
gctgaaggtattaattttgttgttaacactgaaattggtaaagatataaccacggatcaa
ctaaagcaacaatatgattctgtagtttatgcaattggttctacaattccaagggatttg
aatattaaaggtcgtgagttgaagaatatcgattttgcaatgactttattgaaatctaac
acagaagcattattgaaccaagacttagaaactattcgtaagactatcgaaggtaagaag
gtagttgtaattggtggtggtgataccggtaatgattgtttgggtactgctgttagacat
ggagcttcatcagtattgaactttgaattattacctcaacctccaaaggaacgtgctaag
gataatccttggccacaatggcctcgtgttatgagggttgactatggtcatgctgaagtc
aaagaacattatggtagggatccacgtgaatattgtatcttatctaaggaatttattggg
aatgaagaaggtgaagtaactgctattaagactgttcgtgtcgaatggaagaaatctgaa
agtggtgtttggcaaatgattgaattacctggatctgaggaaattatcgaggctgacatt
gttttattatctatgggtttcgttggaccggaattattcgatgatccaaatgtagcaaag
actaagagaggtactattgccactatcaatgattcatcgtatttgatcgaggataatgtt
tttgctactggtgattgtagaagaggtcaatcattaattgtttgggctatccaagaaggt
agaaaatgtgctgcatcaattgatcaacatttgatgggaaatacatacttgccaagtaat
ggtggtattgttaaacgtgatttcaatttattggaagaactagcatcaaaaatcaattag

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (26)   
   Pfam (26)   
All databases (49)   

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