KEGG   Vitis vinifera (wine grape): 100252923
Entry
100252923         CDS       T01084                                 
Name
(RefSeq) 5-oxoprolinase 1
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
vvi  Vitis vinifera (wine grape)
Pathway
vvi00480  Glutathione metabolism
vvi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    100252923
Enzymes [BR:vvi01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.2  In cyclic amides
    3.5.2.9  5-oxoprolinase (ATP-hydrolysing)
     100252923
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 100252923
NCBI-ProteinID: XP_002262987
UniProt: F6HLE2
Position
8:complement(15626012..15629821)
AA seq 1269 aa
MDGVNQEKLRFCIDRGGTFTDVYAEIPGQSDGRVMKLLSVDPSNYDDAPIEGIRRILEEF
TGESIPRTSKIPTDRIEWIRMGTTVATNALLERKGERIALCVTQGFKDLLQIGNQARPRI
FDLTVSKPSNLYEEVIEVEERIELVPNTEEENQDSSASLVKGVSGELLRVVKPLNEEALK
PLLKGLLEKGINCLAVVLMHSYTYPEHEISVEKLAVSLGFKHVSLSSALSPMVRAVPRGL
TASVDAYLTPVIKEYLSGFISRFDEGLGKVNVLFMQSDGGLAPESRFSGHKAVLSGPAGG
VVGYSQTLFGLETEKPLIGFDMGGTSTDVSRYAGSYEQVLETQIAGAIIQAPQLDINTVA
AGGGSKLKFQFGAFRVGPESVGAHPGPVCYRKGGELAVTDANLILGFVIPDYFPSIFGPN
EDQPLDVKATREEFEKLAKQINSYRKSQDPSAKDMMVEEIALGFVNVANETMCRPIRQLT
EMKGHETRNHALACFGGAGPQHACAIARSLGMKEVLIHRFCGILSAYGMGLADVIEEAQE
PYSAVYGPESLLEATRREVILVKLVRQKLQMQGFREENITTETYLNLRYEGTDTAIMVKR
QLNEDGVGCDYAIEFVKLFQQEYGFKLQNRNILICDVRVRGIGVTNILKPRALEPASGTP
KVEGHYKVYFVNGWHHTPLFKLENLGYGHVMPGPAIIMNGNSTVIVEPNCKAVITKYGNI
KIEIQSNLGTVKVAEKVADVVQLSIFNHRFMGIAEQMGRTLQRTSISTNIKERLDFSCAL
FGPDGGLVANAPHVPVHLGAMSSTVRWQLKYWGNNLNEGDVLVTNHPCAGGSHLPDITVV
TPVFNNGKLVFFVASRGHHAEIGGITPGSMPPFSKSIWEEGAAIKAFKLVDKGIFQEEGI
IKLLQFPNSDESAHNIPGTRRLQDNLSDLQAQVAANRRGITLIKELIEQYGLDTVQAYMT
YVQINAEGAVREMLKSVAARVTSQSPKFGAGDSVTIEEEDYMDDGSVIHLKLTIDPHKGE
ANFDFSGTSPEVYGNWNAPEAVTAAAVIYCIRCLVDVDIPLNQGCLAPVKIHIPLGSFLS
PSDKAAVVGGNVLTSQRVTDVVLTAFQACACSQGCMNNLTFGDDTFGYYETIGGGCGAGP
SWDGTSGVQCHMTNTRMTDPEIFEQRYPVILHTFGLRENSGGAGLHRGGDGLVREIEFRR
PVVVSILSERRVHAPRGLKGGKDGARGANYLITKDKREVYLGGKNTVAVQAGEILRILTP
GGGGWGSLF
NT seq 3810 nt   +upstreamnt  +downstreamnt
atggatggtgtgaaccaagagaaactcagattttgtattgacagagggggcaccttcact
gatgtttatgctgaaataccagggcagtctgatggccgtgttatgaaacttttgtctgtt
gacccctcaaactatgatgatgctccaattgaaggaattcgaaggattcttgaagaattt
acaggggagagcattccccggacttcaaaaatcccaacagacaggatagaatggataagg
atgggtaccacggtggcaacaaatgcacttttagagagaaaaggggagaggattgcactg
tgtgtgactcagggtttcaaggatctgctgcaaattggtaaccaggctcgccctcgcatc
tttgacctcactgtatcaaaaccatctaatctctatgaggaggttatcgaggttgaagag
agaattgagcttgttcctaatacggaggaagaaaaccaggattcttctgcatcattagtt
aaaggggtttcaggtgagcttctcagggttgtgaagccactcaatgaagaagctctaaag
cctttactgaaaggtctattggagaaagggattaactgtctagcagttgtattaatgcat
tcctacacttacccagagcacgaaatatcagtagaaaagttagctgtgagtttgggtttt
aagcatgtttccttatcttcagctttgtctcctatggttcgagctgttcctcggggttta
acagctagtgtggatgcatacctgacccctgttattaaagagtatttgtcagggttcata
tccagatttgatgaagggctgggaaaggtgaatgttttgttcatgcagtcagatggagga
cttgcaccagaaagtagattttcaggccacaaagcagttttgtctggtcctgcaggtggg
gttgttggttattcacagactctttttgggcttgaaacagaaaagcctctcattgggttt
gacatgggtggtacatctacagatgtaagccgttatgcaggaagttatgaacaagttcta
gaaacccagattgctggtgccataattcaggcacctcagcttgacataaacaccgttgct
gctggcggtggatcaaaattaaagttccaatttggagctttccgggtgggaccagaatca
gttggtgcacacccaggtcctgtgtgttaccgaaaaggaggggagttggcagttacggat
gcgaatctgattctaggatttgttattcctgattatttcccatcaatatttggacccaac
gaggaccagcctttagatgtcaaggcaacaagggaagaattcgagaagcttgcaaaacaa
ataaactcctataggaagagccaggatccttcagcaaaggacatgatggtggaggaaatt
gctctggggtttgtgaatgttgctaatgaaacaatgtgccgtccaatacgacagttaacg
gagatgaagggccatgagacaaggaaccatgcccttgcttgttttggtggtgctgggcca
cagcatgcctgtgccattgcaaggtctctgggtatgaaagaggttctaattcacaggttc
tgtgggatcttaagtgcatatgggatgggattggcagatgtcatcgaagaagctcaggaa
ccgtactctgctgtttatggtcctgaatctctcctggaggctactcgaagagaagtgatt
ttagtaaagctggtgagacaaaaactgcaaatgcaagggtttagagaggaaaacattaca
actgaaacatatttaaatttgaggtatgagggtacagatactgccatcatggtaaagaga
caattaaatgaagatggggtaggatgtgactacgctattgaatttgtcaagctattccag
caagagtatggattcaaactgcagaacaggaatatcctaatttgtgatgtaagagttcgt
ggtataggagtcactaatattttgaagccgagggccctagaacctgcttcaggtacacct
aaagttgaaggccactacaaggtttactttgtgaatggatggcaccatacacccctattc
aagcttgaaaatttagggtacgggcatgtcatgcctggtcctgccatcatcatgaatgga
aatagtactgtgatagtagaacccaattgtaaagcagtaataaccaaatatggcaacatt
aaaattgaaattcagtcgaatttaggcactgtgaaggtagcagaaaaagttgcagacgtg
gtgcagctctcaatcttcaatcacagatttatgggaatagctgagcagatgggacggact
cttcagagaacttctatatcaaccaatatcaaggagcggcttgatttctcttgtgctctc
tttggaccagatggtgggctggttgccaatgccccccatgtacctgtgcatctaggagct
atgtccagtacagttcgatggcagctgaagtactggggtaacaatttgaatgaaggtgat
gttttggtcacaaatcatccttgtgctggaggtagtcatcttccagatataactgttgtc
acacctgttttcaataatgggaaactggtattttttgtggcaagtagaggtcatcatgca
gagattgggggtatcactcctggaagtatgcctcccttctcgaagtccatatgggaagaa
ggtgctgccataaaagcattcaagcttgtggacaagggaatttttcaagaagaaggaatc
atcaaacttctccagttccctaattctgatgaatcagctcataacatcccaggaactcgc
aggcttcaagataatttatcagatcttcaagcacaggtggctgcaaaccggagaggaatt
acccttatcaaagagcttattgagcagtatggtttggacactgttcaggcctacatgacc
tacgtgcaaatcaatgcagaaggagcagtgagagaaatgctcaagtcagttgctgctagg
gttacatctcagtcacctaaatttggagcaggagattctgtaaccattgaagaagaggat
tacatggatgatggttctgttattcatctgaaacttaccatcgatcctcataaaggggaa
gcaaattttgatttttctgggaccagtccagaagtttacgggaactggaatgcaccagaa
gcagtcacagctgctgcagtcatatactgcatccgatgtttggttgatgttgatatccct
ctcaatcaaggttgtttggctccagttaaaatccatattcccctaggttcattcctctct
ccaagtgataaggctgctgtggtgggaggtaatgttctcacatcccagagagttactgat
gttgtactgactgcatttcaggcctgtgcctgttcacagggttgcatgaataatctcact
tttggggatgatacttttggttattatgaaacaataggaggtggttgtggcgctggtccc
agctgggatggcaccagtggggtccaatgccatatgaccaatacccgaatgactgaccca
gaaatctttgagcagagatatccagtcattttgcatacgtttggattgagagagaacagc
ggaggagcagggcttcaccgaggtggtgatgggcttgtgagggagattgagtttaggcga
ccagttgtggtgagcattctttcagagaggcgtgttcatgcaccaagagggttgaaggga
ggaaaagatggggctcgtggagctaattacctcattacaaaagataaacgagaagtgtat
ctcggaggtaaaaacactgtggcggtacaggcaggggaaattcttcggattttaactccg
ggaggtggaggatggggttctctcttttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (9)   
   KEGG ORTHOLOGY (1)   
   RefGene (4)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (37)   

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