KEGG   Eucalyptus grandis (rose gum): 104418662
Entry
104418662         CDS       T03547                                 
Name
(RefSeq) 5-oxoprolinase
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
egr  Eucalyptus grandis (rose gum)
Pathway
egr00480  Glutathione metabolism
egr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:egr00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    104418662
Enzymes [BR:egr01000]
 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)
     104418662
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 104418662
NCBI-ProteinID: XP_010028364
UniProt: A0A059AMN2
Position
9:24351132..24355634
AA seq 1269 aa
MGSAAVDKLRFCIDRGGTFTDVYAEIPGEPDGRVLKLLSVDPANYDDAPVEGIRRVLEKY
TGKKIPRASKVPTENIEWIRMGTTVATNALLERKGERIALCVTRGFKDLLQIGNQARPNI
FDLTVLKPSNLYEEIIEADERVELVSGKEEDAQHSSTKLVMGVSGELVRVLKPLDEEALS
PLLKGLLDKGISCLAVVLMHSYTYPDHEIAVKSLAEKLGFRHVSLSSALTPMVRAVPRGL
TATVDAYLTPVIKEYLSGFISRFDEGLDKVNVLFMQSDGGLAPESKFSGHKAILSGPAGG
VVGYSQTLFGLETDKPLIGFDMGGTSTDVSRYAGSYEQVLETQIAGAIIQAPQLDINTVA
AGGGSKLKFQFGAFRVGPESVGAHPGPVCYRKGGELAVTDANLILGYVIPDFFPSIFGPN
EDQPLDIMATRQEFEKLAKGINSYRLNQDSSVKEMSVEEIALGFVNVANETMCRPIRQLT
EMKGHETRNHALACFGGAGPQHACAIARSLGMSEVIVHRFCGILSAYGMGLADVIEEAQE
PYSAVYSPESTVEASRREAALSTQIKQKLQEQGFREENIATETYLNLRYEGTDTAIMVKR
HTTEDDSRFDYAEEFVNLFQQEYGFKLQNRNILICDVRIRGIGVTNILKPRALEPAFGSP
EVEGHYKIYFGNGWHTAPLFKLENLGYGHSLLGPAIIMNGNSTVIVEPNCKATITKYGNI
KIDIESAVSSVKLTEKVADVVQLSIFNHRFMGIAEQMGRTLQRTSISTNIKERLDFSCAL
FGPDGGLVANAPHVPVHLGAMSSTVRWQLEYWGDNLSEGDVLVTNHPCSGGSHLPDITVI
TPVFDEGKLVFFVASRGHHAEIGGITPGSMPPFSKSIYEEGAAIKAFKLVEKGIFQEEGI
VKLLCFPCSDESEHNIPGTRRLQDNLSDLHAQVAANQRGIILIKELIEQYGLDTVQAYMM
YVQNNAEEAVREMLKSVAAKVSSQLNNAGNKDSVTIEEEDCMDDGSIIHLELTIDSVKGE
AVFDFSGTSPEVYGNWNAPEAVTAAAVIYCLRCLVDIDIPLNQGCLAPVKIHVPKGSFLS
PSDKAAVVGGNVLTSQRVTDVILTAFQACACSQGCMNNLTFGDDTFGYYETIGGGSGAGP
TWDGTSGVQCHMTNTRMTDPEIFEQRYPVLLHKFGLRENSGGAGTRKGGDGLVREIEFKS
PVVVSILSERRVHAPRGLRGGKDGVRGANFLITKDGRKIYLGGKNTVQVQPGEILQILTP
GGGGWGCPP
NT seq 3810 nt   +upstreamnt  +downstreamnt
atggggagtgcggctgtcgataaactgcggttttgcattgatagaggagggactttcacg
gatgtttatgctgaaattccgggtgagccggacggccgagttctgaagctcttgtcagtt
gacccggcgaattacgatgatgctccggtggaggggattaggagggttctcgaaaagtac
accgggaagaaaatccctcgtgcgtcgaaagtgccgacggagaatatcgaatggataagg
atgggcacgacagtggcgacaaatgctctcttggagagaaaaggggaaaggatcgctctg
tgcgtgacacggggtttcaaggatctgctgcagataggtaaccaggctcggcctaacatc
tttgacctgactgtgttgaaaccctcgaacctttatgaggaaataatagaagctgatgag
agagttgagcttgtttccggtaaggaggaagatgctcaacattcgtccaccaaattggtg
atgggagtctccggtgagcttgtcagggtattgaagccacttgatgaagaggctttgtct
cctttactaaaaggattattggacaaaggaattagctgcttggccgttgtcttgatgcat
tcatatacttatccagatcatgaaatagctgtgaagagtttagccgaaaaattgggcttc
agacatgtgtccttatcttcagctttgactccgatggttcgagcagttcctcgaggttta
acagccactgtggatgcatatttgactcccgtcataaaagaatatctgtcagggttcatc
tcccggttcgatgaagggttggacaaggtgaatgtgttgtttatgcaatcggatggtgga
ctagcacctgaaagtaagttttcaggtcacaaagcaattctatcaggtccagctggtggc
gtggttggttattcgcagactctatttgggcttgagacagacaagcccctcattgggttc
gacatgggaggcacatccactgatgtgagtcggtatgcagggagttatgagcaagttttg
gagacccaaattgccggtgccataatccaagcgcctcagctagacataaacaccgttgct
gcaggcggtgggtcaaagttaaagtttcagttcggagcattccgggttggcccagaatca
gtgggtgcacatcctggtccagtgtgttataggaaaggaggggagcttgcagttacagat
gcaaacctgattttaggttatgttattcctgactttttcccatctatcttcggcccaaat
gaggatcagcctttagatatcatggcgacaaggcaagaattcgagaagcttgctaaagga
attaattcgtatagattgaaccaggattcatccgtgaaggaaatgtccgtcgaagagatt
gcacttggatttgttaatgtggcaaatgagacgatgtgccgtccaatacgtcaactgact
gagatgaagggccatgaaacaaggaaccatgctcttgcttgctttggaggagctggccca
caacatgcctgtgcaattgctcggtctttgggcatgagcgaggtaatagtacatagattc
tgtggcattctgagtgcatatggaatgggtctggcagatgttattgaagaggcacaggag
ccatattctgctgtttatagtcctgagtcgaccgtagaggcctcacgtagagaagctgct
ctatcaacacaaataaagcaaaagctacaagagcaaggcttcagagaggagaacattgca
acagagacatatctaaatctaaggtatgaaggtacggatactgccatcatggtgaagagg
cacactactgaagatgactccagatttgactatgctgaagaatttgtgaacctctttcag
caagaatatggatttaagctgcagaataggaacatcctcatatgcgatgtgaggattcga
gggataggggtcacgaatattttgaagccaagggccttagaacctgcttttggttctcct
gaagttgaaggccattacaagatctactttgggaatggctggcatacagcgccacttttc
aagcttgagaatctgggttatgggcacagtttgcttggtcctgctataatcatgaacggg
aatagcactgtcatagtagaaccaaactgtaaagcaacgataaccaagtatggcaacatc
aaaattgacattgaatcagctgttagctcagtgaagttaaccgaaaaggttgcagatgtt
gtgcagctgtcaattttcaatcacaggtttatgggaattgccgagcaaatgggacgaacg
ctgcagagaacttccatatcaacaaatatcaaggaacgtttggacttttcttgtgctctt
tttggccctgatgggggactagttgctaatgctcctcatgttcctgtccacctaggagca
atgtcaagcacagtccgatggcagctagagtactggggtgacaatttaagtgagggagat
gttctggtcactaaccatccctgctccggtggaagccatcttcctgatattactgttatt
acacccgtttttgatgaagggaagctggtattttttgttgcaagcaggggacatcatgct
gagattggaggcatcactccaggaagcatgccgcccttttctaaatccatatatgaagag
ggggctgcaataaaagcatttaagcttgtcgagaaagggatatttcaagaggaaggaatt
gtgaagctactttgtttcccctgttctgatgaatcggagcataacattccaggcacccgc
aggcttcaagataatttgtcagatcttcatgcccaagtagctgcaaaccagagaggaatt
attctgataaaagagctaattgagcagtatggtcttgatactgttcaagcttacatgatg
tatgtgcaaaacaatgcagaagaagctgtgagagaaatgctcaagtcagttgctgccaaa
gtttcatctcaattaaacaatgctgggaacaaggattctgtcactatcgaagaagaggat
tgcatggatgatggttcgatcatacatcttgaacttactattgattctgttaaaggagaa
gccgtttttgacttcagtgggaccagtccagaagtctatgggaactggaatgcacccgag
gccgtgacagctgctgcagtcatatactgcctacggtgtttggttgacatcgatatacct
cttaatcagggatgtttggctccagtcaaaattcacgttccaaagggttcatttctttct
ccaagtgataaagctgctgttgtcggaggtaatgttctgacttcgcagagagttactgac
gtcatactcaccgcctttcaagcatgtgcctgctctcagggttgtatgaataacttaacg
tttggagatgacacatttggttattatgaaacaattggcggcgggagcggagctggtcca
acttgggacggtaccagtggggtccagtgccatatgaccaacactcgcatgaccgatccc
gagatcttcgagcagaggtaccctgttcttctgcataagtttggactcagagaaaatagc
ggaggggccggaactcgtaaaggaggcgatggtctcgtgagggagatagagttcaagtcc
ccggtcgtggttagtattttgtcggagaggcgtgttcacgctccgagggggttaagagga
ggcaaagatggggtgcgcggagcaaactttctcattacaaaagatgggcggaaaatttac
ctgggaggcaagaacactgttcaggtgcagcctggagaaatacttcagatactgactcct
ggcggcggtggatggggctgtcctccgtaa

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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 (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (36)   

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