KEGG   Debaryomyces hansenii: DEHA2A02706g
Entry
DEHA2A02706g      CDS       T01026                                 
Name
(RefSeq) DEHA2A02706p
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
dha  Debaryomyces hansenii
Pathway
dha00480  Glutathione metabolism
dha01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dha00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    DEHA2A02706g
Enzymes [BR:dha01000]
 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)
     DEHA2A02706g
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 2899714
NCBI-ProteinID: XP_456457
UniProt: Q6BZB2
Position
A:224694..228644
AA seq 1316 aa
MTASDRVVIAIDRGGTFTDVIYKYKGIEKTFKLLSVDPSNYQDSNIEGIRRVLEKVTDRK
IPRGSQLDTSIVSSIRLGTTVATNALLERKGARCALVTTKGFKDLLHIGDQSRPDLFALD
ITKPGVLYEKVIEAEERVTLPAFTVDPNRYDCQDLFDGEKYVRGQTKEIFEILEPLDEVK
LREELSLLKKDGIDSIAIVFIHGFNFQAHEKAAGKIAQELGFRNISLSHKVLPVIKAVTR
GHSTTVDAYLTPIVKEYISNFLSGLKPDYNDHTKIEFMQSDGGLCSYEKFSGLRSLLSGP
AGGVVGQAMTCYDQNNKIPVIGFDMGGTSTDVSRYAGDFEFSFESITAGIKIAAPQIDVN
TVAAGGGSILFYRNGTFFVGPESASAHPGPACYRKGGPLTITDANLFIGRLLPKYFPHIF
GDAEDQPLDFEVTKQKFEALTKVINRENPDSPKTPQGVALGFLEVANFQMAKPIRELTGS
KGHDISGHSLASFGGAGGQHAASIAQLLKINRILIHKHSSILSAYGILVADLVSEKQQPC
SEIIDSQSVNILLKKCDKLKEEAIEELLMESVAPSTISCKLYFNMGYEGSDTRFMVLQPE
MNQFLELFYEIHQRELGFNDRSRNVIVSDIRVRVTGNTADNEREISPYDELESTEITEVS
KNKAEETVLIYFEGGYQNSEVYFLENLTTGSVVNGPALILDSTQTILVSPQCQATVLSRH
IVMDLKSNKIECISSKVVDPIKLAIFANRFMSIADDMSRTLQKISVSANIKERMDYSCAL
FDNEGNLTANAPNVPVHLGSMSSAIRYQLEYWKDDLHEGDILCTNSPSVGGTHLPDLTII
SPVFYDSKLQFVVASRAHHSEIGGSAPGSSSSYARDIVDEGVNIKTWKIVQNGKFDDDGL
LKHFVEEPKSHGVCGTRNIDDNISDLKAQIAANQRGINLLLELFKEYGSDVVLFYMRSVK
KTAELAVRSFFKDFFQQNRDKIPLKAEDYLDDGSKICVSIDVDGDDGSASFDFTGTSLES
YSNLNAPKSVTYSAVIYVLRCLISLDIPLNQGCLNPCTLYVPENTLINPSEFAAVCAGNG
MTSQRTTDVLFKAFGVTSATGGCMNGINFGTGGENEKGELIKGFGYTETIGQGSCAGIIE
KDGKRVGFDGFSGTQTNMTNTRITDPEVLEQRYPCLLRTFTIRQNSGGKGKWNGGNGLIR
EIQFNSPVHVSLVTQRRVYSPWGIYGGECGKKGENYLGRNRSNGIIQWIHLPSLAEIEIR
KCDILRILTPGGGGFGKPADSDEYWRIGDCSPNSFEHIPLSLGSVGSLKEGSNTSQ
NT seq 3951 nt   +upstreamnt  +downstreamnt
atgacagcgtccgatcgtgttgtaatagctatagatagaggaggaaccttcacagatgtg
atatacaaatacaaaggaattgagaaaacattcaagttattatctgttgacccttcaaat
tatcaagattccaatattgaaggaatcagaagagtgttagaaaaagtaaccgataggaaa
atacctaggggtagtcaattggatacgtctatagtttcatctattagacttgggactaca
gttgcgactaatgctcttttggaaaggaaaggtgcaagatgtgcgttggtaactactaaa
gggtttaaggatttacttcatattggtgatcaatcgagaccagacttatttgcgcttgat
ataactaagccaggtgttctttacgaaaaagttatcgaagcggaagaacgtgttactctt
ccagcattcacagttgatccaaataggtatgactgtcaagatctctttgacggtgaaaaa
tatgttagaggtcaaacgaaagaaatattcgaaattttggagccattggatgaagtaaaa
cttcgagaagaattgtcacttttgaaaaaagatggaattgattccattgcgattgttttc
atccatgggtttaattttcaagctcatgaaaaagctgctggtaaaatagctcaagaactt
ggatttcgaaatatttctttatctcataaagttcttccagttataaaagctgttactagg
gggcactccaccaccgtggatgcatatttaacaccaattgtaaaagagtatatttctaat
tttttaagcggattgaaacctgactataatgatcatacaaaaatcgaatttatgcaatct
gacggtggattatgttcttatgagaagttttcagggcttcggtcgttattatcaggtcct
gctggtggcgttgtcggccaggctatgacttgttacgaccaaaataacaaaattcccgta
attggcttcgatatgggtggaacttctactgatgtttcacgttatgctggggattttgag
ttttcatttgaaagtataacggcaggtattaaaatagcagctcctcaaattgacgtgaat
actgttgcagctggtggtggatctatattattttataggaatgggacgttttttgtgggt
cctgagtctgccagcgctcatccaggtccagcttgctacagaaagggtggacctcttaca
ataaccgatgcaaatctttttataggaagattattgccaaagtactttccacatatcttc
ggtgatgctgaggatcaacctcttgatttcgaagtaaccaaacagaagtttgaggcatta
acgaaagttattaatagggagaatccagattcccccaaaaccccccaaggagtcgctctt
gggtttctcgaagttgctaattttcaaatggctaaacctatcagggaacttacagggtct
aaaggccacgatatatctggtcattcattggcgtcctttggtggtgctggtggtcaacat
gctgcatcaattgcccaattattgaaaattaatcgcatattaatacataaacactcttca
atattatcagcttacggtatattagttgctgacctagttagtgaaaaacagcagccttgt
tctgaaattattgattcccagtcagtcaatatattgcttaaaaaatgtgataaattaaaa
gaggaagctatcgaggagctccttatggaatctgttgccccaagtacgattagttgtaaa
ttatattttaatatgggctatgagggttctgatacccgctttatggttcttcagccagag
atgaaccaatttttagaactcttctatgaaattcaccaacgtgaacttggcttcaacgat
agaagtcgaaatgtaattgtatcagatatacgagttagagtaactggaaatacggctgac
aatgaaagagaaatttctccttatgatgagctcgaatctacagaaattacagaagtctct
aagaataaggcagaggaaacagtgttaatatattttgaaggaggatatcaaaattcagaa
gtatatttcttagaaaatttaactacgggttcggttgtaaatggccctgcattaatatta
gattcaacacagacaatcctagtatccccacaatgccaggctactgttttgtccagacat
atagtaatggatttgaagctgaataaaattgaatgcataagttctaaggttgttgatcct
attaaattggcaatcttcgcaaacagatttatgtctatagcagacgacatgtcaagaaca
ttgcaaaagatttcggtaagtgctaatattaaggaaagaatggattattcgtgtgcacta
tttgataatgaaggtaatttaactgcaaatgctccgaatgtaccagtgcatttgggatca
atgtcgtctgccataaggtatcagttggaatattggaaagatgatttacacgaaggcgat
atactttgtactaattctccgagtgttggcggaactcacttaccagacttaactataatc
tcacctgtattttatgattcgaagcttcagtttgttgttgcatcaagggcccatcattca
gagattggaggatctgctcctggatcatcatcatcttatgcgagggatattgtcgacgaa
ggtgttaatatcaagacctggaagattgttcagaatggcaaatttgatgatgatggattg
ttgaagcattttgttgaagaacctaaatcacatggtgtatgcggtacaaggaatatagat
gataatatctctgacttgaaggcacaaattgcagcgaatcaaagaggaataaatttatta
ttagaactttttaaagaatatggaagtgacgtagtattattctatatgagaagtgttaag
aagactgctgaattagcagtgagaagtttctttaaagatttttttcagcaaaatagagat
aagattcccttaaaggctgaagattacttagatgatggctcaaaaatctgcgtttctatt
gatgtggacggtgacgatggttcggcttcttttgattttacgggaacttctctagagtca
tattcgaatctcaatgctccgaaatcggtgacgtattcggctgtgatatatgtattgaga
tgcttgataagtttagatatacctcttaatcaaggatgtttgaatccctgtacactctat
gttcctgaaaacacgcttattaaccctagtgagtttgcagctgtatgtgctggtaatgga
atgacttcacagagaaccactgatgttttatttaaagcttttggtgtaacttcagctact
ggtggctgcatgaatggtataaatttcggtacaggaggcgaaaacgaaaaaggcgaactt
ataaaaggattcggttatactgaaactattggtcaaggaagttgtgctggaataatagaa
aaggatggtaagagagtaggatttgatggtttttctggtacacaaacaaatatgacaaat
accaggattactgatcccgaagtattggaacaaagatacccatgtctattacgtacattt
actatcaggcaaaatagtggtggcaaggggaagtggaacggaggtaatggattaatacgg
gagattcaattcaactcacctgttcatgtatctttagtgactcagcgccgagtttattca
ccttggggaatatatggaggtgaatgcggtaaaaagggagaaaattaccttggaaggaat
agatctaatggaataatccaatggatacatctaccatctcttgctgaaatagaaataagg
aaatgcgatattttacgcatattgacaccaggcggtggaggttttggaaaaccagcggac
tctgatgagtattggagaattggtgattgttcaccaaactcatttgaacacattcctctt
tcattaggatctgtcggatcattaaaagagggttcaaacacttctcaatga

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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 (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   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 (48)   

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