KEGG   Zygosaccharomyces rouxii: ZYRO0G00330g
Entry
ZYRO0G00330g      CDS       T01118                                 
Name
(RefSeq) hypothetical protein
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
zro  Zygosaccharomyces rouxii
Pathway
zro00480  Glutathione metabolism
zro01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:zro00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    ZYRO0G00330g
Enzymes [BR:zro01000]
 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)
     ZYRO0G00330g
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C DUF615
Other DBs
NCBI-GeneID: 8205802
NCBI-ProteinID: XP_002498024
UniProt: C5E1P8
Position
G:complement(22695..26561)
AA seq 1288 aa
MTGEPINQRIRIAIDRGGTFTDCIGNPGTGKVEDDVCIKLLSVDPKNYKDAPLEGMRRLL
ETLEKKTIPRGMPLDVSNVSSIRMGTTLATNCALERNGEPCAFVTTKGFKDVMAIGDQTR
PDIFNLKIQKPQPLYEMVVEINERITLEDFSEDPLHNISKPDNNAGTVYGTSGEVVRILK
IPDPQEITLALKNIKQRGIESIAVSFLHSYTYPQHEQLVGRIAKQLGFKHVSLSSEVSPM
IKHLPRAHSSVADAYLTPVIRRYLESIQSGLINTENTSIQFMQSDGGLVEGQRFSGLKSI
LSGPAGGVVGYSRTCYDEANEIPLIGFDMGGTSTDVSRFGDSKLEHVLETTTAGIVIQTP
QLNVNTIAAGGSSRLFWENGLFRVGPESATANPGPVAYRKGGPLTITDANLLLGRLVPEF
FPKIFGPNEDESLDIDATRKQFEALTKIINADLNTNMTPNEVAFGFLKVANESMARPIRA
ITEAKGHVLSKHRLVTFGGAGGQHAVAVAESLGIKEVLAHRYSSLLSAYGIFLADVVEEN
QEPCFLLLNLPENSTKIKSKLESLVVKCNDQLVSQGFPEHLIDHEKYLNLRYEGTETSLM
VLEQDEDWDFENWFAEAHMREFGFAFNDKNIIVDDIRVRAVAKSFVREEESVDAQLNKYE
RREVVTSKEASFFKKVYFDGKLYETPIFRIDNMVYGSVVHGPAILADGTQTNIIPRNAKA
TVLKSHIFIEILHKSTDISSLEEPESHVDPVMLSIFSHKFMDIAEQMGLQLKKTSVSTNV
KERLDFSCALFDPDGNLVANAPHVPVHLGSMSTCIAAQAKLWKGKLKPGDVLVTNHPDIG
GTHLPDITVISPAFSEETGEVIFYVASRAHHADIGGILPGSVPPNSKELYEEGAAIYSEF
IVRGGEFQEQLIRKLLLEEPAKYPECSGSRRLSDNISDLKAQIAANNKGIQLIAKLMREH
GLGAIVKYMKAIQNNASDTIKKMLKQLAQHFGQTEFSGEDLMDDGTLIKLKVKLDIEKEE
YVFDFDGTSPQVYGNINAPEAITNSAILYCLRCLVGEDIPLNQGCLKPITVKIPKGSVLS
PINGIAVVGGNVLTSQRVTDVVLKTFHVMADSQGDCNNFTFGTGGRDPKTGEVTNGFGYY
ETICGGHGAGADSFRGPGWDGADAVHTNMTNTRMTDSEIFERRYPVILREFSIRSCSGGD
GQYMGGDGVIRDIEFSQPVQASILSERRVVAPHGIHGGQDGQKGINLWIRNNGKNTINIG
SKNSVRVNPGDRIIIKTPGGGGCGIKEN
NT seq 3867 nt   +upstreamnt  +downstreamnt
atgactggtgaaccaattaatcaaaggattcgtatagccattgatagaggtggaactttt
accgattgcatcggtaatccaggtactggtaaagttgaagatgatgtctgtatcaaattg
ttatctgtagacccaaagaactacaaagatgcgccgctggaaggtatgagaaggttatta
gagacgctcgaaaaaaaaacgattcctcgaggcatgccgctagatgtttccaatgtgagt
agtattaggatggggactacactagcaacgaattgtgcgttggaaagaaatggtgagccc
tgtgcgtttgtcaccactaagggttttaaggatgtaatggcgattggtgaccaaactaga
ccagatatctttaatctaaaaatccagaagccccaaccattatacgaaatggtagttgag
atcaatgaaagaataactctcgaagatttttctgaagatccccttcataacatctcaaaa
cctgacaataatgctggtactgtctacggtaccagcggcgaagtggtacgtatattgaaa
ataccagacccacaagaaatcacccttgccttaaagaatatcaaacaaagaggaattgaa
tctattgcagtgtcgtttttacactcttacacttatccgcagcatgaacaactagtcggg
cgtatcgccaaacaattaggatttaaacatgtatcgctctcatcagaggtttccccaatg
attaaacatttgcccagagctcatagcagtgtagcagatgcgtacttaacacctgtgatc
aggagatatctagaaagcattcaatctggtctaatcaacactgagaacacaagcattcag
tttatgcaatccgatggtggtttggtagaaggtcaaagattttctggtttaaaatctatt
ctctctggtcctgcaggtggtgtagtaggttactcgagaacttgttatgatgaagctaac
gaaatcccattaattggattcgatatgggcggcacatccacagatgttagcaggttcgga
gatagtaaactggaacacgttctcgaaaccacaacagctggaattgtcattcaaacacca
caattgaacgtcaatactattgccgctggcggtagctcaaggttgttttgggaaaacggt
cttttcagagtcggtcccgaatctgccactgctaatccaggtcctgttgcctatcgtaaa
ggtgggccactaaccattacagatgccaatctgctcttgggtcgtctagttcctgaattc
ttccccaagatatttggtcccaatgaagatgaatcccttgacattgatgctacaagaaaa
cagttcgaggcattgacgaaaattattaacgctgacttaaataccaatatgacaccaaac
gaagttgcttttggttttttaaaggttgctaatgaatcaatggcaagacctattagagcc
attacggaggcaaagggacatgtgttgtctaaacacagattggttacatttggtggtgca
ggaggtcaacatgcagttgcagttgcagaatctttaggtatcaaggaagttttggctcat
agatactcatcgcttttatcggcttatggtatattcctcgctgatgtagttgaagagaac
caagaaccatgtttcctcctgttgaacctaccagaaaattctaccaagattaaatccaaa
ttggaatctttggtagttaaatgtaatgatcaattggtatcccaaggtttcccagaacat
ctaatcgatcatgaaaagtacttaaatttacggtacgagggtacggaaactagcttaatg
gtactagagcaagatgaagattgggatttcgagaactggtttgcagaagctcatatgagg
gagtttgggtttgcattcaatgataaaaacattattgtagatgatattagggtcagagca
gttgccaagtcattcgtcagagaggaagaatctgtagacgctcaattgaataaatatgaa
cgcagagaagtggtaacttccaaagaggcaagtttcttcaagaaagtatattttgatggt
aagctgtatgaaactcctatcttcagaattgataatatggtctatggaagtgttgttcat
ggtcctgccattttggcagatggtactcaaacgaatattatccccagaaatgccaaggca
acggtgctcaaatcacatatttttatcgaaattttgcacaaatctaccgatatttcttct
cttgaggaacctgaatctcatgtcgaccctgtgatgctatccatctttagccacaagttt
atggacattgctgaacaaatggggcttcaattgaagaaaacttctgtgtctacgaacgtg
aaggaaagactagatttctcctgtgctctctttgatcctgatggtaatctggtagctaat
gccccccatgtacctgttcatctcggttcgatgtctacttgcatagccgcccaggctaaa
ttgtggaaaggaaaattgaaaccaggggatgttttggtcacaaaccacccagatattggc
ggaactcatttgccagatatcactgtgatttcaccagctttttcagaagagacaggtgaa
gtgatcttttacgttgcatcaagagctcatcatgccgatattggtggtattctcccagga
tctgtcccccctaactccaaagaactttatgaagaaggtgccgccatttattcagagttt
attgttagaggaggtgaatttcaagaacaattgatccgcaagctgttgttggaagaacct
gcaaaataccctgaatgctctggatctagaagactcagtgataatattagtgatttgaaa
gcccaaattgccgccaataacaaaggaattcaattgattgccaagctcatgagggaacat
gggttgggagcaattgttaaatacatgaaagctattcagaataatgcctctgatacaatc
aagaagatgttaaagcaacttgcccaacatttcggtcaaactgaatttagcggtgaagat
ctaatggacgacggaactttgatcaaattaaaggtaaaactggatattgaaaaggaggag
tatgtctttgattttgatggtacgtctcctcaagtctatggtaatataaatgctcctgaa
gcaatcacgaattcggctattctctactgtctgagatgcttggttggtgaagatattccg
ctcaatcagggctgtttgaaaccaattacagttaaaattccaaagggctcagtgctgagc
ccaattaatgggattgctgttgttggaggaaatgttttaacttctcaaagggtcactgat
gtcgttctcaaaactttccatgtaatggctgattctcaaggtgattgcaataatttcaca
tttggtactggcggtagagatcctaagaccggtgaagtaaccaatggatttggttactac
gaaacaatttgtggtggtcacggtgctggcgctgattctttcagaggccctggctgggat
ggtgctgatgcagtgcacacaaatatgaccaatactagaatgacagacagtgaaatcttc
gagcgtaggtatcctgtgatattacgggaattttccattagatcatgttctggaggcgat
ggacaatacatgggaggtgatggtgtcattagagatatcgaattttcccaaccagtacaa
gcctccatattgtctgagagaagagtggttgcccctcatggaatacatggcggtcaagat
ggtcaaaaaggtattaatttatggattagaaataatggtaaaaataccataaatattggt
agtaaaaactctgttcgggtgaatcctggtgatcgtatcattatcaaaacacctgggggc
ggcggctgtggtattaaagaaaattag

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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 (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 (5)   
   Pfam (5)   
All databases (25)   

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