KEGG   Lachancea thermotolerans: KLTH0B10032g
Entry
KLTH0B10032g      CDS       T01117                                 
Name
(RefSeq) KLTH0B10032p
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
lth  Lachancea thermotolerans
Pathway
lth00480  Glutathione metabolism
lth01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:lth00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    KLTH0B10032g
Enzymes [BR:lth01000]
 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)
     KLTH0B10032g
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 8291067
NCBI-ProteinID: XP_002552221
UniProt: C5DDC2
Position
B:835039..838875
AA seq 1278 aa
MSKIRIAIDRGGTFTDCIGNPGTGKPQDDVVIKLLSVDPKNYPDAPLEGIRRLLEIFQKK
KISRGVPLDLSDVESLRMGTTLATNCALERNGERCVFVTTKGFKDCLLIGDQTRPRIFEL
AIKRPDPLYDVVIEVDERVTLEDFSEDPENVKSQPSANEGVIVGKSGEIVRVLRKPDIST
LRTALEAAFAQGIRSVGIALLHSYTFPEHEELVAALASEIGFTHVSLSSQVSPMIKYLPR
ANSAIADAYLTPVIQKYLSGMQAGLINTDNTNIQFMQSDGGLVEGSKFSGLKSILSGPAG
GVVGYSATCYDPVTKIPLVGFDMGGTSTDVSRYGDGKLDHVFETTTAGIVIQSPQLDINT
VAAGGSSRLFWENGLFRVGPESATADPGPAAYRKGGPLTITDANLLLGRLVPEFFPKIFG
PNEDESLDMDITKKKFEELAETINRDLGTRFSTDQVAYGFIKVANESMARPIRSLTEAKG
HVISSHQMVTFGGAGGQHAVAVAESLGIDTVIAHRYSSILSAYGMFLADVVEETQEPCSL
VLENTSTCIKVEERFEAMTGKATDSLLKQGFSEKDLSFEKYLNLRYEGTETSLMVLKDKS
SWKFSQDFAKAHKREFGFIFSDRNIIVDDIRIRAVAKSPVRSQTSIEEELARSLISEIDV
EKEVAFYKDVFFDDRRMKTPVFQIDNMPVGSRIKGPCILADGTQTNIIPCNATATILSSH
IVIKITSRSQESDTKLENRVDPVLLSIFSHRFMDIAEQMGNQLRKTSVSTNVKERLDFSC
ALFDPEGNLVANAPHVPVHLGSMSTCISAQAKLWKNKLKPGDVLVTNHPEMGGTHLPDIT
VITPAFSETSGKIIFYVASRAHHADIGGILPGSVPPNSKELYEEGAAIYSELLVKEGRFD
EELVIKLLVDDPAQYPGCSGSRKISDNMSDLKAQIAANNKGVQLIAKLMTDFGFDVIVKY
MLAIQENASFTVKQVLKRMTEHFGATEFAGEDYMDDGTVIKLRVTLDTKKEEYVFDFEGT
SPQVYGNLNAPEAITNSAILYCLRCLVNEEIPLNQGCLKPITVKIPKGSILSPTKGVAVV
GGNVLTSQRVTDVVLKTFKVMADSQGDCNNFTFGTGGKDSNGKVSSGFGYYETICGGHGA
GGDSWRGPGWNGAHAVHTNMTNTRMTDVEIFERRYPVILREFSIRAGSGGKGKFAGGNGV
VRDILFRKAVQASILSERRVVPPHGFDGGEDGERGLNLWIRGSSGAVINIGAKNTISAQP
GDRVIIMTPGGGGWGLPE
NT seq 3837 nt   +upstreamnt  +downstreamnt
atgtccaaaatcagaatagctattgacaggggcggaacgttcaccgactgcattggtaac
cccgggactggcaaaccccaagacgacgtcgtcattaagcttctctcagttgaccctaaa
aactatcctgacgctccgcttgaaggtataagaaggctgctggagatatttcagaagaag
aaaatctcaagaggtgttccgctagatttgtccgatgttgaaagtctcagaatgggtaca
acgctcgccacaaactgtgctctcgagagaaatggcgagcgttgcgtttttgttacaacg
aaaggctttaaggactgcctcctcatcggcgatcaaacacggccacggattttcgagctg
gcaattaaacggccagatccgctctatgacgttgtcatcgaggttgacgaaagagtaacc
ttggaggacttttccgaggacccggaaaacgtgaaatcccagcctagtgcgaatgaagga
gttattgttggtaagagtggtgagatagtgcgggtcctgagaaaacctgacatttcgact
ctccgaaccgccttggaggccgctttcgcccagggcattcgatcagtaggtatcgcgctt
cttcactcttacactttccctgaacatgaagagctagttgctgctttagcgtctgagatc
ggcttcacgcatgtctcgttgtcgtcgcaagtctcgccaatgatcaaataccttcccagg
gcaaacagtgctatcgcagacgcttatcttacgcccgtaattcaaaaatacttgagcgga
atgcaagctggcctcataaacacagacaacacaaacattcagtttatgcagtcagatggg
ggactcgtcgagggcagcaagttctcgggattaaaatcaattctatcgggccctgcgggt
ggggttgttggatactccgccacttgctacgaccctgtaaccaagattcccctggttggt
tttgacatgggcgggacctccaccgacgtcagcaggtatggagacggaaaacttgatcat
gtgttcgagaccacaactgctggaattgttatccaaagtcctcagttggacattaatacc
gtagccgcaggcgggagttctaggttattttgggaaaacgggctgttcagggtcggtccc
gaatctgccaccgcagatcccggtcccgcggcttatcgtaaaggcgggccattgacaatc
acagatgcaaatctgcttttaggccgacttgtccccgagtttttccccaaaatattcggc
cctaacgaagacgagtctttggatatggacattaccaaaaagaagttcgaagagctagcc
gaaacgattaaccgcgatctgggcacaagattctccacggatcaagttgcatatgggttc
ataaaagttgctaacgaatcaatggctcgtcctattagatctcttactgaagctaagggt
catgttatatccagccatcaaatggtcacatttgggggagctggcggccagcatgcggtt
gctgttgctgagtctttaggcattgacactgttatagcccaccgctactcttcgatctta
tcggcttatgggatgttcttggctgacgtggttgaggaaacccaggaaccatgctctctt
gttttagagaacaccagcacttgtattaaagtggaagaaaggtttgaagctatgaccgga
aaggctaccgacagcttactaaagcaggggttttcagagaaggacctatcctttgagaaa
tatttaaacttgcgatacgaggggactgaaacaagcttaatggtcctgaaagataaatca
agctggaaattctcccaggacttcgcgaaagcacataaaagagaattcgggtttattttc
agtgacagaaatataatagttgatgatattaggataagagcagtggcaaagtcgcccgtg
cgctcccaaacatccatcgaagaagagcttgctagatcacttatatctgaaattgatgtt
gagaaggaggtcgcgttttacaaagacgtgttctttgacgatcgacgcatgaaaaccccg
gtgtttcaaatcgacaacatgccggtaggaagccggatcaagggtccttgtattctcgcg
gatggcactcagactaatatcattccatgtaatgctaccgcaaccattctaagctctcat
attgttatcaaaataacgtcacgatctcaagaaagcgatacgaagttggagaaccgcgtg
gaccctgttttactttctatctttagccaccgtttcatggacattgcggagcagatggga
aaccagctgaggaaaacatcagtttcaactaacgtcaaagaaaggcttgatttctcgtgc
gcattgtttgatcccgagggaaacctcgtagcgaatgcgccgcacgttcctgtgcacctt
ggctctatgtctacctgcatatctgcgcaggccaagctgtggaagaataaattgaaacct
ggggacgtcttagttactaatcaccccgagatgggcggaacacacttgcctgatataaca
gtaataacgcctgccttctctgaaaccagtggcaaaatcatattttatgttgcatcgcga
gcgcaccatgccgacataggcggtattctgcctggatctgtaccacctaactcgaaagaa
ctatacgaagagggcgcggccatttattctgagttgttagtcaaggaaggaaggtttgac
gaagaactagtcataaagctccttgtggacgaccctgctcaatatccgggctgttctggg
tctagaaaaatcagcgacaacatgagtgaccttaaagcccaaatcgcggctaataataaa
ggtgtacagctgatagctaagctcatgacggactttggttttgatgttatcgtcaagtac
atgctggcgatccaagaaaatgcatcattcacggttaaacaggttctcaagcgcatgaca
gagcattttggtgcaacagagttcgcaggcgaagattacatggatgatggtaccgtaata
aaactgagagttaccctcgacaccaaaaaagaagagtacgtttttgactttgaagggact
tcgcctcaggtctacgggaacctaaatgctccagaggcaatcactaactctgccatcctc
tactgtttgcgatgtttagttaacgaggagattcccctaaatcagggctgcctcaagcct
atcactgtgaagatcccaaaagggtcaattttgagccctacaaagggtgtcgctgtagtg
gggggaaatgttttaacttcccagagagtcacagatgttgtcctgaagactttcaaggtt
atggctgattctcagggagactgtaacaactttacttttggaacaggcggtaaagatagt
aatgggaaagtcagcagcggttttggatactacgaaaccatatgtggtggccacggtgcc
ggcggtgattcttggagaggcccaggatggaacggagctcacgctgttcacactaacatg
acaaatacaagaatgactgacgtcgagatttttgaaagacgatacccagtaattttgcga
gagttttctattagggctggctctggagggaaagggaagtttgcgggtggtaacggtgtt
gttagagatattttgttccgcaaagcagttcaagcctctatcctgtcagagcgtcgtgtg
gttcctcctcacggatttgacgggggcgaagatggcgaaagaggactgaacctatggatc
cgggggtcttcgggagccgtgatcaacatcggagccaaaaacacgatcagcgctcaacct
ggagaccgtgttatcattatgacgccaggtggcggtggttggggcctgcctgaatag

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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 (4)   
   Pfam (4)   
All databases (24)   

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