KEGG   Coccidioides immitis: CIMG_00961
Entry
CIMG_00961        CDS       T01114                                 
Name
(RefSeq) 5-oxoprolinase
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
cim  Coccidioides immitis
Pathway
cim00480  Glutathione metabolism
cim01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cim00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    CIMG_00961
Enzymes [BR:cim01000]
 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)
     CIMG_00961
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 4566940
NCBI-ProteinID: XP_001247190
UniProt: J3KI44
AA seq 1342 aa
MAARQGNGIRIAIDRGGTFTDCVGNPGTGRMEDDIIIKLLSEDPSNYSDAPLEGIRRLLS
KFEGREIPRGEPIDTSGIESIRMGTTVATNALLERKGERMALVVTKGFKDCLRIGNQSRP
KIFDLAIRRPDVLYEKVVEIDERVTLEDYAEDPTRYVTSTSPRDQTPAGAKIVRGLSSEA
VRILQTPSEDAVRDQLQGLYDEGFRSIAVCLMHGYTFPDHEALVGRVARDIGFSHISLSH
ELMPMIKLIPRATSACADAYLTPTIKKYISSFQAGFQGGLGVKSVKNSSAGDAARCEFMQ
SDGGLVDVSEFSGLRAILSGPAGGVVGYALTSYDPKTNIPVIGFDMGGTSTDVSRYGSGR
YEHVFETTTAGVTIQSPQLDINTVAAGGGSRLFYRNGLFMVGPESAGAHPGPACYRKGGP
LTVTDANLFLGRLLPDFFPKIFGKSENESLDEDVSSRLFEEITAEINAELPGDRKMTPDE
VAYGFIKVANETMARPIRSLTEAKGHDASKHRLATFGGAGGQHAVAIATSLGIKQVLVHR
YSSVLSAYGMALADVVDESQVPESKVWSNDETVRKELKEKMDKLKKKAVERLKDQGFKDE
SIVFEEYLNMRYRGTESALMIINPSSQDAEGNDDWAYGRAFVQQHEQEFGFTLPDRDIIV
DDVRVRAIGRSFDDLGKSVDEQLKEFSPNDVDSSKRYGTRQVYFEGGRRDTPIFKLETLE
VNDRVHGPAILADGTQTLVITPGATALILRTHVVINIGSSEESDSKPSVKGVDPILLSVF
SHRFMAIAEQMGRALQKTSVSTNVKERLDYSCALFDSDGGLVANAPHLPVHLGSMSTCVR
TQANIWKGKLKPGDVIVSNHPEFGGTHLPDITVITPAFNGDDIIFYVASRAHHADIGGIL
PGSMPPHSRELYQEGAAIKSEKLVSEGKFNEERITELLYHEPAQYPGCSGTRCLADNLND
LKAQVAANQKGIGLISALIKDYGEEVVQFYMRSIQKNAELSVRNLLKTVSKRFEGADLTA
VDYMDDGSPIQLKISIDAENGRATFDFEGTGPEVYGNINAPEAVTYSAIIYCLRCLISED
IPLNQGCLKPIEVKIPKNSFLSPSEKAAVVGGNVLTSQRVTDVILKCFQACAASQGDTNN
LTFGFGGNLNGGTATKGFGYYETIAGGSGAGPDWEGTSGVHTHMTNTRITDAEVFERRYP
VLLREFSIRPGSGGEGQHRGGDGVIRDIEFRIPVQVSILSERRVYHPYGLNGGEDAQCGQ
NIWVRKVPRKDSPETWEERRVNLGAKNTAQMKPGERIIVNTPGGGGWGTPGSQKTIRREQ
DPRHAWKGGSWASRTETQETSM
NT seq 4029 nt   +upstreamnt  +downstreamnt
atggctgcaaggcaagggaatggaatccgcatcgcaatcgaccgaggtggtaccttcacc
gactgcgtgggcaaccccggcacggggaggatggaggacgatatcatcattaagcttcta
tccgaggatccttccaactattccgatgcaccactcgaaggcattcgccgcctgctctcg
aagttcgagggccgggaaataccccgtggggagcctatcgatacatccggtatcgagagc
atccgaatgggcaccaccgtggccacgaatgcccttctggagagaaaaggtgagcgcatg
gcccttgtcgtgacaaagggtttcaaggactgtcttcgaatcggcaatcagtcgcggccc
aagatcttcgacctcgccatccgtcgaccggatgttctctatgagaaggtggtcgagatc
gatgaaagagttaccctagaagactacgcagaggatcccacacgatacgtcacctcgacc
tctccgcgggatcagactcccgccggggccaagatcgtgcggggattgtcctcagaggct
gttagaattctacaaacgccctcggaagacgcagtgagagatcagctgcaaggcctttac
gacgagggctttcgaagcattgctgtatgtttgatgcacggatacacattcccagatcac
gaggcccttgttgggagagttgccagggatattggtttcagtcatatcagtttgagccac
gaattgatgccaatgatcaaattaattcctcgagccacgtctgcttgtgctgatgcttat
ttaacgccaacgattaagaagtatatctcaagtttccaggcgggcttccagggtggcctg
ggtgtcaagagtgtcaagaactcctccgcgggcgatgcagcccgctgtgagtttatgcaa
tcggatggtggactggtggacgttagcgaattctccgggctacgtgccatcctatcaggc
ccggccggcggagtagtgggatacgctctgactagctatgacccaaaaaccaatatcccc
gtgatcgggttcgacatgggcggcacaagtaccgacgtcagcaggtatgggtctgggaga
tatgaacatgtcttcgaaaccaccactgccggcgtgacgatacagtccccccagttggac
atcaacaccgtagctgccggaggaggctcacgtctattttatcgcaatggactatttatg
gttggcccagagtcagcaggcgcgcatccgggccctgcttgctacaggaaaggagggcct
ctaacggtcaccgatgcaaatctgtttctaggaagattgttaccagatttttttcctaaa
atatttggcaagagtgaaaatgaaagccttgacgaagacgtgagctcacgcctatttgag
gaaatcactgctgaaatcaacgcagaactccctggagataggaaaatgacccccgatgag
gttgcttacggcttcattaaagttgcgaatgagacgatggcccgaccaattcgctcgctc
acggaggcgaagggccacgatgcttccaagcatcgccttgcgacgtttggaggtgcgggt
ggccaacatgccgttgccattgcaactagtcttggtataaagcaggtcctggtgcaccgt
tattcttccgtcctttcggcgtacggcatggctttggccgatgtggtggatgagagtcaa
gttccagagtcaaaagtatggtccaacgatgagactgtgcgaaaagagctcaaagagaag
atggacaaactgaaaaagaaggcagtcgagagactaaaggatcaaggcttcaaagacgag
tcgatcgtgtttgaagaatacctaaatatgcgatacagaggaacggagtccgccttgatg
atcatcaatccaagctcacaggatgcagaaggaaatgatgattgggcctatggaagggca
ttcgttcaacaacatgaacaagaattcggatttacccttccagatcgtgatatcattgta
gacgatgtccgtgttagagctattggtagaagttttgatgaccttggaaagagtgtggac
gaacagttgaaggagttcagtccgaacgacgtagattcctctaagagatacggcaccaga
caggtgtatttcgaaggcggacgccgtgatacccccattttcaagcttgaaaccctggaa
gtgaatgatcgcgttcacggacctgctatccttgcagatgggacacaaactttggtgatc
acccccggagccactgctttgattctcaggacccatgttgtcattaacattggttcctcc
gaggaatcggactccaaaccaagtgtgaaaggcgtggatccgatcctcctgagcgtcttc
tctcaccgatttatggcaattgcagagcagatgggtagagcactgcaaaaaacaagcgtc
agcacaaatgttaaagaaaggttagactattcttgtgctttgtttgattctgatggaggg
cttgttgcgaatgcgccgcatttgcctgtgcatcttggaagtatgtccacttgtgttcgg
acacaagcgaatatctggaagggaaaactgaagcccggcgatgtgattgtctccaatcac
cctgaattcggagggacccatcttcctgatattacagtaatcacacctgccttcaatggg
gatgatatcattttttatgttgcctcaagggcccatcacgcggatattggaggtatcctt
ccaggctcaatgccgccacattcccgggagttataccaagagggtgcagcaatcaaatcc
gagaaattggtgtctgaagggaaattcaacgaagagcgcatcacagaacttctatatcat
gaaccagcacaatacccgggctgcagcggcacaaggtgccttgcagacaatctgaatgac
ctaaaggctcaagttgctgcaaatcagaagggcatcggtctgatttcggcattgattaag
gattatggggaggaggtggttcagttttatatgagaagcattcaaaagaatgccgagctc
agcgttcgtaacttgctgaaaacggtcagcaagagatttgaaggagctgacctgacggcc
gtcgactacatggacgatggaagtcccattcagctcaagatctctattgatgccgaaaac
ggtcgagcaacttttgattttgagggcaccggtccagaagtctatgggaacatcaatgct
cctgaagcggtcacctactctgctattatatactgtctgagatgtcttatctcggaggat
attcctctcaaccaaggctgcttgaaaccgatcgaggtcaagataccgaagaattcgttc
ctttcaccttccgaaaaggccgcagttgttggaggcaacgtattaacgagccagcgagtg
acggacgttattctgaaatgtttccaggcctgcgccgcatcacagggagacacaaacaac
ctgacgttcggcttcggaggcaatctcaacggcggaacagccaccaagggattcggttat
tatgaaacgattgccggcggcagcggcgccggtccggactgggaaggcacatcgggcgtg
cacacccacatgacgaacactcgcatcacggatgccgaggtcttcgagcgccgatacccc
gtcctgctccgggaatttagcataagaccggggtccgggggggaaggccagcaccgcggc
ggtgatggagtaatccgagacatcgagttcagaatcccggttcaggtgtccatcctttcg
gagcgtagggtttatcatccttatggcctcaacggaggtgaggacgctcaatgtgggcaa
aatatctgggttcgtaaagttcccaggaaggatagtcctgaaacttgggaagaaagacgt
gtaaatttgggcgcgaagaacactgcacaaatgaaaccaggcgaaagaatcattgtcaac
acgcctggaggtggtgggtggggaacgcctggatctcaaaaaacgatccggagggaacaa
gatcctcgacatgcatggaagggaggatcatgggcaagccgtactgaaacacaggaaacc
agcatgtga

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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 (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   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 (40)   

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