KEGG   Trichophyton benhamiae: ARB_07671
Entry
ARB_07671         CDS       T01611                                 
Name
(RefSeq) hypothetical protein
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
abe  Trichophyton benhamiae
Pathway
abe00480  Glutathione metabolism
abe01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:abe00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    ARB_07671
Enzymes [BR:abe01000]
 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)
     ARB_07671
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C
Other DBs
NCBI-GeneID: 9521373
NCBI-ProteinID: XP_003013951
UniProt: D4AU41
AA seq 1307 aa
MEDDVVIKLLSEDPSNYKDAPLEGIRRLLSKFQGEEIPRGVPIDTSKIESIRMGTTVATN
ALLERKGERMALVVTQGFRDCLKIGNQSRPKIFDLAIRRPDDLFEEVVEIEERVTLEDYA
EDPTRHATPTVARTEEAKDADIVRGLSSEAVRILQRPSESKVREQLQALYDKGFRSIAVC
LMHGYTFPDHESLVGKIASDIGFTHVSLSHQLMPMIKLVPRATSACADAYLTPTIKRYIS
GFQSGFKGVLGAGGVKDPSQPKSARCEFMQSDGGLVDVNGFTGLRAILSGPAGGVVGYAL
TSYDPKTKIPVIGFDMGGTSTDVSRYGGRYEHVFETTTAGVTIQSPQLDINTVAAGGGSR
LFYRNGLFVVGPESAGAHPGPACYRKGGPLTVTDANLFLGRLLPEFFPKIFGKNEDEGLD
EKASAKLFEELADKVNAEMAESGKRGKMTADEVAYGFIKVANEAMTRPIRSLTEAKGHDT
SKHRLATFGGAGGQHAVAIAENLGIKQILVHRYSSVLSAYGMALADVVDESQVPESMSWS
ESSEVKASIEKRMQELRKGAVARLNDQGFKEEAIVFEEYLNMRYRGTESALMIIKPQDGG
AFGKSFIEQHEKEFGFTLPDRDIIIDDIRLRAIGKSFDSFPKTVDEQLRDAKPVPVSKSK
AHATQKVYFEGGRVDTPIYKIGSLETNDRIDGPAILGDGTQTILVTPTSSALIIDTHVVI
DVDVNKKENAKASADVVDPILLSIFGHRFMAIAEQMGRALQKTSVSTNVKERLDYSCALF
DSDGGLVANAPHLPVHLGSMSTCVRTQAGMWKGKLKPGDVIVTNHPEFGGTHLPDITVIT
PAFSGNEIMFYVASRAHHADIGGILPGSMPPHSKELYQEGAAIKSEKLVSEGKFNEERMV
ELLYREPAKYPGCSGTRCLADNLNDLKAQVAANQKGISLISTLIEEYGGSTVQLYMRSIQ
KNAELSVRNLLKQVSERFKGADLTAIEHMDDGSPIHLKISIDAEKGEAIFDFEGTGPEVY
ANTNAPEAVTYSAIIYCLRCLISEEIPLNQGCLKPINVKIPKGSFLSPSSKAAVVGGNVM
TSQRVTDVILKCFQACAASQGDTNNLTFGFGGNLSGEEETKGFGYYETIAGGSGAGPDWE
GTSGVHTHMTNTRITDAEVFERRYPVLLREFSLRAGSGGAGQNRGGDGVIRDIEFRIPVQ
VSILSERRVYHPYGMHGGEDAACGQNIWVRKMPQPEGSKEPPIIKYVSLGAKNTANMEPG
DRIIIKTPGGGGYGKPGNESVVRKEADPQLAWKGGSLASRVGTQETN
NT seq 3924 nt   +upstreamnt  +downstreamnt
atggaagatgacgtcgtgatcaagcttctgtccgaggatccgtcaaattacaaggatgca
cccctcgagggcatccgtaggcttctatcgaagttccagggcgaagagatccctcgaggc
gttcccatcgacacatccaagattgagagtatacggatgggcacgactgttgctaccaat
gccctcctcgagcgtaagggtgagcgtatggcccttgtcgtcacccagggcttccgggat
tgcctgaagataggaaatcagtctcgtcctaagatcttcgaccttgccattcgtcgaccg
gacgatctgtttgaggaagtggttgaaatagaagagagagttaccctggaagactacgct
gaggacccaacgaggcacgcaacccccacggtggcccgtaccgaggaagccaaggatgct
gacattgttcgaggcttgtcttcagaggctgtgcggatcctgcagcgtccatctgagagt
aaagtcagggagcagctacaagctttgtatgataagggcttcagaagcattgccgtctgc
ttgatgcacggctatactttcccagaccatgaatctctggttggaaaaattgccagtgat
atcggcttcacgcacgtcagcttaagtcaccagcttatgcccatgattaagctcgttccc
cgagctacctctgcctgcgccgatgcttacctcactccaactatcaaacgatacatttct
ggcttccagtctggattcaagggcgtcctgggcgcaggaggtgtcaaggacccatctcag
ccaaagagcgctcgatgtgaattcatgcagtcggatggtggccttgtcgatgtcaatggc
ttcaccggtctccgagctatcctttccggccctgccggtggtgtcgtcggatatgccctg
actagttacgatcccaagaccaagatacccgtcatcggttttgacatgggaggaacaagt
actgatgtcagtcgatacggtggccgatacgagcacgtcttcgaaaccaccactgcaggt
gtcactattcagtcaccacagcttgacatcaacactgtcgctgccggaggtggttctcgc
ctcttctaccgcaatggtctttttgttgttggccctgagtctgccggagctcacccaggc
cctgcttgctacagaaagggaggccccttgactgtcactgatgccaacctcttcttgggc
agacttctgcccgagttcttccccaaaatcttcggaaaaaatgaggatgaaggactggat
gagaaggccagcgctaagctcttcgaagaactagctgacaaggttaacgctgagatggct
gagagtggaaagagaggcaagatgactgctgatgaagtcgcttatggattcatcaaggtt
gccaacgaggctatgactcgaccaattcgctcccttactgaagccaagggccacgatacc
tcgaaacatcgtctggctaccttcggtggtgccggtggccagcacgcagttgcaattgct
gaaaacctgggtatcaagcagatcttggtccaccgttactcctccgtcttgtctgcctac
ggaatggctcttgccgatgtagttgacgaaagccaggttccagagtccatgtcctggtcc
gagagctcggaggtcaaggccagcattgagaagagaatgcaggaattgagaaagggggca
gtcgcgagactcaatgaccagggtttcaaggaagaagctattgttttcgaggaatatctc
aacatgagataccgcggaaccgagtctgctcttatgatcattaaaccgcaagatggcgga
gcgtttggcaagtccttcattgagcagcacgaaaaggagttcggtttcacccttcctgac
cgtgacatcatcattgacgacattcgtctccgagctatcggaaagagttttgatagcttc
cctaagaccgtcgacgagcaacttcgtgacgcaaagccagttccagtatccaagagcaag
gcacatgccactcagaaggtatacttcgaaggcggccgtgttgatactcctatctacaag
attggatctctggaaacaaatgaccgtatcgacggacctgctattctcggagatggaacc
cagactattctggtcaccccaacctcctctgctctcatcattgatacccatgtggttatc
gacgttgacgttaacaagaaggaaaatgcaaaggcatcggctgatgtggtcgatccaatt
ctgctgagtatctttggccatcggttcatggcaattgctgagcagatgggtcgtgcgctg
cagaagactagtgtcagcacaaacgtcaaggagagattggattactcctgtgctctgttc
gacagtgatggcggccttgttgccaatgctcctcatttacccgtccatctgggcagcatg
tccacctgtgttcgtactcaagctggaatgtggaagggaaaactcaagccaggcgacgtg
attgtgaccaaccaccctgagtttggaggcacccatctgcctgatatcactgtgattacc
ccagccttctctggcaacgagatcatgttctatgttgcgtccagagctcatcatgcggat
attggaggaatcctaccaggatccatgcctccacactcgaaagaactgtaccaggagggt
gctgctataaaatcagagaagcttgtttctgaagggaagttcaacgaggagcgtatggta
gagttgctctaccgtgaacctgccaagtaccctggctgcagtggaactagatgccttgca
gacaacctcaacgatctgaaggcacaggtcgccgcaaaccagaagggtatcagcctcatc
tctaccctcattgaggagtatggtggatctaccgtccagctctatatgaggagtatccag
aagaacgcagaactcagcgtacgcaacttactgaagcaagttagtgagagattcaagggt
gcggacctcactgcaattgagcacatggatgacggcagccccatccacctcaagatctcc
atagatgctgagaagggagaggctatctttgacttcgaaggcaccggcccagaggtttat
gccaataccaatgcccccgaagccgtcacttactccgctatcatttactgcctgagatgt
ctcatttcggaggaaatcccactcaaccaaggctgcctgaagcctattaacgttaaaatc
cccaagggctcattcctctccccatctagcaaagctgcagttgtgggtggaaacgtcatg
acaagtcaacgtgtcaccgatgtcatcctgaagtgtttccaggcctgtgccgcctcccag
ggtgatactaacaacctgaccttcggattcggaggcaatctttcaggcgaggaggaaacc
aagggcttcggatactatgagaccattgcaggtggtagcggagccggtcctgactgggag
ggaacctctggagtccacacccacatgacaaacacccgcatcactgacgcggaagtgttt
gagagaagataccccgttctcctcagagaattcagcctgcgcgccggatccggaggagcg
ggccagaaccgcggtggtgatggtgtcatcagagatatcgaattccgcattcctgtccag
gtatccattctttccgaacgtcgtgtctaccacccctatggtatgcacggtggagaggat
gctgcctgcggccagaacatctgggtccgtaagatgcctcagcctgagggatctaaggag
cctccaatcatcaaatatgtgagcttgggagccaaaaacactgcaaatatggaaccaggt
gaccgcatcattatcaagactcctggcggaggtggatatggaaagcccggaaatgaaagc
gttgttcgaaaggaagctgatcctcagcttgcctggaaaggaggctctttggcatcgcgc
gttggaacccaggaaactaactag

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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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