KEGG   Tetrapisispora phaffii: TPHA_0F03670
Entry
TPHA_0F03670      CDS       T02235                                 
Symbol
TPHA0F03670
Name
(RefSeq) hypothetical protein
  KO
K01469  5-oxoprolinase (ATP-hydrolysing) [EC:3.5.2.9]
Organism
tpf  Tetrapisispora phaffii
Pathway
tpf00480  Glutathione metabolism
tpf01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:tpf00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    TPHA_0F03670 (TPHA0F03670)
Enzymes [BR:tpf01000]
 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)
     TPHA_0F03670 (TPHA0F03670)
SSDB
Motif
Pfam: Hydantoinase_B Hydantoinase_A Hydant_A_N Hydant_A_C PD40
Other DBs
NCBI-GeneID: 11535556
NCBI-ProteinID: XP_003686281
UniProt: G8BUR1
Position
6:799232..803125
AA seq 1297 aa
MVSNYGNIRIAIDRGGTFTDCIGNIGTGKKEDDRIIKLLSVDPKNYDDAPLEGIRRLLEI
FENKTIPRNTKLDISNVQSIRMGTTLATNCALERNGEDCCFITTKGFKDTLLIGDQTRPN
IFELNIARDKLKPLFNMCVEIDERITLEDFSEDPEKIITKVDQDDDNLVIGKSGEAVRII
KKPDLNEIRSTLNLVYQSGIRSIAVAFVHSYTYPNHELLIKKIAEDIGFEHISLSSEISP
MIKFLPRAYSAVADAYLTPVIKNYLKKISHGLFIKNDSTAGSGNTLKNIQFMQSDGGLVE
GDKFSGLKSILSGPAGGIVGYAETCYDPENSIPLIGFDMGGTSTDVSRYGSGKLQHVFET
VTAGITIQSPQLDIHTIAAGGSSILSWENGLFKVGPKSASADPGPACYRKNGPLTITDAN
LYLGRLIPEMFPHIFGPNENEPLDLEITKDKFEQLTTKINKDLKVKMTTDEVVYGFLKVA
CESMARPIRALTEAKGYEISKHRLVSFGGAGGQHAVAVAESLGIDTVLIHRYSSVLSAYG
IFLANVVEEQQKPSSLVLSDANSRRIVEKEFKDLELICKSKLYNQNFFDEDINIERYLNL
RYEGTETGLMILQEEENIWNFQKWFSSAHHREFGFSFDNKRIIVDDIRVRAIGKSNIRAE
SSVDKQLAIYHQKVVDSMKNIFMTKSIFFENKRIDTPIYQIEKMEYGTQIRGPAILADST
QTNVLPPNAIATVLESHIFIKIDHDDNKSIVDREGAVNPVLLSIFSHRFMDIAEQMGTQL
RKTSVSTNVKERLDFSCALFDNKGNLVANAPHVPVHLGSMSTCIKLQAKLWEGKLKPNDV
LITNHPEAGGTHLPDITVISPTFSSDGDIIFYVASRAHHAEIGGILPGSIPPNSKELYEE
GVAIYSELLVKEGIFQEDMVYKWFVEEPGKYYGCSGSRKVSDNISDLKAQIAANTKGIHL
INTLITDYSLDIIIKYMKAIQQNACETIKKMLKQLTSHYGRNVFESEDRMDDGSLIKLKV
TLNNEDDEYIFNFSETSSQVYGNLNAPEAITNSAILYCLRCLVGEDIPLNQGCLEPLTII
IPKGSILSPNKGAAVVGGNVLTSQRVTDVILKTFNVMADSQGDCNNFTFGTKCVVDSDGD
TIDGFGYYETICGGVGAGAPSWRGDGWDGASAVHTNMTNTRMTDPEVFEKRYPVLLREFS
IRENSGGNGHFRGGCGVIRKIEFRKPVIASILSERRVLPPNGLHGGMNGLRGENTWFRSD
TSAFINIGGKNTVNVQTGDVVIIKTPGGGGYGVKITY
NT seq 3894 nt   +upstreamnt  +downstreamnt
atggttagcaattatggaaatattagaatcgcaatagatagaggtggtacatttacagat
tgcataggtaatataggtactggtaaaaaagaagatgatagaataataaaattattatca
gttgatccaaaaaattatgatgatgctcctttggaaggaataagacgactattggaaata
tttgaaaataaaactattccaagaaatacaaaattagacatttcaaacgttcaaagtatc
agaatgggaacaacattagctacaaattgtgctttagagagaaatggtgaagattgttgt
ttcattactacaaaaggttttaaagatacattacttataggagatcaaacaagaccaaac
attttcgaattgaatattgcaagagataaattaaaacctttatttaatatgtgtgttgaa
attgatgagagaattactttggaagatttttcagaagatccagaaaaaattattacaaaa
gtagatcaagatgatgacaatctagtaattggcaaaagtggagaggctgtcagaataata
aaaaaaccagatcttaacgaaataagatcaacattgaatcttgtctaccaatctggaatt
cgttcaattgcagttgcatttgtgcattcatatacatatccaaaccatgaattacttata
aaaaaaattgcagaggatattggttttgaacacatttctttatcttcagaaatttctcca
atgattaaatttttacctagggcttatagtgccgtagcggacgcatatttgacaccagtg
ataaaaaattatttaaaaaagatctcacatggactattcatcaaaaacgacagcactgct
ggctcaggaaatactttaaaaaatatacagttcatgcaatctgatggaggcttagttgaa
ggagataagttttcaggtttgaaatcaattttatctggtcctgctggtgggattgttgga
tatgccgaaacgtgttatgatccagaaaattctatacctttgattggtttcgacatggga
ggaacttcgaccgatgtgagcagatatggcagtggtaaattacaacatgtttttgaaaca
gttacagcaggtattaccattcagtcaccacaactagatatacacaccattgctgcggga
ggcagttcaatcctatcatgggaaaatggtttgtttaaagtaggaccaaaatcagcatct
gcagatccaggacctgcttgttatagaaaaaatggaccattaacaataacagatgcaaat
ttatatctggggcgtcttattcctgaaatgtttccacacatttttggtccaaatgaaaat
gaacctttagatttagagattactaaagataagttcgaacaattgacaacaaaaatcaac
aaagatcttaaagtgaagatgactacagatgaagtagtttatggtttcttaaaagtcgcc
tgtgaatcaatggctagaccaattagagcattaacagaagcaaaaggctatgaaatatcg
aaacatagattggtttcatttggtggagctggtggacagcatgcagttgcagtcgcggaa
agtttaggaatagatacagttttaattcatagatattcttcagttctatccgcatacggg
atatttttagctaacgttgtagaagaacaacaaaaaccttcctctcttgttttatcagat
gcaaattcaagaagaatagtagaaaaggagttcaaagatttagagttaatttgtaaaagc
aagttatataatcaaaatttttttgatgaggatattaatatagaaagatacttaaacctg
agatatgagggtactgaaactggtttgatgatcttacaagaagaagaaaatatctggaat
ttccagaaatggttttcgtctgcccaccatagagaatttggattttcttttgacaacaag
cgcataattgttgatgacattagagttagagcaataggtaaatcgaatatccgggctgaa
agttctgttgataaacaattagctatataccatcagaaagttgtagattcgatgaaaaat
atctttatgactaaaagcattttttttgaaaacaaaagaatagatacaccaatttatcag
attgagaaaatggaatacggtactcaaatcagaggtcctgctattttagccgattctact
caaacaaacgttctacctcctaatgcaattgctacggtattagaatctcacatttttatt
aagatagatcatgatgacaataagagcatagtcgatagagaaggtgctgtaaatcctgtt
ttactttcaatattcagtcatagattcatggatatcgcagagcaaatggggacacaattg
cgtaagacttctgtctcaactaatgttaaagaaaggttagatttttcatgtgcattgttt
gacaataaaggaaacttagtagcaaacgcccctcatgttcctgtccatttgggttctatg
tccacatgtataaaattacaagccaagttatgggaaggtaaattaaaacccaatgatgta
ttgataacaaaccatcctgaagcaggtggtacacacttgcctgatattaccgttatatca
ccaacattctcttcagatggagatattatattttatgttgcttccagagcacatcatgca
gagattggtggtatattacctggttctattccaccgaattcaaaagaattatatgaagaa
ggtgttgctatttattctgaactattagtcaaagaaggtatattccaagaggatatggtc
tacaaatggtttgtggaggaacctggaaaatattatgggtgctcaggttctaggaaagtt
agtgacaacatcagtgatcttaaagctcagatagcagcaaatacaaagggtattcacctg
atcaatactttaataactgattactcattagatataattatcaaatatatgaaggctatc
caacagaatgcatgcgaaacaattaaaaaaatgctcaagcaattaacatctcattatggt
agaaatgtatttgaaagcgaagatagaatggatgatggatctcttatcaaattgaaagtg
acattaaataatgaagatgatgagtatatattcaacttttcggagacatcttcacaagtt
tatggtaatttaaacgctccagaagctattacaaattctgccatcttatactgtctaaga
tgtttagtaggagaagatatcccactaaaccaaggatgcttagaaccattaacaataata
attcctaaaggatctattttaagtcctaacaaaggtgctgccgttgtcggtggtaatgtc
ctaacatcacagagggttaccgatgttattttgaaaacatttaatgttatggctgattca
caaggtgattgtaataattttacatttggaacgaaatgcgttgttgactccgatggagat
actattgatggttttggatattatgaaactatatgtggtggcgtgggagcaggtgcacca
tcatggaggggcgatggctgggatggagctagcgctgtacatacgaatatgactaacact
cgtatgactgatcctgaagtttttgaaaagagatatcctgtgttactaagagagttttct
atccgtgaaaattcaggtggtaatggccatttcagaggtggttgtggtgtcattagaaaa
atcgaatttaggaaacctgtgattgcatcaatactctctgaacgtcgtgttctcccacct
aatggacttcatggaggtatgaatggcttgagaggagaaaatacttggttcagaagtgat
acatctgcattcattaatataggtggaaaaaatacagttaatgttcaaacaggtgacgtt
gtgattatcaaaacacctggaggtggaggatatggagtaaaaataacatattga

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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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