KEGG   Clavispora lusitaniae ATCC 42720: CLUG_05412
Entry
CLUG_05412        CDS       T01149                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
clu  Clavispora lusitaniae ATCC 42720
Pathway
clu04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:clu00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    CLUG_05412
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:clu04121]
    CLUG_05412
Enzymes [BR:clu01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     CLUG_05412
Ubiquitin system [BR:clu04121]
 Ubiquitin ligases (E3)
  HECT type E3
   CLUG_05412
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 8494988
NCBI-ProteinID: XP_002614634
UniProt: C4YAU7
AA seq 1585 aa
MSNINKNRDRYIKRRNSKSDYANFTNEDGNLEEVQLAANSTRPISRSLRGDNGTSETTDL
EAPSQFQEDNSDTHQNVAFFGDHDFHAGGEQYDESDEGGEGGYHERDSYISEDVHDDEDD
DGDDGDDGEDDEVDGEDDELISGYWSEESEDRDESHRSAHPSRGSTLLRNLMQQERLELS
DSNLLDVMQRIVGGMSGDTSFARPNSEYDHLIDNLNQREDSYLVLETLNELSERLLMMNG
FTAERVVPAGKLAKSLISILNDPRLIDELELHLVACRCLYNFIEVNQDFIHHALNNNVME
ALVQRVSEITYIDLTEQALQTLEAISREPRAHSLIVESNGLQACLQNLDFLTIHAQRKCL
IIFANACTNISTERFSLVEAAFPLLFQVVKNYKDSLVIEYAWLAISRIISSYKHESEYIE
RLFENEELLKQMVSIITKSCNSSTTENGLNQRSTLSLMKSLNILSIVSIRISNILLNLDI
GSEICHSLNRYKKTDESSQKLKNLDSTISSKSFENMVPIEAVIAAPKDFLFQFLQLIDSI
LPIPPSFDYTSFLEKVPTESASLSYDEKISVFTFGKFWGFVNTIWPVLIHSFQGSMDIDV
RRKVLLAMYKIVYFADESVLTSIEGFNLLSGIVVSVIASERKLVDAQYSSKGNDGVNVLK
QNSMVFSVFLILKTMMEKSSIGFLRLLEKDGLFEDLFAILDGLSQSYEHDQEKDTSKNPD
DQISSEDIHPRSHRVSFSSSSSAHYFANSTVSSLQKSYKNIVDVGAQLKALYDDFKDKNG
VLQETGNEIANLIRRLSSVSDSSSNAEWDDIWSTLKNMLDSNKNGVSSFELTSSGILDIL
INLLGENGSSVSTSPCKSSFVKIFYTNNESISRFVSLLEDSISRRETFDVYTSGGSIGGD
SWNNTASMAKQIKLRLVPKVIDDSLHNQRMQQMNISVHSVATFRTIEEFLEQRFDLAKKL
DEQDSPVKPPLGSSDAEMVENNENHSTRRIHFFLNCEAIPYETTVFGAVFKGIQNEKKVG
KVDPYDVWSKQHTIFYGYTDSETHKEENEPFYEERDSEFCDKATNSVFLLLKVLFELNNE
VKRLHEYTSLPPEKFRNWKLTVKLNRQLEELLIVASGTLPNWCMRLTKDFPFILPLESKI
LFLQSTSFGYSRLIHNWQLRSARESSDDSSRRSAEGISLIGAQVGRPSRIKARISREQFF
PSAMKVLSVYGTSPEVLEIEYFNEVGSGLGPTLEFYSTTSREFCRKELHMWRDDPFISDN
DTNGNPYVFNSSGLFPAPLDPRKIGTENGRKILFLFSQLGKFVARALLDSRIVDFEFNPL
FLCMVRNSEMFEGDLNDSERKYPDKLSSALELVDPKLAKSLEQLKSLSSRVESKGNHYDQ
IEELSLCFVLPGYSNYELIPNGANISVTSENIDQYIEKVIDASVFSGVFEQMKSFVKGFS
EVFPISALSIFTTDELNEVFGSSHEDWSRDALSEAIKPNHGYNHDSIAIERLINVLVNFS
GKERRKFLQFLTGSPKLPIGGFKAMRPEFTVVRKYAEDNFISDDYLPSVMTCANYLKLPD
YSSEEIMHQKLIDAITEGANAFHLS
NT seq 4758 nt   +upstreamnt  +downstreamnt
atgtccaatatcaacaaaaatagagacaggtacattaagagaaggaatctgaagtcagat
tatgcaaattttacaaatgaggatggcaatctcgaggaggtgcaattggcggcaaatagc
accagacccatttcccgactgttgcgtggggacaatggaacaagcgaaacaacagactta
gaagccccttctcaatttcaggaggataacctggatacacatcagaatgttgccttcttt
ggagaccatgatttccatgctggtggcgaacaatatgacgagtcagatgaaggaggcgag
ggcggctaccatgaaagagatctgtacatcagtgaggatgtgcatgacgatgaagatgac
gatggggatgatggggatgatggagaagatgatgaagtagatggtgaagacgatgagctc
atttccggctattggtccgaagaactggaggatcgagacgagagtcacagaagtgctcat
ccctcccggggatcgacattgcttaggaatcttatgcagcaagagcgtcttgagctatct
gactcgaacttgttagatgtaatgcagcgcattgttggaggcatgagcggagatacgtct
tttgcgagacccaactctgaatacgatcacttaatcgataatttgaaccaaagggaagat
tcctatttggttcttgaaaccctcaatgaacttctggaaagattgcttatgatgaatggg
tttactgcggaaagagttgtccctgctggtaaattagccaagtcactaatactgattttg
aacgatcctcgtttaatcgatgaactagagctacatcttgtcgcttgcaggtgtctttac
aacttcatcgaggtaaatcaagatttcatccaccatgctttgaacaataatgtaatggag
gccctagttcaaagagtatctgaaatcacttacattgaccttactgagcaagctctacag
acattagaggccatatcgagggaaccccgcgctcatctgttaatcgttgagagtaatggc
ttgcaagcttgtttacaaaaccttgactttctaaccatacatgctcaaagaaagtgtctc
ataatatttgcaaatgcttgtacaaacatctcgactgaacgcttttctttagtcgaggca
gcctttccacttttatttcaagttgttaagaattacaaagactcattagttattgagtat
gcatggctcgccatctcacgcataatttccagctacaagcatgagtctgaatatattgag
aggctctttgagaatgaagaacttttgaagcaaatggtactgataattaccaaatcgtgc
aattcctcaaccactgaaaatggattaaaccaaagatcaactctatcattgatgaagtcc
ttgaatatcctttcgattgtatccattcggatctccaatattttattgaacttggacatt
gggtctgaaatatgccattccttgaatagatacaagaagactgatgaatcgagccagaaa
ttgaagaatttggattcgacaatttctagcaaatctttcgagaatatggtcccaattgaa
gctgtaatagctgctcctaaagatttccttttccagtttcttcaattaattgacagtatt
ttacccattccaccttcatttgactatacactgttccttgaaaaggttccaaccgagagc
gcctcgctatcctatgatgaaaagataagtgtctttacattcggaaagttttggggcttt
gtgaatacaatttggccagtgctcattcattcttttcaaggatctatggacattgatgta
agaagaaaggttttgctcgctatgtataagatcgtttattttgctgatgaatcggttttg
actctgattgagggattcaatttgttatctgggatagtcgtatctgtcatagcctcggag
aggaaattagtcgatgctcagtatctgtcgaaaggaaatgatggtgtcaatgttttaaag
caaaacctgatggtcttcagtgtctttcttattttaaaaactatgatggaaaaatcaagc
attggattcttaagattattagaaaaggatggactctttgaagatctttttgcgatatta
gatggtcttctgcaatcctacgaacatgatcaagaaaaggatacgtcaaagaatcctgat
gaccaaatcagtagtgaggatattcatccaagatcacaccgtgtttcattttctagctct
agcagtgcacattatttcgctaatagcactgtttcctctttgcaaaagagctacaagaat
attgttgatgtcggcgcccagctaaaagcactttatgatgacttcaaagataagaatggt
gtactacaggagacaggaaatgagattgctaatcttatccgaaggctatctagtgtatca
gattcaagtctgaacgctgaatgggacgatatctggtctactttgaagaacatgttggac
tcgaacaaaaatggcgtatcaagtttcgaacttacgagtctgggaattttagacatccta
atcaatttattaggggaaaatgggtcttcagtttcgacatccccttgtaaatcgtctttc
gtgaagattttctataccaacaatgagtcaatatcacgattcgtcagtttacttgaagac
tcgatttccagaagagagacatttgatgtttatacaagtggtggaagcataggcggtgac
tcttggaataacactgcatctatggcaaagcaaattaaacttcgtcttgttcccaaagta
attgatgatagtttgcacaaccaaaggatgcagcaaatgaacatttccgttcactcagtt
gctacattcaggaccatagaagagtttttagagcagagatttgatcttgctaagaaactt
gatgaacaggacctgcctgtgaagccccctcttggttcgtctgatgcggagatggttgaa
aacaatgagaatcattctactcgtcgtattcatttcttcctcaactgcgaagcaattccg
tacgaaactactgtgttcggtgcagtctttaagggaattcaaaacgagaagaaagtggga
aaggtggacccgtatgatgtttggagtaagcagcatacaatcttttacgggtatacggac
tctgaaacacataaagaagaaaatgagccattttatgaagagcgtgattccgaattttgt
gacaaagcaacaaattctgtgtttctacttttgaaagtgttatttgaattaaataatgaa
gtcaagaggttgcatgaatatacctctcttccacctgaaaagtttagaaactggaagttg
acggtgaagttgaaccgccagttagaggaattgttgattgttgcaagtggaacattgccg
aattggtgtatgcgtctcaccaaagactttccattcattcttccgcttgagagcaaaatt
ttatttcttcaaagcacttctttcggttactcgcgtcttatccataattggcaactcaga
agcgcacgggaaagctctgatgattcttcccggcgttcggccgaaggtatcagcctcatt
ggagcacaagttggaagaccatcaaggattaaagcaaggatctctagggagcagtttttt
cctagtgccatgaaagttttgctggtttatggaacttcgcctgaggttcttgaaattgaa
tacttcaacgaggttggttctggcctagggcccactttggaattctattctaccacttca
cgtgagttttgcaggaaagagcttcatatgtggagagatgatccgttcatttcagataat
gacactaatggaaacccttatgtgtttaactctagtgggttgtttcctgctccattagat
cctcggaaaattggtacagaaaacgggcgaaaaattcttttcttgttttcacaattggga
aaatttgttgcaagagctttgcttgattctcgtattgtggactttgagttcaaccctctc
tttctttgcatggttcggaattcagagatgtttgaaggagacttgaacgacagtgagagg
aaataccccgataaactttcatctgctttggaacttgttgatcccaaactcgccaagtcc
ttagaacaattgaaatctcttctgtcacgggtcgaactgaaaggaaatcattatgatcag
attgaggaactatctctttgctttgttttgccaggctattcaaattatgaacttattcct
aacggagctaatatttccgtgacatctgaaaacattgatcagtacattgaaaaggttatt
gatgcttctgtttttagtggtgtctttgagcaaatgaaatcgttcgtgaagggcttctct
gaggtttttcctatcagtgccctctctattttcacaaccgatgaattaaatgaagtcttc
ggtagctcccatgaagattggtcaagagacgcgctctctgaagcaattaaacctaaccat
ggttacaaccacgattctattgcgatcgagagacttataaacgtgttggtaaacttttcg
ggcaaagagcgtcgcaaattcttgcaatttttgacaggatctcccaagctcccaatagga
ggatttaaagctatgcgtcctgaatttaccgtggtacgcaagtatgcggaagacaatttt
atcagcgatgattatttaccgtcagttatgacttgtgccaactatttaaaacttcctgat
tattcactggaggaaatcatgcaccagaaactaattgatgcaatcacagagggcgcaaat
gctttccatctatcataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (58)   

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