KEGG   Malassezia globosa: MGL_0055
Entry
MGL_0055          CDS       T01043                                 
Name
(RefSeq) hypothetical protein
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
mgl  Malassezia globosa
Pathway
mgl04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:mgl00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    MGL_0055
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mgl04121]
    MGL_0055
Enzymes [BR:mgl01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     MGL_0055
Ubiquitin system [BR:mgl04121]
 Ubiquitin ligases (E3)
  HECT type E3
   MGL_0055
SSDB
Motif
Pfam: DUF908 DUF913 UBA TH1 ELMO_ARM
Other DBs
NCBI-GeneID: 5856586
NCBI-ProteinID: XP_001732280
UniProt: A8PRH7
AA seq 1944 aa
MKITKTPKRKPETPADLAALSARIVEEPESSLASCLHSIHQWTWPRGDLYAWIAVLNRFD
DILERICHNTPLLPVQTAPFAPHDRDLLVAMLGFTRLLLENCMNRKLYASYEHLNILLGT
DDADVLEQLLYLVLRPAQQHSSTGRHELPLNQQRLRILAAAWPPRDAGMEFSDVARIDPP
IPATLSSVHVQGYRRAGRSSASSTTQAMTSSNNPTSSSSQPSTPAKLPASSSTSAPVSAP
TTASPDEGIRRAVISGLDSTSRTPGDLVQTCDAWDDLSDDDRFELFHKVRIALACHDTSQ
RRQALVCRLLAIACFVHAAPESFTNTHLFMVEPGIVLRTAALLEPPHTVDDKLRGAALYA
LDSFRHFRNRLSDVLTAVNASISHGILRQLLHCTIQRLRELAKAESSPPSFDVFVDALMT
LIANLATVASGTSMATGAGLVPQMLELACIEAPTNYLVQRTSTRAVGLLDSILYAYPSTF
QQFTASHGIDVLVRRVESDMSLEQGPESLPYGRVHVLRQILRLFHHMMTTSGTADALRNL
IDTPLVPALRFIMVHKQRFGVHVLAQAISIMATFVHNEPTQLATIQENKLPEAFVRALQD
DMEPSFELLTALTPAISALGLNEAGLRLLMESRIVPRIVHVLDDPRYHRVLLDRDNANVF
GSSIDELVRHHPSLKEGVLSELIAVVDNIVAQAHAYSPPANPEARCLYVVDEPLHLAARP
IRTSHVVLDDPDHTVPEAVPGDDNVPLAAFDVMCRFLEGLFRNVAPCRDFLRCDGLSRLL
AFFSSPCVAYNFPASAPADSCVMLLRAMTEESPSTVLSLLLREVKRSLDEFAQLPTDSQP
ITPVQFRALVRLHTRIQLLSDVCQTFGQSFAFTQSGTKIPLAFLRVLREGGDVATITQLT
ELFRHAAWDHLHVKASLQDADCSPAMKALQYMSVRIPASILSMLSVITRLFMPRRYADPD
FAEAAKNVSNDMGAVLRTWSSLRSDVPESDALAEHTYLHFVLRHLFYDKRTTHGEQAHTL
ILRAWCELGGDAALVDQVRRISTHFVQGELDNDETSVISHAAGALRSYLDLVLRFVPART
LLDASQTAQLSRDPSFSAHALLVQLRRHALDILAQLWDAPWLSKLPLTPVREVAQSLGMV
LYADREDPPPPRPNPPSIVAGASGLPSNLPSALAATLSSASLPVRRPSAAAVSSVDEGRL
AQLVEMGFPRGSARRALERCHNNISAATEYILQHPELEDEPDDMPEQLPFPEPDQIANAL
AGALRAQVSSMDDGQQQPDGHALEHTEDGEQRLSDGHHDSDAPHVSVDAPARRNDTPSVD
TDQLTTAGSTEQPTASTPSPNRVALDQGRERMRPNFFLRLLELADTHEPLVFDARHVFVF
FSREQEQVDRLWNMVVQRLSFDMTNPVMTVRLHLLALLLTSDRIQPKLPWPTLPHIARNL
VTAMEQAPPHKDETETVWLSSALLSLCGILSASEWSEGYAAVPGDATERTAFLDEMRPML
LTLMLRILEHSSQLSDGSLLGVARMLVLLTRDPRTAASMVEQRALPLVLRPLLTRRRFQR
ASYQRLVIIVLRHMVESGGSLLPLLTNELHVWMNQSSRPRPTEVSSLLKAMGHSVIRSPP
TFLDAAASQLELIEFHSMKSPTNLRPRQGAQVPDEPASAQAMYDAVVHMLMNDLVSVREG
TTTAPEADADSLISVSDARDTYVFALLQCLVELLSSYMGCKQSFLQYRVHGTTPVLAYFM
NELVPIGFLAQYEAEELRKRMTESNWAISVLVALATDPLPLPDATSVPDMLVSIRKALLD
ALYKALREATQTDGQLEIKFGRLYALSDTCHRLLTARPNTDTTAPKRMEVVLHMAKTMLE
KNFVAVLTQALADLDVNMPSLSSLLDSVLRPLEHLTKASIKMARSDRRGSHDKKNCPGGT
WNNPCSVARSERGDDGEDPWEPSS
NT seq 5835 nt   +upstreamnt  +downstreamnt
atgaaaattaccaaaaccccaaagcgcaagccagagacgccggcagacctggcagcgctg
agtgcccggattgtcgaggagcctgaatcatctctcgcttcatgtcttcatagcatacac
caatggacatggccgcgcggcgatctgtatgcgtggatcgctgtgcttaaccgcttcgac
gacatcctcgagcgcatctgccacaacacgccattgcttcctgtgcagaccgccccgttt
gcgccacatgatcgcgaccttctcgtggccatgttggggttcactcgacttcttctcgaa
aactgcatgaatcgtaagctgtacgcttcatatgagcacctcaatatcctgctcggcacc
gacgacgccgacgtgctcgaacagcttctgtaccttgtgcttcgcccagcgcaacaacac
agcagcacaggtcgacatgagttgccactcaaccagcagcgcttgcgcatcctagcggct
gcatggccgccacgcgacgccggcatggaattctcagatgtggcgcgcattgatccgccc
atacccgcgacgctctcatccgtgcatgttcagggctaccgacgtgcaggtagatcaagt
gcttcctctactacccaagcgatgacttcatcgaacaacccaacgtcttcgtcgtcgcaa
ccgtcgacgcccgcaaagctgccggcatcttcgtccacgtccgcccctgtctctgcccct
accacagcatcgccagatgaaggtatacgtcgtgctgtcatctccggacttgattcaacc
tcacgcacgcccggcgatcttgtccagacgtgcgatgcgtgggacgacttgtccgacgac
gaccgattcgagctcttccacaaggtccgcatcgctcttgcctgccacgacacgagccag
cgacgccaggcgcttgtttgtcgtttactcgctatcgcatgtttcgtacacgctgcgccc
gaatcattcaccaacacgcatttgttcatggtagagcccgggatcgtgcttcgtacagct
gctctccttgagcctcctcacaccgtcgatgataagctgcgcggtgctgctctgtatgca
cttgattcattccgtcacttccgcaatcgactgagcgacgtgctgacggctgtcaatgct
tcaatcagtcacggaattctgcgtcagctgctgcattgcacgatccagcgtcttcgcgag
ttggcgaaggctgagtcatctccgccttcattcgacgtgtttgtcgatgctctcatgaca
ctcatcgcaaatctcgcgacagtcgcctctggtacaagcatggcaacgggcgcgggactt
gtgcctcaaatgttagagttagcgtgtatcgaagcgccaacaaactatcttgtccagcgc
acttccacacgcgccgttggtctgctcgatagcatactttatgcatacccatccacgttc
caacaattcacggcctcacatggcattgatgtgctcgtacggcgcgtcgagtcggacatg
tcgcttgagcaggggcctgagtcgctcccgtacggacgtgttcacgtactgcgccaaatc
ttgcgcctgtttcatcacatgatgacaacgtctggcacggccgatgcgctgcggaatctg
atcgacacaccgcttgtacctgcgttgcgcttcatcatggtgcataaacaaagattcggt
gtgcatgtactggcgcaagccatctcgatcatggccacatttgtccacaatgagccgacc
cagctcgcgacaattcaggagaacaagcttcctgaggcctttgttcgtgctttgcaagac
gacatggaaccgagctttgagcttctaacggcccttacgcctgctatcagtgcactgggc
ctcaacgaagcgggcctgcgtctgttgatggaaagccgcattgttccacgcatcgttcat
gtgcttgacgacccgcgctatcaccgtgtgcttcttgaccgtgataacgccaatgtgttc
ggctcgtccattgacgagcttgtgcggcaccatccgagtttgaaagagggcgtcctttca
gagttgattgccgtcgttgacaacatagtcgctcaagctcacgcatattcgccgccagcg
aaccccgaagctcgctgcttgtatgtggttgacgagccgttgcacttggcagcgaggcca
atccgaacatcacacgtcgtactcgacgaccctgatcacacagtgccagaggctgtgccc
ggcgacgacaatgtgccgcttgcagcatttgatgtcatgtgtcgattccttgaaggcctg
tttcgcaatgtcgccccttgccgcgatttcctccgctgtgatggactctcacgcttgctg
gcatttttctcctccccgtgcgttgcgtataactttcctgcatctgcaccggctgactcg
tgcgtgatgctcctgcgtgccatgaccgaggagagtccaagcacggtgctgtctctcctg
ctccgtgaagtcaagcggtctctggatgagtttgcacagctgcccacagattcacaaccc
atcacacccgtgcaatttcgcgcactcgtgcggcttcatacacgcattcagctcttatca
gatgtatgccagacgttcgggcagtcgtttgcattcacccagtccggcacaaagattccg
cttgccttcttgcgtgtgttgcgagagggcggcgatgtcgcgacgattacacagctcact
gagctcttccgtcatgcagcatgggaccatttgcacgtgaaggcctctctccaggacgca
gactgctcgcctgcaatgaaagccctgcagtacatgagcgtgcgtatcccagcctctatt
ctgtcaatgctcagtgtgatcacgcgcctgtttatgccgcggcgctatgctgatcccgac
ttcgctgaagcggcgaagaatgtgtcgaacgatatgggtgccgttctgcgaacctggtcc
tcactgcggtcagatgtgccagagtcagacgcccttgcagaacacacatacctgcatttt
gtccttcgtcaccttttctacgacaagcgtacgacgcatggagagcaggcgcacacgctc
atcttacgtgcatggtgtgagctgggtggcgatgcggcgctcgtggaccaagtgcggcga
atcagcacacactttgtccagggtgaactcgataacgacgaaaccagtgtcatatcacat
gctgcaggagctctccgttcgtacctagacctggttctgcgatttgtcccagctcgcaca
ctgcttgatgcgtcacaaactgctcagctgtcgagagacccatctttcagcgcccacgca
ctcctcgtgcagctccgccgacatgcactcgacatcctagcacagctctgggacgcccca
tggttgtcaaagcttccactgacccctgtacgtgaagtcgctcagtctctcggtatggtg
ctgtatgcagatcgagaggatccgccgccaccacggcccaatccgccatcaattgtggca
ggagcatcgggcctgccttcaaacttgccctccgcactcgcagccactttgtcatcagcg
tctttgccagtgcgccgcccatcggctgcagcggtgtcatcggtcgacgaagggcgtctt
gctcagcttgtagaaatgggctttcctcgtggttcggctcggcgcgcgcttgagcgatgt
cacaataatatcagtgccgctaccgagtatattctacagcacccagaactagaggacgaa
cccgatgacatgccggagcagttgccattccctgagcctgatcaaattgccaatgctctt
gccggcgcgctccgcgcacaggtgtcgtcgatggatgacgggcagcagcagccagatgga
catgccctagaacacacagaagatggcgagcaacgccttagtgatgggcatcatgactca
gacgctccgcatgtgtcagttgatgcgccagcccggcgtaacgatacaccgtcagttgac
acagaccagcttactacggcaggatccactgaacaacctacagcttcgacaccatcgcct
aacagggtggcgctcgatcaaggtcgagaaaggatgcggcccaacttcttcctgcgactg
cttgagttggctgacacacacgagcctcttgtatttgacgcaagacatgtctttgtgttc
ttttctcgcgagcaagagcaggtcgaccggttgtggaacatggttgtacaacgtttatca
tttgatatgacgaaccctgtcatgaccgtccgacttcacctgctggctcttttgctcaca
tcagatcggatccaaccaaaactgccatggcctacgcttcctcacatcgcccgcaaccta
gtgacggctatggagcaagctcccccacacaaagatgagaccgagacggtgtggctttct
tcggctctcttgtctctttgcggcattcttagcgcaagtgagtggtctgaaggatacgct
gccgtacctggggatgcgactgagcgcactgcattccttgatgaaatgcgtcccatgctg
ctcacgctcatgctgcgtattttggaacattcgtcgcagttgtcagatgggtcactgctg
ggtgtagcacgaatgcttgtgcttctaacgcgcgatcctcgtacagccgcttctatggta
gagcagcgggcgttgccgttagtgcttcgtccactgctcacacgccggcgattccagcgt
gcgtcgtatcagcgccttgtcatcatcgtgctccgtcacatggttgagtcaggcggttct
cttctccctcttctcacaaatgagctccatgtgtggatgaaccagagctcaagaccgcga
ccgacagaagtcagcagcttgctcaaagcaatgggtcactcggttatccgatcgcctcca
acgtttttggatgccgctgcatcgcagcttgagttaattgaattccattcaatgaaaagt
cccacgaatttgcgtccacgccagggagcccaggtgcctgacgagcctgcatcggcacaa
gccatgtacgatgctgtagtgcacatgctgatgaatgatcttgtgtcagttcgcgagggc
acaacgactgcgcctgaagcagatgctgacagtctcataagcgtgtcagatgctcgcgac
acgtacgtgtttgcacttttgcagtgtctcgtcgaactgctctcatcctacatgggatgc
aagcaaagcttccttcaatacagagtgcatggtacgacgcctgttctggcatacttcatg
aatgaactcgtgcctattgggttccttgcacagtatgaagcagaagaactccgcaagcgg
atgaccgagtcaaactgggctatatccgtgcttgtggcattagcaacggacccactgccg
ttgccggacgcgacgagtgtgccagacatgctggttagtatccgcaaagcgttgctggat
gccttgtacaaggcgctgcgcgaagcaacgcagacagatggccagcttgaaatcaaattc
ggccgtttgtacgctctttcggacacatgtcatcgtctactgacggctcgtcctaacacc
gataccacggcacccaaacgtatggaagtcgtgctgcatatggccaagacgatgttggaa
aagaactttgttgccgtactcacacaagcgctcgctgacctcgacgtcaacatgccgtca
ctctcctccctcctcgatagtgtcttgcgtccacttgaacatcttacgaaagcgtcaatc
aaaatggcccgctcagaccgacgcggctcgcatgacaagaagaactgcccagggggcacg
tggaataatccctgcagtgtcgctcgtagtgagcgcggtgacgatggcgaggacccatgg
gaaccatcatcatga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (68)   
   KEGG ORTHOLOGY (1)   
   RefGene (64)   
   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 (82)   

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