KEGG   Dictyostelium purpureum (cellular slime mold): DICPUDRAFT_57189
Entry
DICPUDRAFT_57189  CDS       T02090                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
dpp  Dictyostelium purpureum (cellular slime mold)
Pathway
dpp04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:dpp00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    DICPUDRAFT_57189
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dpp04121]
    DICPUDRAFT_57189
Enzymes [BR:dpp01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     DICPUDRAFT_57189
Ubiquitin system [BR:dpp04121]
 Ubiquitin ligases (E3)
  HECT type E3
   DICPUDRAFT_57189
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 10507378
NCBI-ProteinID: XP_003291186
JGI: Dicpu1_57189
UniProt: F0ZUU2
Position
Unknown
AA seq 1467 aa
MRNLSGALLDELQTPLRGGNPAAVGLLNTLIEGRNRSKLLLQGLKSDDENKQMESLLEVC
DLLSIATEETIAGFPSDSFAPALINLLNMDHNPDMMLLAGRALSNMIEALPSSISSVVNH
GAVSILCSKLLSIEYIDLAEQCLQTLEKISQEQPTVVLRAGGLMATLSFIDFFSTGVQRM
AITTASNICRQVPKDCFDMVREPIQILTNLLQYQDQKVVELSCLCFSRLIESFYDSPQKL
EIIASHGLISNLVRIISGMYNSTTSLSPNTYSQIIRIMATVCHGCPNITQTLLEEGIISI
IQSIMYPSNDNANGSNSNVNRNSQQCYEVLSLINELLPPLPQEFANLLTPNRSIPNSLQS
PELLKTLGEDLFVVLVEMFTSNVNTSVRYKSLGCICKVLYYSSSEQIKDLLKEFAFSSFL
ASLLGSRDMIIVATAIKIVELMMERLPVIFDRYFKREGVVYEVDRLSKLEQPSPPQIPSS
LSTSSSLPSTPSSASTATSTTTTIIPTTQEELKSFVCKEAKKLKDTYFPKLQTMMGATNE
NFSTKELSILKNLSQKLNKCEKEEGVEILEEIKSLLIDTEGISAFEFLHSDLVGSILNYL
TRGNIKKHAECFAKVFLVPYQKSGASSMTPLKTSSPNPLLLSLLIEKLHDALNKVERFNI
NISDVSGTSSGLKYLTQPFKLKLQKEGTDPNLKDYSGNIVLIEPLANITAIEEFLNSKVI
VTPNLASAVPASLSCTTTTVGLTTTTSNTNKDGTTEKPVEKEKDSIMDEDDEDEEDTPPT
ANTSPTASTSTTATGSTTKTPSKLGIFVDGQRLTNSITIFQAVQRIARVQQIATLNSNNN
NNNNNDYESSLNVQTNRLWDSTHPPIRELGSSKLIDFLTDDHSFQLTSNDTATYEILSLL
RCLYMFNLDPASVNAGSILSNSSMILSSASLFTSERSLLNASEFISQKLTAKIMRQLQDP
LALCGGVFPDWCKQLLNSCSFLFPFDCKRLFFYSTSFGIARALSTLQQRQDLIRQTNGSA
VSSNNDRGGDFRVGRIQRQKVRIYRNKILESAIKVMDLYGKSKSMLEVEYFGEAGTGLGP
TLEFFTLVSKEIQRKDLNLWYTDNTTTTTTTIISEPEKMEIDSLSSPSSSKTPTTPTTTE
IIHEYIYCPGGLFPRPINPSTTIDKKLLDYFKFLGSFIAKTFFDQRLIDLPLSKPFYKYM
IEQELEFEDLRQLSPAYASSLNNLYSLVLRIKEIKSKSDLSDTQKKEEIDQLRIEGAKIE
DLCLDFTLPGFQGWELKEGGENIPVTLENLEEYLNLIVKNFLYDGVIRQFNSFKEGFNQT
FSISSLKPFTIAEVESLLCGSLTGSDSDWSIESLMESTKADHGYTLQSKSVQNIFQIMSE
FTPEQRKQFLLFISGSPHLPLQGFKGLIPRLTIVKKHHFPPLTPDDYLLSVMSCTNYIKL
PDYSNKEVMKEKLLYAMNEGQSSFHLS
NT seq 4404 nt   +upstreamnt  +downstreamnt
atgagaaacctctcaggagcattattggatgaattacaaacaccattaagaggtggtaat
ccagcagcagtaggcttactcaacacattaattgagggtagaaatagatcaaaattactc
ttacaaggtttaaaatcagatgacgaaaataagcaaatggaaagtcttttagaggtttgt
gaccttttatcaattgcaaccgaagaaactattgcaggtttcccaagtgattcatttgca
ccagcattaataaatcttttaaatatggaccataacccagatatgatgttgttagctgga
agagcactttcaaatatgatcgaagctttaccaagtagtatttcgtctgttgtcaaccac
ggtgccgttagtatcttatgttcaaaattattatcgatcgaatatattgatcttgccgaa
caatgtcttcaaacccttgaaaaaatttcacaagaacaacctactgtagttttacgtgct
ggtggtttaatggcaactctttcttttatcgatttcttttctactggtgttcaaaggatg
gcaattactactgcatcaaatatatgtagacaagtaccaaaggattgttttgacatggtt
agagaaccaattcaaattttaacaaatttattacagtatcaagatcaaaaagttgtcgag
ctatcatgtttatgtttttcaagattaatagaaagtttttatgattctccacaaaaatta
gaaattattgcatcacatggattaatatcaaatcttgttaggattatatctggaatgtat
aatagcaccacatcattaagtccaaatacctattctcaaatcattcgtattatggctacc
gtttgtcatggttgtccaaatattactcaaactttattagaagaaggtattataagtatt
atccaatcaataatgtatccatcaaatgataatgccaatggcagcaattcaaatgtaaat
agaaatagtcaacaatgttatgaagtactttcacttatcaatgagttgttaccaccatta
ccacaagagtttgcaaatcttttaaccccaaaccgttcaattccaaattctttacaaagc
ccagaattattaaaaactttaggtgaagatttatttgtagttttagttgaaatgtttaca
tcaaatgtcaacacatcagttcgttataaaagtttaggttgtatttgtaaagtgctttat
tattcatcatccgaacaaatcaaagatctcttaaaagaatttgcattctctagcttttta
gcaagtcttttaggtagtcgtgatatgattattgtcgccactgccattaaaatagtagaa
ctcatgatggaaagattaccagttatttttgatcgttattttaaacgtgaaggtgtagta
tatgaagttgacagattatcaaaattagaacaaccctcaccaccacaaattccatcatca
ttatcaacatcaagctcattaccatcaactccatcatcagcctcaactgccacatcaacc
accactacaattattccaactacacaagaggaacttaaatcatttgtttgtaaagaagcc
aaaaagcttaaagatacatatttccctaaattacaaactatgatgggcgcaactaatgaa
aatttttcaactaaagaattatcaattttaaagaacttaagtcagaaattaaataaatgt
gaaaaagaagaaggtgttgaaattttagaagaaattaagagtcttttgattgacactgaa
ggtatctctgcattcgagtttttacacagtgatttagttggtagtatacttaattatctt
actcgtggtaatatcaaaaagcatgctgaatgttttgctaaagtatttttagttccttac
caaaagagtggtgcttcttctatgactccattgaaaacttcctcaccaaatccacttttg
ctctctttattaatcgaaaagcttcatgatgctttaaataaagtcgaacgtttcaatatc
aacattagtgatgtctctggaacaagttctggtctcaaatatttaacccaaccatttaaa
ttaaaactccaaaaagaaggtaccgacccaaacttaaaagattattctggtaatattgtt
ttaatagaacctttagcaaatataactgcaatcgaggaatttttaaattcaaaagttatt
gttacaccaaatttagccagtgctgttccagcctcattatcttgcacaacaacaactgta
ggattaacaacaactacatcaaatactaataaagatggaacaacagaaaaaccagttgaa
aaagagaaagatagcattatggatgaagatgacgaagatgaagaagatacaccaccaact
gcaaacacatcaccaactgcatcaacatcaactacagcaacaggctccacaacaaaaacc
ccatcaaaattgggtatttttgttgatggtcaaagactcaccaactcaattacaattttc
caagctgttcaaagaattgcacgtgtccaacaaatagcaacacttaatagtaataataac
aacaataataacaatgattatgaaagtagtttaaatgttcaaaccaatagattgtgggac
tcaacacatccaccaattagagaattaggttcatcaaaattaatcgactttttaactgac
gaccattcattccaattaactagcaacgatacagcaacctatgaaattttatcattatta
agatgcctctatatgtttaatttagacccagccagcgtaaatgcaggatcaattttatca
aattcatcaatgattctctcatcagcatcactcttcaccagtgaaagatcattactcaat
gcatcagaatttatttcacaaaaactaactgctaaaattatgagacaacttcaagatcca
ttggcactttgtggtggtgttttcccagattggtgtaaacaattattaaatagctgttca
ttccttttcccatttgactgcaagagattattcttttattcaacctcatttggaatagcc
agagctctttccacccttcaacaaagacaagatctcattagacaaacaaatggtagtgca
gtatcgagcaataatgacagaggtggagatttccgtgttggtagaatccaaagacaaaaa
gttcgtatatatagaaataaaattttagaatctgcaatcaaagttatggatctatatggt
aaatctaaatcaatgttggaagttgaatatttcggtgaagctggtacaggtttaggtcca
actcttgaattctttacattagtttcaaaagaaattcaaagaaaagatttaaatctatgg
tatacagataatactacaaccacaactacaacaataatttcagaacctgaaaaaatggaa
attgattcattatcatcaccatcatcatcaaaaacaccaactacaccaacaacaacagaa
attattcatgaatatatttattgtccaggaggattattcccaagaccaattaatccatca
actacaatagataaaaaactattagattattttaaatttttaggttcatttattgcaaaa
acattctttgaccaaagattaattgaccttccattatcaaaaccattttataaatatatg
atcgaacaagaattagagtttgaagatcttcgtcaactatcaccagcctatgcctcatca
ttaaataatttatatagtttagtattacgtattaaagaaattaaatccaaatcagatctc
agtgatactcaaaagaaagaagaaattgatcaactcagaatcgaaggtgcaaaaattgaa
gatttgtgtcttgattttactttaccaggtttccaaggttgggaattgaaagaaggaggt
gaaaatataccagtcacattagaaaatcttgaagaatacttaaatttaatcgtcaaaaac
tttttatacgatggtgttatcagacaattcaattcttttaaagaaggtttcaatcaaaca
ttctcaatttcaagtttaaaaccattcaccattgcagaagtcgagtcacttttatgtggt
tcattaacaggtagtgatagtgattggagtattgaatcactcatggaaagcaccaaagct
gatcacggctacactcttcaaagcaaatcagttcaaaatattttccaaattatgtcagaa
ttcactccggaacaaagaaaacaattcttattatttatttccggtagtccacaccttcca
ttacaaggctttaaaggtttaattccacgtctcactatagtaaagaaacaccatttccca
cctttaactcctgatgattatcttttgagtgttatgtcttgcacaaattatatcaaatta
ccagattattcaaacaaagaagtaatgaaagaaaaactcttatatgccatgaatgaaggt
caatcttctttccatctttcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (15)   

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