KEGG   Stylophora pistillata (Smooth Cauliflower Coral): 111330853
Entry
111330853         CDS       T05774                                 
Name
(RefSeq) E3 ubiquitin-protein ligase TRIP12-like
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
spis  Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:spis00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    111330853
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:spis04121]
    111330853
Enzymes [BR:spis01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     111330853
Ubiquitin system [BR:spis04121]
 Ubiquitin ligases (E3)
  HECT type E3
   111330853
SSDB
Motif
Pfam: HECT WWE THDPS_N
Other DBs
NCBI-GeneID: 111330853
NCBI-ProteinID: XP_022791552
EnsemblRapid: LOC111330853
Position
Unknown
AA seq 1877 aa
MDDCSEQEGQGVTRGKRNKVQGKRKGSTNQTTLKEVDNKRSKPSQQRRSSLTQRSQSTVT
CTYNLRSRSASTSPRSSTSDCSTHSGPLVQEKQEANRKPTAVPSFAAAFSKSRQPQPSLT
AIGNLVTSQPSTLHPSNPSSSAIGNLSSSSKSSSRGRRSASSSSLSDKSAGPSQSAARTT
CAPSRSWRRSDLPEPSTGLRRSQRLKETTGSCASNSRRGPGKKQSWTRRQSPSMSADNAP
QEPGSLDGAHGSAEDSAPSASGEASRSELEGSGSLEDMELKDGELSRLQALLEARGVPSH
LIGSLGPRMHQLLHRTISSGSGGKVQQMLAGIQSSDEGQQLQSVIEMCQFLVMGNEESLV
GFPVKQVVPALVNLLSMEHNFDMMNHGCRALTYLMEALPRSTAVVVEAVPVFIEKLQVIQ
CMDVAEQALTALAMLSRRHGKAILQAGGMSACLLYLDFFSISAQRSALSVAANCCHSIGV
GDFHLVADSIPVLSGRLQHQDKKSVESCSVAFARLVDSFQTNEKHLEELAAHGLLNNLQQ
LLMMAPPVISTSTFVMVVRMLAVLCSNSPVIAVQLLRQNVSDTILYLLLGTTEPGEVENA
ELLSRSPQEFFEITSFISELLPNLPSDGIFSVDALLCKPQQKAEQGLWQWRDDRGLWHTY
SWIDSKIIEAAYQSGEDELTLTTLGRTYTVDFNSMQQTNEDTGTSRQIQRCPGGSETSTA
QSKTEETKITKSDERLVVLCEDTKLASSYTCVMFSALYKIFSSSVGPAVRHKCVNAILRV
LCHAPPDLLGVVLKRQPISSLIGGMLQSNDLRVITNALQMAEIVMQKMPDVFHVSFRREG
VMHRVRDLANGLLATKSKLSGKNCSSECLVDTSEIENPGQRATENAQSLPVTRRLGDVLR
RKRYSKRPGRGKASSFPSTSEAHVEINRDQIGIPSSKTILHESRAAFLASQVSTRLNSKS
AVLSERPAKLETSVASSLSENREKILAWIKDQATKFCAEYFDQQKGDSHPALSVLRQLKS
ASEELALDKETFIPALEEVSAVLTNEDNSACAFEILHSGLVPNLLRYLTSTEVNDALPQE
TRLRIFFHVFMGLPETSSPGDLKITTKPNVAPMAALIQKLHLCINQLEQLPVKVHDTPGG
AVGARGSQALRFFSSHQIKCLLQRHPDCEGLRQWKRGPVKIDPLALVQAIERYLVVRGYG
KKRQNPEDEGSEDDGSDDDIDESLATELQGQNNSRHQLEILLGDHLLPYNMTVYQAIKQY
GQCDEDKDFDDDHGGILGRPSIWVSTHTIWFRPLSQNQKEQQTVNSSKSKCGASGTASRA
SRKTWKEDESENEMSLGQLLVACEPGCFVTSDPSVEVISLMKALLVLNYHWTTLYEGQTR
RVFLSSSEFINNKLAAKITRQLQDPITVITGNFPAWVEELPRKCPFLFPFECRQQLFYCT
AMDRDRALSKLQETLPELMNTDASDRVAPRFDRKKHTVSRVGLLDQAEKLIGDLGSSQSV
LEIQYEGEVGTGLGPTLEFYALISQEFQRADLEMWRGESMLPPGGTGSDEDVSYVYSPAG
LYPAPVSRTAKAANVSKLCSKFQFLGKFLARAIMDFRILDIPFCPILYKWLLNQEGTLDL
GDLAAVDSVLAQSLTQLQQVAQRKKQLEQDSSHTPDSRQLAVDSLTLDDVPIEDLGLSFT
LPGHPEFELKRGGKDITVTIHELEEYIKLVVQWTLVSGVRRQIDALREGFNSVLPLSNLT
SFSYTEMELVLCGNVAEKWDLKCLVESCRPDHGYTHDSRAVKILFEILSGYTQEEQRLFL
QFVTGSPSLPVGGLRSLNPPLTIVRKSFEPPLCADNYLPSVMTCVNYLKLPDYSSKEIMA
SKLKLAVLEGQRSFHLS
NT seq 5634 nt   +upstreamnt  +downstreamnt
atggatgattgttctgaacaagaaggacaaggggtaacccgtggaaaaagaaataaagtg
caaggaaaaaggaaaggatcaaccaatcaaaccactctcaaggaagtggacaacaagaga
tctaaacccagccagcaaaggcgatcatctttgacacaaagaagtcagtctaccgtaacc
tgcacatacaatttaaggtcacgtagtgcatcaacaagccctcgttccagtacaagtgat
tgttcaactcacagtggtccactagttcaagaaaaacaagaagctaacaggaagcctacg
gctgtgccttcatttgctgctgctttcagcaaatcaaggcaacctcagccttccttgaca
gccattggtaatttggtgacgtctcaaccctctactctccatccaagcaatccctcatca
tcagccattggtaacctatcctcctcctccaagtcttcctctcgtggaagacgctctgcg
tcgtcatcttcattatctgataagtctgctggaccaagccaatctgcagcccgaaccacc
tgtgcaccatcacgaagttggagaaggagtgacctgcctgagcctagtacaggcttaagg
cggtcacagagactcaaagagacaacgggatcttgtgccagtaacagtcggcgtgggcca
ggaaagaagcagtcgtggacacgccgacaatcacccagcatgtcagctgacaatgctccc
caggaacctggatctttagatggagctcatggaagtgctgaagattctgctccttctgct
agtggcgaagcctccagaagtgagttagagggttctggcagccttgaagatatggagtta
aaagatggcgagttatcaagattacaagccctcctggaggcaaggggtgttccttctcat
ctgattggttcattaggaccacggatgcatcagctgttgcaccgaactatcagctctggt
tcaggtggtaaagtccaacagatgttggcagggatccagtcttctgatgaaggacaacag
cttcagtctgtcattgaaatgtgccagtttttagtaatgggtaatgaagaaagccttgtt
ggatttcctgtgaagcaagttgtgccagcacttgtaaacttgctttcaatggagcataac
tttgatatgatgaatcacggctgtcgtgccttaacctatcttatggaagctctgcccaga
tcaactgctgttgtagttgaagcagtacctgtgttcatagagaaactacaagtgatccag
tgtatggatgttgcagagcaagctctcactgccctagcaatgctgtctagaagacatgga
aaagctatcttgcaagctggaggaatgtcagcctgtcttctgtacttggatttcttttca
atatctgctcagaggtcagcattatctgttgctgccaattgttgccacagcattggtgtg
ggtgactttcatcttgttgcagattccattccagttttaagtggcaggttacagcaccag
gataaaaagtctgttgagagctgttctgtggcatttgctcgactggtggatagctttcag
actaatgagaaacatctggaagagttggctgcccatggcctgcttaataacttgcaacag
ttgcttatgatggcccctccagtcattagtactagcaccttcgtgatggtggtgcgtatg
ttggctgtgttgtgttccaacagtccagtgatagctgtgcagcttctgaggcaaaatgtg
tctgatacaattctgtatttattgctgggcaccacagaacctggagaggtagagaatgct
gagttgttgtcaagaagcccacaagaattctttgaaataacttcttttatcagtgaactt
ctaccaaatttgccatcagatggtatcttctcagttgatgctctgctgtgcaaaccacag
cagaaggctgaacaaggactgtggcagtggagagatgataggggactgtggcacacatat
tcatggattgacagcaagattattgaggctgcataccagagtggagaggatgagcttact
ctcactacactgggaagaacttacactgttgactttaacagcatgcagcagacaaatgaa
gacacaggtacttcaagacagatacagcgatgtccaggaggaagtgaaacatctacagca
cagtctaagacagaggaaacaaaaatcaccaagagtgatgaacgtttagttgttttatgt
gaagataccaagctagcttcatcgtacacttgtgttatgttttctgctttatacaagata
ttcagctcttctgttggacctgcagtgagacacaaatgtgtgaatgctattttgagggtg
ctgtgtcatgcccctcctgatctgttgggagtggttcttaaaagacaacccatctccagc
ttgatagggggaatgcttcaatcaaatgacttgagagtcataactaatgctcttcaaatg
gctgaaattgtcatgcaaaaaatgccggatgtttttcatgtatcattcagaagggaagga
gtgatgcacagagttagagatttggccaatggtcttttggctactaaatcaaagttatca
ggaaaaaactgctcatcagagtgcctggtagatactagtgaaattgaaaaccctggacag
agagcgacagaaaatgcccagtcattaccagttaccaggagactgggagatgtgttgcgg
aggaaacgttattcaaaaaggcctggcagaggaaaggccagtagttttcccagcacatca
gaagcacatgtcgagataaatagagaccaaattggaattccctcttcaaagacaatactt
catgagagcagggctgcttttctggcctctcaagtgtcaaccagacttaactccaaatct
gcagttctttcggagcgaccagcaaagctggaaacatctgttgcaagcagcctttcagag
aacagagaaaaaattttggcttggattaaagatcaagcaaccaagttttgtgctgagtat
tttgatcagcagaagggagactctcacccagcacttagtgtacttcgacagttaaagagt
gcttcagaggagttggctttagataaagaaacatttattccagcactagaggaagtctcc
gctgtgctaactaatgaagacaacagtgcatgtgcatttgagatcctccatagtggactg
gtaccaaatcttcttagatatctaacatctacagaagttaatgatgcccttcctcaagaa
acacggctcagaatatttttccatgtgtttatgggacttccagaaacaagttcccctgga
gatttaaagatcacgactaaacctaatgtagcgcccatggctgccctgatacagaaactt
cacttgtgcatcaaccagttagaacaactcccagtcaaagttcatgatacaccgggaggg
gcagttggagcaagaggatcgcaagctctaagatttttcagttctcaccaaatcaagtgc
cttttacaaagacacccagactgtgaagggttacgacagtggaaacgtggaccagtcaaa
attgatccacttgctcttgttcaggctattgagagataccttgttgttcggggatacggg
aaaaaacgacagaatccagaagatgagggaagtgaggatgacgggtctgatgatgacatt
gacgagtctttggcaactgaactgcaaggtcaaaacaactcaaggcatcaactggagatt
ttattgggagaccaccttcttccctacaacatgacagtttatcaggctatcaagcagtat
ggtcagtgtgatgaggacaaagactttgatgatgaccatggtggcatccttggcagaccc
agtatttgggtctctacccatacgatatggtttcgacctcttagccaaaaccaaaaggag
cagcaaactgtcaacagtagtaaatctaagtgtggggccagtggaacggcttcacgagcc
tccaggaaaacatggaaagaagatgaatctgaaaatgaaatgtctcttggtcagctcctc
gtggcttgtgaacctggatgctttgttacttcagatcctagtgtggaagtgatcagtctt
atgaaagctcttcttgttcttaattatcactggacaacgctttatgaggggcaaactcgt
agagtgtttttgtcttctagtgaatttataaacaacaaacttgcggcaaaaattacacgg
cagttacaagatcctatcacagtaataactgggaattttcctgcttgggtagaagaactg
cctcgaaaatgcccttttctgtttcctttcgaatgtcgacagcagctattttattgcact
gctatggatagagacagggctcttagcaaacttcaggaaacattaccggagctcatgaat
actgacgcatcagatcgcgttgcaccgagatttgacaggaaaaagcacactgtatctcga
gtgggacttctggaccaagcagagaagttgataggtgatcttggtagctcacagtctgta
ctggaaatacaatacgaaggcgaggttgggactggccttggccccactctggaattttat
gctctgatttctcaagaattccaacgtgcagacttggagatgtggagaggagaaagtatg
ctgcctccgggaggaactggatctgatgaagacgtgtcatatgtttactccccagctggc
ctgtatccagccccagtttcacgcactgccaaagcagcaaatgtgtcaaagctctgctcc
aagttccagttcctgggtaaattcttggctcgtgctatcatggactttagaatcctcgac
attcccttctgccccatactatacaaatggcttctcaatcaggaaggcacactagacctg
ggtgatctggctgctgtagactcagtcttggctcagtcgctgacccagctgcaacaggtg
gcacaaagaaagaaacagctggagcaagactcctctcatactccagacagtaggcagctg
gctgtggatagtcttaccttggatgatgtacccatcgaggatttgggtctttcctttact
ctaccaggccatcccgaatttgaactcaagcgaggaggaaaggatatcacagtcacaatt
catgaactggaggaatacattaagctggttgtacagtggactctagtgtcaggtgtaaga
cgacaaatagatgcactccgtgaaggcttcaactctgtgttgcctctatcaaatcttacc
agtttttcatacactgagatggagctggttctttgtggtaatgtggccgagaagtgggac
ttgaaatgtcttgtggagagctgcagacctgaccatggctatactcatgacagtcgtgct
gtcaagattttgttcgagatacttagtggttacacacaggaagagcagaggctattttta
cagtttgtcacgggcagccctagcttaccagttggaggcctgcgcagtcttaatccaccg
ttgaccatagttcgcaagtcgtttgagcctccattgtgtgctgataactacctgccttct
gttatgacctgcgtcaattacttgaaactgccagactattccagcaaagagatcatggct
agcaagcttaagctggctgtcttagagggacagcgttcatttcatttgtcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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