KEGG   Theobroma cacao (cacao): 18607555
Entry
18607555          CDS       T02994                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL3
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
tcc  Theobroma cacao (cacao)
Pathway
tcc04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:tcc00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    18607555
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:tcc04121]
    18607555
Enzymes [BR:tcc01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     18607555
Ubiquitin system [BR:tcc04121]
 Ubiquitin ligases (E3)
  HECT type E3
   18607555
SSDB
Motif
Pfam: HECT Arm HEAT_EZ TFIIA
Other DBs
NCBI-GeneID: 18607555
NCBI-ProteinID: XP_017971059
Position
2:complement(3012671..3022051)
AA seq 1906 aa
METRSRKRAEASSTAPSSSSSPSGPTTRSNKRARLTSSSSAASAATNTTTTRSRSSRTAA
ALMEPTTTESSSGSRRDRRSSKANQTTTSDSPNLASDKGKEKEHDLRIRDRDRDNRDNNN
NNSNHPERSLGLNMDTSGGDEDDNDSEGGVGILHQNLTSASSALQGLLRKLGAGLDDLLP
STAMGSASSSHQSGRLKKILSGLRADGEEGRQVEALTQLCEMLSIGTEESLSTFSVDSFV
PVLVGLLNHESNPDIMLLAARALTHLCDVLPSSCAAVVHYRAVSCFCARLLTIEYMDLAE
QSLQALKKISQEHPTACLRAGALMAVLSYLDFFSTGVQRVALSTAANMCKKLPSDAADYV
MEAVPLLTNLLQYHDSKVLEHASVCLTRIAEAFASSPDKLDELCNHGLVTQAASLISTSS
SGGGQASLSTPTYTGLIRLLSTCASGSPLGAKTLLLLGISGILKDILSGSGVSANSSVPP
ALSRPAEQIFEIVNLANELLPPLPQGTISLPASSNIFVKGSIVKKSPASTSGKQEDTNGN
APEVSAREKLLSDQPELLQQFGMDLLPVLIQIYGSSVSSPVRHKCLSVIGKLMYFSSAEM
IQNLLSVTNISSFLAGVLAWKDPHVLVPSLQIAEILMEKLPGTFSKMFVREGVVHAVDQL
VLIGNQSTTPAQASSVEKENESVSGTSSRSRRYRRRNGNSNPEGSSVEESKNPASVNIGS
PPSSVEIPTANSNLRTAVSASAKAFKDKYFPSDPGAVEVGVTDDLLHLKNLCMKLNAGVD
DQKTKAKGKSKASGSRLADFSAGKEEYLIGVISEMLAELSKGDGVSTFEFIGSGVVAALL
NYFSCGYFSKERISDVNLPKLRHQALKRFKSFISVALSSGVDDGSIAPMTVLVQKLQNAL
SSLERFPVVLSHSSRSSGGSARLSSGLSALSQPFKLRLCRAQGEKSLRDYSSNVVLIDPL
ASLAAVEEFLWPRVQRSDTSQKPIVSVGNSESGNTPSGAGASSPSTSTPALTTRRHSSRS
RSSVNIGDVARKVPSQEKSTSSSKGKGKAVLKPAQEESRGPQTRNAARRRAALDKDAPMK
PVNGDSTSEDEELDMSPVEIDDALVIEDDDISDDEDDDHEDVLRDDSLPVCMPDKVHDVK
LGDSAEDGTPAPATSDSQTHAASGSSSKAAAVRGSDSADFRSAYGARGAMSFAAAAMAGL
GSANGRGIRGGRDRQGRPPFGSSNEPPKLIFTAGGKQLNRHLTIYQAIQRQLVLDEDDDE
RYAGSDFISSDGSRLWSDIYTITYQRADSQADRTSVGGSGSAAASKSTKSGSSNSNSDPQ
THRMSLLDSILQGELPCDLERSNPTYNILALLRVLEGLNQLAPRLRAQIVSDNFAEGKIS
NLDELSTTGSKVPYEEFINGKLTPKLARQIQDALALCSGSLPSWCYQLTKACPFLFPFET
RRQYFYSTAFGLSRALYRLQQQQGADGHGSTNEREVRVGRLQRQKVRVSRNRILDSAAKV
MEMYSSQKAVLEVEYFGEVGTGLGPTLEFYTLLSHDLQKVGLGMWRSNSTWDKSVMEIDG
DEEKNGKAAGSATIEGDIIQAPLGLFPRPWPPNVDASEGSQFCTVIEYFRLVGRVMAKAL
QDGRLLDLPLSTPFYKLVLGQELDLHDILSFDTEFGKTLQELHLLVCRKQYLESMGGDNS
DVIADLRFRGAPIEDLCLEFTLPGYQDYILKPGDENVDINNLEEYISLVVDATVKTGIMR
QMEAFRAGFNQVFDIASLQIFTSQELDYLLCGRRELWEAETLPDHIKFDHGYTAKSPAIV
NLLEIMGEFTPEQQRAFCQFVTGAPRLPPGGLAVLNPKLTIVRKHSSSASAAASNGTGPS
ESADDDLPSVMTCANYLKLPPYSTKEIMYKKLVYAISEGQGSFDLS
NT seq 5721 nt   +upstreamnt  +downstreamnt
atggaaactcggagccggaagcgggcggaggcctcctcaactgccccttcatcttcatct
tctccctccggtcccaccactcgctctaacaaacgcgctcgtctcacttcttcctcctct
gccgcctccgccgccaccaataccaccacgactcgctctcgcagttcccgcactgccgct
gccttaatggaacccaccaccaccgaatcttcttctggttcacgccgcgatcgccgttcc
agcaaagctaatcaaaccacaacaagtgacagtccgaatctcgcctccgataaaggcaaa
gaaaaggaacatgatctcaggattcgtgatagggatagggataatagagataataacaac
aacaattctaatcatcctgagagaagcttagggttaaatatggatacctctggaggtgat
gaggatgataacgatagtgaaggcggtgtagggattttgcaccagaatctgacgtcagcg
agcagcgccttacaaggcttgttgaggaagcttggtgccgggctggacgatttgctgccc
tcaacggctatgggttccgcgtcttcatctcatcaaagcgggaggttgaagaagattctg
tctggattgcgtgctgatggagaggaagggaggcaggtggaggcattgacgcagctttgt
gagatgctttcaattgggactgaggagtccttgagcaccttttctgtggattcgtttgtt
cccgtgctcgttggattgcttaatcatgagagtaatcctgatattatgcttcttgcggct
agggcgcttacacatttgtgtgatgtgttgccttcttcttgtgctgctgtggtgcattat
cgtgcagtttcgtgtttttgtgccaggttgctcactatagagtatatggacttggctgaa
cagtctctgcaagctttgaagaagatatctcaggagcacccaactgcctgtttgcgagct
ggtgctcttatggcagtgctttcatacctggatttcttctccactggagttcagcgagtg
gcactatctactgctgcaaatatgtgcaaaaaactcccttcagatgcagctgattatgtc
atggaagctgtaccactattaacaaatcttttgcagtatcatgattcgaaggtgttggag
catgcttctgtttgtttgactcgtattgcagaagcctttgcttcttctccagataaatta
gatgagctatgcaatcatggattggttactcaagcagcatctctcatttccacaagtagt
tctggaggtggacaggcatctttaagcacaccgacatatacgggcttgattcgactgctt
tcaacgtgtgcaagtgggtctcctctgggagcaaaaaccttacttctgcttgggatcagt
ggcatacttaaagatatactatcaggttctggtgtttctgctaactcatctgttccacca
gcattaagcagaccagcagagcagatttttgagattgtaaatctggcaaatgagcttctt
cctccactgccacaaggaaccatctccctccctgccagctctaacatatttgtgaaggga
tctattgtgaagaagtctcctgctagcacctctgggaagcaggaagacaccaatggaaat
gctcctgaggtttcagcccgagagaaattgttgagtgatcaacctgaacttcttcagcag
tttggaatggatctccttcctgttctcatacagatctatggttccagcgtcagtagccct
gttcgccacaaatgcctctcggttattggaaaattgatgtacttcagcagtgcagagatg
atccagaatcttttgagtgtgacgaacatatcaagcttcctggctggtgttttagcatgg
aaagatccacatgtcttggttccttctcttcaaattgctgagattcttatggaaaagctt
cctggaaccttctccaaaatgtttgtcagagagggtgtggtccatgctgtggatcagctt
gtattaattggtaatcaaagtaccactcctgctcaagcatcttcggttgagaaggagaat
gaatctgtatctggaacgtcatcgcgttccagacgttacagacgacgcaatggtaactct
aatcctgaaggaagttcagtggaggagtccaagaatccagcatctgtaaatattggttca
cctccgagttcagttgaaattcctacagccaattccaatcttcgtacagcagtaagtgca
tctgctaaagcatttaaagataagtatttcccctctgatcctggggctgttgaagttgga
gtaacagatgatcttttacacttaaagaatctttgcatgaagttaaatgctggtgttgac
gatcaaaaaactaaggcaaaaggaaaatctaaagcttcagggtctcgattggctgatttt
tctgctggcaaggaagagtatttgattggggtgatttctgagatgctagcagaactaagc
aagggggacggtgtatccacttttgagtttattggtagtggagttgttgcagccttgtta
aactatttttcttgcgggtacttctccaaggagagaatttcagatgtaaacctgcccaag
cttcgtcaccaagctcttaaaagattcaaatcgtttatcagcgttgcactttcttccggt
gtagatgatggaagtattgctcctatgactgtcctggttcagaagcttcaaaatgcttta
tcatcactagagcgtttccctgtagttcttagccattcatctaggtcatctggtgggagt
gcacgcctctcttctggattaagtgcattatctcagccatttaagttgcgtctttgtcga
gcccaaggagagaagtctcttcgtgattattcttcaaatgttgtgttgattgatccatta
gcaagtctagcagctgttgaagaatttctttggccgcgagttcaacgaagtgacacttct
cagaaacccattgtgtctgtaggaaattctgagtctgggaacacaccaagtggagctggt
gcttcttctccatctacctcgactcctgctttgactactcgtcgtcattcttcaaggtcc
agatcatctgttaatataggagatgtggccaggaaggtgccatcacaggagaaaagcaca
agttcatcaaagggcaaaggtaaggctgttttgaagcctgctcaagaggagtcaagagga
cctcaaacaagaaatgctgctcgtagaagagctgctttggataaagatgcaccaatgaaa
cctgtaaatggtgactctacctctgaggatgaagaattggatatgtctcctgtggagatt
gatgatgctttggtgattgaagatgacgacatttctgatgatgaagatgatgatcatgaa
gatgtgctcagagatgattctcttcctgtttgcatgccagacaaggtacatgatgttaaa
ttgggtgattcagctgaagatggcacacctgcccctgccacaagtgatagccaaactcat
gcagcttcaggatctagcagtaaagctgctgctgttagaggttcggactctgctgatttt
aggagtgcttatggcgcaaggggtgcaatgtcatttgctgctgctgccatggctgggctt
ggatctgccaatggtagaggtattaggggaggtagagatcgacaaggacgacctccattt
ggcagttctaatgagcctccaaaattgatatttaccgctggtggtaagcagctcaacagg
catttgacaatctatcaggccattcaaagacagcttgtgttggatgaggacgatgatgag
agatatgctggtagtgattttatatctagcgacggaagccggctctggagtgatatctac
acaataacatatcaaagggcagacagccaagctgaccgaacatctgtagggggatcaggt
tctgctgcagcatctaaatctactaaatctggttcttccaactccaattccgatccccaa
actcatagaatgtcacttttagatagcatcttgcaaggggaacttccttgtgatctggaa
agatctaatcctacttataatatattggcactgttgcgtgtgttagagggtttgaatcag
cttgcacctcgtttaagagctcagatagtttctgacaattttgctgagggaaaaatttca
aatctggatgagttgagtaccactggttctaaagttccttatgaggaatttattaatggt
aagctcactccaaaactggctcggcaaatacaggatgcccttgctctctgcagtggaagc
ctgccttcctggtgttaccagttgacaaaggcatgcccctttttgtttccttttgagaca
cgaaggcagtacttttattcaactgcctttgggttgtctcgtgcattatatcgtcttcag
cagcagcagggtgctgacggccatggatcaactaatgaaagagaggtgagggttgggagg
ctacagcggcagaaagttcgtgtctcccgaaaccgcatcttggattctgctgcaaaagta
atggagatgtattctagccaaaaagctgtgcttgaagttgaatattttggagaagttggc
actggattgggtccaacattggagttctatacacttttgagtcatgacttgcaaaaggtt
ggacttggaatgtggaggtcaaattctacgtgggataagtcagtaatggaaattgatgga
gatgaagagaaaaatggaaaagctgctggttctgctactattgagggagatataatacaa
gctcctctggggttgttccctcgaccttggccaccaaatgttgatgcttctgaaggtagc
cagttttgtacagtaattgaatatttccggctggttggacgtgtgatggctaaagctctt
caagatggacggcttttagacctgcctctgtcaacaccattttataaacttgtgcttggt
caagagcttgatttgcatgatattctgtcttttgatactgagtttgggaaaaccttgcaa
gaattgcatcttcttgtttgtcgaaagcagtatttagaatcaatgggtggtgacaatagt
gatgtgattgctgatttacgcttccgtggggcccccatagaagatctctgtctggaattt
acacttccaggctatcaagattacatcttgaagccaggggatgaaaatgtggatatcaat
aacttagaggaatacatctctttggtggttgatgctactgtcaagactggaattatgcgg
cagatggaggcatttagggcaggatttaatcaggtttttgatattgcctcattacaaata
tttacttcccaagagttggactatttgctgtgtggtcgcagagagttgtgggaggctgag
acacttcctgatcacataaaatttgatcatggatatactgcaaagagccctgcaattgtg
aatttactcgaaattatgggagaatttacaccagagcagcagcgggctttctgccaattt
gtcactggtgcacccagacttccacctggcggtctggcagtgctgaatccaaagctgacc
attgtgagaaagcattcatcttctgcaagcgctgctgcttccaatggaactggaccctca
gaatcagcagatgatgacttgcccagtgtcatgacttgtgctaattacttgaagcttcct
ccatattctaccaaggaaattatgtataagaagttagtatatgcaatcagcgaagggcaa
ggatctttcgacttatcatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (55)   

Download RDF
DBGET integrated database retrieval system