KEGG   Dendrobium catenatum: 110112183
Entry
110112183         CDS       T05027                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL3-like isoform X1
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
dct  Dendrobium catenatum
Pathway
dct04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:dct00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    110112183
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dct04121]
    110112183
Enzymes [BR:dct01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     110112183
Ubiquitin system [BR:dct04121]
 Ubiquitin ligases (E3)
  HECT type E3
   110112183
SSDB
Motif
Pfam: HECT HEAT_EZ HEAT HEAT_2
Other DBs
NCBI-GeneID: 110112183
NCBI-ProteinID: XP_020699967
Position
Unknown
AA seq 1882 aa
METRSRKRAEASSFNPPATRASKRPRSSSAASSNNPVASRTRQAATSAAASAMDSDYASG
GSRRERRSFGRNSGRDRDPPSDKGKEREPPEGSSRLREREREREIDREAERILGISFDSG
GADDDNDSEGGVGILHHNFSSASSALQGLLRKLGAGLDDLLPSSALSGSSSHQSSRLKKI
LSGLRADGEEGRQVEALTQLCELLSIGTEDSLGSFSVDSFVPVLVGLLNHESNPDVMLLA
ARALTHLCDVLPSSCAAVVHYGAVPCFCARLLTIEYMDLAEQSLQALKKISQEHPTACLR
AGALMAVLSYLDFFSTGVQRVALCTAANMCKKLPSDASDFVMEAIPLLTNLLHYHDAKVL
EYASVCLTRIAEAFASSPDKLDELCHLGLVAQAAGLISLSNSGGQASLSSSTYTGLIRLL
STCVSGSPLAARTLLLLGISGTLKDILSGSGLVANVSVHPALARPPEQIYEIVNLADELL
PPLPQGTVSLPIYSNVFAKGSAGKKISGSSSGKQETNGTSNEISSHEKLLRDQSELLQQF
GMDLLPVLTQIYGSSVNGPIRHRCLSVIGKLMYFSSAEMIPSLLSATNISSFLAGVLAWK
DPQVLIPALQIAEILMDKLPDIFAEKFVREGVVHAIDALIVSDSSTSVPSQSSLLEKKDA
ESISSRSRRHRRRNGGLNTDGGLFDEAKVLADGATGSPPSSQAPAANNSIRATVSNLAKA
FKDKHFPAVPGSTEVGVTEDLLLLRSLCSKLNASAVDVKTRAKGKSKACGASLFDSSTNM
EGDLDGVISEMLTELCKGNGVSTFEFIGSGVVIALLNYFSCGTFGKDRLSEANLSTLRQQ
VLLRYKSFLKLALPVGVKEGNEVPMSILVQKLQNALSALERFPVVLSHPSRSSGGGSARL
SSGLSALSQPFKLRLYRAQGEKSLRDYSSNVVLIDPLATLAAVEEFLWPRVQRSDSAQKI
SSSAGNPDAATATGGSAASPGTSTPASSHRPTTRSRSSLTIGGSVGKESCDRNASFSKGK
GKAVLKSTPDEKKGAQGRNTARRTSASEKDREMKPSHGDSNSEDDNLDVSLVEIDDALMI
EEDDVSDDEDDYHDEVLREESLPVCAPDKVHDVKLGDPADDSALPSSTSSGHTRPSASSN
KTVQARGSESTELRSGSAFSSRGAMSFAAAAMAGLASVSGRGIRGGRGRRGLPNGNENNG
KLVFSVGGKQLNKNMTIYQAIQRQLVLDEDDGDRLNGSELMPTDGSRFWSDIFTITYQTA
DNQADGSALGSSSSAKSLKSSPASSSGSDSRRQQLSLPDSILQGELPCDIEKSNPTYHIL
ALLRVLDGLNQLASRLRAQAVVDDYSNGKVTNLDGLYVAGVKVPPEEFINSKLTPKLVRQ
IQDALALCSGSLPSWCYQLTKACPFLFPFETRRHFFYTTAFGLSRALHHLQQQQNAENTS
AMSEREVRVGRLQRQKVRVSRNRILESAAKVMEMYSGQKAVLEVEYFGEVGTGLGPTLEF
YTLLSHDLQKVGLGLWRSNTSSEMQNDGEEVSIDDSSDGKKMAAEFSAQSDFVIAPLGLF
PRPWPLNADASEGSQFSKVVEHFRLAGRVMAKALQDGRLLDLSLSTAFYKLVLGQDLDLY
DIVSFDSEFGKILQELQILVSKKRLIKSVSEGNQRGASDLHFRGTPIEDLCLDFTLPGYP
DYILKEGKESMVVNIDNLEEYISLILDATVKTGIMRQMEAFRAGFNQVFDISFLQIFSPH
ELDYLICGRRELWEADTLADHIKFDHGYTAKSPAIINLLEIMAEFTPEQQHAFCQFVTGA
PRLPPGGLAALNPKLTIVRKHSSTATNTASNGSVISEAADDDLPSVMTCANFLKLPPYST
KEIMYKKLLYAINEGQGSFDLS
NT seq 5649 nt   +upstreamnt  +downstreamnt
atggaaacgcggagccggaagcgggcggaggcctcctcttttaatccccctgcaacccgt
gcctcgaagcgcccccgttcttcctcggccgcctcttctaataacccagttgcatcccgt
acccgccaagccgccaccagtgctgccgcttctgctatggattctgattatgcctccggt
ggtagtcgccgggagcgccgcagcttcggcaggaacagtgggagggacagggatccacct
tcggacaagggtaaggagagggagccacccgagggttcttctcgtcttcgcgaaagggag
agggagagagagatagatagagaagctgagagaatcctagggatcagcttcgacagtggc
ggtgcagatgatgacaacgatagcgaaggtggcgtgggtatcctccaccataacttcagc
tctgcgagcagtgctcttcaaggacttctgcggaaactaggtgcgggattggatgatctt
ttgccctcatccgccttgtcaggttcctcctcacaccagagcagcagactcaagaaaata
ctgtctggcttaagagctgacggggaggagggtcggcaggtggaggcactaacgcagctt
tgcgaattgttgtcgattgggactgaggattctctgggttcgttttcggtagactctttc
gtgcccgtcttggttgggcttctcaaccatgagagcaatcccgatgtgatgctgctcgct
gcaagggcacttactcatctgtgtgatgttttgccttcttcctgtgctgccgttgtgcat
tacggtgccgttccatgcttctgcgctcgacttctgacgatcgaatacatggacttggcg
gagcagtctcttcaagctctcaagaagatttcacaagagcacccaactgcttgtctgagg
gccggggcacttatggcagttctttcttatcttgacttcttctctaccggagttcagagg
gtggcattatgtactgctgccaacatgtgcaagaagcttccgtcggatgcatctgacttt
gtaatggaagcaattccattgctaacaaaccttcttcattatcatgatgcgaaggtgctt
gagtatgcctctgtttgcctaacaagaatagctgaggcatttgcatcatctcctgataaa
ttagatgagctatgccatcttgggttggttgctcaagctgctgggcttatatctttgagt
aactcaggaggacaggcttctcttagctcgtcaacatacacgggattgatacgcctccta
tcaacctgtgtcagtggatcaccattagcagctagaactcttctcctccttggtatcagt
ggaacccttaaagatattttgtcaggttctggtcttgttgctaatgtttcagttcatcct
gctttagcgagaccacctgaacagatttacgagatagttaatcttgcggatgagcttctt
ccgcccctgccacaaggaactgtttccctcccgatttattcaaatgtttttgcaaaaggg
tctgctggaaagaaaatctctggcagctcttcagggaagcaggagactaatggaacaagt
aatgaaatatcttctcatgaaaaattattgcgagatcaatctgaactgttgcagcagttt
ggaatggacctgcttcctgttttgacccagatatatggatccagtgtaaatggtccaatt
cggcatagatgtctttcagtcattgggaaacttatgtacttcagctctgctgagatgatt
ccttctttacttagtgcgacaaacatatcaagcttcttagcaggagttttagcttggaaa
gatccacaagtgctgatccctgctcttcagattgcagagattcttatggacaaacttcct
gatatttttgctgaaaaatttgtgagggaaggggttgtccatgctattgatgctctcata
gtttcagattcttcaactagtgttccttctcaatcatcgcttcttgagaagaaggatgcg
gagtccatctcatctcgctctcggcgacaccggcgccgtaatggtggacttaatacagat
ggtggtttgtttgatgaggcaaaagttctggcagatggagctactggttcaccaccatca
tcacaggctcctgctgcgaataatagcattcgggcaactgtgagtaaccttgccaaagct
ttcaaagacaaacactttcctgctgttcctgggtctactgaagttggtgtcaccgaggat
cttcttcttttgagaagtctttgttcaaaattgaatgcaagtgctgttgatgtgaaaact
agagcaaagggaaaatcgaaggcctgtggagctagtttgtttgatagctcaacaaatatg
gagggggatctggacggtgttatttctgagatgctaactgagctttgtaaaggaaatggt
gtatcaacttttgagttcattggtagtggtgttgttatagctttgctgaattatttttca
tgtggaacatttggaaaagatagactttcagaggccaacctatccacgcttagacagcaa
gttcttttaaggtacaagtctttcctaaaacttgctcttcctgttggtgtcaaggaaggg
aatgaagttcctatgagtatattggttcaaaagcttcaaaatgctttatctgctttggag
cgttttcctgttgtacttagccatccgtctagatcatctggtggtggaagtgctcgcctc
tcttctggtcttagtgcattgtcacaacccttcaagttgcgcttatacagagcacaaggt
gaaaagtctctgcgtgattattcttccaatgttgtactcatagatcctctggcaactcta
gcagctgttgaagagtttctttggccaagagtccaaaggagcgactctgcacaaaagatt
tcatcatcagctggaaatcctgatgccgccacagctaccggaggcagtgctgcatcacca
ggcacatcaactcctgcttctagtcatcggcctacaacaagatctaggtcatcactaact
ataggaggttcagtgggaaaggaatcttgtgatagaaatgcaagcttttcaaaagggaag
ggtaaagctgttctgaaatctacacctgatgagaagaaaggagcccaagggagaaataca
gcccgcagaacatcagcttcagaaaaagacagagaaatgaaaccctcacatggcgactct
aactcagaggatgacaacttggacgtgtctcttgttgagattgacgacgctctaatgatt
gaagaagatgatgtctcagatgatgaagatgattatcatgacgaggttttaagggaggaa
tctcttccggtttgtgcacctgataaagtgcatgatgtgaaattaggagatcctgctgac
gactctgcactcccttcttcaacaagtagtggacacacacggccttctgcttcttcaaat
aagaccgtacaagctagaggctcagaatctactgaattaagaagtggaagtgcatttagt
tcaaggggtgcaatgtcatttgctgctgctgctatggctgggcttgcatcggtaagtggt
agaggaatcagaggtggtagggggcgtcgtggacttccaaatggaaatgagaacaacggt
aagttggtattctctgtaggtggtaagcagcttaacaaaaatatgaccatatatcaggcc
atccaacgccaacttgtgctagatgaggatgatggtgataggttaaatggttctgagctt
atgcccactgatggaagcagattctggagtgatatttttactataacctaccaaactgca
gataatcaggctgatgggtcagctctagggtcctcttcctcagccaagtctttgaaatct
agtcctgcctcaagttctggttcagattcccggcgtcaacaactgtctcttcctgatagt
atcttgcaaggggaacttccttgtgacattgagaaatcaaaccccacataccacattttg
gcattactgcgtgtactggatggtttgaatcagctagcttctcgtctaagggctcaagct
gtggttgatgattattctaatgggaaggttactaatttggatggactttatgtagctggt
gtcaaagttccaccagaagagttcatcaatagcaaactaaccccaaagcttgtgcgacag
atccaagatgctcttgcattatgtagtggtagtcttccttcgtggtgttatcagttgacc
aaagcatgcccttttctttttccctttgagacaaggagacatttcttttatactactgcc
tttggactatctcgtgctttgcatcatcttcagcagcaacaaaatgctgaaaatactagt
gccatgagtgaaagagaggttcgtgttggaagattgcaacggcaaaaggttcgtgtttca
agaaaccgcatattagagtctgctgcaaaagttatggagatgtattctggccagaaggct
gtccttgaagtagaatattttggtgaggttggcacaggtttgggccccacattagagttc
tatactcttttaagtcatgaccttcagaaggttggacttggattatggagatccaacaca
tcctcagaaatgcaaaatgatggtgaggaagtgagcattgatgattcctctgatggaaaa
aaaatggctgccgagttttctgctcaaagtgattttgttatagctcctcttggattgttt
ccccgtccatggcctctaaatgctgatgcttctgagggtagccagttttcaaaagttgtc
gagcattttcgcttagctggtcgagtgatggcgaaagctctgcaagatggtcgacttttg
gacctttccctttcgacggcattttataagcttgtactcggtcaagaccttgatttatat
gatattgtttcatttgatagtgagtttgggaagatcttgcaagaactgcaaatccttgtt
agtaaaaaaaggcttataaaaagtgttagtgaaggtaatcaaagaggggccagtgatcta
cattttcgtggcactccaattgaagacctttgtctagattttacccttcctgggtatcca
gattacattcttaaagaaggaaaagaaagcatggtggttaatattgataacttggaagag
tacattagtttgatacttgatgctacagtcaaaactgggattatgcggcagatggaggca
tttagagcaggattcaaccaggtctttgacatttcctttctacaaatattttctccacat
gaattggattacctcatctgtggccgcagagaattatgggaggctgacacactggctgat
cacatcaaatttgatcatggatacaccgccaaaagtccagcaattattaatttgctcgag
attatggcagagttcactccagagcagcagcatgctttttgccagtttgtgacaggtgct
cccaggcttccacccggtggcttagctgctttaaacccaaagctgaccatagtgaggaag
cattcttcaacagcaacaaatactgcgtctaatggatccgtaatatctgaagcagctgat
gatgacctgccaagtgtcatgacttgtgccaattttctcaagctccctccttattccacc
aaggaaattatgtacaagaaacttctatatgccataaatgaaggacagggatcatttgat
ctttcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (4)   
   Pfam (4)   
All databases (81)   

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