KEGG   Tarenaya hassleriana (spider flower): 104824766
Entry
104824766         CDS       T04125                                 
Name
(RefSeq) LOW QUALITY PROTEIN: E3 ubiquitin-protein ligase UPL3-like
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
thj  Tarenaya hassleriana (spider flower)
Pathway
thj04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:thj00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    104824766
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:thj04121]
    104824766
Enzymes [BR:thj01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     104824766
Ubiquitin system [BR:thj04121]
 Ubiquitin ligases (E3)
  HECT type E3
   104824766
SSDB
Motif
Pfam: HECT HEAT_EZ CmlA_N
Other DBs
NCBI-GeneID: 104824766
NCBI-ProteinID: XP_010555230
Position
Unknown
AA seq 1890 aa
METRSRKRAEASSTAPSSSSSPSGPTTRSKRARLSSSSAAVAATARSTRSRSSRTAATAS
ASMDTSTESSGYRRGGRGNRRNDNSSSDKGKEKEHDIRIRDKDREGDRDREQLNMDAMGA
GSKSGDEDDDNDSGDENGGFMHPNMSSASSALQGLLRKLGAGLDDLLPSSGIGSASSSHL
NGRLKKILSGLRADGEEGKQVEALTQLCDMLSIGTEDSLSTFSVDSFVPVLVGLLNHESN
PDIMLLAARALTHLCDVLPSSCAAVVHYGAVSCFVARLLTIEYMDLAEQSLQALKKISQE
HPTACLRAGALMAVLSYLDFFSTGVQRVALSTAANMCKKLPSDAADYVMEAVPLLTNLLQ
YHDAKVLEFASICLTRIAEAFASYPDKLDELCNHGLVSQAASLISTSNSGGGQASLSVST
YTGVIRLLSTCASGSPLGAKTLLLLGISTILKDILTGSGVSANASVSPALSRPADQIFEI
VNLANELLPPLPQGVISLPTSTNIFVKGSAVKRSPPRASGKQEDTKGNPPEASPREKLLD
ERPELLQQFDMDLLPVFVQIYGSSVNGSIRHKCLSVIGKLMYFSTPEMIQSLLGVTNISS
FLAGVLAWKDPQVLVPSLQIAEILMEKLPETFSKMFVREGVVHAVDQLVLVGKPNSHASS
VDKDNDCLAGSARSRRYRRRSSNANSDGNPPEDPKNSASMKVGGSHNSMETPTASFTLRE
TVSSCARAFKDKYFSSDGGDLDVGVTDDLLHLKNLCMKLNAGIDDQKVKAKGKSKASAPC
LGDFSANKEEYLIGVISEILWELSKGDGVSTFEFIGSGVVAALLNYFSCGYFSKEKISEA
NLPKLRREGLKRFKAFLEVALPSNVDEAKVPPMTVLVQKLQSALSSLERFPVMLNHPSAR
SLGGSARLSSGLSALAHPLKLRLCRAQGEKSLRDYSSNIVLIDPLASIAVVEEFLWPRVQ
RGESGLKPAVAIGNSGSGTMPSGAGVSSPSSSTPASTTLRHSSRSRSAINIGDTPKKEPL
HEKGSSSSKEKGKAVLKSGQEGPQGPQTRSGSRRRAALDKDTQVKPVSGDSSSEDEELDM
SPVDIDDALVIEEDDISDDDDDDDDDDDQEDVLDDSLPLCTPDEVHDVKLGDSIDDDSNG
PTASDGRMNPAPGATSGVAAARGSNSTDVGTGNSYGSRGADFAAAAMAGFGSANGRGIRG
SRDRHGRSLYCSSDEPPKLIFTAGAKQLGRHLTIYQAVQRQLMLDEYDDERFGGSDFISS
DGSRYNDIYTIMYQRADNHVDQLSVGGASSTSSSKLTKSAAGLSSESQSHRASLLDSILQ
GELPCDLEKSNSTYNILALLRVLEGLNQLSSHLRAQIASDHWGXCSTHQMQLQHRTGQEL
QTEEFINSKLTPKLARQIQDALALCSGSLPSWCYQLTRACPFLFPFETRRQYFHSTAFGL
SRALYRLQQQQGADNSGTANEREMRIGRLQRQKVRVSRNRILDSAAKVMEMYSSQKAVLE
VEYFGEVGTGLGPTLEFYTLLSHDLQKLSLGMWRSNSGDKRPMQTDGDEGKKGKSSAATD
GDLVQAPLGLFPRPWAPNVDASEGTQLYKVIEYFRLLGRVMAKALQDGRLLDLPLSTAFY
KLVLGQELDLPDIASFDAEVGKTLHELSVLVDRKHYLESVGGDNRNAVSDLHFRGSRIED
LCLDFTLPGYPNYILKPGDETVDINSLEEYISLVVDATIKRGIARQMEAFRSGFNQVFDI
TSLQIFTPFELDYLLCGRGELWEAESLAEHIKFDHGYTAKSPAIINLLEIMGEFTAEQQR
AFCQFVTGAPRLPSGGLAVLNPKLTIVRKHSSNATAASNGTGASESADDDLPSVMTCANY
LKLPPYSTKEIMHRKLMYAINEGQGSFDLS
NT seq 5673 nt   +upstreamnt  +downstreamnt
atggaaactcggagccgcaagcgggcggaggcctcctctactgcgccctcttcttcttca
tcgccctccggtcccaccacccgcagcaaacgcgctcgtctctcgtcctcctccgccgcc
gtcgctgctaccgccagaagcacccgctctcgctcctctcgtaccgctgctactgcatca
gcttcgatggacacctcgacggagtcgtctggatatcgccgtggcggaaggggtaacagg
cgtaatgataatagcagctccgataagggaaaggagaaggaacatgacattaggattagg
gataaagatagggaaggagatagagacagagagcaacttaatatggatgccatgggtgct
ggtagtaagagtggtgacgaagacgatgacaatgatagtggggatgaaaatgggggattt
atgcatccgaacatgagttctgctagcagtgctctacaagggttgttgaggaagcttgga
gctggacttgatgacttgcttccatcctcgggcatcggatcagcctcttcttcccacttg
aatgggaggctgaagaaaatactctctggcctgcgcgcagatggagaagaagggaagcag
gttgaggctctgacccagctttgcgatatgctatccattgggactgaagactccctaagc
accttctcagtggattcttttgtgccggttcttgttggactgctcaaccatgagagcaat
cccgatataatgcttcttgcagcgagggctcttactcatctatgcgatgttttgccttca
tcttgtgctgcggttgttcattacggtgcggtgtcgtgctttgttgccagactgcttacc
atagaatacatggacttggctgaacagtctttgcaggctctcaaaaagatatcgcaggag
caccctactgcttgtttgcgagctggtgctctcatggcggtgctctcatatctggatttc
ttctccactggagttcagcgtgtagcactgtctactgctgcaaacatgtgcaagaagctt
ccgtctgatgcagccgattatgttatggaagccgtaccattgttgacaaacttgcttcag
tatcatgatgcaaaagttttggagtttgcttctatttgccttacacggattgctgaagcg
tttgcatcatatcccgataaattggatgaactatgcaatcatggactggtgtctcaagct
gcttctcttatctccactagcaactcaggaggtgggcaagcatctctcagtgtgtcaact
tacactggcgtaatccgattactttccacttgtgcgagtggatcacctcttggagccaaa
acattgcttcttcttggtattagtaccattctcaaggatattctgactggttctggtgtc
tctgctaatgcatctgtctccccagcattgagtagacccgctgaccagatttttgagata
gtgaacctggcaaatgagctcctccctccattaccacaaggtgttatctcccttccaact
agcacaaatatttttgtgaaaggttctgctgtgaaaagatctccaccaagagcttcagga
aaacaagaggacacaaaaggaaatcctccagaagcttcacctagagagaaattgcttgat
gaacgacctgaacttttgcagcaatttgacatggatcttcttccagtttttgttcagatt
tatggttctagtgtcaatggttctattcgccataaatgcctctctgtaattggaaaattg
atgtacttcagtacgcctgaaatgattcaatctcttcttggtgttacaaatatatcgagc
ttcttggctggtgtcttggcatggaaagatccacaagtcttggttccttcccttcagatt
gctgagattttaatggaaaagcttcctgaaactttctccaaaatgtttgttagggaaggg
gttgttcatgctgtcgatcaacttgtcttggttggtaaaccaaactctcatgcttcttct
gtagacaaggataatgattgtcttgctggatctgcacgatctaggcgctaccggcggcgg
agtagcaatgctaattctgatggaaatccacccgaagatcccaagaattctgcttccatg
aaggtaggtggatcccacaattcgatggaaactcctactgcaagcttcacactgagggaa
acagttagctcatgtgctagagcattcaaagataagtatttctcatctgatggaggagat
ctcgatgttggagttacagatgatcttttgcatttaaagaatctttgcatgaagctaaat
gctggtatagatgatcaaaaggtgaaagcaaagggaaaatctaaagcttctgcaccatgc
cttggtgatttttctgccaacaaggaagaatatttgattggtgttatttctgagatactt
tgggaactaagcaaaggggatggtgtgtctacgtttgagtttataggcagtggtgttgtt
gcagcattgctcaactatttttcctgtggatatttttccaaggagaagatctcagaagct
aatttacctaaacttcggcgggaaggactcaaaaggttcaaggctttcctagaagttgca
cttccttctaacgttgatgaggcaaaggttcccccaatgaccgttttggttcagaagctt
cagagtgctttatcttcgctggagcgttttccagtaatgcttaaccatccctccgccaga
tctctaggtgggagtgctcgcctctcctctggcttgagcgcattggcacaccctttaaaa
ttgcgattatgccgtgcccaaggagagaaatctctacgtgattactcatccaatattgta
cttatagatccactggcaagcatagcagtggttgaagaattcctttggccccgagttcag
cgaggtgaatctggtctgaagccagctgtggctattggaaattctgggtcagggacaatg
cctagtggtgcgggagtttcatcaccatcttcttccactccagcttccacaactcttcgc
cattcttctagatctagatcagcgattaacataggcgataccccgaagaaggagccactg
catgagaaagggagcagctcatctaaagaaaaaggtaaagctgttttgaagtctggtcag
gagggtccacaagggcctcaaacgaggagtggctctcgaaggagagctgcacttgacaaa
gatacacaagtgaaacctgtgagtggagactcgagttccgaggatgaagaattggatatg
tctcctgtggatattgatgatgctttggtgattgaagaggatgatatctctgatgatgat
gatgacgatgatgatgatgatgatcaagaagatgttcttgatgatagtctccccttatgc
acgcctgatgaagtgcatgatgtgaaattgggggactcgattgatgatgatagtaatggt
cccacagccagtgatggtcgaatgaatccagctccaggtgctaccagcggagtagctgca
gcaaggggttctaattctactgatgttggtactgggaattcctatggttccaggggtgct
gactttgctgcagctgcaatggctgggtttggatctgccaatggtagaggtatcaggggg
agtagagatcgacatgggcgttctctgtactgtagttcagatgagccccctaagctgata
tttactgctggagcaaagcagcttggtagacatttgacgatttatcaggctgttcagcga
cagcttatgctggatgaatatgatgatgagaggtttggtggcagcgatttcatctcaagc
gatggaagcaggtacaacgatatttacaccattatgtaccagagggcagacaaccatgtg
gatcagttgtcagttggtggagcaagttctacttcatcttcgaaattgactaaatctgcc
gctggtttgagctcagaatctcagtcacatagggcatctcttctggatagtatcttgcaa
ggggaactgccatgtgatcttgagaagtcaaattctacatacaatatattggctttgttg
cgtgtgctggagggtttgaatcagctttcctctcatttaagagcccaaatagcgtctgat
cattggggatgatgcagcactcatcaaatgcaactgcagcatcgaacgggacaggagctt
cagactgaagagttcataaatagtaaactaacccccaaattagccagacaaattcaagat
gcgcttgctttgtgcagtgggagtcttccttcttggtgctaccagctgactagggcatgt
ccgttcttgtttccttttgagacccgaagacaatatttccactccactgcttttggattg
tctcgagcattgtaccgtcttcaacagcaacaaggtgctgataatagtgggactgcaaat
gaaagagagatgaggatagggagattgcagcgtcagaaagtccgtgtgtcccgaaatagg
attttagattctgctgcaaaagttatggagatgtattctagtcagaaggctgtacttgaa
gtcgaatattttggtgaagttggcactggcttgggtcctacccttgagttttacacactc
ctaagccatgatttgcaaaaactttctcttgggatgtggagatctaattctggagacaag
agacccatgcaaacggacggagatgaaggtaagaagggaaaatcatctgcagctactgac
ggagatttagttcaagcacctcttggattgtttcctcgaccttgggctccaaatgtcgat
gcttccgaaggcacacaattatataaagtaatcgagtatttccggcttcttgggcgagta
atggcaaaagcccttcaagatggccgactgttggacctgccattgtctacagcattttat
aaacttgttcttggccaagagcttgatttgcctgatattgcttcatttgatgctgaagtt
ggcaagactttacatgaactgtctgtccttgttgaccgaaaacactatctggaatcagta
ggtggtgacaaccgcaatgcggtttctgatttacatttccgtggatcccggatagaagac
ctctgcttggacttcacactacctggctatcccaattatatcttaaaaccaggagatgaa
actgttgatattaatagtcttgaggaatatatatccctggttgttgatgcaacaattaag
agaggaatcgctcgacagatggaagctttcagatccgggttcaatcaggtgtttgacatc
acatctctgcaaatattcacaccgtttgaattggattacttgctctgtggtcgaggagag
ctgtgggaggcggagtcactagctgaacatatcaagtttgatcatggttatactgccaag
agtccagcaataatcaatttgctggagatcatgggagaatttacagcagagcagcagcgg
gctttctgccaatttgttactggagctcccaggcttccttctggcggcttggcagttcta
aatccaaagctgactattgtgagaaagcactcatcaaatgcaactgcagcatcgaacggg
acaggagcttcagagtcagcggatgatgatttgccaagtgtcatgacatgtgcaaactac
cttaagctccctccgtactccacaaaggaaatcatgcataggaagctgatgtacgcgatc
aacgaagggcaaggatcttttgacttgtcataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (52)   

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