KEGG   Salmo salar (Atlantic salmon): 100380626
Entry
100380626         CDS       T04363                                 
Symbol
hecd1
Name
(RefSeq) E3 ubiquitin-protein ligase HECTD1
  KO
K12231  E3 ubiquitin-protein ligase HECTD1 [EC:2.3.2.26]
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:sasa04121]
    100380626 (hecd1)
Enzymes [BR:sasa01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     100380626 (hecd1)
Ubiquitin system [BR:sasa04121]
 Ubiquitin ligases (E3)
  HECT type E3
   100380626 (hecd1)
SSDB
Motif
Pfam: HECT Sad1_UNC MIB_HERC2 Ank_2 BTHB Ank Ank_4 Ank_5 Ank_3 F5_F8_type_C DUF6735
Other DBs
NCBI-GeneID: 100380626
NCBI-ProteinID: XP_014066650
UniProt: A0A1S3SQN8
Position
ssa09:complement(33292334..33335758)
AA seq 2585 aa
MADVDPDTLLEWLQMGQGDERDMQLIALEQLCMLLLMSDNVDRCFETCPPRTFLPALCKI
FLDESAPDNVLEVTARAITYYLDVSAECTRRIVGVDGAIKALCNRLVVVELNNRTSRDLA
EQCVKVLELICTRESGAVFEAGGLNCVLSFIRDSGHLVHKDTLHSAMSVVSRLCSKMEPQ
DSSLETCVESLSSLLKHEDHQVSDGALRCFASLADRFTRRGVDPAPLAKHGLTEELLSRM
AAAGGMVSGPSSTCKPGRTSTGAQPTAADSKLSNQVSTIVSLLSTLCRGSPLVTHDLLRS
ALPDSMESAMQGDERCVLDTMRLVDLLLVLLFEGRKALPKSTAGSTGRIPGLRRLDSSGE
RSHRQLIDCIRSKDTDALIDAIDTGAFEVNFMDDVGQTLLNWASAFGTQEMVEFLCERGA
DVNRGQRSSSLHYAACFGRPQVAKTLLRHGANPDLRDEDGKTPLDKARERGHSEVVAILQ
SPGDWMCPVNKGEDKKKKDLNEEEEGSEPKGDPEMAPIYLKRLLPVFAQTFQQTMLPSIR
KASLALIRKMIHYSCEVLLKEVCDSDAGHNLPTVLVEITATVLDQEDDDDGHLLALQIIR
DLVDKGGDVFLDQLARLGVINKVSTLAGPTSDDENEEVSKPEKEDEPQEDAKEVQQGKPY
HWRDWSIIRGRDCLYIWSDAAALELSNGSNGWFRFILDGKLATMYSSGSPEGGSDSSESR
SEFLEKLQRARSQVKPVTASQPILSALGPTKLTVGNWSLTCLKEGEIAIHNSDGQQATIL
KEDLPGFVFESNRGTKHSFTAETSLGSEFVTGWTGKRGRKLKSKLEKTKQKVKTMARDLY
DDHFKAVESMPRGVVVTLRNIATQLESAWELHTNKQCIEGENTWRDLMKTALENLIVVLK
DENTISPYEMCSSGLVQALFTVLNNSVELDMKHNCKPLMERINVFKAAFSENEDDESRPA
VALIRKLLAVLESIERLPLHLYDTPGSTYNLQILTRRLRFRLERAPGETALIDRTGRMLK
MEPLATVESLEQYLLKMVAKQWYDFDRSSFIFVRKLREGQTFTFRHQHDFDENGIVYWIG
TNAKTAYEWVNPAAYGLVVVTSSEGRNLPYGRLEDILSRDSSALNCHTNDDKNAWFAIDL
GLWVIPSAYTLRHARGYGRSALRNWVFQVSKDGQTWMSLYNHVEDCSLNEPGSTATWPLD
PSKEEKQGWRHIRIKQMGKNASGQTHYLSLSGLEIYGTVSGVCEDQLGKAVKEAEANLRR
QRRLFRSQVMKYIVPGARVVRGIDWKWRDQDGNPAGEGTVTGEAHNGWIDVTWDAGGSNS
YRMGAEGKFDLKLAPGYDPESAPSPKPVSSTVSGTAQSWSSLVKNNCPDKGGSSSAAGAS
SSSRKGSSSSVCSVASSSDISLSSTKVERRADSLLEQGGVLGAGGGIPGAEGQEPIVVLS
SADAASSTITAEEGGERKAGADRQAAADATAISMGLVSVSSPDVSSVSESSSKEAASQRP
LCSVASARLSVSSLLAAGAPMSSSASVPNLSSREASLMESFVRRAPNMSRTNATNNMNLS
RSSSDNNTNTLGRNVMSAATSPLMGAQSFPNLTTTGTTSTVTMSTSIVTSSNNVATATTG
LSVGQLLSNTLTTSLTSTSSESDTGQDAEFSLYDFLDSCRANTLLAELDDEEDLPEPDDD
DDENEDDNQEDQEYEEVLVRSRVNLGFHIHFNREEEEYETKGGRRRTWDDDFVLKRQFSA
LVPAFDPRPGRTNVQQTTDLEIPPPGTPRSEVQEEVECAPSPHLALILKVAGLGTTREVE
LPLSNYKGTIFYYVQKLLQISCNGSIKSDKLRRIWEPTYTIMYRELKDSDKEKESRKMGC
WSVEHVEQYLGTDELPKNDLITYMQKNADSSFLRHWKLTGTNKSIRKNRNCSQLIAAYKD
FCEHGCRSGGLSPGSLGAMQTCDILSVASEQAQAKAGSSQSACGVEDVLQLLRILFIIGG
DPHAHTRTFQEEDLQFNASPEEFTSKKVTTKILQQIEEPLALASGALPEWCEQLTSKCPF
LIPFETRQLYFTCTAFGASRAVVWLQNRREATMERSRPSTTVRRDDPGEFRVGRLKHERV
KVPRGDQMMEWAESVMQIHADRKSVLEVEFQGEEGTGLGPTLEFYALVAAEFQRTSLGIW
LCDDDFPDDESRQVDLGGGLKPPGYYVQRSCGLFPAPFPQDSDELDRLSKLFLFLGVFLA
KCIQDNRLVDLPISRPFFKLLCMGDIKSNMSKLLYASRGGPLLLDPTEQHHHFSEIQSEA
STEESLDTYSVGSFDEDSKSEFILDPPKPKPPAWYHGILTWEDFERVNSHRAKFLKEMKE
LAVKRRLILGNNSQSEDEKNTRLQDLMLKNPLGSGPPLSVEDLGLNFQFCPSSKVHGFSA
VDLKPNADDEMVTMDNAEEYVELMFDFCMHTGIQKQMEAFREGFNRVFPMEKLSSFSHKE
VQMILCGNQSPSWTSEDVMNYTEPKLGYTRDSPGFLRFVRVLCGMSSDERKAFLQFTTGC
STLPPGGLANLHPRLTIVRKVDATDSSYPSVNTCVHYLKLPEYSSEDIMRERLLAATMEK
GFHLN
NT seq 7758 nt   +upstreamnt  +downstreamnt
atggcggacgtggacccagacaccttgctggagtggctccagatgggccagggagatgag
agggacatgcagctgatcgccctggagcagctctgcatgttattgctcatgtctgacaac
gtggaccgctgcttcgagacgtgtcccccacgcaccttcctccccgccctgtgtaagatt
ttcttggatgaaagcgccccggacaacgtgctggaggtgacggcccgcgccatcacatac
tacctggatgtgtcggctgagtgcacccgcaggatcgtgggcgtggacggggccatcaag
gctctgtgtaaccgcctagtggtggtggagctcaacaacaggaccagcagagacctggcc
gagcagtgtgtcaaggtgctggagctgatctgtaccagggagtctggtgcagtgtttgag
gctgggggtctgaactgtgtgcttagcttcatccgggacagcggtcatctggtccataag
gacaccctgcactctgccatgtctgtggtgtctcgcctgtgcagcaagatggagccccag
gactcctctctggagacttgtgtggagtccctctccagtctgctcaaacacgaagaccac
caggtgtctgatggtgctctgcgctgctttgcctccctggcggaccggttcacccgtcga
ggggtggaccccgcgccactggccaagcacggtctgacagaggagctgctctcccggatg
gcggcggcagggggcatggtctccggcccctcctccacctgtaagccaggccggacctcc
actggggcccaacccaccgctgccgactccaaactctccaaccaggtgtccaccatcgtt
agcctgctgtccacgctgtgcagaggctctccccttgtcactcatgatctgctacgctct
gcgctgcctgactccatggagagtgcgatgcagggggacgagcgctgtgttctggacacc
atgcgtctggtggacctgctgctggtcctgctgttcgagggccgcaaagctctgcccaaa
tccaccgctggctcaacaggacgcatcccgggcctgcgacggctggacagctccggggag
cgttcccaccgacagctcatcgactgtatccgcagcaaagacacagacgctctcattgat
gccatcgacaccggagcttttgaagtgaatttcatggatgacgtcgggcagactcttttg
aactgggcctctgcatttggcacacaggaaatggttgagttcctgtgtgagagaggtgct
gatgtcaacagaggtcagaggtcctcctccctccactacgctgcctgttttggacggcct
caagtagcaaagactctgctgcgacatggagccaaccctgacctccgagatgaagatggg
aaaactcccctggacaaagcaagggagcgtggccacagtgaggtggtagccatcctccag
tctcctggagactggatgtgccccgttaacaaaggagaggacaagaagaagaaagacttg
aacgaggaagaggagggcagcgaacccaaaggagaccctgagatggcccccatctacctg
aagaggctgctaccagtatttgcacaaacctttcagcaaaccatgctaccttctattagg
aaagctagcctggctctgatcaggaagatgatccactacagctgtgaagtgctgctgaag
gaggtgtgtgactctgacgccggtcacaacttgcccaccgtgctagtggagataaccgcc
accgtgctggatcaggaggacgatgatgacggtcacctgctggcactgcagatcatcaga
gacctggtggacaaaggaggagatgtcttcttggaccagttggctagactgggcgtcatc
aacaaggtgtccactctggctggacccacctcagacgatgagaacgaggaggtgtccaaa
ccagagaaggaagacgagccacaggaggatgccaaagaggtgcagcaggggaagccctac
cactggcgtgactggtccattatcagggggagggactgcctgtacatctggagtgatgct
gcagccctggagctctccaacggctccaatggatggttccgcttcatcttggacggcaag
ctggccaccatgtactccagcggcagcccagagggaggctccgacagctcagaaagtcgt
agtgagtttttggagaagctgcagcgtgcccggagccaggtgaagcctgtgacagccagc
cagcccatcctgtctgccctgggtcccaccaagctgacggtgggaaactggtccctgacc
tgcctgaaggagggagagatcgccatccacaactctgacggacagcaggccaccatcctc
aaggaggacctgcccggcttcgtgttcgagtccaacaggggcaccaagcactccttcacc
gctgaaacatcactagggtcagaatttgtgactggctggactggaaagaggggaagaaag
ctcaaatccaaattggagaaaacaaaacaaaaggtgaagaccatggccagagacctgtat
gatgaccacttcaaggcggtagagagcatgcccaggggggtggtggtcaccctgaggaac
atcgccacccagctggagtctgcttgggagctgcataccaacaaacagtgtatcgaggga
gaaaacacatggagagacttgatgaaaacggctctggaaaacttgattgtggttctcaag
gatgagaacaccatctccccctatgaaatgtgcagcagtggcctagtgcaagcacttttt
acagtccttaataatagtgtggaacttgacatgaaacataattgtaaaccattaatggaa
agaataaatgtatttaaagccgcattcagtgaaaacgaagatgatgaaagccgacccgca
gttgccttaatccgcaaactactagcagtcctggagtccattgagaggttacctctgcac
ctgtatgacaccccaggctctacctataacctgcagatcctgacgaggaggttgcgtttc
cgtctggagcgtgcgcctggggagacggcgctgatcgaccgtacagggcgtatgctgaag
atggagcccctggccaccgtggagtctctggagcagtacctcctcaagatggtggccaag
cagtggtatgactttgatagatcctccttcatcttcgtcaggaagctaagagagggacag
acctttacattcagacaccagcatgactttgacgagaacggaatagtctactggattggt
accaatgcaaagactgcctatgagtgggtgaacccagcagcctacggcctggtggtagta
acctcctctgagggtcgtaacctcccatatggccgactggaggacatcctgagtcgggac
agctctgccctcaactgccacaccaatgatgataagaacgcctggtttgccatcgaccta
ggcctgtgggtcatcccctctgcctacaccctgcgccacgcccgtggctacggccgctcc
gccctcaggaactgggtgttccaggtgtccaaagacggccaaacctggatgagtctctac
aaccacgtggaggactgcagcctcaacgagccggggtccacagccacttggcctctggac
ccgtccaaagaggagaaacagggctggagacacatccgcatcaagcagatggggaagaat
gccagcgggcagacacactacctgtctctgtcaggcctggagatctacggcaccgtcagt
ggtgtgtgtgaggaccagctaggtaaagcagtgaaggaggcggaggccaacctgcgcagg
cagaggcgtctgttccgctcccaggtgatgaagtacatagtgcccggggcgcgtgtggtg
cggggcatcgactggaagtggagagaccaggatggcaacccagcaggagagggtacggtg
acaggggaggcccataacggctggattgatgtcacctgggatgctggtggctcaaactct
tatcgtatgggtgctgaaggaaaatttgacctcaagcttgcgccagggtacgaccctgag
tctgcgccatcacccaaacctgtctcatccactgtttcaggcacagcgcagtcctggagc
agcctggtgaaaaataactgtccggacaagggcggctcctcctcggctgcaggggccagc
tcctccagccggaagggcagtagcagctcggtgtgtagcgtggccagcagcagtgatatc
agtctcagctccaccaaggtagagcgccgggccgatagcctgctggagcaggggggggta
cttggggctggtggtggcatccctggggcagagggccaagaacccattgtggtgctgtcc
tccgccgatgccgcctccagcacgataactgcggaggaaggtggcgagcgaaaagctggc
gcggacaggcaagcggcggcagacgccactgccatctccatgggactagtcagcgtcagc
tcgcctgacgtcagctccgtgtctgagtcctccagtaaggaggctgcttcccagaggcct
ctatgttccgtggccagcgcccgtctgtccgtcagctctctgctggcggccggcgctccc
atgagctctagcgccagcgtgccaaacctgtcgtcacgagaggccagcctcatggagtcg
tttgtgcggcgagctcctaacatgtcccgcaccaatgccaccaacaacatgaacctgagc
cgcagcagcagcgacaacaacaccaacacactgggacgaaacgtcatgagcgctgccact
tctcctctcatgggtgcgcagagctttcctaacctcaccaccactggtaccacctcaact
gttacaatgtccacatccatagtaaccagcagcaataatgtagccacggcaaccacaggt
ttgtcggttggccagttgctcagtaacactctgacgaccagcctgacctctacgtctagt
gagagtgacactggtcaggatgctgagttttccctttatgacttcctggacagctgtcgt
gctaacacgctattggctgagttagatgatgaggaggatctgcctgagcctgatgatgat
gatgatgagaacgaggatgacaatcaggaagaccaagagtatgaggaagttttggtacgg
tccagggtaaaccttggtttccacattcattttaatagggaagaggaagagtatgaaacc
aaagggggtcggcgtagaacctgggacgatgactttgtcctcaaacgccagttctctgct
ttagtcccagcatttgaccccaggccaggccggaccaatgtccagcagaccactgacctg
gagatccctcccccaggtacacctcgctctgaagtccaggaggaggttgagtgtgccccg
tccccccacctcgccctcatcctcaaagtggcagggcttggaaccacccgagaagttgaa
ctacccctctccaactacaagggtactatcttttactatgtccagaagcttctacagatc
tcatgcaacgggagcatcaaatcagataaactacgccggatctgggaacccacatacacg
ataatgtacagagaattgaaggattcagacaaagagaaggaaagcagaaaaatgggttgc
tggtctgtagagcatgtggagcaataccttggcactgatgaattaccaaagaatgacttg
ataacctacatgcagaagaatgcagactcctctttcctgcgacactggaaattaaccggc
actaataaaagtattaggaaaaacagaaattgttctcagctcatagctgcatacaaggac
ttttgtgagcatgggtgcaggtcggggggcctgagccctgggtctctgggtgccatgcag
acctgtgacatcctgagtgtggccagtgagcaggcccaggccaaggctggctccagccaa
agcgcctgcggagtggaggatgtgctccagctgctccgcatcctcttcatcatcggagga
gacccccacgcccacacacgcaccttccaggaagaggatctccaattcaatgcatcgccc
gaggaattcaccagcaagaaagtcacaacgaagattctccagcagatcgaggagcctctg
gccctggccagcggggccctcccagaatggtgtgagcagcttaccagcaagtgtcctttc
ctcatccccttcgagacccggcagctctacttcacctgcactgcgtttggagcctccagg
gcggtagtgtggctgcagaaccggcgggaggcgaccatggagcgttcgcggccctccacc
acggtgcggagagacgaccctggggagttcagggtgggccggctcaaacatgagagagtc
aaggtcccccgcggagaccagatgatggagtgggctgagagcgtcatgcagatccacgct
gacaggaaatctgttttggaagttgagttccagggggaggagggtacaggcctgggtccc
acactggagttctatgctctggtggcagctgagttccagaggacatccctgggtatctgg
ctctgtgacgatgacttcccagacgatgagtctcgccaggtggatctgggtgggggtctg
aaacctccaggctactacgtccagcgctcctgcggcctgttcccagccccattcccccag
gacagtgacgagctggatcgcctcagcaaactcttcctcttcttgggggtcttcctggcc
aagtgcattcaggacaaccgcctggtggaccttcccatctcacgacccttcttcaagttg
ctctgtatgggtgacatcaagagcaacatgtctaagctgctatacgcctcccgtgggggc
cctctcctcctcgatcccactgagcagcaccaccacttctcagagatccagtcggaggcg
tctaccgaggagagcctggacacctattctgtcggcagctttgacgaggactccaagtcc
gagttcatcctggacccccctaaacccaagcccccggcctggtaccacggcatcctgacc
tgggaggactttgagcgggtcaactcccaccgggccaagttcctgaaagagatgaaggag
ctggcggtgaagaggaggctgattttggggaacaacagtcagtctgaggatgaaaagaac
actaggctgcaggacctcatgctgaagaaccccttgggctccggacccccacttagtgta
gaggacctgggattgaatttccagttctgcccctcatccaaagtgcatgggttctcagca
gtggacctgaagcccaatgcggatgacgagatggtgaccatggataatgctgaggagtac
gtggagctcatgtttgacttctgcatgcacactggcatccagaaacaaatggaggcattc
agagagggctttaaccgagtgttccccatggagaagctgagctccttcagtcacaaggag
gtgcagatgattctatgtggaaaccagtctccatcctggacatctgaggatgtcatgaac
tacacagagcccaagctgggctacactagggacagtcctgggttcctgcgttttgtgcgg
gtgctttgtggcatgtcatctgacgagaggaaagccttcctccagttcaccacaggatgc
tccactctgccccctggcggtctggcaaacctgcacccacgcctcaccatcgttcgaaag
gtggacgcgacagactccagctatccctctgttaacacttgtgtacactatctgaagctg
ccagagtattcctctgaagacatcatgagagagcgtctcctagctgctaccatggagaag
ggcttccacctcaactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (13)   
   RefSeq(nuc) (11)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (96)   

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