KEGG   Kryptolebias marmoratus (mangrove rivulus): 108250504
Entry
108250504         CDS       T05608                                 
Symbol
hectd1
Name
(RefSeq) E3 ubiquitin-protein ligase HECTD1 isoform X1
  KO
K12231  E3 ubiquitin-protein ligase HECTD1 [EC:2.3.2.26]
Organism
kmr  Kryptolebias marmoratus (mangrove rivulus)
Brite
KEGG Orthology (KO) [BR:kmr00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:kmr04121]
    108250504 (hectd1)
Enzymes [BR:kmr01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     108250504 (hectd1)
Ubiquitin system [BR:kmr04121]
 Ubiquitin ligases (E3)
  HECT type E3
   108250504 (hectd1)
SSDB
Motif
Pfam: HECT MIB_HERC2 Sad1_UNC Ank_2 Ank Ank_4 Ank_5 Ank_3 F5_F8_type_C DUF6735
Other DBs
NCBI-GeneID: 108250504
NCBI-ProteinID: XP_017295888
Position
LG10:22775706..22804139
AA seq 2569 aa
MADVDPDTLLEWLQMGQGDERDMQLIALEQLCMLLLMSDNVDRCFETCPPRTFLPALCKI
FLDESAPDNVLEVTARAITYYLDVSAECTRRIVGVDGAIKALCNRLVVVELNNRTSRDLA
EQCVKVLELICTRESGAVFEAGGLNCVLSFIRDSGHLVHKDTLHSAMAVVSRLCSKMEPQ
DSSLETCVESLSSLLKHEDHQVSDGALRCFASLADRFTRRGVDPAPLAKHGLTEELLSRM
AAAGGTVSGSTSSCKPGRPPTGATPSAADSKLSNQVSTIVSLLSTLCRGSPLVTHDLLRS
ALPDSMESALGGDERCVLDTMRLVDLLLVLLFEGRKALPKSTAGSAGRIPGLRRLDSSGE
RSHRQLIDCIRSKDTDALIDAIDTGAFEVNFMDDVGQTLLNWASAFGTQEMVEFLCERGA
DVNRGQRSSSLHYAACFGRPQVAKTLLRHGANPDLRDEDGKTPLDKARERGHSEVVAILQ
SPGDWMCPVNKGDDKRKKDASKEEEEGSEPKGDPEMAPLYLKRLLPVFAQTFQQTMLPSI
RKASLALIRKMVHYSSEVLLREVCDGETGHNLPTVLVEITATVLDQEDDDDGHLLALQII
RDLVDKGGDVFLDQLARLGVINKVSTLAGPASDDENEDEAKPEKEEDVQEDAKEIQQGKP
YHWKDWSIIRGRDCLYIWSDAAALELSNGSNGWFRFILDGKLATMYSSGSPEGGSDSSES
RSEFLEKLQRARSQVKPVTASQPILSIVGPTKLTVGNWSLTCLKEGEIAIHNSDGQQATI
LKEDLPGFVFESNRGTKHSFTAETSLGSEFVTGWTGKRGRKLKSKLEKTKQKVKSMAREL
YDDHFKAVESMPRGVVVTLRNISTQLESAWELHTNRQCLEGENTWRDLMKTALENLIVVL
KDENTISPYEMCSSGLVQALFTALSNSAELDVKHDCKPLMERINVFKAAFSENEDNESRP
AVALVRKLIAVLESIERLPLHLYDTPGSSYNLQILTRRLRFRLERAPGETALIDRTGRML
KMEPLATVESLEQYLLKMVAKQWYDFERSSFVFVRKLREGQSFIFRHQHDFDENGIIYWV
GTNAKTAYEWVNPAAYGLVVVTSSEGRNLPYGRLEDILSRDSSALNCHTNDDKNAWFAVD
LGLWVIPSAYTLRHARGYGRSALRNWVFQVSKDGQNWSTLYTHIDDGSLNEPGSTATWPL
DPSKDEKQGWRHIRIKQMGKNASGQTHYLSLSGLELYGTVTAVCEDQLGKAVKEAEANLR
RQRRLFRSQVMKYIVPGARVVRGIDWKWRDQDGNPPGEGTITGEAHNGWIDVTWDAGGSN
SYRMGAEGKFDLKLAPGYDPESATTAPSPKPISSTVSGPASSTVGPSVTPAAIGGTTTTT
TSTSSSSTSSSSQQPSWSSLMKNNCPDKGGASSSSRKGSSSSVCSVASSSDMSLSSSAGL
PGVGGLQLDRRAEGLLLDHGIGVGGVTGGGIGCDGHQPEPIVVLSSAAEGGSGSASSSST
LTADTTATGEEHHSPTTAAATDPATAISMGLVSVSSPDVSSVSESSSKDTHSQRPLCSAT
NTRLSVSSLLAAGAPMSSSASVPNLSSREASLMESFVRRAPHMSRTNATNNMNLSRSSSD
NNTNTLGRNVMSAATSPLMGAQSFPNLTTTGTTSTVTMSTSIVTSGNNVATATTGLSVGQ
LLSNTLTTSLTSTSSESDTGQEAEFSLYDFLDSCRANTLLAELDDEEDLPEPDDDDDENE
DDNQEDQEYEEVLEEEEYETKGGRRRTWDDDFVLKRQFSALVPAFDPRPGRTNVQQTTDL
EIPAPGLVTPRSEVREEVECAPSPHLALTLKVAGLGTTREVDLPLSNFKLTIFYYVQRLL
QLSCSGSVKTDKLRRIWEPTYTIMYRELKDSDKEKDGGKMEFFEHSTWGGGRSGGLSPSS
ANQSNEILGWAREVAQAKAGCSQNACGVEDVLQLLRILYIIGRDSVSNARTLQEDVDELQ
FNASPEEFTSKKVTTKILQQIEEPLAVASGALPDWCEQLTSKCPFLIPFETRQLYFTCTA
FGASRAIVWLQNRREATMERSRPSTTVRRDDPGDFRVGRLKHERVKVPRGDAMMEWAESV
MQIHADRKSVLEVEFQGEEGTGLGPTLEFYALVAAEFQRTSLGIWLCDDDFPDDESRQVD
LGGGLKPPGFYVQRSCGLFPAPFPQDSEELDRITKLFHFLGVFLAKCIQDNRLVDLPVSQ
PFFKLLCMGDIKSNMSKLLYQSRSSLPGHGPERSQLLSEVQSEASTEESQETFSVGSFDE
DSKSEFIMDPPKRKPPAWYHGILTWDDFQLVNPHRASFLKEVKELALKRRQILASKNLSE
DEKNTRLQDLMLRNPLGSGPPLSIEDLGLNFQFCPSSKVHGFSAVDLKPNGDDEMVTMEN
AEEYVELMFDLCMHTGIQKQMEAFKEGFNRVFPMEKLSSFSPKEVQMILCGNQSPSWNAD
DIINYTEPKLGYTRDSPGFQRFIRVLCGMSSDERKAFLQFTTGCSTLPPGGLANLHPRLT
IVRKVDATDSSYPSVNTCVHYLKLPEYSSEDIMRERLLAATMEKGFHLN
NT seq 7710 nt   +upstreamnt  +downstreamnt
atggcagatgtggacccggacaccttgctggaatggctacagatgggtcagggcgacgag
cgcgacatgcagctcattgccctggagcagctgtgcatgctgctgctcatgtccgacaat
gtcgaccgctgctttgagacgtgtcctcctcggacgttccttccagcactctgtaagatc
ttcctggacgagagcgctccggataacgtgctggaggtaacggcccgagccatcacctac
tacctggacgtgtctgctgagtgcacccggaggatcgtgggggtggacggcgccatcaag
gcgctgtgtaaccgtttggtggtggtggagctcaacaacaggaccagcagggacctggct
gagcagtgtgtgaaggttctggagctgatctgtaccagagagtccggtgctgtctttgag
gctggaggcctgaactgtgtgctgagtttcatcagagacagcggccacctggtccacaaa
gacaccctgcactccgccatggccgtcgtctcccgcctctgcagcaagatggagcctcaa
gactcgtctctggagacctgcgtcgagtctttgtccagtcttctgaaacacgaagaccac
caggtttcagatggagctctgcgctgcttcgcctcgttggctgatcgcttcactcgccga
ggtgtagaccccgcccctttagctaagcatggcctaacagaggagctgctgtcccgcatg
gcggccgctggtggcaccgtgtcgggctcgacctcctcctgtaagccgggtcggcctccc
accggtgccaccccctctgctgctgactccaagctgagcaaccaggtgtcgaccatcgtc
agcctgctgtccactctgtgccgagggtcaccgctggtcacacacgacctgctgcgttcg
gcgctacccgactccatggagtctgcgctgggaggagacgagcgctgcgtgctcgacacc
atgcggctggtggatctcctgctggtgctcctgtttgagggccggaaggcgctgccgaag
tccacggcggggtcagcgggtcgaatccctggcctgcggcgtctggacagctcaggagag
aggtcgcaccgacagctgatcgactgtatccgcagcaaggacaccgacgctctgatcgac
gccatcgataccggagcttttgaggtgaacttcatggacgatgttggacaaacgctgctc
aactgggcttcagcttttggcacacaggagatggtggagttcttatgtgagcggggagcc
gacgtcaacagaggtcagaggtcatcctcgctacactacgctgcgtgtttcggacgcccg
caagtagccaagactctgctgcggcatggagccaacccggacctgagggacgaggacgga
aagacgcctctggacaaagccagggagaggggacacagtgaagtggtggccatattacag
tcaccaggagactggatgtgtcctgtgaacaaaggcgatgacaagaggaagaaggacgcc
agcaaggaggaagaggagggcagtgagccgaaaggagacccagaaatggctcctctgtac
ctgaagagacttctccccgtttttgcacaaacctttcagcaaacaatgctgccttctatt
aggaaagccagtctagctctgatcagaaagatggttcactacagcagcgaagtgctgctg
agggaggtgtgtgacggcgagacgggtcacaacctgcccacggtcctcgtagagatcacc
gccactgtcctcgaccaggaggatgacgacgacggccacctcctggctctgcagatcatc
agggatctggtggataaaggcggggacgttttccttgaccagctggctcgactcggggtc
atcaacaaggtgtcgactctggccggaccggcgtctgatgacgagaacgaggatgaagcg
aagcctgagaaggaggaggacgtgcaggaagacgctaaggaaatccagcaggggaagccg
taccactggaaggactggtccatcatcagaggcagggactgtctctacatctggtcggac
gcagctgccctcgagctctccaacggctccaacggatggttcaggttcatcctggacggg
aagctcgccaccatgtactccagcgggagcccggagggcggttcggacagctcagagtct
cgcagtgaattcttggagaagctgcagcgggcgaggagccaggtgaaaccggtcacagcc
agccagcccatcctctccatcgtcggccccaccaagctgaccgtggggaactggtctctg
acgtgtctgaaagagggagagatcgccatccataactcggacggacagcaggccaccatc
ctgaaggaggacctgcccggcttcgtgttcgagtccaacagaggaaccaaacactcgttc
accgcagagacgtcgctcggctccgagtttgtcacgggctggactggaaagcgaggcaga
aagctgaagtcgaagctggaaaagacgaagcagaaggtgaagagcatggcgagggagctg
tacgacgatcacttcaaagctgtggagagcatgcccagaggggtggtggtcaccctgagg
aacatctccacccagctggagtctgcatgggagttgcacaccaacagacagtgtctggaa
ggggagaacacctggagggacttgatgaaaacggctctggagaacctgattgtagttctg
aaggatgaaaacacaatttcaccgtatgaaatgtgcagcagtggcctggtccaggctctg
ttcactgccctcagcaatagtgcagaactggacgtaaaacatgattgtaagcctttaatg
gagaggatcaatgtctttaaggcggctttcagcgagaacgaagataatgaaagccgacca
gctgttgccttagtccggaaactgatagctgtcctggaatcgattgagcgtctacctcta
cacctttacgacaccccaggatcctcctacaacctgcagattctgacgaggcggctgcgg
ttccgtctggaacgagcgccgggggagacggccctgattgaccggacgggtcgcatgttg
aagatggaacctctggctaccgtggagtctctggagcagtatcttctgaagatggtagcg
aagcagtggtacgactttgagcgctcgtcgttcgttttcgtgaggaagctgagagaagga
cagagcttcatattcaggcatcaacatgactttgatgagaacggcatcatctactgggtc
ggaaccaacgccaagacggcctacgagtgggtgaatcccgcagcttacggcctggtggtg
gtgacgtcctcagaggggcgtaacctcccttacggccgcttggaggacatcctaagtcga
gatagctccgccctcaactgccacaccaacgatgacaagaacgcgtggttcgctgttgac
ctcggcctgtgggtcattccgtcggcgtacactctgaggcacgctaggggttacggtcgc
tctgcactgagaaactgggtttttcaggtatcgaaggacggtcagaactggtccactctc
tacacccatatagatgacggcagcctcaatgaaccgggctcgactgccacgtggcctctg
gacccgtccaaagatgagaagcagggctggagacacatccggattaaacagatggggaag
aacgccagcggtcagacccactacctgtctctgtctggactcgagctgtacggcacggtc
actgctgtgtgtgaggaccagttaggtaaagctgtgaaagaggcagaggcgaacctgcgt
cgccagcgccgcctgttccgctctcaggtcatgaagtacatcgtcccgggggcgcgggtc
gtgcgcgggatcgactggaagtggcgagatcaggacggaaatccgcccggagagggcacc
atcaccggggaggctcacaacggctggattgatgtaacctgggatgctggcggctctaac
tcttaccgtatgggcgctgaagggaagtttgacctcaagcttgctccagggtacgaccct
gagtcggctaccacagcgccatcacccaaacctatctcatccactgtttcaggtcccgcc
tcatccacggtgggaccctctgtgacaccagcggccattggcggcaccaccaccaccacc
acttccacctcctcatcctccacctcctcgtcctcccagcagccttcctggagcagcctg
atgaaaaataactgtcccgataaaggcggggccagctcctccagcaggaagggaagcagc
agctccgtctgcagcgtcgcttcgtcctctgacatgagtctgagctcctccgctgggctg
cccggcgtcgggggtctgcagctggacaggagggctgaggggctgcttctggaccacggc
attggggtgggaggagtcacaggaggaggaattggctgtgacggacaccagccagagcct
atcgttgtgctgtcttctgcagccgagggtggatccggttcagcgtccagctccagcacg
ctcaccgccgacacaaccgcgaccggagaggagcaccactcccccacgacggcagctgcc
accgacccggcgacggccatttccatgggactggtgagcgtgagctcccccgacgtcagc
tccgtgtcggagtcatccagtaaggacacgcactcccagaggcctctctgctcggcgact
aacacacggctgtctgtcagctccctgctggccgccggcgcccccatgagctcgagcgcc
agcgtgcccaatctttcgtcccgggaggccagcctgatggagtcgttcgtccgccgtgca
cctcacatgtcccgcaccaacgccaccaacaacatgaacctgagccgcagcagcagcgac
aacaacaccaacactctgggcaggaacgtcatgagtgctgctacttctcctctcatgggc
gctcagagctttcctaatctcaccaccaccggcaccacctccaccgttaccatgtcaact
tccatagtaaccagcggcaataacgtagccacggctaccacgggcctgtcagtgggccag
ttgctaagcaacaccctgacaacaagcctgacgtccacatccagtgagagtgacacagga
caggaagctgagttctctctctatgacttcctggacagttgtcgtgccaacacactgttg
gccgagctggacgacgaggaggacctcccagagcccgacgatgacgatgacgaaaacgaa
gacgacaatcaggaggaccaggagtatgaggaggttttggaagaggaggagtatgagacg
aaaggaggacgcaggaggacgtgggacgatgattttgtcctaaagaggcagttttctgct
ctggtccccgccttcgacccgcgaccaggaagaactaacgtccaacagacgactgacctg
gagattcctgcgccaggtttagtgaccccccgatcggaggttcgggaggaagtggagtgt
gctccgtctcctcacctcgctctcactctgaaggtggctgggctgggtacgacacgggag
gtggatcttcctctctccaacttcaagctgacgatcttctattacgtgcagcggctcctg
cagctgtcctgcagcggatctgtgaagacggacaaactgcggcgcatctgggagcccaca
tacacgataatgtacagagagctgaaggactccgacaaagagaaagacggagggaagatg
gagttcttcgaacacagcacttggggcggggggcggtccggcggtctgagcccgagctcg
gccaatcagagcaatgagatcctgggctgggcgagggaagtggcgcaggcgaaagcgggc
tgcagccaaaacgcgtgcggcgtggaagacgtcctgcagctgctgcgcatcctgtacatc
atcgggagggactctgtctccaacgcacgcaccttacaggaggatgttgatgagctgcag
tttaacgcgtctccggaggagttcaccagcaagaaggtcaccaccaagatccttcagcag
attgaggaacctctggccgtcgccagcggtgctctgcctgactggtgtgagcagctcacc
tccaagtgtcctttcctcatcccctttgagaccagacagctgtacttcacctgcactgcc
ttcggggcctccagggcgatcgtgtggctgcagaaccggcgggaggccaccatggagcgc
tcccgaccgtccaccacggtgcggcgggacgacccgggagacttcagggtgggtcggctc
aaacacgagcgggtcaaagtcccccgaggagacgccatgatggagtgggcggagtcagtc
atgcagatccacgctgacaggaagtccgtcctggaggtggagttccagggagaggaggga
accggtctcggcccgactctggagttctacgctctggttgctgccgagtttcagaggacg
tctctcgggatctggctgtgtgacgacgacttccctgacgacgagtcgcgacaggtggac
ctgggcggtggcctgaagcctccaggtttctatgtgcagcgttcctgcgggctgtttccg
gcgccgttcccccaggacagcgaggagctggaccggatcaccaagctcttccacttcctg
ggcgtctttctggccaagtgcatccaggacaaccggctggtggacctgccggtgtcgcag
cccttcttcaagctgctctgcatgggggacattaaatccaacatgagcaagctgctgtac
cagtctcgcagctcgctgccgggtcacggaccagagcgctcccagctgctgtccgaggtg
cagtcggaggcgtccacggaggagagtcaggagacgttctcagtgggcagcttcgacgag
gactcaaagtccgagttcatcatggacccgcccaaacgtaaaccgcccgcctggtaccac
ggcatcctgacgtgggacgacttccagctcgtcaacccgcaccgagccagcttcctgaag
gaggtgaaggagctggcgctgaagaggaggcagatcttagccagcaagaacctgtctgag
gacgagaagaacaccaggctgcaggacctgatgctgaggaacccgctgggctccggaccg
cctctcagcatcgaggatctcgggttaaacttccagttctgcccgtcgtcgaaggttcac
ggtttctctgcggtggatctgaaaccgaacggagacgacgagatggtgaccatggagaac
gccgaggagtacgtggagctgatgtttgacttatgtatgcacaccggcatccagaaacag
atggaggccttcaaagagggttttaatcgcgtgtttccgatggagaagttgagctctttc
agtcctaaggaagtgcagatgatcctctgtggcaaccaatcaccttcctggaatgctgat
gacatcatcaactacaccgagccaaagctgggctacaccagagacagccccggcttccag
cgcttcatcagagttttatgcgggatgtcgtctgacgagaggaaggccttcctgcagttc
accaccggctgctccacgctgccgcccggcggcctcgccaacctgcacccgcgcctcacc
atcgtcagaaaggtggacgccaccgactcgagctatccctccgtcaacacatgtgtccac
tacctgaagctccccgagtattcctccgaggacatcatgagggagcgcctgttagctgcc
accatggagaagggcttccacctcaactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (10)   
   Pfam (10)   
All databases (27)   

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