KEGG   Monodelphis domestica (gray short-tailed opossum): 100012904
Entry
100012904         CDS       T01031                                 
Symbol
HECTD1
Name
(RefSeq) HECT domain E3 ubiquitin protein ligase 1
  KO
K12231  E3 ubiquitin-protein ligase HECTD1 [EC:2.3.2.26]
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mdo04121]
    100012904 (HECTD1)
Enzymes [BR:mdo01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     100012904 (HECTD1)
Ubiquitin system [BR:mdo04121]
 Ubiquitin ligases (E3)
  HECT type E3
   100012904 (HECTD1)
SSDB
Motif
Pfam: HECT Sad1_UNC MIB_HERC2 Ank_2 BTHB Ank Ank_4 Ank_5 Ank_3 F5_F8_type_C DUF6735 Cwf_Cwc_15
Other DBs
NCBI-GeneID: 100012904
NCBI-ProteinID: XP_001364091
Ensembl: ENSMODG00000017590
UniProt: F7B4N3
Position
1:208178605..208289978
AA seq 2610 aa
MADVDPDTLLEWLQMGQGDERDMQLIALEQLCMLLLMSDNVDRCFETCPPRTFLPALCKI
FLDESAPDNVLEVTARAITYYLDVSAECTRRIVGVDGAIKALCNRLVVVELNNRTSRDLA
EQCVKVLELICTRESGAVFEAGGLNCVLTFIRDSGHLVHKDTLHSAMAVVSRLCGKMEPQ
DSSLEICVESLSSLLKHEDHQVSDGALRCFASLADRFTRRGVDPAPLAKHGLTEELLSRM
AAAGGTVSGPSSACKPGRSTTGAPATAADSKLSNQVSTIVSLLSTLCRGSPVVTHDLLRS
ELPDSIESALQGDERCVLDTMRLVDLLLVLLFEGRKALPKSSAGSTGRIPGLRRLDSSGE
RSHRQLIDCIRSKDTDALIDAIDTGAFEVNFMDDVGQTLLNWASAFGTQEMVEFLCERGA
DVNRGQRSSSLHYAACFGRPQVAKTLLRHGANPDLRDEDGKTPLDKARERGHSEVVAILQ
SPGDWMCPVNKGDEKKKKDANKDEEECNEPKGDPEMAPIYLKRLLPVFAQTFQQTMLPSI
RKASLALIRKMIHFCSEALLKEVCDSDAGHNLPTILVEITATVLDQEDDDDGHLLALQII
RDLVDKGGDLFLDQLARLGVISKVSTLAGPSSDDENEEESKPEKEDEPQEDAKELQQGKP
YHWRDWSIIRGRDCLYIWSDAAALELSNGSNGWFRFILDGKLATMYSSGSPEGGSDSSES
RSEFLEKLQRARSQVKPSTSSQPILSVPGPTKLTVGNWSLTCLKEGEIAIHNSDGQQATI
LKEDLPGFVFESNRGTKHSFTAETSLGSEFVTGWTGKRGRKLKSKLEKTKQKVRTMARDL
YDDHFKAVESMPRGVVVTLRNIATQLESSWELHTNRQCIESENTWRDLMKTALENLIVLL
KDENTISPYEMCSSGLVQALLTVLNNSVDLEVKQDCSQLVERINVFKTAFSENEDDESRP
AVALIRKLIAVLESIERLPLHLYDTPGSTYNLQILTRRLRFRLERASGETSLIDRTGRML
KMEPLATVESLEQYLLKMVAKQWYDFDRSSFVFVRKLREGQNFVFRHQHDFDENGIIYWI
GTNAKTAYEWVNPAAYGLVVVTSSEGRNLPYGRLEDILSRDSSALNCHSNDDKNAWFAID
LGLWVIPSAYTLRHARGYGRSALRNWVFQVSKDGQNWTTLYTHVDDCSLNEPGSTATWPL
DPPKDEKQGWRHVRIKQMGKNASGQTHYLSLSGFELYGTVNGVCEDQLGKAAKEAEANLR
RQRRLVRSQVLKYMVPGARVIRGIDWKWRDQDGSPQGEGTVTGELHNGWIDVTWDAGGSN
SYRMGAEGKFDLKLAPGYDPDTAASPKPVSSTVSGTTQSWSSLVKNNCPDKTSAAAGSSS
RKGSSSSVCSVASSSDISLGSTKMERRSESVMEQSIVSGTDVHEPIVVLSSAESMPQAEV
GSSSSASTSTLTADTGSENAERKLGPDSSVRTAGESSAISMGIVSVSSPDVSSVSELTNK
EAASQRPLSSSASNRLSVSSLLAAGAPMSSSASVPNLSSRETSSLESFVRRVANIARTNA
TNNMNLSRSSSDNNTNTLGRNVMSTATSPLMGAQSFPNLTTTGTTSTVTMSTSSVTSSSN
VATATTVLSVGQSLSNTLTTSLTSTSSESDTGQEAEYSLYDFLDSCRASTLLAELDDDED
LPEPDEEDDENEDDNQEDQEYEEVMILRRPSLQRRAGSRSDVTHHAVTSQLPQVPSGAGS
RPLGEQEEEEYETKGGRRRTWDDDYVLKRQFSALVPAFDPRPGRTNVQQTTDLEIPPPGT
PHSELLEEVECTPSPRLALTLKVTGLGTTREVELPLTNFRSTIFYYVQKLLQFSCNGNVK
SDKLRRIWEPTYTIMYREMKDSDKEKENGKMGCWSIEHVEQYLGTDELPKNDLITYLQKN
ADSAFLRHWKLTGTNKSIRKNRNCSQLIAAYKDFCEHGSKSGLSQGTISTFQNCDILSLA
KEQPQAKAGNGQNSCGVEDVLQLLRILYIVASDPYSRSSQEEGDEQLQFNFPPDEFTSKK
ITTKILQQIEEPLALASGALPDWCEQLTSKCPFLIPFETRQLYFTCTAFGASRAIVWLQN
RREATVERTRTTSTVRRDDPGEFRVGRLKHERVKVPRGDSLMEWAENVMQIHADRKSVLE
VEFLGEEGTGLGPTLEFYALVAAEFQRTELGTWLCDDDFPDDESRHVDLGGGLKPPGYYV
QRSCGLFTAPFPQDSDELERITKLFHFLGIFLAKCIQDNRLVDLPISKPFFKLMCMGDIK
SNMSKLIYESRGDRDLHCTESQSEASTEEGHDSLSVGSFEEDSKSEFILDPPKPKPPAWF
NGILTWEDFELVNPHRARFLKEIKDLAIKRRQILGNKSLSEDEKNTKLQDLMLKNPSGSG
PPLSIEDLGLNFQFCPSSRVYGFTAVDLKPRGEDEIITMDNAEEYVDLMFDFCMQTGIQK
QMEAFRDGFNKVFPMEKLSSFSHEEVQMILCGNQSPSWAAEDIINYTEPKLGYTRDSPGF
LRFVRVLCGMSSDERKAFLQFTTGCSTLPPGGLANLHPRLTVVRKVDATDASYPSVNTCV
HYLKLPEYSSEEIMRERLLAATMEKGFHLN
NT seq 7833 nt   +upstreamnt  +downstreamnt
atggcagatgtggacccggatacattgctggaatggctacagatggggcagggagatgaa
agggacatgcaactaatagccctcgaacagctatgtatgctgcttttgatgtctgacaac
gtggatcgttgttttgaaacgtgcccacctcgtacatttttaccagcactctgtaaaata
tttcttgatgaaagtgcaccagacaatgtattagaagtgacagcccgtgccataacctac
tacctagatgtatcagcagaatgtactcgacgaattgttggagtagatggagccataaaa
gcactttgtaatcgtttggtggtagttgaacttaacaacagaaccagtagagacttagct
gaacaatgtgtgaaggttttagaattgatatgtactcgtgaatcaggagctgtctttgag
gctggtggtttaaactgtgtgctgacattcattcgtgatagtggacacctggttcataaa
gatacccttcattctgcgatggctgtagtgtcaagactctgtggaaaaatggaacctcaa
gattcttcattagaaatctgtgtagaatccctttctagtttattaaaacatgaagatcat
caggtttcagatggagctttgcgatgttttgcttccttagctgacagatttacacgtcgt
ggtgttgacccagccccattagccaaacatggactaactgaagagctattatctcgaatg
gcagcagctggtggtactgtatcagggccatcatctgcatgcaaaccagggagaagcaca
acaggagcaccagctacagctgctgattccaaattaagtaatcaggtttcaactattgta
agtttgctgtcaacactttgcagaggctctccagtagtcacacatgatctcctaaggtct
gagcttccagattcaattgaaagtgcactacagggtgatgaaagatgtgtgttggatacc
atgcgtttggttgaccttcttttggtgctattatttgaagggcgaaaggccctaccaaag
tccagcgctggatcaaccggcagaattccaggacttcgtagattggacagttctggagag
cgctcacatcggcagctcatagactgtatccgaagtaaagatactgatgcacttatagat
gcaattgacacaggagcatttgaagtgaattttatggatgatgtgggacaaaccctttta
aactgggcatctgcttttggaactcaggaaatggtagaatttctgtgtgaaagaggtgct
gatgttaacagaggtcaaaggtcatcatcattgcattatgcagcctgttttggaaggcct
caagtagcaaagaccctattaagacatggtgcaaaccctgatttaagggatgaagatggg
aaaactcctttagataaagctcgggaacgaggacatagtgaagtagtagctattcttcaa
tctccaggtgactggatgtgtccagtcaataaaggagatgagaaaaagaagaaagatgca
aataaagatgaagaagaatgtaatgaacccaaaggagatccagaaatggcaccaatatac
ttgaaaagattattgccggtgtttgcacaaacatttcagcaaactatgttaccttcaatc
aggaaagcaagtcttgctcttattagaaaaatgattcatttttgttccgaagcactcctt
aaagaagtttgtgattctgatgctggtcacaatttgcctacgatactagtggaaattact
gccactgttcttgatcaagaggatgatgatgacggccatttgttagctttgcagatcata
agagatttagtagataaaggtggtgatttgtttttggatcagcttgccaggcttggagta
ataagtaaagtatctactttggcaggaccttcttctgatgatgaaaatgaagaggaatca
aagcctgagaaagaggatgaaccacaggaagatgctaaagaattacagcagggtaaacca
taccattggagagactggtcaattattagaggaagagactgcttatatatctggagtgat
gcagcagctttggaattatctaatggcagcaatgggtggttcagatttatcttggatgga
aaacttgccactatgtattccagtggcagtcctgaaggtggatctgatagttcagaaagc
agaagtgagttcttggagaagttacagagagcccgaagccaagtaaaaccatcaacatca
agtcaacctatactttcagttccaggacctactaaacttactgtgggcaattggtcacta
acgtgtttaaaagaaggagaaattgctatacataattcagatggtcaacaggctacaatt
ttgaaagaagacctccctggttttgtttttgaatctaatagaggaactaaacattcattt
acagctgaaacttctttggggtcagaatttgtcactggatggactggcaaaagaggaaga
aaattaaaatctaaattagagaaaacaaagcaaaaggtacgaactatggccagagatttg
tatgatgatcactttaaagctgttgaaagcatgcctcggggagttgtggtaacacttaga
aatatagcaactcaattagaatcatcctgggaacttcatacaaatagacaatgcattgag
agtgagaatacttggagagatttaatgaagacagctttggaaaacttaattgtactcttg
aaggatgaaaatactatttcaccatatgaaatgtgtagtagtggtttggtgcaagcactt
cttacagttctgaataatagtgtggatttagaggtgaaacaagactgtagtcagctagta
gagaggatcaatgttttcaagacggccttcagtgaaaatgaagatgatgaaagtcgccca
gcagttgcattaatccgaaagttaatagcagtgctagaatctattgaacgtctacctctc
catttgtatgataccccaggatctacatataatctccagattttgacaagaagattacga
tttcgtttggaacgtgcatctggggaaacatcattaatagaccgaactggaagaatgttg
aaaatggaacccctagcaacagttgaatctttagaacagtatcttttgaaaatggtagca
aagcagtggtacgattttgataggtcatcttttgtttttgttcggaaactaagagaaggg
caaaactttgtattccggcatcagcatgattttgatgaaaatggaatcatttattggatt
gggacaaatgctaaaactgcatatgagtgggtgaatccagcagcctatggattggtggta
gtaacatcatcagagggaagaaatctgccttatggccgcttagaagacatcttaagtcgg
gatagttcagcgcttaattgtcatagcaatgatgataagaatgcttggtttgccatagat
cttggtctgtgggtcatcccatcagcgtatacattacgccatgctcgtggttatggaaga
tctgcacttagaaactgggttttccaagtatccaaagatggacagaactggactactttg
tatacacatgttgatgattgtagtctgaatgaaccaggatcaacagcaacatggcctctt
gatccaccaaaggatgagaaacaaggctggaggcatgtgagaatcaaacaaatgggaaag
aatgctagtggccaaacacactacctctccttatctggatttgaactttatggcactgtg
aatggagtatgtgaagatcagctaggaaaagcagctaaggaagcagaggctaatttaaga
aggcaacggcgtctggtacgctcccaagttttgaagtacatggttccaggagcccgggta
atacgaggaattgattggaaatggagagatcaggatggcagtccacaaggagaaggcact
gtcacaggagaactacataatggctggattgatgtcacctgggatgctggtggctcaaac
tcttaccgtatgggcgcagaaggaaaatttgacctcaagcttgcaccagggtacgaccct
gatacagcggcatcacccaaacctgtttcatccactgtttcaggcacaacacaatcatgg
agcagcttggtgaaaaacaactgtccagacaagacctctgctgctgcaggctcctcaagt
agaaaaggaagcagcagttctgtgtgtagcgtggccagtagcagcgacatcagcttgggc
tcgaccaaaatggagcggagatcagagagtgtaatggaacagagtatagtttcaggaact
gatgtccatgaaccgattgttgttctctcgtctgctgaaagcatgcctcaagctgaagta
gggtcatcctccagtgcgagcaccagcaccttaacagcggacacaggaagtgaaaatgct
gaaaggaagttaggtcctgatagttctgttcgtactgctggagagtctagtgccatatct
atggggattgtgagtgttagctctcctgatgttagttcagtgtctgaattgactaacaaa
gaagcagcttcacaaagaccccttagctcttcagcgagtaacagactctcagtaagttct
ttgttggctgctggggcccctatgagctctagtgcaagtgttcctaacttgtcctctaga
gaaacttctagtttggagtcttttgtaaggagagtggcaaacatagcacgaaccaatgct
acaaacaacatgaatttgagtcgaagcagcagtgataataacactaatactctggggagg
aatgtaatgagtactgcaacttctcctcttatgggggcccaaagtttccctaatttgact
acaactggtactacatctacagtgacaatgtcaacatctagtgttacaagcagcagtaat
gtagccacggcaacaaccgttttatcagttggtcagtcactaagtaatactttaaccacc
agcctcacatcaacatcaagtgagagtgacacaggtcaggaagcagaatattcattatat
gattttcttgatagctgtcgtgctagtacattgttagcagagttagatgatgatgaggac
ttgcctgagccagatgaagaagatgatgagaatgaagatgataaccaggaggatcaagaa
tatgaagaagttatgatcctgaggcgtccatccctgcaacgtcgggcaggttcccgctct
gatgtgactcaccatgctgtcacatcacagctgccacaggtcccttctggagcaggcagc
cggccccttggggaacaggaagaagaagagtatgaaactaagggaggtcgtcggagaacg
tgggatgatgattatgtgctaaaacggcagttttctgctttagtacctgcttttgatcct
agacctggtcgtactaatgtccagcagacaactgatctagaaattccaccccctggtact
cctcattcagagctcttagaagaagtcgaatgtactccctcacccagattagcacttact
ttgaaagtaacaggtcttggaacaactcgggaagttgaattgcctctcactaacttcaga
tcaaccatcttttactatgtacagaaattacttcagttttcctgcaatggcaatgtgaaa
tctgataaactccgtcgtatttgggaaccaacatatacaatcatgtacagagagatgaag
gattccgataaagaaaaggagaatggaaaaatgggttgctggtctatagagcatgtggaa
caataccttggcactgatgaactaccaaagaatgacttgataacctacctgcagaagaat
gcagactctgctttcctgcgccactggaaattaaccggcactaataaaagtattaggaaa
aacagaaattgttctcagctcatagctgcatacaaggacttttgtgagcatggatcaaaa
tctggattgagccagggaaccatttctacttttcaaaattgtgacattcttagtttggcc
aaagaacagcctcaggccaaagcaggcaatggacagaattcatgtggagtagaggatgtc
ttacagttgttacgtattctttatatagttgcaagtgacccttactcaagatcttcccaa
gaagaaggagatgagcagcttcagtttaattttccaccagatgaattcacaagcaaaaaa
atcactacgaaaatcttgcagcagattgaggaaccattggcactagcaagtggggctctg
ccggactggtgtgaacagttaaccagcaaatgtcccttcttaataccatttgaaactagg
cagctttatttcacctgtacagcatttggagcatccagagcaatagtgtggttacaaaat
aggcgtgaggctactgttgaacgaacaagaacaacaagcactgtaagacgggatgatcca
ggagagtttagagttggtcgtcttaagcatgaaagagtaaaagttccacgtggtgattca
ctgatggagtgggctgagaatgttatgcaaatacatgcagatcggaaatctgttctagag
gttgagtttttgggagaagaaggaactggcttgggacctacactagaattttatgctctg
gtggcagcagaattccagagaactgaactgggaacatggctttgtgacgatgacttccca
gatgatgaatctcgtcatgttgatcttggaggtggattgaaaccccctgggtactatgta
caaagatcatgtggactttttactgcaccattcccacaagacagtgatgaacttgaaaga
atcacaaaactctttcatttccttggtattttcttggccaaatgcattcaagataataga
cttgtggacttacctatttctaaacctttctttaaactcatgtgtatgggtgatattaaa
agcaatatgagtaaactgatttatgaatcacgaggtgatagagacttgcactgtactgaa
agtcagtctgaagcatctacagaagaaggtcatgattcactctcagtgggaagctttgaa
gaagattcaaaatcagagtttattcttgatccacccaaaccaaagccccctgcttggttt
aatgggattttaacttgggaagattttgaactggtaaatccacacagagccagattttta
aaagaaattaaagaccttgctattaaaagacgccaaattttaggcaataaaagtctttca
gaagatgaaaagaacacaaaattgcaggatctaatgctgaagaatccatcaggttctgga
ccacctcttagcatagaagatttaggtttaaatttccagttctgtccttcctccagagtt
tatgggtttacagctgtagatctcaaaccccgaggtgaagatgagattattacaatggac
aatgcagaggaatatgtggatctgatgtttgacttctgtatgcagacaggtattcagaaa
cagatggaagcttttagagatggatttaataaagtcttcccaatggagaagctgagttcc
ttcagccatgaagaagtccagatgattctttgtggaaatcaatcaccatcctgggctgct
gaagatattatcaattatactgagcccaaactaggttatacacgtgatagccctggtttc
ctgcggtttgtgagggttttgtgtggtatgtcatcagatgaaaggaaagcattcctccag
tttaccactggctgctcaactctgcccccaggtggactggccaaccttcatcctcgtctc
actgttgtacgcaaggttgatgctactgatgcaagttacccatcagtgaatacatgtgtg
cattaccttaagttgcctgagtattcttctgaggagattatgagagaacgcctactagct
gctactatggagaaaggctttcatctcaattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (49)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (12)   
   UniProt (1)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (12)   
   Pfam (12)   
All databases (94)   

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