KEGG   Musca domestica (house fly): 101892182
Entry
101892182         CDS       T03448                                 
Name
(RefSeq) E3 ubiquitin-protein ligase TRIP12 isoform X4
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
mde  Musca domestica (house fly)
Pathway
mde04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:mde00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    101892182
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mde04121]
    101892182
Enzymes [BR:mde01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     101892182
Ubiquitin system [BR:mde04121]
 Ubiquitin ligases (E3)
  HECT type E3
   101892182
SSDB
Motif
Pfam: HECT WWE Arm Maestro_HEAT
Other DBs
NCBI-GeneID: 101892182
NCBI-ProteinID: XP_011294459
UniProt: A0A1I8N365
Position
Unknown
AA seq 2976 aa
MAESVSTQSLSAVTEGHDDSIAHASSSRKTTTTTATTPLTPTTTPIINKVKSKRSRQQEK
KSHKQQSFGVGNLNNSSAVATAASSSPSRCSFDNNNSSIAVDKRSRSKSRSKSRSSATHQ
DSHNHSSGIGSGSTSARGHIKPQEEQSPLLKTKNSNNNNFSNKTNANKRASSRNSTLNAS
TSSAVYSPTSPITPPPTNRVERKRHHHVEKATTSATTTSTGSSEHPTDLSSPLKKRRYNN
YNNSSQDIESTPLSTTSGNSSAASGSKFSTPKKSKKEQRRGDCVAQRTRSKTVSPEEPST
SSGGGGGISINHSNSSNNHRRYTKAIASCIDPASSSAVTQRSSTKAKPNSSNGNSASTST
SKSNLLNYYRKTRKVSHSRSTTTTKKRSNSAQRPSAAGAGAFSSATTTGYLNSIAFAEDN
DDEDENENEEESTDNSDSGETERQRRRELSKKQTKTKVAEKYKFKSSLGASRHRQRNYRN
QNKSSTASGSTSSSSLSSLSRRDNKKKQQKQHLSECSGGDKRQQQQQQHINNNNNKNFLS
VVGNKAKLNTKSPSTSSGITAAAGGSILPPPPPSASSTSVATTSRSATSPTSLHLDKISK
YRKNLRNYQTFLNNLSSELNDSQEDLTESVGDNNASASNNTGERSNNSNSVYFDKELLAV
LTADIDSIGDNDTEGVIEEEGEEEEEDDDELGETGNNIIGIDGDEPSANNEGEDDDVVEE
EEEEDDEEEDVDDEEIELFGDEEEDDEDIEDEEDIDDDEDDDEEIEEEEEDIADEIEDSV
AAFGASLSVTNALGGTTSSATNNSATATGANASNTNATAANSGGGVNNTTATGAGGGTTT
SSSNNAAANSANSHGDSESDDSEVGRLQALLEARGLPPHLFGALGPRMTHILHRTIGNSS
TSKAQQLLQGLQSHDESQQLQAAIEMCQMLVMGNEDTLAGFPIKQVVPALITLLRMEHNF
DIMNNACRALAYMLEALPRSSGTVVDAVPVFLEKLQVIQCMDVAEQSLTALEILSRRHNK
AILQANGVSACLTYLDFFSINAQRAALAITANCCLNLHNEEFHFVSESLPLLARLLAQQD
KKCVESVCSAFCRLVESFQHDPKRLQEIASKELLKNCQQLLVVTPALLNSGTFTAVVRML
SLMCANCPDLAISLLKSDIASTLLYLLTGNADPLPKSASTHVDLISRSPSELYEITCLIG
ELMPRLPTDGIFVVDALLDRPTINTHDQVQWQWRDDRGTWHNYSAIDSRMIEAAHLNSED
EFSLSTLGRTYTVDFHSMQQINEDTGTTRPVQRKINPNYRPPPSTSSTTSSSAGQDLSAS
AVASAITALSNTVTATATGGTTPITTSSSSSSSSQKRRASVDARIACLKEERGLAAEFIK
NLFNVLYEVYSSSAGPNVRYKCLRALLRMVYYASSELLSEVLKYQLVSSHIAGMLGSNDL
RIVVGALQMAEILMQKLPDIFGTHFRREGVIYQITQLTDPNHPICSNPSPKPLATNMSAS
GSQSAPASASSLQVNPFFMDNVPPSQGSASASGTPNTSKPHHQQHPYTMKTFSHAMNALT
AAAAQQSTSSSGGSSGSPGQKMPSSMAMNINTSGGTPAHQNPGEVQYHYSSSAPAPHTHL
VAHHPQPHPNYFVYTTAQQQAAQPPLPPPGTEYVGYHQLPPPPPPTTTVHYGQPPPPPPS
SMGNANQQQHTQYHNMATTPHGGVAATTSTPPSSSSSSSSVLPHKMSDMLKRKVPPKRKS
QSTSRSKSRQEDQSSSHVATATSTSSTVHELLTRATSLGGTSVGSSSSNAGRSTPSTSSK
VRFSGGSSHHGSSNSSSQSSSKTSSFLASLNPARWGRQGSHHASSSSSSAANSGFTKDSS
ASSSSTSSHHSHSNNAAGSSAGHSMPGGGCSSSLAAQNISKSISQANLIAAGNREKARQW
IREQAISFIKRYASQESKASSNGTEGSGTTNVLQRLTSVIAKLSGSFPDILEALFELKSI
LLESDISPFEVNHSGLIKAMLNFMTSEEGLVDRDARLRAFMHVFAGLPLETLVKVGHLPS
IDATAFAAFVAKLNACVTQLEQFPVKVHDFPAGPGGGRSNTSALKFFNTHQLKCNLQRHP
DCNNLRQWKGGTVKIDPLAMVQAIERYLVVRGYGGIRGDLDEDSEEDMDDNVAAVVMSQS
GFKHKLQFLIGDHPLPYNMTVYQAVKQFSPLVNDQSETDTDTETPLGNASIWVQQHTIYY
RPVEEEPTGSGASSSSSNSKSNTTGAGTSTSAHNGGVLASSSGSGQGASGSKKSSKSSSK
LLRKKTELWHEGIAPNVVSALKPFLSNTLPADVVTSVSDASLDALCMLRIINALNRHWEH
LYGCVVRQLIIPQSDFIHPKITAKANRQLQDPLVIMTGNLPQWLPQIGMACPFLFPFETR
HLLFYATSFDRDRALQRLLDTTPDLNSAESSERVAPRLDRRKRAISRQDVLKQAEHLIQD
FGHSKALLEIQYENEVGTGLGPTLEFYALVSAELQRTDLGLWNGSDSYKQNSANIVDVVK
STSATLHIEESQDTNTQTSDTATNQTTPSPTTGSTRSSSRNNRDSFGVATRSSLVATNNS
INNQQQSPQAGDDALDMLIEQQSDVVDQQQQQQQQQQHDLSMPLLDNPIAVNTISTPTIQ
VSPTPPPVTYVNTSHGLFPLPLGKSSKLPHVSKVKSKFKFLGKFMAKAVMDSRMLDLPFS
IPFYRWILNEEHSIGLADLSRVAPEVQQTLVRLQDVVHQREMILADTSLDAMEKTEKIET
LDLDGCPIADLGLDFVLPGHANIELCRGGRDTPVTVHNLHQYISLVTYWFLVEGVQKQFE
ALKEGFDSVFPTHRLRMFYPEELENVFCGSNNATYQKWDVKMLQESCRTDHGFNQESQAI
QFLYEILSTYTSDEQRAFLQFVTGSPRLPTGGFKALTPPLTIVRKTLDGNQNPNDYLPSV
MTCVNYLKLPDYSSREVMRQKLKVAANEGSMSFHLS
NT seq 8931 nt   +upstreamnt  +downstreamnt
atggccgagtccgttagtactcaatcgctctctgcagtgacggaggggcacgacgacagc
atagcacatgcatcatcaagtagaaaaacaacaacaacaacagcaacaacaccactaaca
ccaacgacgactcccatcatcaataaggtcaaatcgaagcgtagtcgtcaacaggaaaag
aagtcacacaaacaacagtccttcggcgtcggcaaccttaacaattcaagtgctgttgca
acagcagcctcctcatcgccctcccgctgctccttcgataataataatagtagtatagct
gtcgataaacgttctcgcagcaaatcacgcagcaagtcacgctcctcggcaacacatcaa
gactcacacaaccatagtagcggcattggtagtggtagcacttctgccagaggccatatc
aagccccaagaagaacaatcaccattgttgaaaacaaagaacagcaacaacaacaatttt
agcaacaaaactaacgccaacaaacgtgcctcatcacgtaactcaacattaaacgcttca
acatcgtcggcagtctactcgccaacttcgcccataacaccgccacccacaaatcgtgta
gaacgtaaacgccatcaccacgttgaaaaggccacaacttcagccacaacaacttcaacc
ggtagtagtgaacatcctacagatttatcatcgcctttaaagaaacgtcgctacaataat
tacaacaacagctcacaggacattgaatcgacgccactttcgacaacaagtggaaacagc
agtgccgccagtggcagtaaattttctacacccaaaaagagcaagaaggaacaacggcga
ggtgattgtgtagcacaaagaactcgttcgaaaactgtctcacccgaagagccatcgacc
agcagtggtggtggtggtgggattagtattaaccacagcaacagcagcaacaatcatcgg
cgctacacaaaggcaatagcgtcgtgtatagatccagccagttcgtcggcagtaacacaa
cgcagttcaacaaaggcaaagccgaatagcagcaacggcaacagcgccagcaccagcacc
agcaagagcaatttattgaattattatcgtaaaactcgcaaagtcagtcatagtcgttcg
acaaccacaacaaagaagagaagcaatagcgcacagcgaccaagtgcagccggtgcggga
gcattttcttcggcaactactactggttatttgaatagcattgcatttgctgaagataac
gacgacgaagacgagaacgagaacgaggaggagagcaccgacaacagtgacagcggtgaa
actgagcgccaacgacgacgtgagctaagcaaaaagcaaacaaaaacaaaagtcgcagaa
aaatacaaattcaagtcgtcccttggagcgtcaagacacaggcagcggaattatcgaaat
caaaataaaagttccaccgccagcggcagtacatcatcatcgtcattgtcgtctttgtcg
aggcgtgataataagaaaaaacaacaaaaacagcatttaagtgaatgtagcggcggtgat
aagaggcaacaacaacaacagcagcacatcaataataacaataacaagaacttcttatca
gttgtgggaaacaaagctaaattaaacacaaaatcaccatctacgtcgtctggaataaca
gccgccgcaggaggttcaatactaccaccgccgccgccatcagcgtcatcaacgtcagtt
gccaccacaagccgttcggcaacatcacccacatcattgcatttggataaaatctccaaa
tatcgtaaaaatctcagaaattatcaaacatttttgaataacttgagtagcgaattgaac
gattctcaagaagatttaaccgaatctgtaggagacaacaacgcctccgcctccaataat
acaggtgaacgttcaaacaattccaattcggtgtatttcgataaagaattgttggcggtt
ttaacagctgatattgactccattggggataacgatactgagggagttatcgaagaagaa
ggagaagaggaggaggaggacgacgacgaattaggggagacgggtaacaatatcattggc
atcgacggcgacgagccttctgccaacaacgaaggcgaggacgacgacgttgttgaagag
gaggaggaggaggacgacgaagaagaagacgtcgacgacgaggaaattgaacttttcggc
gacgaagaggaagacgacgaagacattgaagacgaagaggatattgacgacgacgaagac
gacgacgaagaaatcgaagaggaggaagaagatattgccgacgaaatagaagattctgtc
gctgcctttggagcctcgttaagcgtcaccaacgccttgggcggcacaacgtcttcagct
accaacaactccgctacagcaaccggtgccaacgccagcaacaccaacgcaacggctgcc
aatagcggaggtggtgttaacaatacaacagcaacgggggcaggaggaggcaccacaacg
tcgtcatcaaataatgccgccgccaacagtgccaattctcatggcgattcagagagcgat
gacagcgaggtggggcgactgcaggcattactggaagctcgcggtctgccaccacatctc
ttcggtgcattgggcccccgcatgacacacattctgcatcgcaccattggcaatagcagt
acatcgaaggcgcaacaactgctccaaggtctgcagtcacatgacgaaagtcaacagcta
caggccgccatcgaaatgtgtcaaatgctggtaatgggcaatgaggataccttggccggt
ttccccataaaacaagttgtccccgcattgataaccctcttgcgcatggagcataatttc
gatattatgaacaatgcctgtcgtgctctggcctatatgttggaagccttgccacgttca
tcgggaacggtggtggatgctgtaccagtatttctggaaaagttacaggtcatccagtgc
atggatgtggccgagcagagtttgacggcattggaaattctgtcaagacgtcacaacaag
gccatactacaagccaatggtgtctcagcttgcctcacctatttggatttcttttcgatt
aacgcccagagggccgctttggccatcaccgccaactgttgtctgaatctgcacaatgaa
gagtttcatttcgtctcggaaagtttgccacttctggccagactgttggcccagcaagac
aagaaatgtgtggaaagtgtatgttcggccttctgccgcctcgtcgagagtttccaacac
gatcccaaacgtttgcaggaaattgccagcaaagagctactcaagaattgccaacaatta
ttggtggttacaccggcgttacttaattctggcacattcaccgccgtcgtgcgtatgctg
agcttaatgtgtgccaactgtcctgacttggccatttctttgctgaagagtgatattgca
tctacactactgtatctattgacggggaatgcagatcctttgcccaaatcagcctccact
cacgtggatttaatctcacgttcgccatcggagctgtatgagatcacatgtttgattggc
gaattgatgccacgactgcccacagacggtatatttgtggtcgatgcattgttggatcgt
cccaccatcaatactcacgatcaagttcaatggcagtggcgagatgatcgcggcacctgg
cacaattattcggccatagattcacgcatgatcgaggcagcacacttaaattccgaggat
gagttcagtttgagcaccttgggacgcacatacaccgtggatttccattcaatgcagcag
atcaatgaagacactggcacaaccagacccgtacagaggaaaatcaatccaaattatagg
ccaccaccgagtaccagtagtacaacctcgtcgtctgctggtcaagatttgtcagcctcg
gcggtggcttctgccataacggctctaagcaacactgtaacggccacagccacgggaggt
acaacgccgataaccacgtcttcgtcgtcatcatcgtcatcgcaaaagcgacgagcttct
gttgatgctcgcatagcttgccttaaggaggaacgtggtttggctgcagagttcataaag
aacttgtttaatgtcctctacgaagtctatagctcatcggccggtcccaatgtccgctac
aaatgcttgcgagctctcctacgcatggtctactatgcctcatcggagctgttaagcgaa
gttctaaaataccaactggtatccagtcacatagctggcatgcttggcagcaatgatttg
cgcattgtggtgggtgctctacaaatggccgagatacttatgcaaaagctacccgacatc
tttggcacacatttccgtcgcgaaggtgtcatctatcaaattacccaactaacagatcca
aaccatccaatatgttctaatccgtcgcccaaacccttggccacaaatatgtccgccagc
ggttcacagagtgcgccggcctcggcatccagtctgcaagtgaatcccttctttatggat
aatgtgccaccgtcacagggaagtgcatccgcctcgggcactccaaatacatcgaaacca
catcaccagcaacatccgtacaccatgaagaccttttcgcatgccatgaatgctctgaca
gcagcagcggctcagcaaagcacttcgtcgtccggaggttcgtccggttctccagggcag
aaaatgccctcatccatggctatgaatattaacacaagtggtggcaccccggcccatcag
aatcccggagaagttcaatatcattacagctcttcggcaccggcaccacacacccatttg
gtggcgcatcatccacagccgcacccgaattatttcgtttacactacggcgcaacagcag
gcagcacagccacctttgccaccaccgggaaccgagtatgtgggctaccatcagttacct
ccaccaccaccacccacgacgacggtgcattatggccagccaccaccaccaccgccatcc
tcaatgggcaatgcaaaccaacaacagcatacgcaataccacaacatggccacaactcca
catggaggagtggcagctacaacatcgactccaccctcctcatcgtcatcttcgtcatcc
gttttgccacacaaaatgagtgatatgttgaaacgcaaagtcccaccgaaaagaaaatca
caatcgaccagccggtcgaaatctcgtcaagaagatcagtcctcttctcatgtcgctacc
gcaactagcacatcgtctaccgtgcacgagttgctaacaagggccaccagtttgggtgga
acctcggttggtagttcgtcgtccaatgctggtcgcagcacgcccagcacatcgagtaaa
gttcgctttagtggtggcagcagccatcatggctcgtccaactccagctcacagtcatcc
tcgaagacatcgtcgtttttggcctcgctcaacccagctcgttggggacgccagggatct
caccacgccagtagcagttcatcatcagccgccaactcaggttttaccaaagattcatca
gccagcagcagtagtacaagttctcatcatagccatagcaataatgccgccggttcaagt
gctggtcactccatgcctggtggtggttgttcgtcatcgctggcagcccaaaacattagc
aagagtatatcacaggccaatctgatagcagctggtaaccgagaaaaagcccgccaatgg
atacgtgagcaggccatatcgtttatcaagcgttatgcgtcgcaagagtcgaaggcgtcc
agtaacggcacggaaggttcaggtaccacaaatgtcctgcagcgtctgacgtcggtaatt
gccaaattgagtggcagcttcccggatattttggaagccctcttcgagttgaagagcatt
ctgctggaaagtgatatttcacctttcgaagtgaaccattcgggcttgataaaggcaatg
ttgaacttcatgacctccgaggagggcctggtcgatcgtgatgctcgtctacgggcattt
atgcatgtatttgccggtttgccattggaaacgctggtcaaggtaggccacttacccagt
attgatgccacagcatttgctgcttttgtggccaagctgaacgcctgtgtcacccagctg
gaacaattccccgttaaagtgcacgacttccctgctggacccggaggaggtcgttcgaat
acaagtgctttgaagtttttcaatacacaccaactgaagtgtaatcttcaacgtcatccg
gactgcaacaacctgcgccaatggaagggtggtactgtaaaaattgatcccctcgccatg
gtgcaggccattgaacggtatctggtggtgcgcggttacggcggcattcgaggtgacttg
gacgaagactccgaagaggatatggatgacaatgtggcggctgtggttatgtcacaaagt
ggtttcaagcacaaactgcaattcttgatcggagaccatccgctgccctacaatatgacc
gtgtatcaggctgtaaaacaattctcaccactggtcaatgatcaatctgaaaccgataca
gatacggaaacaccattgggaaacgccagtatatgggtacaacagcacacaatttactac
cgaccagttgaggaagaaccaaccgggtcaggtgcatccagcagtagtagcaatagcaaa
tccaatacaactggtgctggtacgtccacttcagcacacaacggcggagtacttgcctcg
tcgtccggtagtgggcagggggcgtctggcagcaaaaagagcagcaagtcttcgtcgaaa
ctgttgcgcaagaaaaccgaattatggcatgagggcattgcgcccaatgtcgtgtccgct
cttaaaccattccttagcaatacactgcccgccgatgtggttaccagcgtttcggatgcc
tccctcgatgccctctgtatgttgcgtatcattaatgccttgaaccgtcattgggaacat
ttgtacggctgtgtggtacgccaattgataataccacaatctgatttcattcatcctaaa
ataacggccaaggctaatcgccagctccaggatccactggtgataatgactggtaatttg
ccacagtggttgccacaaatcggtatggcttgtccattcttgttccccttcgagacgagg
catttgctgttctatgccacaagtttcgatcgggatcgcgcattgcaacgtctattggat
actacacccgatttgaattcggctgaatcatcggaacgcgtggcaccacgtttggatcgt
cgtaagcgtgcaatatcccgacaggatgtactgaaacaagctgaacatttgatacaggac
tttggacattcaaaggctctgctcgaaatacaatatgagaatgaggtcggcactggcttg
ggtcccaccttggaattctatgccttggtctcggcggaattacagcgcaccgatttaggt
ctgtggaacggtagcgacagttacaaacaaaactctgccaacattgtagatgttgtcaaa
tccacaagtgccacattacacattgaagagtcgcaggacaccaacacccagaccagcgac
acagcaacaaatcaaacaacacccagccccactacaggctccacgcgcagttcaagtcgc
aataatcgcgacagtttcggtgtggcaacacgcagcagtttggtggccacaaataattct
atcaacaaccaacaacagtcaccacaggctggagatgatgccttagatatgcttattgag
cagcaatcggatgtggtggatcaacagcagcagcagcagcaacaacagcagcatgatctt
tcaatgccattgctagataatccaatagctgtgaacacgattagtacaccaacgatacaa
gtgagccccacgccacctcccgtcacctatgtaaatacatctcatggcctgttccccttg
cccctgggaaaatcttcgaagttaccacatgtttccaaggtcaaatcgaaattcaagttt
ttgggtaaatttatggccaaggctgttatggatagtcgtatgttggatctaccattctca
ataccattttatcgttggattttgaatgaagagcattccatcggtttggcagatttatca
cgtgtcgctcccgaggtgcaacaaacattggtacgtctgcaagacgtggtacatcaacgc
gaaatgattttagccgatactagtttggatgctatggaaaagactgaaaagattgaaaca
ctagatttggatggttgtcccatagccgatttggggttagatttcgttttgcccggtcat
gcaaatatcgagctgtgtcgtggcggccgagatactccagtaactgtacataatttacat
caatatattagtttagtgacatattggttccttgtcgaaggagtgcagaaacaatttgaa
gccctcaaagaaggctttgatagcgtattcccaacacatcgtttgcgcatgttctatccc
gaagaactggagaatgtcttctgcggcagcaataatgccacttaccaaaaatgggatgtc
aaaatgctacaagaaagctgtcgcaccgatcatggtttcaatcaggagtcacaggccata
caattcctctacgagatactgtcgacctacaccagtgatgagcagcgggcatttttgcaa
tttgtcaccggttcaccgcgtctaccaaccggtggctttaaggctctgacaccgccgcta
actatagtacgtaagaccctggatggaaatcaaaatcccaacgattatttgccctcggta
atgacatgtgtaaattatctaaaattacccgactattcgagtcgtgaagtgatgcgacaa
aaactaaaggtggctgccaatgagggcagtatgtcgttccatttgtcttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (250)   
   KEGG ORTHOLOGY (1)   
   RefGene (246)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (4)   
   Pfam (4)   
All databases (275)   

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