KEGG   Sinocyclocheilus rhinocerous: 107710892
Entry
107710892         CDS       T04916                                 
Name
(RefSeq) E3 ubiquitin-protein ligase TRIP12 isoform X1
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:srx00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    107710892
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:srx04121]
    107710892
Enzymes [BR:srx01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     107710892
Ubiquitin system [BR:srx04121]
 Ubiquitin ligases (E3)
  HECT type E3
   107710892
SSDB
Motif
Pfam: HECT WWE
Other DBs
NCBI-GeneID: 107710892
NCBI-ProteinID: XP_016371246
UniProt: A0A673LXR1
Position
Unknown
AA seq 2094 aa
MSNRPNSNPGGSLRRSQRNTAAAQPIDHTLAGRLQPEQVNQKANSPPESRRSNSKASKAP
PSSAVGSARGHASRRNSLSLSVSSHSIPDPDLEAAGTSGQQGRREGSSTRALKRSSALEP
NITFSPSPPKRPKAVSSHLLESSSSGPSAPATSPEVTEPRKAPASVSTKSKKRRLAAEPA
PAKALSKKSTSYLGPSGASITPSQKRKKAGASSLSSSSPSSLPSSSSAAGPLPPRSEASR
AAKPTKLASKSAASAKAGCSTVTDSSSSASSSSSSSSSSSAATGANSCAPQGARLKQGKD
QSKARRSRSASSPSPRRSSRDKEQSKAAGSSKFDWTSRFNSKVNLPKPKLSLPGSAKAET
SSKPGPSGLQAKLASLRKSTKKRSESPPAELPSCRRSTRQKTTGSCASTSRRGSGLGKRG
AAESRRQDKMADSDNNQDGANSSAARTEETPQGASASSSVAGAVGMTTSGESESDDSEMG
RLQALLEARGLPPHLFGPFGPRMSQLFHRTIGSGASSKAQQLLQGLQATGDESQQLQAAI
EMCQLLVMGNEETLGGFPVKSVVPALITLLQMEHNFDIMNHASRALTYMMEALPRSSAVV
VDAIPVFLEKLQVIQFIDVAEQALTALEMLSRRHSKAILQAGGLADCLLYLEFFSINAQR
NALAIAANCCQSITPDEFHFVADSLPLLTQRLTHQDKKSVESTCLCFARLVDNFQHEENL
LQQVASRDLLTNIQQLLVLTPPVLSSGMFIMVVRMFSLMCSNCPCLAVQLMKQNIAETLR
FLLCGASNGSCQEQIDLVPRSPQELYELTSLICELMPCLPREGIFAVDAMLKKGSAQTTE
GAIWQWRDDRGLWHPYNRIDSRIIETAHQNGEDEISLSTLGRVYTIDFNSMQQINEDTGT
ARAIQRKPNPLANPTTGGHLEVRREDARAQLMKEDPELAKCFIKTLFGVLYEVYSSSAGP
AVRHKCLRAILRIIYFADAELLKDVLRNHAVSSHIASMLSSQDLKIVVGSLQMAEILMQK
LPDVFSVYFRREGVMHQVKNLSESEVFLISPPKACTSGTASLCTTTITTATTTAASNVTP
DLGSPSFQHSMDDSLDLSPQGRLSDVLKRKRLPKRGPRRPKYSPPRDDDKVDNQAKSPTT
TQSPKSSFLASLNPKTWGKLGTQTNSANSEPSRTAGVSGLARVPPKDSVSNNRDKIKAWI
KEQASKFVERYFNSESVDGSNPALNVLQRLCTATEQLNLQVDSGVECLEEISSIVSESDV
SSFEIQHSGLVKQLLLYLTSNSERDTISRDERIKRFLHVFFGCPIPGQEPLGRLDPTENG
PLLALVHKMNNCLSQMEQFPVKVHDFPSGNGNGSRGSQALKFFNTHQLKCQLQRHPDCTN
VKQWKGGPVKIDPLALVQAIERYLVVRGYGRIREEDEDSDDDGSDDEIDESLAAQFLNSG
SVRHRLQFYIGEHLLPYNMTVYQAVRQFSLQAEEERESTDDEANPLGRAGIWTKTHTIWY
KPVREDEEGCKDAVGGKRGRAQTAPTKTSPRNAKKQDELWHEGVCPSVTNLLESYLISDP
PEGITFDDPSMEVVLLLRVLHSISRYWFYLYDNAACKEIIPIGEFINSKLTAKANRQLQD
PLVIMTGNIPTWLTELGKTCPFFFPFDTRQMLFYVTAFDRDRAMQRLLDTNPEINQSDSQ
DSRVAPRLDRKKRTINRDELLKQAESVMQDLGSSRAMLEIQYENEVGTGLGPTQEFYALV
SQELQRADLGLWRGEEVSLSNPKGSQEGTKYMFSSRGLFAVPFGRTTKPAHIAKIKMKFR
FLGKLMAKAIMDFRLLDLPLGLPFYKWMLRHESSISSHDLVNIDPGVAKSIQHLEDIIRQ
KKRIEQDRSHTRETLQQALESLNMNGCSVEDLGLDFTLPGFPNIELKKGGKDVPVTIHNL
EEYLRLVVYWTLNEGVSRQFESFREGFESVFPLQHLQCFYPEELDQLLCGSKSESWDVKT
LMECCRPDHGYTHDSRAVRFLFEVLSSFDVEQQRLFLQFVTGSPRLPVGGFRSLNPPLTI
VRKTFELTENPDDFLPSVMTCVNYLKLPDYSSIEIMREKLLIAAREGQQSFHLS
NT seq 6285 nt   +upstreamnt  +downstreamnt
atgtccaaccggcctaattccaatccaggggggtcactgcgccgttcacagaggaacaca
gccgcggcccagccaatagaccacacacttgcaggaaggttgcagccagagcaagtaaac
caaaaagcaaattccccacctgaaagtagaagatctaattctaaggcttccaaagcccca
cccagctctgccgtcggctccgcccgcggccacgcctctcgaaggaacagcctctctcta
tccgtgagttcacactcgattccagatccagacttggaagcagcagggacttcaggccag
caggggagacgggagggcagcagtacccgtgctctcaaacgcagctccgctttagagccc
aacatcaccttttcgcccagcccgcccaagcggcccaaagcggtgtccagccaccttttg
gagagttcatccagtgggccatcggcccccgcaacctcacctgaagttacagagccgagg
aaggctccagcgtctgtcagcaccaagtccaaaaagagacggttagcagccgagccggct
cccgccaaagccctgagcaagaagagcacgtcctatctaggccctagtggggcctcgatc
accccctctcaaaagcgcaagaaggcaggcgcctcgtcattgtcgtcctcctctccttcc
tccctccccagctctagcagcgcggcaggccccctgccaccccgcagcgaggccagccgg
gcagccaaacccaccaagctggcgtccaaatcggccgcctcagccaaagctgggtgtagc
accgtgactgactcctcttcctctgcctcttcctcgtcctcctcgtcctcttcctcctcg
gccgccacaggcgccaacagctgtgcccctcagggtgcccgactaaagcagggcaaggac
cagagcaaagcgcggcggtcacgctccgcatcctccccatctccccgaaggagcagccgg
gataaagagcagagcaaggctgctggctcctccaagtttgactggacatcccgcttcaac
tccaaagtcaacctgccaaagcccaaactgtccctgccgggatcggccaaggctgagacc
tcctccaagcctgggccctccggactgcaggccaaactagcaagtttgaggaagtctact
aagaagcgtagtgagtctcccccagcagagctccccagctgtcggaggagcacacgtcag
aagaccacgggctcttgcgccagtaccagtcggcgaggctcaggcctgggcaagcgcggg
gcagccgaatctcgccgacaggataaaatggccgactccgacaacaatcaggatggggcc
aattcatcggccgcgcgcacagaggagacaccacaaggggcgtcagcgtctagctcagtg
gctggagctgttggcatgaccacctctggagagagtgaatcagatgactctgaaatggga
agactgcaagctctactggaggccaggggccttcctcctcacctgtttggcccatttgga
ccccgtatgtctcagctgtttcataggaccatcgggagtggagctagctcaaaggcacag
cagctgctgcaggggcttcaggctacaggagacgaatcccagcagctccaggctgctata
gagatgtgccagctgctagtgatgggtaatgaggagacactgggaggattccccgtcaag
agcgtcgtacctgccctgatcacactgttacagatggagcataattttgatattatgaat
catgcatctcgcgccctcacctacatgatggaggctctgccgcgctcctcggctgtggtg
gtagacgccatccctgtcttcctggaaaagcttcaggtaatacagtttatcgatgtggca
gagcaagccttgaccgccctggagatgttgtcacggaggcacagcaaagccatcttacag
gctggaggtctagctgactgtttgctgtacttggagttcttcagcatcaatgctcagagg
aacgcattagccatcgctgctaactgctgccagagcatcacgccagatgagtttcacttc
gtcgctgactctctgcccctgctcactcagagactcacacaccaggataaaaaatctgtc
gaaagcacttgtctctgttttgccaggctggtggacaactttcagcatgaggagaacctg
ttacagcaggtggcgtcacgggacctgctgaccaacatccagcagctgctggtgctcacc
ccacccgtgctcagctccggcatgttcatcatggtagtgcgcatgttctctctcatgtgc
tccaactgcccatgcttggccgtgcagctcatgaaacagaatatagcagagaccctgcgt
ttcctgctctgtggagcatctaatgggagctgtcaagagcagattgaccttgttcccaga
agcccccaggagctttatgaactcacctcactcatctgtgagctgatgccatgtctgccc
agagagggcatctttgcggttgatgccatgctaaagaaaggcagtgcccagaccacggag
ggtgccatctggcagtggagagatgataggggcctgtggcacccgtacaaccgcattgac
agccgcatcattgaaactgcacaccagaacggagaagatgagataagtctgtcgacactc
ggccgtgtctacacaatcgacttcaactctatgcagcagataaatgaagacactggcact
gcccgtgccattcagagaaaacccaaccctctggccaaccccactacaggagggcacttg
gaggtgcggcgagaggacgcacgagctcagctgatgaaagaagaccctgagctggccaag
tgcttcataaagactctgtttggggttctgtatgaggtgtacagctcctcagctgggcct
gccgtcagacacaagtgccttagagccatcctccggatcatctacttcgcagatgcagag
ctgcttaaagacgtactgcgcaaccatgctgtgtctagccacatagcttccatgctgtcc
agtcaggacctgaagattgtagtcggctctttgcagatggctgagatcctcatgcagaag
cttccagatgttttcagtgtttatttcaggcgggaaggtgtaatgcaccaggtaaagaat
ctatctgaatctgaggtgttcctcatcagtcctccgaaagcgtgcaccagcggcacagct
agtctttgcaccaccaccatcaccacggcaaccactacagctgcctctaatgtcacaccc
gacttaggctcgcccagtttccagcacagcatggatgactcgctggacctcagtccacag
ggtaggttgagtgatgttctcaaaagaaagcgccttcctaaaagaggaccaaggcgtcca
aagtactccccacccagagacgatgacaaagtggataatcaggctaagagtccaacaacc
acacagtcccccaagtcctctttcctggccagtttaaatcccaagacctggggtaagctg
gggactcagacaaacagtgccaactcggagccctcacgcactgcaggggtcagtggtctg
gcacgagtgccgcccaaggactctgtttcaaacaacagggataaaataaaggcttggata
aaggagcaagccagcaaatttgtggagcgttactttaattctgaaagtgtggatggaagc
aaccctgcactgaacgtcctgcaaagactctgcactgccacagaacagctgaacttgcag
gtggacagtggtgtagagtgtctagaggagataagcagtattgtatctgaatcagacgtg
tcctcctttgagatccagcacagtgggcttgtgaagcagctgttgttgtatctgacatca
aacagtgaacgggacactatcagtagagacgagagaatcaagaggttcctgcatgtgttc
ttcggctgcccgataccagggcaggaacctctgggacgtttggacccaacagagaatggc
ccactgctggcattggtgcacaagatgaacaactgccttagtcagatggaacagtttcct
gttaaagtgcatgattttcccagtgggaacggcaacggaagcaggggttcacaagccctc
aagttctttaacacacatcagttgaagtgccagctgcaaagacacccagactgcaccaat
gtaaagcagtggaagggcgggccggtcaaaattgaccccttggccctagtacaggctatt
gagagataccttgtggttagagggtatggaaggatcagggaggaggatgaagacagtgat
gatgatggttctgatgatgagattgatgaatctttggctgcccagttcttgaattctggg
agtgtacgtcacagactacagttctatataggagagcacctgctgccgtacaacatgact
gtttatcaggccgtcaggcagttcagcttacaggccgaggaggagcgagagagcacagat
gatgaagcaaatcctctggggcgggctggcatctggaccaaaacacacactatatggtat
aagccagtcagagaggatgaagagggctgtaaagacgctgttggagggaagaggggtcgt
gcacagacggctcccactaaaacctcccctcgaaatgccaagaaacaggatgaactgtgg
catgagggtgtgtgtcccagtgtgacaaacctattagagtcatacctcattagtgatcct
ccagagggcatcacttttgatgacccttcaatggaggtggttctgctgctgagggtcctg
cactccatcagtagatactggttctacctgtacgataatgctgcatgtaaggagatcatt
cccattggtgaatttattaacagtaaactgacagcaaaggccaacagacagttgcaggat
ccgctggtcatcatgacagggaacattcccacctggctcactgagctcggcaaaacctgt
ccattcttcttcccgtttgacacacggcagatgctcttctacgtgactgcgtttgaccgc
gatcgtgccatgcagcgtctgctcgacaccaacccagagattaaccagtccgactcacaa
gacagccgtgtcgctccacgccttgataggaagaagagaacgataaaccgtgatgagctc
ctgaagcaagcagagtcagtaatgcaagatctcgggagttccagagccatgctggaaatt
caatacgagaacgaggtgggaacaggtctcggccctacgcaagagttctatgctctggtg
tctcaggagttgcagagggccgatttgggtctttggagaggagaggaagtctctctttcc
aaccctaaagggagtcaggagggtaccaaatatatgttcagttccagagggttgtttgct
gtaccgtttggacgaactaccaaaccagctcacatcgccaagatcaaaatgaagttccgt
tttcttgggaaactcatggctaaagcgatcatggacttcagattgttggacttgcctcta
ggtttgccattctataagtggatgctgaggcatgaatcctccatcagctctcatgatctg
gtcaacattgatcctggcgttgccaaatccatccagcacctggaggacatcatccgccag
aagaagagaatagagcaggacagatcacatacacgggagaccctacagcaggccttggag
agtctcaacatgaatggctgctcggtggaagatctgggcctggacttcactctgcctgga
ttcccaaacatcgagttgaagaaagggggcaaagacgtgccagtcaccattcacaacctg
gaggaatacctcagattggtggtctactggacgctcaatgaaggcgtgtctcggcagttt
gagtcgtttagggaaggatttgagtctgtcttccctctgcaacatctgcagtgcttctat
cctgaagagctggatcagttgttatgtggcagtaagtcagagtcctgggatgtgaagaca
ctaatggagtgctgcagaccggaccacggctacacacatgacagccgtgcagtgcgtttc
ttgtttgaggtgctgagcagttttgatgtagagcagcagagacttttcctgcagtttgtc
acaggcagccccagacttcctgtcggaggattccggagtttaaaccctcccctcactatc
gttcggaagacgttcgagttgaccgagaacccggacgacttccttccgtcggtgatgacg
tgtgtgaactacctgaaactgccggattactccagcatcgagatcatgcgcgagaaactg
ttgattgctgcgcgcgagggccagcagtctttccatctgtcttga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (2)   
   Pfam (2)   
All databases (29)   

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