KEGG   Theileria equi: BEWA_033970
Entry
BEWA_033970       CDS       T02820                                 
Name
(RefSeq) HECT-domain ubiquitin-transferase domain containing protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
beq  Theileria equi
Pathway
beq04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:beq00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    BEWA_033970
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:beq04121]
    BEWA_033970
Enzymes [BR:beq01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     BEWA_033970
Ubiquitin system [BR:beq04121]
 Ubiquitin ligases (E3)
  HECT type E3
   BEWA_033970
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 15803543
NCBI-ProteinID: XP_004830206
UniProt: L0AYA1
Position
1:3533288..3537988
AA seq 1566 aa
MVESNDSGLSNNFDQIPLRMAGGIRGGKWIALISMLQSGSDSEQMIALTELSHALSYSDE
DYLLGFPALSYIKVLMHILEFPHVKYSKHHTKDEDIAQKSDETAKIQLPYYELLSVYSKT
FDDSTQCSKPAGIDDAVRSSLSSEDAQETKIQYMEEDDDSSEFLDPELMANKMITAASCI
NTILDVLPYATRYFRTHKVSLNVLVDKLNDIQYIDLAERVLLIVEKLSREIPVYLVKSGT
MVAMLQYIDFFPLSIQVSSLSSVLNLARSVEKVGTFKKHVLPIFPSISTLLSNTEKKILH
TVSSIWKEIVTAAVKLWMEDKEFMEQCISSITIHGVLEKFFQLIVTPNRISKIKVAECIC
TISKMAGSSIELTDRIFKLDILNHFSASLVTCSRGYLTVHGIVNLLISLLDSNDSDNLYQ
KRLEYYKENKENYNKLINIFPPDHLFDVYDLVLSQQLKDRIFFLIYKIMDIGSSIDSLSG
VLTTLLPVSRLVELISFTLIGSSNSEDQLFVSINIITLLLKVFKQDVVVTLDRYGIFERL
ESIKVERFADEIKHICSFSGRTTEKNIIKVSNSDDILSDIRKNAGVWTVHELNQRVSMDI
FTGIFHDVDNMTAFVKSIVQNAYSSTHLYYLWDAWVKLFEWNNNFAYATIDKVLSNDADP
SWLIGGDPEIMNAMDLFYTLRGEKPPGKSVSSDEDKIDFGNIQTSKSGQHKSDSGESDVH
DSMNPKLYGKRIKYAIDTLQRYMRKDILFFPFSQVIMDVKFRLKCSRHAENFKISTLSVF
IPCTSAVNQLETLILTHVHNKTNEAQGNSVVPRKRAKYTFNPPSDLDHLDYYRVEIYIND
ILLPSKMSVYEALCRFTDRCNSEGAPKAYLERCYSLYYKLYKRTDLQCLEAYFNKKATPI
LTTVPAEVFSPVALYLDMLSYVVHCSPCTNLEHHISALRGTCSKLPLENVNELQRMALQR
VLTDSQTHCPKICLQGLEQRSEFSGLIQVNTNHLLETVIMNMKRLDCVFNNKGSYKDLLL
EAGYIFQGSKVDIDEEILLLLKMMSVLSTVYDALVYHESQPFDAIKNLDTHLSISKRMTL
MLYSHLSSVDKSLSYRMPNWVYKIALTCPMIFSLESRRILFDLCSMDPNRILRQYSSRIK
PLIDEMETKQDSTDTFDEYLREYLSNFRFGKTNVFNEVEDFVSLQKLKIKVNRDSILRDA
TYFLNKLENTRYMYDTTPKLEVEYKNEVGIGSGPTQEFYSLFIDGFISCQAPSLLECYNG
FFFPSPHKCEYENLRTLPFLVNEVPREELDFSSMNTEAILFTYFKILGKMCAFSLLDGKI
FDLTLHPLFWYYCQFPYSPRLYSIEALSHLDPELAKSLSRAQMSNIDDLYLTFSYQGYDL
VENGGNIAVTRDNFADYVAQISKFKLDDGIRLQIWAFRYGYSMVLPLYTLWMYNHRELSL
NVFGNYNTQQEFWKEEHLRSFILPDHGYDTDSKVYNNMINLMTEFSPEEQRSFLKFCTGA
PILPRGGFAGLVPNMKIVKKGNDTRDLPSVMTCTNYLKLPDYKTVDELKFKLSQAISEGQ
NAFNLS
NT seq 4701 nt   +upstreamnt  +downstreamnt
atggtggaatctaatgattctggactttctaataactttgatcagatacctctgagaatg
gcaggaggaatacgaggggggaaatggatagcgctcatctcaatgttacaaagcggctct
gactcggaacaaatgattgcattgactgaactctctcatgctcttagttattctgacgaa
gactatcttttaggatttccggctttgagctacattaaagttttgatgcatattcttgag
tttccacatgtgaaatattctaaacatcacacaaaagacgaagatatcgcacaaaagagt
gatgaaaccgctaaaattcagttgccatactatgaattgttatcagtgtacagtaaaaca
ttcgatgattctactcaatgcagtaaacctgcgggcattgacgatgccgtaaggtctagt
ctctctagtgaggatgcacaagaaaccaaaattcagtatatggaagaagacgatgattct
tctgaattcttggatccagaattaatggccaacaagatgataacagctgccagttgtatt
aatactattttggatgtcttaccctatgctactcgttatttcaggacacacaaagtgtcg
ttgaatgttcttgtggacaagctaaatgacatacaatacatagatttggcagaacgtgtt
ctgcttatcgttgaaaaactatctcgtgaaattccagtatatcttgtgaagagtggaaca
atggtagccatgttacagtacatagattttttccctctatctattcaggtttcatcgttg
tcatctgtactaaatttggcaagatcggtggaaaaggtagggacattcaaaaaacacgta
ttaccgatctttccctcaatttcaacgcttctttcaaacacggaaaagaagatactccat
acagtttccagtatttggaaggaaattgttactgctgcggtaaaattatggatggaagat
aaggaatttatggagcaatgtatttcatccataacaattcacggtgttttggaaaagttt
tttcaactgattgtaactccaaacagaataagcaaaataaaagttgctgaatgtatctgt
actatatcaaagatggcaggaagctccattgaactcacagataggatatttaagcttgac
attcttaaccattttagtgcgtctcttgtaacttgttccagaggctatcttacagtacat
gggatcgttaatcttttgatttcattacttgatagtaatgattctgacaatttgtaccaa
aaacgactggaatactacaaggaaaataaagaaaattataataaacttataaacatattc
cctccagatcatctctttgatgtttatgatttagttttgtctcaacagttgaaggataga
atattttttctcatttacaaaatcatggatattggatcgagcattgattcactatcaggc
gtattaacaactttgttaccagtgtcaagacttgttgaactgatatcgttcacgctaata
ggttcatccaatagtgaagatcagctatttgtatctattaacataattactcttttgttg
aaggtattcaagcaggatgttgtagttaccctggataggtatggtatctttgaacggtta
gaatctataaaggttgaaagatttgctgatgaaattaaacatatttgtagctttagtggg
agaactacagaaaagaatatcattaaggtaagtaatagcgatgatatcttatctgatatt
cgaaagaatgcgggtgtatggactgtccatgaattaaatcaacgtgtatcaatggatatc
tttacaggtatatttcatgacgttgataatatgactgcctttgtgaagtccatagttcag
aatgcgtactcttcaacacacttgtactatttatgggatgcgtgggttaagctatttgaa
tggaacaataattttgcgtatgctacaatagataaagttctctctaatgatgcggaccct
tcctggctaataggtggggaccctgaaattatgaatgcaatggatttattctacactctt
aggggagaaaagcctcctggtaaatctgtgtcatcggatgaggataaaattgactttgga
aatatacaaaccagcaagagcgggcagcataaatccgatagtggtgagtctgacgttcat
gattccatgaatccaaaattatatgggaagagaattaaatatgcgatcgacactctgcaa
aggtacatgagaaaggatattttatttttcccatttagtcaagttattatggatgtcaaa
tttcggttaaagtgttcaagacatgctgaaaactttaaaatatctacactatcagtgttt
atcccatgtaccagtgcagttaatcagctagaaaccctaattttgactcatgtacacaac
aaaacaaatgaagcgcagggtaattctgttgttcctaggaagcgtgcaaagtatacgttt
aatcctccttctgatttggaccatttagattattacagggttgagatatacatcaatgat
attcttcttccatctaaaatgtctgtatacgaagccctatgtcgttttaccgatagatgt
aactctgaaggagcaccaaaagcttatttggagaggtgttattctttgtattataaattg
tacaaaagaaccgatttgcagtgtcttgaagcatacttcaataaaaaggctacccctata
cttacaaccgttccagcagaagttttttctccagtggctctttaccttgacatgctttct
tatgttgtacattgttccccttgtacaaatttggaacatcatatctccgctcttcgaggt
acatgttccaaattacccttagaaaatgttaatgagcttcaaagaatggctctgcaacgg
gttctaacggattcacaaacacattgtcctaagatatgtttacagggtttagaacagagg
tctgagttttctggactgatacaggttaacacaaatcatctcctcgaaacggttatcatg
aatatgaagaggctcgattgtgtattcaacaataaaggttcatacaaagatctactttta
gaagctggctatatcttccaaggatccaaagttgacattgatgaagaaatcctcttgctg
ttgaagatgatgtctgtgttgtcaacagtttacgatgctctagtatatcatgagtcgcaa
ccatttgatgcaatcaaaaatttagatacccacttgagtatatcaaagcgcatgacactt
atgttgtatagtcatttgagttctgttgacaagagtttgagctacaggatgccaaattgg
gtctataagatagcattgacatgcccaatgatcttttccctcgaatcaaggcgtatattg
tttgatttgtgttccatggacccaaatcgcatacttcgtcaatattcttccagaataaaa
ccacttattgatgaaatggaaactaaacaggattctacagatacgtttgatgaatacttg
agagaatacttgtcaaactttagatttgggaaaaccaatgttttcaatgaggtggaagac
tttgtaagcctccaaaaactgaagattaaagttaatcgtgattctatcctgagagatgcg
acctattttctgaacaagttggaaaacactcgatatatgtatgatacgaccccaaaattg
gaagtggaatacaaaaacgaagttggaataggctccggcccaactcaagaattttattcg
ctgtttatcgatggatttatatcatgtcaagccccttcattattagaatgttacaatggt
ttctttttcccatctcctcataagtgtgaatatgaaaatctacgtactcttccgtttttg
gtaaatgaagttccgagagaagaattagatttttcttccatgaatacagaggctatattg
tttacatattttaagattctcggcaaaatgtgtgcattttctctacttgatggaaaaata
tttgaccttactttgcacccactattctggtactactgtcaatttccgtattctccaaga
ctctattctattgaggctctctcccatttggatccagaattggcaaaatccctatcacgt
gctcaaatgagtaatattgatgatttatatctcacattctcatatcaaggttatgatctt
gttgaaaatggtggtaatattgcagttacaagggataattttgcggactacgttgcacaa
atttccaaattcaagctagatgatggcattaggctacaaatttgggcattcagatacggg
tattcgatggttttgcccctgtatacattatggatgtacaatcatagggaactgagtctg
aatgtgtttggaaactacaacactcagcaagaattttggaaagaggaacacttgcgcagc
tttatccttccagaccatggctatgatactgatagtaaggtttacaataatatgatcaat
ttaatgacagagttctcaccggaagaacaacggtcgttcttgaaattttgcacaggagca
ccgatattaccaagaggtggctttgcaggacttgtgccaaacatgaagattgtgaagaag
ggaaatgatactagagacttgcccagcgtaatgacttgtacaaattacttaaaacttcca
gattacaaaactgtggatgagctaaagtttaagctatcccaagccatcagtgagggacaa
aacgccttcaacttgtcctag

  All links  
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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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