KEGG   Theileria parva: TP01_0078
Entry
TP01_0078         CDS       T00254                                 
Name
(RefSeq) hypothetical protein
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
tpv  Theileria parva
Pathway
tpv04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:tpv00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    TP01_0078
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:tpv04121]
    TP01_0078
Enzymes [BR:tpv01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     TP01_0078
Ubiquitin system [BR:tpv04121]
 Ubiquitin ligases (E3)
  HECT type E3
   TP01_0078
SSDB
Motif
Pfam: HECT
Other DBs
NCBI-GeneID: 3502849
NCBI-ProteinID: XP_765605
UniProt: Q4N9N6
Position
1:complement(158170..164001)
AA seq 1725 aa
MDDSNDSIAYSDYDQAPVKIAKGLNTGKWLSILSILKNGNNTEQVVSLTELSNLLSYSNE
DYLLGFPSMAYIKVLFHILENPDVKYSKRYPQNTEKTSESQDDNVNLQLPYYHFLSSVYK
DDKFLMDKVFTEQGFEDDDKELPEDTKENYSDSGMDLDEEEYFEPDSAVFMNKMILSATC
LNTILDIVPYTSRYFALNNNLTVLCNKLSDLEYIDLAERILLIFEKLSNEIPLSLLRKSV
LYHMLQYIDFFPIDIQISSFNSVLNVVRLVDNKDYFIEYLIPILNTLSTFIQNDNKKLVD
VIISIWKELLAIVIREEDEELVSEFVAKLSENNFLEKILQLILSPNMGRNAILEHVSILS
SLVQISTEMVKQLFKYDQLLNIKLLCYSQNDSLQYAFLHLANNILSNPSKDYEEVDDFDQ
HSQVDEPNKPDQTESNETMYVDSTVSESENKTKDLVKEQDRDSFFCENPQYFSIIFELLP
ITDLCDLCYLLSSDRHKASVIGLIYNILRVSNKIEKFSQIVHSTLSVSKTTELVSTCLLQ
VDLGSEDTLNNLLGILEVLINMFGNNVIVTFQRSEIVDLIVNNQPDQELNTQNSYNLDST
QDDSDLLFEIRTNFDVWTPYELVKNVPITRLNFFENQESLHKFITTLVSQSFTSTHLHIL
WKAFLKIFQYPNLYNSSYSPISQGTPTSSNSNNVNTNFSNSSSLKTPPLDSEQAPTKLDE
NSVTKENNTGKADNSENSTDTQTKKSDGVTKSCKADQFSKQNEGIHIFGNLDKKYKTGLD
GVIKKYVSSYSSHPFNILHTELKLRLRPIFLGTKSNVSPTSTPDSSKTPDKLEGKPGSDQ
QSPVERDSDRLLPISVYVPCLVRLSKVENYVKRYIEKKINSKVLDVFIFLNGVCLGSNVT
MYEALCRFGGFSPKKRRQIVAHTHLLKYTYTLNPDQSTSVDSQNTPKLTEETKNESSLNG
NNVKFSEQGLRVYTLYKGNKYNFDSLMEDFNEFMNIDKVNTVTSLDEVNKFNGAEEEFKL
NEQENMLKDDSTMANTARAEEYNNESTEVDTNYLEAERLMDIYERNNKMDDLYTKSTTEY
LNSLCKQRELEYKNNVSVDESMTNDSSSPYNLGLSNPIIYTKLSSETVLDETKTDHLKYL
IKLAEFDQDRISFIMGEDNDFRDFLLDCAFPIFLGKFPYDKKVLLRTLSIFENLTNKLNP
ESDLGVLVSDNSQIEQLNGDKTEFNGSISGTQDDQSGVGLVVSSPLTMKLLSACSDLSRS
LCFGCEYWVQCALSCPSIFSLRSRTILFRMNTVGLNRNLSHFHNKLRNLSHDGITEPFDD
YLFEYVSNNRVRFIDEDVKIPKMKISVDRENLLEDAMLTFEQVQNNPKLEIEYKNEVGIG
SGPTLEFFTLISEEFAKFQKPKLLECIDGYYFPTPHSTDSLDMDSFTKYLSKSQESESFV
SEPFTPLDGSNDGNLPLLLFRLFSFLGKVCAYVMLDDKMFDLFFHPLFWDLVKFPNKPQN
LTLETLAKIDPELANSLQQIKDHPDPSQLHLVHEFKGYELLKGGSNVFVNRENVDEYVRL
IVDFKLLEGIKLQIWAFRYGFSCVLPLYSLWFFTDSELSEVIFGNKKNQSKFWTMEHLKN
YIVPDHGYDTNSKVYNDLITILHNFDDDKRRLFLKFTTGSPLLPREGFKSLVPLMRVVKK
GNADELPSVMTCTNYLKMPEYTSIEEMKIKLIKAIQEGQNAFNLS
NT seq 5178 nt   +upstreamnt  +downstreamnt
atggacgactctaatgattctatagcctattctgattatgatcaagcccccgtgaaaata
gccaagggcctgaacaccggaaaatggctgtctatcctctcaatattgaagaacggaaat
aacacagaacaggttgtttccctaactgagttgtcaaatttgttgagttactcaaacgag
gactatctactcggatttccgtcaatggcatatataaaagtgttattccacatactggaa
aatcccgatgtaaaatattccaaacgttacccacaaaataccgagaaaacttcggaatca
caagatgataatgtgaacctccaattgccatactatcacttcctatcctcagtatataag
gatgacaagtttcttatggataaggttttcacagagcagggtttcgaagatgatgataaa
gagctcccagaagataccaaggaaaactactcggactcgggaatggatcttgacgaggaa
gagtactttgagccagacagcgctgtttttatgaataaaatgatcctctcagcaacatgt
cttaacacaatcctggacatagttccctatacttcacgttattttgcattgaacaataac
ttgacggtactgtgcaacaagctgagtgacctagagtacatagacctcgctgagaggata
cttctgatctttgaaaaattgtcaaatgagataccgctcagcctccttaggaagtcggtg
ctctaccacatgctgcagtacattgattttttcccaatagatatacaaatctcatcattt
aactccgttttaaacgtagtgaggctagttgataacaaggattacttcatagagtaccta
atcccaatccttaacacactttcaacattcatacaaaatgataacaagaaattggttgat
gtgataatatcaatttggaaagaactgttggcaatagtgatcagggaagaagacgaagaa
ctggtatcagaatttgtggccaaactatcagaaaataactttcttgaaaagatactccag
ctcatactttcaccgaatatgggtagaaacgcaatactggaacacgtgtcaatactgtca
agcctagttcaaatttctacagaaatggtgaagcagttgtttaagtacgatcagctcctt
aacatcaaattgctgtgttatagccaaaatgactcactacaatacgctttcctacatttg
gccaataacatactttctaacccaagcaaagattatgaggaagtggatgattttgatcaa
cattctcaagtagatgagccaaacaaaccagatcaaactgaatctaatgaaacaatgtat
gtggattcaacggtgtctgagtctgaaaataaaactaaagatttagttaaggaacaagat
agagattcattcttctgtgaaaatccgcaatacttttcaatcattttcgagttattacca
ataactgacctgtgtgatttgtgctatttgttatcaagtgataggcataaagcatcggta
atcggcctaatctacaacatcttgagggtatcaaacaagattgaaaagttctcccagata
gtgcacagcacactatcagtgtcgaaaacaacagaactcgtgtccacatgcctgctccag
gttgacttaggctcagaagacacactgaacaatctcttgggaatactggaagtgctgata
aacatgtttggaaacaatgttatagtgactttccaaagaagtgaaatcgttgacttgata
gtgaataaccaaccagatcaagagctaaacacacaaaattcatacaacttagattcaaca
caagatgactcagatttattgtttgaaattagaactaatttcgacgtatggacaccatac
gaactggtgaaaaacgtaccaatcacacgcctaaactttttcgaaaaccaagaatcatta
cacaaatttatcacaacgctggttagccagtccttcacatcaacacacctacacatacta
tggaaggcatttttaaaaatattccagtacccaaatttgtacaattcttcatacagccca
ataagtcaaggtacaccaacaagtagtaactcgaacaatgtgaataccaactttagtaat
tctagtagtttgaagactccaccactggattcagaacaagccccaacaaagctagatgaa
aattcagttactaaggagaataatacaggcaaagctgataattcagagaattccacggat
actcaaactaaaaagtcagatggagtgactaagtcgtgtaaagctgatcaatttagcaag
cagaatgaaggaatacacatattcggcaatttggataaaaagtataaaacaggacttgac
ggtgttattaaaaagtatgttagctcatactcatcacacccatttaatattctacacaca
gagcttaagttgaggcttagacccatatttttgggcactaaatccaacgtttcaccgaca
agtacaccagattccagtaaaacaccagataagctggaagggaaaccgggcagtgatcag
cagagcccagtggaaagggatagtgatcgactattaccaatatcagtttatgtgccatgt
ttggtaagactgtcaaaggtggaaaactatgtaaagcgctacatagagaagaagattaac
agtaaagttttggacgtgtttatatttcttaacggagtgtgcctgggatcaaacgtaaca
atgtatgaagcactttgtcgatttggagggttcagcccaaagaaaagaagacaaatagta
gcacatacccatctccttaagtatacatacactttaaatccagaccagtcaacgtcagtg
gatagccaaaataccccgaaactaactgaagaaacaaaaaatgaaagtagtttaaatggc
aataacgtaaaattttcggaacaaggcttgagagtatacactttgtacaagggaaacaag
tataatttcgattcactaatggaagatttcaacgaatttatgaatattgataaggtgaat
acagtcacaagtttggatgaagttaataaatttaatggtgctgaagaggagttcaagttg
aatgaacaagaaaatatgctaaaggacgatagcacaatggcaaacacagcaagagccgaa
gagtacaacaatgaaagtacagaagtggatacaaattatctagaagcagaaagactaatg
gacatttatgaaaggaataataaaatggatgacctgtatacaaagtcaacaactgaatac
ctaaacagtttgtgtaaacagagagaactggaatataaaaataatgtttcagttgatgag
tctatgacgaatgatagcagcagcccatataatttgggactttcaaacccgataatttac
acaaaactgtcaagtgaaacagtgttggacgagactaaaaccgatcatcttaagtactta
atcaagttggcagagtttgaccaggacagaataagctttataatgggtgaagacaacgat
tttagggatttcttactggattgtgcattcccgatttttctaggcaagttcccatacgat
aagaaggttctgctgagaacattgtcaatttttgaaaatttaacaaataaactgaatcca
gaatctgatttaggagttttagtctcagataattcacaaattgaacagttaaatggtgat
aaaacagagtttaatgggtcaattagtggaacacaagatgatcagagtggagtaggactg
gtagtaagttcaccattaacaatgaagttgttatcagcatgtagtgatttgagtagaagt
ttgtgctttggatgtgaatactgggttcaatgcgcattatcatgcccatcaatattctcg
cttaggtctagaacaattctgtttaggatgaacaccgttgggctaaatagaaacctatcc
cactttcacaacaagctgagaaatctatcacatgatggaataactgagccatttgatgat
tacctctttgagtacgtgtcgaataacagggtccgattcatagacgaagacgtaaagata
ccaaagatgaagatttcagtagacagggaaaacttgttagaagacgccatgctcacattt
gaacaggtacaaaataacccaaaacttgaaatcgagtataaaaatgaggtgggaataggg
tcaggaccaacattggagttttttaccctaatttctgaagaatttgcaaagttccagaaa
ccaaaactcctggaatgtattgatggatattacttcccaacaccacacagcacagactca
ttggatatggactcatttacaaagtacctatcgaaatctcaagagtctgaatcttttgtt
tcagaaccatttacaccacttgatggttcaaatgatggtaatcttccactactgctgttt
agattattttccttcttgggtaaggtgtgcgcctacgtgatgctggacgacaagatgttt
gacttgtttttccatccactcttctgggatctcgttaagttcccaaacaaaccacagaat
ttgacactggaaacactagcgaaaatagacccagagttggcaaactcattacaacaaatt
aaagaccatcccgatccaagccaactacacctggtacacgaatttaaagggtatgaatta
ctcaaaggaggctctaacgtgtttgttaatagagaaaatgttgacgaatatgtgcgacta
attgtagattttaagctattagaaggaatcaaactacagatttgggcctttcgatatgga
ttcagttgtgttctcccgctgtacagtctatggttctttacggattcggagcttagtgag
gtgatttttggcaacaagaagaaccagtcgaagttttggaccatggaacacttgaagaat
tacatagttcctgaccacgggtatgacactaatagtaaagtttacaatgatctgataacg
attttgcacaactttgacgacgataagagaagactctttctaaagtttacaacaggatca
cctttactgccaagggagggattcaaatcactagtgccattgatgagagtagttaagaag
gggaatgcagacgagttaccaagtgtaatgacttgcacaaattatcttaaaatgccagaa
tatacaagcatagaagagatgaaaattaaactaatcaaggccatccaggaggggcagaac
gccttcaatctttcctaa

  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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