Theileria parva: TP01_0243 Help Entry TP01_0243         CDS       T00254                                  Name (RefSeq) hypothetical protein   KO K10610   DNA damage-binding protein 1 Organism tpv  Theileria parva Pathway tpv03420   Nucleotide excision repair tpv04120   Ubiquitin mediated proteolysis Brite KEGG Orthology (KO) [BR:tpv00001]  09120 Genetic Information Processing   09123 Folding, sorting and degradation    04120 Ubiquitin mediated proteolysis     TP01_0243   09124 Replication and repair    03420 Nucleotide excision repair     TP01_0243  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04121 Ubiquitin system [BR:tpv04121]     TP01_0243    03400 DNA repair and recombination proteins [BR:tpv03400]     TP01_0243 Ubiquitin system [BR:tpv04121]  Ubiquitin ligases (E3)   Multi subunit type E3    Cul4 complex     Adoptor protein      TP01_0243 DNA repair and recombination proteins [BR:tpv03400]  Eukaryotic type   SSBR (single strand breaks repair)    NER (nucleotide excision repair)     GGR (global genome repair) factors      Cul4-DDB2 complex       TP01_0243     TCR (transcription coupled repair) factors      Cul4-CSA complex       TP01_0243 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  CPSF_A Beta-prop_RSE1_2nd Beta-prop_RSE1_1st Beta-prop_EML CFAP61_dimer Motif Other DBs NCBI-GeneID:  3502504 NCBI-ProteinID:  XP_765770 UniProt:  Q4N971 LinkDB All DBs Position 1:484835..489678 Genome browser AA seq 1504 aa AA seqDB search MYGYFVTTAASGATLKAIRCRLVKDSLKEYLVCLKRHSIEVYSLENNENRNVDNDLDHFN PPVLISVLNASSTFVDFVEYRPPSESQTHLLVLTRNFTLFLLTYHDNLAKFTSKTVSSLQ ELHGRPNYENIIFKVDSGYNLLVFYGYNRVLKCIVLDPNNYFNFSDLVTIRTNDTIFVDF EFISSEYIEKPDASKSSSSPRRRNTSTGTPTRSFSGSSSSSVSKDIQFKSPTRNSSFHFL ESKLIILGEDNAYGSNKTPVRWLYGMKLMFEIEILNGCKRFNSYNHTPLFGDPIKLPIPY SKFIPLNLVNKANRYDSVMLLGPGSTGFINFKSPRHVKQFKIDNSITEITCFCMYRDNKF IFGDDNGGLYLLRLSVSTMRKSANTVKRRAVYTPGMSSSSNTLSSSTVSSQQSNRNVSGD GDFMINEVMAIRLGSFPVPSSLIKLGDHHIFYTSKMGNSSIISIYSILNSRNNEEQTLEQ GDFKSSEWAQTNLGPITDFAYREEASSGENTILACCGMGNSASFCEIYFGLSSEVIHTSD VPGVHDLFSFPMKSPDDSSSSLLCISFFRFTRFYTVSFSKPDVSDPPELISIESTPQPAQ NRRVNARRVNKRQKARTALINALENNRRPSENPSQVVNNHNNSQRNTNTNRTGKITKFQN NALLCNEKTILFTKLRDGNILQVTPKNIILVNDSFKSVRRAKISQIVTLPGDKYALSSLV CSPYILLLMSTNCIVVLEYDFKNFNSRCLDFTVSAMGCISKNDLLNSDLGIFASGGGLVG VSSWANNNMILFLTVKDLKVVYSHKVNLDYDVYVVSIKFAKINSNVYLLLSLSNGFLYIY QLTRADRRIKMTLSNKSKLSFWSFKLLELKVGSGEGEDTCDLSKVNLITTGPKSYVIHPK NEKITYTKINIDNLHTVTNIVNLGTVAEKEKEELLVIYGNHKSVVVGRLNLLNNFNVQKI LKGSNFNKVIYDSRTKLAVISTIPQYIINPNNLYTYTPSNSQSTDVPGYCETPSTNTQSQ PSPYISQHSNNSQNSNSQLTDSDNLLLCMSDDQILSGTDTINVPSEALLVDIETKEVVYR LNMPQGHLISSMHKYTHDDLGKDYILLGTSKVSEANDVPTEGYLYFLEVYKEADACTVVV NRNAIPLGGGVVEITNLNKFIVIAVNSNVMVISLTASNENSSPNDPSSSSAVNNGSHRQG TRSKLELVDLKDSRLSIPKQDETTLFIDVVANYDSNTFVVSLDTKDDVIFVGDLMTSVKM LKFRDNRLLETCRDFNTLWTTSLAAVDNSSCLVSDDLGNFLLFKKVQHPTTDQQSIRFDK QGLFHHGEVVNKILKRTQMSVQHVANSRMSRSNPREFMVSNRVVSESESNNPSETLNVNE YTNLFKSFFTCATTSGSLLQVCFFDDLNMFLKLSLLEHTMHLVQKDLGNIPSRNQRNFED LHSNIPTKGFVDGDLVEAFLKLPDSLKKWVFETMLINSRHLGVKLSSLESLLYEVDHIKH LRLE NT seq 4515 nt NT seq  +upstreamnt  +downstreamnt atgtatgggtactttgtaacaactgcggccagcggagccacccttaaagcaataagatgt agattagtcaaagattccttaaaggaatacttagtttgcctaaaaaggcactcaatagaa gtttattcactagaaaataatgaaaacaggaatgtagacaatgacctcgaccatttcaac ccaccagtgttaatttctgttctaaacgcaagtagtacatttgttgattttgtggaatac aggccgccatcagagtctcaaacgcatttgttagttttaacccgtaattttacgctcttc ctactcacatatcatgacaatctcgccaagttcacatctaaaacagtttcttctttacag gaacttcacggaagacccaactatgaaaatataatatttaaagtggattctgggtataac ctgttggtgttttatggatataacagagtgttaaagtgcatagtactggaccctaacaac tactttaacttctcagacctcgttaccattaggacaaatgacactatttttgtggatttc gagtttatttcctcagaatacattgaaaaacctgatgcgtcaaagtcatcaagttctccg aggaggaggaatacatcaactggtaccccaaccagaagctttagcggctctagctccagc tcagttagcaaagatatccagtttaaatcgccaaccaggaacagttcatttcattttctg gagtcaaagttgataattctgggagaggacaatgcatatggaagtaataaaacgccagtc aggtggttgtatggaatgaaactgatgtttgaaattgagatacttaacggttgtaaaaga ttcaattcatataatcacacccctctgttcggtgatccaataaaactaccaattccctat agcaaattcataccacttaacttggtcaacaaggcgaacaggtatgacagtgtgatgctg ttgggtccaggatcaacgggctttataaattttaagagccctagacatgtaaaacagttt aaaatcgacaactcaataacagaaataacttgtttctgtatgtatagagataataaattc attttcggtgatgataatgggggattatacctgctgagactttcagtttcaacaatgaga aaatcagcaaatacagttaaaagaagagcagtatacacaccaggaatgagttcaagttct aacacactaagtagctctactgtttctagccaacaaagtaatagaaatgtaagtggtgac ggagatttcatgataaatgaagtaatggccataaggcttggaagctttccagtaccctca tccttaataaagttaggtgatcatcatattttttatacaagcaaaatgggaaactcatct attatatcgatttactcgattctaaattccagaaacaatgaagaacaaacccttgaacaa ggtgactttaagagttctgaatgggctcagacgaatctgggcccgataacggactttgca tacagagaagaggcgtcttcaggagaaaatacaatcttggcctgttgtgggatggggaat tcagcatccttttgtgaaatttactttgggctatcatcagaggttatccacacaagtgat gttcccggggtccatgacttgttttcattcccaatgaagagtccagacgattcaagctct tcactgctttgcatatctttctttaggtttactagattttatacggtcagtttctcaaaa cctgatgtttctgatcctccagagttaattagtattgaatcaacaccacagcctgctcag aataggagagttaacgctcgtagagtaaataaaagacaaaaggcaagaacagcactgata aatgccctggaaaataatcgaagaccaagtgaaaatccaagtcaagtagtaaataatcat aataatagtcaaagaaatactaataccaatagaactgggaaaataacaaagtttcagaat aacgcacttttatgtaatgaaaagacgattttgttcactaagctaagagacggaaacata ctacaagttactccaaaaaatatcattttagttaatgattcatttaaatctgttagaagg gctaagatatcacagattgtaacactacctggggacaaatatgcactgtcttcacttgtt tgtagcccatacattctgttgttaatgtccaccaattgtatagtagtattagagtatgac ttcaaaaattttaatagtaggtgccttgactttaccgtgtccgctatgggctgtatatct aaaaacgatttactcaactctgatcttggtatatttgcaagcggaggaggattagtaggt gttagtagttgggccaataataacatgattttattccttacagttaaggatctaaaagtc gtttattcacacaaagtaaacctagactatgatgtgtatgtggtaagtatcaaattcgca aagattaatagtaatgtatacctgctgttaagcctttcaaacgggtttctatatatatac caactaacaagggcagatagaaggataaagatgacactaagtaataagtctaaattatca ttctggtcatttaaattacttgaattgaaggtgggtagtggtgaaggagaagatacttgt gacctttcgaaggttaatttaattacgactgggcctaaatcctatgttatccaccccaaa aacgagaaaataacttatactaaaattaacatcgataatttacacacagtcacgaatata gttaacttgggaactgtagcagaaaaggaaaaagaagaattgttggtgatatatggtaac cacaagagtgtagtcgtaggtagattgaatttgttgaataatttcaatgtacaaaagata ttgaaagggtcaaactttaataaagttatttacgatagtaggactaaactagcagtaata tccactattccacagtatattattaacccgaataatctatatacttatacaccaagtaac tcacaatccactgatgttccaggatactgtgagaccccttccactaacacccaatctcaa ccttcaccctacataagtcaacattctaataattcacagaactctaactctcagttgacg gattcagacaacttgttattgtgtatgagtgatgatcaaattttgagtggaactgacact ataaatgtacccagtgaggcactattggttgatattgaaactaaggaagttgtgtataga ctaaatatgccgcagggtcacttaatctcaagcatgcacaagtacactcatgatgatctt ggaaaggactacatacttttaggaacatctaaggtgtctgaagcaaacgatgtccccact gaaggatacttatatttcctggaagtttataaggaagcggatgcttgcacagttgtagtt aacagaaatgccatccctctggggggtggagttgttgaaattactaatttgaacaaattc atagtaattgctgttaattctaatgttatggtcatttcccttacagcttctaacgaaaat tccagccccaatgacccttccagttcaagcgctgttaataacgggagtcacaggcaagga accagaagtaaacttgaattggtagatttaaaggattctcgactttcgatcccaaaacaa gatgaaaccacactattcattgatgttgttgcaaattatgactccaacacctttgtagtt tcactggacactaaggatgacgtgattttcgttggtgaccttatgacttcagtcaagatg ctaaaattcagagataaccgattattagaaacatgtagagatttcaatactctgtggaca acatcactggctgccgttgataactcttcatgtctggtttctgacgatttaggtaacttt ctcctttttaaaaaagttcaacaccctaccacagaccagcagtccatcagatttgataaa caagggctatttcaccacggtgaggttgtaaacaagatactaaaacggacccaaatgtca gtacagcatgtggctaactctcgtatgtcaaggagtaacccaagagaatttatggtttct aatcgagtagtttctgaaagtgagagtaataatccttctgaaaccttaaatgttaacgag tacaccaacttgtttaagagtttcttcacctgtgcaacaacttctggtagtttactccag gtgtgcttcttcgacgatttgaacatgttcctgaagctgtcgctgctagagcacacaatg catctggttcaaaaggaccttgggaacatcccaagtaggaatcaaaggaattttgaggac ctacactcgaacattcccaccaaagggttcgttgatggggacctcgttgaggctttccta aagctcccagactctcttaaaaagtgggtatttgaaactatgctcattaactcaaggcac ctcggagttaagctgagctctctcgagtctctactctatgaagttgatcacattaaacac cttcgacttgaataa

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