ORF » Species Summary » Theileria parva strain Muguga » TP01_0386 cDNA ORF clone

TP01_0386 cDNA ORF clone, Theileria parva strain Muguga

The following TP01_0386 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TP01_0386 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID Accession No. Definition **Vector *Turnaround time Price (USD) Select
OTl03399 XM_760820.1
Latest version!		 Theileria parva strain Muguga chromosome 1 hypothetical protein (TP01_0386) partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    TP01_0386 ( XM_760820.1 ) cDNA ORF clone, Theileria parva strain Muguga -> XP_765913.1 Theileria parva strain Muguga chromosome 1 hypothetical protein (TP01_0386) partial mRNA.
    Price & Availability↑
    CloneID OTl03399
    Clone ID Related Accession (Same CDS sequence) XM_760820.1
    Accession Version XM_760820.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5361bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 1225296000000
    Organism Theileria parva strain Muguga
    Product hypothetical protein
    Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_007344). COMPLETENESS: incomplete on the 5' end. 

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    ATGGAACCGA CCTATTATAC TAACCAGGCC CTTAATGAGC CCACTTTACG TATATCCAAG 
    AAAAGGTTGA TAGGAAGGTA TAAGGTGGCC TTTTTGTTCT TTTTAACGAG GTTAATTCTA 
    ATAAGTTGTT TGTTCCCGTT TTCTGAGTGT GTTAAAACTG ATTTAAGCCA GGGAAGTTTT 
    AGTATTTCCA AAAGGGGAAG GCAATTCCCT CCCCCCCGAA CACTTTGTAA CATATTTAAA 
    ACTTTTAATA CTATTCATAA GTTTAGCCCA GTTGATAAGC TGAATATGAT TAGTGTGAAA 
    AGTTTAAAGG ACATCTCAAA CCTTAGAAAT TTAATAAGGT TTAGATATAA TAAAAGGGAT 
    AGAAATTATA GAAATCGCAG TTTTTACAAA TGTCTGTTTG TTAGTAATTT AAATAAACCA 
    CAAATGGAAA GTGGAAAAAT CATTGATGGC GGTTCTTTTT ACTCATACCC TCCTACCAGT 
    TACCCGAATA TGCCTTCATA TAATGGCTCA TACGGACTGG ATGAGTCTAA CACGTTTGTT 
    TCTAACCATT ACAGGAACAT GGGAGAAGAT ATAGTTGAGT ACCTGAACAG GAAGAAGATC 
    GAGTACAATG AGTCGCCAAT AAAGTATACA CTCAAGTTCT GCCCATTCTG CCCACCTCAT 
    AGATTTAAAT CCGACAACCT CTTCAAACAT GAAATTTTTA AAAACTCAGG AAATTCATAT 
    TGTCATCGTT GTGGATACAA GGGCAGTTTG TTTGATTTTA AGGCACACAT GGGTGATTTA 
    CCAGGAGCAT TTGATATAGC GTCTGATCCC ATTACCAGTC CGTTCGGAGC AAAGAAGGTT 
    CAAAAGGACC CAGATGTCAC AATCGAGGAC GTGAACAAGT TTGAAGACAA TCTGTATAAT 
    AATCCAGAAT ATGCATGTGT ATTGGATTAT CTAACAAAGA CCAGAGGCTT GAAACCTCAT 
    GTGCTTAAGA AATACCATGT GGGAGCAGGT TCATTCAAGT TCAAATCTGT AACAGGAAAA 
    CTAGAACAAG AGAAATGTGT GGTATTTCCA TGGCTGTCAA CTCCAAATAA ACTGTACCCA 
    AACGACGAAG TTGAAACACA AACTGATGAC TCAGAGGGAT TTGACTATAA TAGAGAGTTT 
    ACAACAGATA AATTAAATGT AAATAGAATA AAGATAAGAA GTATATACGA TAAGTCTAAG 
    ATTAAAATAT TACCAAGAGG AGGTGCCTGG GGAATGTTTG GAGGTCATTT GATCCAGGAG 
    GCACAGGAAA AGGATTCTAT AGTGTTATCT GAAGGTGAAC TTGACGCAAT GAGTATATAC 
    CAGGAGACAG GAAGATTAAC AATTTCACTA CCAAATGGAG CAAACTCACT CCCGCTGGCA 
    CTATTACCAA AGCTTGAAAA GTTTAATGAA ATTTATCTTT GGATGGACTT CGACGCCCCA 
    GGACAGTCTA GCATATCACA CTTTGCCAAT AAATTAGGCA TACAAAGGGT TAAAGTTGTA 
    CATCCACTCA ACACTCCAAC TACTACTGCC ACCACCACAA AGGGTACCAC AACTAGTACT 
    AAAGGTGCTG GGACAACCAC TAAAGGCTCT AAATCTACAA CTGCTACCAC ACAAAAGACC 
    ACCAGTAAGA TGTTGAAAGA TGCTAATGAA GTGCTGTTGA GTGGAGGAGT GGACATGAAT 
    AATTACTTTA AAAACGCAAC CGTAATGACA CATTCACAGA TTCTGACCTT TAGTGACATA 
    AGACAGCTGG TGTACAACGA GTTGAGTGAC CCTGTAACAA CATGCGGTAT CAAGAGCATA 
    ACCATGCCAG GGCTGTCAAA CCTTCTAAAG GGTCACAGAA GAGGAGAATT GACAGTGTGG 
    ACAGGATCTA CAGGTTCAGG AAAGACAACG CTACTCTCTC AACTCTCACT AGACTATTGC 
    TTGCAAGGTG TTTCAACTCT CTGGGGATCC TTTGAAATTA ATAACGTTAG ACTCGCCAAA 
    ACTATGCTAC GGCAGTTTTC AGGAAGGAAT TTGGAGAACA ATTTGAACGA GTTTGATTAT 
    TACGCTAATA AGTTTAACGA GTTGCCATTA CGATTTCTGA AGTTTCACGG AAGCACAAAT 
    ATAGATATAG TGTTGGACGC AATGGATTAT GCAGTTTACG TGTACGATGT GCAGCACATA 
    ATAATCGATA ACCTGCAGTT TATGTTATCG AATTACTCAG GACCGTCACA AAACTCAAGT 
    TTTGGAGGAT ATAGTAGCAG TAAAGATATA TATGAGTTGC AGAACAGGAC AATAGAGAAG 
    TTTAGAAGAT TTGTAACAAA TAAGAATATT CACTTGTCGT TGGTTGTACA CCCAAGAAAA 
    GAAGCCGATG GGATTCAGTT GGGACTTTCA AGTGTTTTCG GTTCAGTAAA AAGTACACAG 
    GAGGCTGACA ACGTAATTAT ACTCCAGAAT ATACTTAATG AGTCGAGGTG TATTGATGTT 
    AAGAAGAACA GATTTGCAGG TTTGCTAGGG AGAGTGTACT TTAAATTCGA CCCGGTTTCT 
    TTGACTGCAC AGGAGTTTAA GGTAACAGAG TATTTGAATG AGTATACCAC TAACAATTTT 
    ACAAAGCCCA AGGTTAAAAA AGATCAACCT GACACCCCAA CAGTGCCCTC AGGAGGGTTT 
    CCAATAAACG GAACACCTGA AACTAAACCA AAAGTCTCAT TAAGTAATTT TAAGCTTAAT 
    TTACCCCAAG TTAATGGGTC TAACGTATCA AATGAGCCGA TTGGTATTCC AAATGTTGGC 
    ACCATGACAA GTGAAGATTT ACAGTCTAGA CCCACACCTG CAACAAGTAC AAACTATAAG 
    GATAAAGAAA GAAATAATGT TGGATTAATA GGCATTGATC TACTAAACCT AAAACCAATC 
    ACACAACAAA TCAATAAAAT TATACAACAA AATTATACGA CTTCCTCTAA CAGTAATTCT 
    GACAGCAGTG ATAGTTCAGG TAAACCTGAA GGTGAAGATA CAAGTGGTGA TGATAATACT 
    AACTCTAATC TGGTTGGAAC AAATGATAAC AGTAACAGCA GTGGAAAAGG AGGAAAACTA 
    AAAACTAAAA GTGAATTGGT TGAGGAAGAA TATTTGAGTA TGAGAGGATT AAAGATAACC 
    AAGAACAGTA GTATAAAGGA GATGAGAGAT TTTGTAAAGA AGAATGGATT GGGGGAGTTG 
    GTAAAGACTG CAGGAAAAGG CATTAAAAAG GACGCAATAT ATGAAAATAT CAGGTCAATA 
    ATACCACAAT CAGCAATAAT AACTACTAAA CCAACTGAGG AAGAAGTAGA GTCTGTTAAA 
    GAGGATTCGA GTGTTGATAC TACTAAGGTT GAAGATGAGA GTAGCGCAAG GTCAGATGTT 
    CACTCATTTG GTGTTAGTAC CAGTAAGTCA CTATTAAAGT TAGAACGTGT TAACGTAACA 
    CCAAACAATG ATATTACTGA ATTTAAGCTT AAATATCTGA GTAAATTACC AAAATCACTC 
    TACAAAGGTG AGCCCCCATC TTCGAGTAAG CCAACTCCTG TTACCACTGG TGATCAAGTT 
    TCAATTCCAG TTGACGTGTA TTATAGTGTA AATTTCGACC CACTGCTGAT TGATGGGATA 
    ATATATGTGG ACAGTTACGA CAAACTGCAA TCTTTGGAAC CGCTTTTTAA GGACCCGAAG 
    GCAGTTGGAG TTGACATTGA AACCACAGGC CTGGACCATA ACACTAATCA AATTAGACTA 
    GTGCAGCTGT CAGTACCAAA CCAACCAAGC CTAATCATAG ACCTCTTTAA GCTTAGTACT 
    AATAATCCAG ATGCCGAAAG TGTCGTGCCA GGAAGAAATG AGTTGATAAA ATGTGAATGG 
    TTGAAGAAAT TATTCAAGAG TAAGGAGACA GTAAAGGTGT TCCACAACGG TAAGTTTGAC 
    ATAAATTTCC TAAGAGTGTA TGGGTTTGAA TTTGAAGGAC CGATATTTGA CACAATGGTG 
    GCAAGTAAGC TTTTAGTTGC AAGCAGATAC ATAAGCTGCA AGCTAACACA TGTGTCTGAG 
    CGTTACCTCA ATATTGTGCT TGACAAGACC CAACAGTACT CAGACTGGTC AACTCTACAG 
    CTATTCGAGG AACAGCTTTT ATACTCTGCC AGAGACTCAT TTGTTCTACT GCCACTATAT 
    GTTATTCTGG AACATTTGCT TAAGATCAAT AACCTCTCTG ATATAGCAAG TGTGGAAAAC 
    AAGTGTATCC TAGCAACTTC TGACATGGAG CTTAACGGAA TCCAAGTTGA CGAAGATAAA 
    CTAAAATTTT TACAAGATGA GCTCAAACAG GAACATCAAG AAATTTCAAA TACCCTCTAC 
    TCGCAACTTA ATCAAAGTGA AATAAACTTG AATTCACAAA AGCAGGTGTT GGAGAAGTTA 
    CAGGAGCTGA AAATAATGGA CAAATCCAAG AAAAAGATTA TAAGTGATAC GAGTGAGTCT 
    ACACTAATAA GGAACATGTC AAACCCAATC ATTTCATCCT TGCGAGAATA TAGAAAGGCT 
    AACAAAGCTT TAACTGCTTT TACACAAAAA CTGCCAAACC ACATTAACCC AATCACAAAG 
    AGAATATATC CAAATTATAA CCAGCTGGGA GCGGAAAGTG GAAGATTCAG TTGTGACGGG 
    CCTAACTTAC AGCAGGTTCC AAGAGATAAG AAGTTCAGAG AGTGTTTCGT AGCCCCAAAG 
    GGCTCAAAGT TTGTCATTGC AGACTTCTCA CAAATTGAGC TGAGAATTGC AGCAGAAATA 
    GCAAACGATC CCAAAATGAT ACAAGCATAT CAACAAAAAG TCGATTTACA TTCTCTGACT 
    GCAAGCATAC TGAAGAATAA GAATATAAAT GACGTGAACA AAGAGGAAAG ACAGTTGGCG 
    AAAGCAGTGA ATTTCGGTTT AATCTTTGGA ATGTCTATAA ATGGGTTGAG GATGTATGCG 
    GAGACAGGCT ATAACTTAAA GCTAACTCAG AATGAGGCTA AGGAAATATA CACTTCATTT 
    TTCAATAATT TTAAAGGGAT CTTAAACTGG CACAATTCCG TAAAGAATAG TAGACCGACA 
    ATGGTTAGAA CCCTGGGGAA TAGGTTATCA GTCTTTGAAT CCTTTTCATT TACACGTTCC 
    CTAAACTACC CAGTACAGGG TACATCTGCA GACATTACAA AGGAGACAAT GGCTAGGCTG 
    GTTGACTTGG TGAAGCCGCT GAATGCTAAG ATTATCATAT GCGTCCACGA TGAAATAATA 
    CTTGAAGTCC CCGAAGATAA CGCAGAAAAG GCACTGAAAA TGTTAATTGA CACTATGGTC 
    AAATCTGGCG AAAAGTACCT CAAGAAAGTC CCTGTAGAGG CCATGGGCTC AATAGGAGAC 
    TCATGGGCAG ATAAATCCTA A

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq XP_765913.1
    CDS1..5361
    Translation

    Target ORF information:

    RefSeq Version XM_760820.1
    Organism Theileria parva strain Muguga
    Definition Theileria parva strain Muguga chromosome 1 hypothetical protein (TP01_0386) partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_760820.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    ATGGAACCGA CCTATTATAC TAACCAGGCC CTTAATGAGC CCACTTTACG TATATCCAAG 
    AAAAGGTTGA TAGGAAGGTA TAAGGTGGCC TTTTTGTTCT TTTTAACGAG GTTAATTCTA 
    ATAAGTTGTT TGTTCCCGTT TTCTGAGTGT GTTAAAACTG ATTTAAGCCA GGGAAGTTTT 
    AGTATTTCCA AAAGGGGAAG GCAATTCCCT CCCCCCCGAA CACTTTGTAA CATATTTAAA 
    ACTTTTAATA CTATTCATAA GTTTAGCCCA GTTGATAAGC TGAATATGAT TAGTGTGAAA 
    AGTTTAAAGG ACATCTCAAA CCTTAGAAAT TTAATAAGGT TTAGATATAA TAAAAGGGAT 
    AGAAATTATA GAAATCGCAG TTTTTACAAA TGTCTGTTTG TTAGTAATTT AAATAAACCA 
    CAAATGGAAA GTGGAAAAAT CATTGATGGC GGTTCTTTTT ACTCATACCC TCCTACCAGT 
    TACCCGAATA TGCCTTCATA TAATGGCTCA TACGGACTGG ATGAGTCTAA CACGTTTGTT 
    TCTAACCATT ACAGGAACAT GGGAGAAGAT ATAGTTGAGT ACCTGAACAG GAAGAAGATC 
    GAGTACAATG AGTCGCCAAT AAAGTATACA CTCAAGTTCT GCCCATTCTG CCCACCTCAT 
    AGATTTAAAT CCGACAACCT CTTCAAACAT GAAATTTTTA AAAACTCAGG AAATTCATAT 
    TGTCATCGTT GTGGATACAA GGGCAGTTTG TTTGATTTTA AGGCACACAT GGGTGATTTA 
    CCAGGAGCAT TTGATATAGC GTCTGATCCC ATTACCAGTC CGTTCGGAGC AAAGAAGGTT 
    CAAAAGGACC CAGATGTCAC AATCGAGGAC GTGAACAAGT TTGAAGACAA TCTGTATAAT 
    AATCCAGAAT ATGCATGTGT ATTGGATTAT CTAACAAAGA CCAGAGGCTT GAAACCTCAT 
    GTGCTTAAGA AATACCATGT GGGAGCAGGT TCATTCAAGT TCAAATCTGT AACAGGAAAA 
    CTAGAACAAG AGAAATGTGT GGTATTTCCA TGGCTGTCAA CTCCAAATAA ACTGTACCCA 
    AACGACGAAG TTGAAACACA AACTGATGAC TCAGAGGGAT TTGACTATAA TAGAGAGTTT 
    ACAACAGATA AATTAAATGT AAATAGAATA AAGATAAGAA GTATATACGA TAAGTCTAAG 
    ATTAAAATAT TACCAAGAGG AGGTGCCTGG GGAATGTTTG GAGGTCATTT GATCCAGGAG 
    GCACAGGAAA AGGATTCTAT AGTGTTATCT GAAGGTGAAC TTGACGCAAT GAGTATATAC 
    CAGGAGACAG GAAGATTAAC AATTTCACTA CCAAATGGAG CAAACTCACT CCCGCTGGCA 
    CTATTACCAA AGCTTGAAAA GTTTAATGAA ATTTATCTTT GGATGGACTT CGACGCCCCA 
    GGACAGTCTA GCATATCACA CTTTGCCAAT AAATTAGGCA TACAAAGGGT TAAAGTTGTA 
    CATCCACTCA ACACTCCAAC TACTACTGCC ACCACCACAA AGGGTACCAC AACTAGTACT 
    AAAGGTGCTG GGACAACCAC TAAAGGCTCT AAATCTACAA CTGCTACCAC ACAAAAGACC 
    ACCAGTAAGA TGTTGAAAGA TGCTAATGAA GTGCTGTTGA GTGGAGGAGT GGACATGAAT 
    AATTACTTTA AAAACGCAAC CGTAATGACA CATTCACAGA TTCTGACCTT TAGTGACATA 
    AGACAGCTGG TGTACAACGA GTTGAGTGAC CCTGTAACAA CATGCGGTAT CAAGAGCATA 
    ACCATGCCAG GGCTGTCAAA CCTTCTAAAG GGTCACAGAA GAGGAGAATT GACAGTGTGG 
    ACAGGATCTA CAGGTTCAGG AAAGACAACG CTACTCTCTC AACTCTCACT AGACTATTGC 
    TTGCAAGGTG TTTCAACTCT CTGGGGATCC TTTGAAATTA ATAACGTTAG ACTCGCCAAA 
    ACTATGCTAC GGCAGTTTTC AGGAAGGAAT TTGGAGAACA ATTTGAACGA GTTTGATTAT 
    TACGCTAATA AGTTTAACGA GTTGCCATTA CGATTTCTGA AGTTTCACGG AAGCACAAAT 
    ATAGATATAG TGTTGGACGC AATGGATTAT GCAGTTTACG TGTACGATGT GCAGCACATA 
    ATAATCGATA ACCTGCAGTT TATGTTATCG AATTACTCAG GACCGTCACA AAACTCAAGT 
    TTTGGAGGAT ATAGTAGCAG TAAAGATATA TATGAGTTGC AGAACAGGAC AATAGAGAAG 
    TTTAGAAGAT TTGTAACAAA TAAGAATATT CACTTGTCGT TGGTTGTACA CCCAAGAAAA 
    GAAGCCGATG GGATTCAGTT GGGACTTTCA AGTGTTTTCG GTTCAGTAAA AAGTACACAG 
    GAGGCTGACA ACGTAATTAT ACTCCAGAAT ATACTTAATG AGTCGAGGTG TATTGATGTT 
    AAGAAGAACA GATTTGCAGG TTTGCTAGGG AGAGTGTACT TTAAATTCGA CCCGGTTTCT 
    TTGACTGCAC AGGAGTTTAA GGTAACAGAG TATTTGAATG AGTATACCAC TAACAATTTT 
    ACAAAGCCCA AGGTTAAAAA AGATCAACCT GACACCCCAA CAGTGCCCTC AGGAGGGTTT 
    CCAATAAACG GAACACCTGA AACTAAACCA AAAGTCTCAT TAAGTAATTT TAAGCTTAAT 
    TTACCCCAAG TTAATGGGTC TAACGTATCA AATGAGCCGA TTGGTATTCC AAATGTTGGC 
    ACCATGACAA GTGAAGATTT ACAGTCTAGA CCCACACCTG CAACAAGTAC AAACTATAAG 
    GATAAAGAAA GAAATAATGT TGGATTAATA GGCATTGATC TACTAAACCT AAAACCAATC 
    ACACAACAAA TCAATAAAAT TATACAACAA AATTATACGA CTTCCTCTAA CAGTAATTCT 
    GACAGCAGTG ATAGTTCAGG TAAACCTGAA GGTGAAGATA CAAGTGGTGA TGATAATACT 
    AACTCTAATC TGGTTGGAAC AAATGATAAC AGTAACAGCA GTGGAAAAGG AGGAAAACTA 
    AAAACTAAAA GTGAATTGGT TGAGGAAGAA TATTTGAGTA TGAGAGGATT AAAGATAACC 
    AAGAACAGTA GTATAAAGGA GATGAGAGAT TTTGTAAAGA AGAATGGATT GGGGGAGTTG 
    GTAAAGACTG CAGGAAAAGG CATTAAAAAG GACGCAATAT ATGAAAATAT CAGGTCAATA 
    ATACCACAAT CAGCAATAAT AACTACTAAA CCAACTGAGG AAGAAGTAGA GTCTGTTAAA 
    GAGGATTCGA GTGTTGATAC TACTAAGGTT GAAGATGAGA GTAGCGCAAG GTCAGATGTT 
    CACTCATTTG GTGTTAGTAC CAGTAAGTCA CTATTAAAGT TAGAACGTGT TAACGTAACA 
    CCAAACAATG ATATTACTGA ATTTAAGCTT AAATATCTGA GTAAATTACC AAAATCACTC 
    TACAAAGGTG AGCCCCCATC TTCGAGTAAG CCAACTCCTG TTACCACTGG TGATCAAGTT 
    TCAATTCCAG TTGACGTGTA TTATAGTGTA AATTTCGACC CACTGCTGAT TGATGGGATA 
    ATATATGTGG ACAGTTACGA CAAACTGCAA TCTTTGGAAC CGCTTTTTAA GGACCCGAAG 
    GCAGTTGGAG TTGACATTGA AACCACAGGC CTGGACCATA ACACTAATCA AATTAGACTA 
    GTGCAGCTGT CAGTACCAAA CCAACCAAGC CTAATCATAG ACCTCTTTAA GCTTAGTACT 
    AATAATCCAG ATGCCGAAAG TGTCGTGCCA GGAAGAAATG AGTTGATAAA ATGTGAATGG 
    TTGAAGAAAT TATTCAAGAG TAAGGAGACA GTAAAGGTGT TCCACAACGG TAAGTTTGAC 
    ATAAATTTCC TAAGAGTGTA TGGGTTTGAA TTTGAAGGAC CGATATTTGA CACAATGGTG 
    GCAAGTAAGC TTTTAGTTGC AAGCAGATAC ATAAGCTGCA AGCTAACACA TGTGTCTGAG 
    CGTTACCTCA ATATTGTGCT TGACAAGACC CAACAGTACT CAGACTGGTC AACTCTACAG 
    CTATTCGAGG AACAGCTTTT ATACTCTGCC AGAGACTCAT TTGTTCTACT GCCACTATAT 
    GTTATTCTGG AACATTTGCT TAAGATCAAT AACCTCTCTG ATATAGCAAG TGTGGAAAAC 
    AAGTGTATCC TAGCAACTTC TGACATGGAG CTTAACGGAA TCCAAGTTGA CGAAGATAAA 
    CTAAAATTTT TACAAGATGA GCTCAAACAG GAACATCAAG AAATTTCAAA TACCCTCTAC 
    TCGCAACTTA ATCAAAGTGA AATAAACTTG AATTCACAAA AGCAGGTGTT GGAGAAGTTA 
    CAGGAGCTGA AAATAATGGA CAAATCCAAG AAAAAGATTA TAAGTGATAC GAGTGAGTCT 
    ACACTAATAA GGAACATGTC AAACCCAATC ATTTCATCCT TGCGAGAATA TAGAAAGGCT 
    AACAAAGCTT TAACTGCTTT TACACAAAAA CTGCCAAACC ACATTAACCC AATCACAAAG 
    AGAATATATC CAAATTATAA CCAGCTGGGA GCGGAAAGTG GAAGATTCAG TTGTGACGGG 
    CCTAACTTAC AGCAGGTTCC AAGAGATAAG AAGTTCAGAG AGTGTTTCGT AGCCCCAAAG 
    GGCTCAAAGT TTGTCATTGC AGACTTCTCA CAAATTGAGC TGAGAATTGC AGCAGAAATA 
    GCAAACGATC CCAAAATGAT ACAAGCATAT CAACAAAAAG TCGATTTACA TTCTCTGACT 
    GCAAGCATAC TGAAGAATAA GAATATAAAT GACGTGAACA AAGAGGAAAG ACAGTTGGCG 
    AAAGCAGTGA ATTTCGGTTT AATCTTTGGA ATGTCTATAA ATGGGTTGAG GATGTATGCG 
    GAGACAGGCT ATAACTTAAA GCTAACTCAG AATGAGGCTA AGGAAATATA CACTTCATTT 
    TTCAATAATT TTAAAGGGAT CTTAAACTGG CACAATTCCG TAAAGAATAG TAGACCGACA 
    ATGGTTAGAA CCCTGGGGAA TAGGTTATCA GTCTTTGAAT CCTTTTCATT TACACGTTCC 
    CTAAACTACC CAGTACAGGG TACATCTGCA GACATTACAA AGGAGACAAT GGCTAGGCTG 
    GTTGACTTGG TGAAGCCGCT GAATGCTAAG ATTATCATAT GCGTCCACGA TGAAATAATA 
    CTTGAAGTCC CCGAAGATAA CGCAGAAAAG GCACTGAAAA TGTTAATTGA CACTATGGTC 
    AAATCTGGCG AAAAGTACCT CAAGAAAGTC CCTGTAGAGG CCATGGGCTC AATAGGAGAC 
    TCATGGGCAG ATAAATCCTA A

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

  • PubMed

    Genome sequence of Theileria parva, a bovine pathogen that transforms lymphocytes.
    Science (New York, N.Y.)309(5731)134-7(2005 Jul)
    Gardner MJ,Bishop R,Shah T,de Villiers EP,Carlton JM,Hall N,Ren Q,Paulsen IT,Pain A,Berriman M,Wilson RJ,Sato S,Ralph SA,Mann DJ,Xiong Z,Shallom SJ,Weidman J,Jiang L,Lynn J,Weaver B,Shoaibi A,Domingo AR,Wasawo D,Crabtree J,Wortman JR,Haas B,Angiuoli SV,Creasy TH,Lu C,Suh B,Silva JC,Utterback TR,Feldblyum TV,Pertea M,Allen J,Nierman WC,Taracha EL,Salzberg SL,White OR,Fitzhugh HA,Morzaria S,Venter JC,Fraser CM,Nene V


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