ORF » Species Summary » Trypanosoma brucei brucei TREU927 » Tb10.26.0900 cDNA ORF clone

Tb10.26.0900 cDNA ORF clone, Trypanosoma brucei brucei TREU927

The following Tb10.26.0900 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Tb10.26.0900 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
OTr130197 XM_818230.1
Latest version!		 Trypanosoma brucei brucei TREU927 hypothetical protein, conserved (Tb10.26.0900), partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $811.30
$1159.00

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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)
    Tb10.26.0900 ( XM_818230.1 ) cDNA ORF clone, Trypanosoma brucei brucei TREU927 -> XP_823323.1 Trypanosoma brucei brucei TREU927 hypothetical protein, conserved (Tb10.26.0900), partial mRNA.
    Price & Availability↑
    CloneID OTr130197
    Clone ID Related Accession (Same CDS sequence) XM_818230.1
    Accession Version XM_818230.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4626bp)
    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 1523203200000
    Organism Trypanosoma brucei brucei TREU927
    Product hypothetical protein, conserved
    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_007283). COMPLETENESS: incomplete on both ends. 

    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
    ATGGCACTAA GCCCCCCAGG CACTTTTTTA AATGTTTTAG CCATTATTGT TGTGTTTACG 
    GTTTTGCCCG TACTTGCTTC AGCTGCCGAA AATGGGGTTG TAGTTGGTAA CCTGGACGGT 
    ACCCGCAGAA TCACCACAGA TGATATTCAA AACGGATTCG ATGGAGGTAA GAACTACATG 
    AAACCATGTG TCGAGTATGA TTATCATGGA CACAACTACG TCTTGATTGT CGAGATGGGC 
    TCATTTGCGG ATCACCTCAT TCCCCTTCCT GGGGTCACCT TGTGCAACCT CCTCACTAAC 
    ATGAACGCCA CGCGGAACTA CGTGTACGCC CCGCGAGACC CGCGTGATCC CGCATGGGAT 
    GGTTACACAC GCGTGGTGTC CGAACCGCTA GACACCGGTG TCCTTGGTGG CTCAGGTGAA 
    GGATACACGG AGGAAAGTGG TGGGAGGACG CTCTCGTTCT GGGGAGATAA CAACGATGAT 
    ACGAGTCATA CCGGCGGGTG CTGCGCTTTG ACGCCTGGTG AGCCTGCAGC ATGGGGGCGG 
    CCCTATCGAC TAGTGTTCGT TCCAACAAAA CCGGCGTTGT ACCTCGCTTG GAGGTTCAAA 
    CCAACCGTTG CGGTTGTCAA TGGTCCAGTT GTATTTGAAG TGAACGTGTG GAACAGACAC 
    AGCGAGCCGT ATCAAGGAAA TGTGACGTTC CGTATCACAG CAAACGGTAA CACCACCATC 
    GCGGAGAGCC CAACAGGTCG TTATACACAT TACGCCGGCC CCCCAGCGGA AGGTGCTAGG 
    GAGTATGTAA TTGTCGTGGA AGTTGTGAAT GGGCCTGAAA CCGCGAACGC GAAAATACTG 
    AAAGCTGTTT TGAATGTTGT TGGGCGGCTT CCAGCCGACG TGTCAGCATA CCCTGACGCA 
    CTTGTCCCAC GTCTGCTGCA TTTTGGTGAA GCGGGCACGG CAATACGTGC AGTGGAAAGA 
    TCAACTGCCC TCGAAAGGGA TTGGTTCGCT CCCACTGTCG TTGGCGGTGA GGCACAAATT 
    CGACCGCAGG TCGGCAGCAG GAGTATGGTG CGCATTGACA GCGAGCACTT CTTGCAGGAT 
    GTGTGGCGGG AGTTGGCCGC AGACGATGGT GTGTTTGTAG CGAAGGTGCC GCACAGAAGT 
    TTGCAATTCT ACGCTTTTTC TCTTTATAGT GCTGCGACCC AGCGTGTCAC TGTGCGATAT 
    GGTTTCGATG CCACAGCGGT GGTGTATGTC GACGGTAAAC GCTTCACTCC ACGGAGTGCC 
    GACCCATCGA ATGAAAGTTC GTTTGACGTC TCTCTAACTG AAGGCTTCCA CCAGGTGTTT 
    ATCAAGTTGT TTTTTGATCA ATATAGTGTC AATAACCGAA CTGAGTTGCT CGCTACATCC 
    AAGTTTTGGA TGCGTGTTGT TGGCACTGCT GTTGGCTACT CTCTCAGGGG TGTACCGCGT 
    ATGGAAGGCG CAGCTTATGA GCTGATGGAC GACCTACACG TTTCCAAATT TCTCCATCTT 
    GGAAAAGAGT GGGTAGACTT CGTTTACGGT GGTTTCGATG GGAGTGTTGT TGATGTGCTG 
    CGAGTTTTTC CCCAGCCTGG GAGAAAGGTA GGAAACCTTA CGTGGACAAC ACTAACATCC 
    CCCGACGGGA AAATACCGGT GTATGGAGTG AATCTCCACA AAGGGAAAGG GTCGGCTGTG 
    TCATACATTG CCTTTTCCCT TCACAACGGC CGTAACAGCT TCGCGTCGGT TTGCTGGACT 
    TTTGTCACTG AAGGTGAAAC GGACTTATTT TTGGACAGCA CGCCTGCTTA TTCCCGAGGA 
    AATGGTACGG AAAGAAAGCA AGAGAGTGTT ACAACTTACC TGTCACCGGG GTGGCATTCA 
    ATTATTCTCC GCACCGTTGC TATCAATGGT CATTCTTGGT TCCTTTCATT TAAAATCCAC 
    CTTGGAAGCT GCGAGGTTAA GGGTGTCAAC GCACTCGGTA ACGATCTTCC ACCTTACCTC 
    ACTCCCGTGC AGGCGGAAGC ACCGGTGCTG ACTCTGATGA GACTTGTTAA GAAAGAATCG 
    ACTGTAGGAG CAATTCCACA CGATCTGGAG GCCGAAATGT CGCCTAGTGC TCAGCTGACA 
    GACTTTCCTT TGGATTCGCG CCCTAGCTCC ATGATCCTAT CTACGGAGAG TGTCTGGGTG 
    CTTGGTGAGA GGCGCCAGTA CGAGTGGGTG GCGGAGAGAA GTACAAATGG TCTCTGGAGG 
    GGCGAGAGTA TTTGTGGAAG CTTCAACCAG TATAGGGCAC TTGCGCTGTA CGCAGCGGAG 
    GAGATGAAAG TGGGGATACG TGTGGCTTCC CATGCAGATC ATGGATTGTG GGTGGATGGT 
    CTATTCGTTG GTTCGTCCTC ATCGTCTTCC GTAGGGCACT ATCTTTACCA GGTTAGGTTG 
    GCGAGGGGCT GGAATCGATT AATACTAAAA TTGAACACGA CGGGTAAATC ACGTGTCTTT 
    CATGCTGCAC GGGGTAAAAT AACGTGGGAG AGTGCACAGA ACACTTGCAG GAAGAAAAAC 
    GGTATGCAAC TTTGCTCACT ATCCGAGATA TGCCCACTCG GCGTCGCCCC GAGAGAGGCA 
    GCATCCACCC CACAAAAATC CTTCTGGGTT CCTGTAAATT CCGCAGAAAA TGGGTGGGCC 
    CAAATTACCG TAAAACGCGG CAACAAAACA CTGCTCTGCC ATGCGTGGCG TAAGGACGAT 
    GGAAGGTGGA GTCCAGCGAA GGACCCCCAC AATCGCCACC TAGGCCAGCT GGCTGTGGCA 
    TGTTGCGGCG GCACTCCAGC GCCACCTATG TGGCTAAGCG TCATCCCGCC CAACCGTGCA 
    CGCGGCAGGG TTGGTTATAC GTACGACTTC CCCCCGGCCC CCGACCGTGT CGTCGTGAAG 
    ATGCCAGAAG GAGTCACACG GTCCACACCC ATCGTAGGTG ATTTACAAGG AGGTGTTCCG 
    GCAAGCAGCA CTAAAAACGA CGCTAGGTAT CGTACTGGTG GATTGACTTT CGTACGAGAG 
    TCCTGGAGCC TACTCACGAG GGGGAAAGCA ACCGCCTTGC CAAATGGGAG TTCAGAGATA 
    CTGGTCAACC GGGTTGCTTG CCTGGCCTAT TCCCCATGCA GCCTCTCTGT GAAAGGTGTG 
    AAGGATGGGT GGTATTTTTC TCTTTTACGC ACTGACACCG ACGAGTCGAT GGTGGAAAGA 
    TTTTTGCAAG GAGAATACGC CAAGATTCAG AGGCCATCAT TGAGTTTTTC TGGTGTGCTC 
    CCAGTTGCTC AGAAGAACGC GGTGGTTGTC CCTCCCCTCA ATATTGGGTC ATTCTACATG 
    ATAGCCTACA ACCCTAACAT GACCGGCACG CTTGCTGCAA CTCGTTTGGA GTACCGCACT 
    CTGTCGATAA CACCAAAGGA GGTGGTGGGA ACGCAAGCAT CTGCATTTAA GGCAGAGGGA 
    AGTGCACTGG AACTCGGTGA CGCCGTTTTG ATCCCAACAG GCAACCCTAA CTCCCCAGCT 
    GACTGTGGCA CACACAAATG CCATCAAGAG TTTTCCCGCA GCACCGATGG CGTTGCTGTC 
    ATATACTCTA ACGTGTCTTT CCCCTTTACC CAGGATTTAT ACGGCTACAA CGGTAGCATC 
    AGTTGTCTGT GTGTCTGTCT TTCGTGTTCC CTGCCACCGT ATACAGCTGC AACAGTGCGT 
    GTTGAATCGT CAAAGGTTGT GGGGTTTCCT ATAAATATCA CAGTGACGCT TCCACCGGCG 
    CCGGCGGACG ATATTGTGGC GGCCATTCGA CCGCGGATGG TGCGTGACGG TGTCGTGGCT 
    CAATTCTACG GACGGTTTGA TCCCCGGAAG GGATACGCTG TTAACTTTAC GTCCTCGGGA 
    ACACCCAGAC CGGATTGCAC GAAACCATTT TGTTCCGTGC TGAGCATAAC AGAGGAACTT 
    CTAACGTGTG AGGTACACGT GAATACCCCT CTGGCGTGCA ACTGGACGGC CGTGGTTTCA 
    AGCGGGGGTA AAGCCGTGCC GTTTTCCAGT GGTTCCTTCA CAACGCTCCA GGTTCACCCA 
    TCTCCACCGT CGGTGGAATA CGTGACGGGA TCCTGCGCCT CTATCAGCGC GTGGTGTGTG 
    AATGACACCA AGTTGACACT ACATGGCAAT AACTTCAACC CAGTTGGCGC TGAATACAAC 
    CGGGTAATTG TTGGAGATGA TACATCAGAT GCAGCCGTCT TGTGTGATGT ACTGAGCGCG 
    AGTGCGAGCA CCATCACCTG CACACTTAAG GTACTGCAGA GCAAAGGGGA GGAAATATAT 
    CCTATTGGCA TTGAAACTAG ATTCTCGGAA GATGAATGGG GAGAACGGCA GGAGGCGGGG 
    TACCTCGTCG TGGGAGGAGG TGCTTTTGTT GGGGGATGGA CAGAGGACCC CGTGCACCGA 
    TCAGTTTGGG GTAAAAACTC TCAAGTTTTC GTGGTCTGTT CTTTTATCGG TGTGGTTGTA 
    ATATTTGCTA TTGCAGCGAT TGTATTTTCC AGGATGCACG CAACGTCCTC AGATATCGAC 
    GTGGCTCTTG TAGAAGATGA TGGGATGGGG CATGCGGGAT CAACAGAGAC GGAGGAGCGC 
    ACTCATGAGG ATACCATTTC CCGTTTTCGC GACAGTGTCG CCACTCCCCC GGGGGAGCGG 
    GCGTGA

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

    RefSeq XP_823323.1
    CDS1..4626
    Translation

    Target ORF information:

    RefSeq Version XM_818230.1
    Organism Trypanosoma brucei brucei TREU927
    Definition Trypanosoma brucei brucei TREU927 hypothetical protein, conserved (Tb10.26.0900), partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_818230.1

    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
    ATGGCACTAA GCCCCCCAGG CACTTTTTTA AATGTTTTAG CCATTATTGT TGTGTTTACG 
    GTTTTGCCCG TACTTGCTTC AGCTGCCGAA AATGGGGTTG TAGTTGGTAA CCTGGACGGT 
    ACCCGCAGAA TCACCACAGA TGATATTCAA AACGGATTCG ATGGAGGTAA GAACTACATG 
    AAACCATGTG TCGAGTATGA TTATCATGGA CACAACTACG TCTTGATTGT CGAGATGGGC 
    TCATTTGCGG ATCACCTCAT TCCCCTTCCT GGGGTCACCT TGTGCAACCT CCTCACTAAC 
    ATGAACGCCA CGCGGAACTA CGTGTACGCC CCGCGAGACC CGCGTGATCC CGCATGGGAT 
    GGTTACACAC GCGTGGTGTC CGAACCGCTA GACACCGGTG TCCTTGGTGG CTCAGGTGAA 
    GGATACACGG AGGAAAGTGG TGGGAGGACG CTCTCGTTCT GGGGAGATAA CAACGATGAT 
    ACGAGTCATA CCGGCGGGTG CTGCGCTTTG ACGCCTGGTG AGCCTGCAGC ATGGGGGCGG 
    CCCTATCGAC TAGTGTTCGT TCCAACAAAA CCGGCGTTGT ACCTCGCTTG GAGGTTCAAA 
    CCAACCGTTG CGGTTGTCAA TGGTCCAGTT GTATTTGAAG TGAACGTGTG GAACAGACAC 
    AGCGAGCCGT ATCAAGGAAA TGTGACGTTC CGTATCACAG CAAACGGTAA CACCACCATC 
    GCGGAGAGCC CAACAGGTCG TTATACACAT TACGCCGGCC CCCCAGCGGA AGGTGCTAGG 
    GAGTATGTAA TTGTCGTGGA AGTTGTGAAT GGGCCTGAAA CCGCGAACGC GAAAATACTG 
    AAAGCTGTTT TGAATGTTGT TGGGCGGCTT CCAGCCGACG TGTCAGCATA CCCTGACGCA 
    CTTGTCCCAC GTCTGCTGCA TTTTGGTGAA GCGGGCACGG CAATACGTGC AGTGGAAAGA 
    TCAACTGCCC TCGAAAGGGA TTGGTTCGCT CCCACTGTCG TTGGCGGTGA GGCACAAATT 
    CGACCGCAGG TCGGCAGCAG GAGTATGGTG CGCATTGACA GCGAGCACTT CTTGCAGGAT 
    GTGTGGCGGG AGTTGGCCGC AGACGATGGT GTGTTTGTAG CGAAGGTGCC GCACAGAAGT 
    TTGCAATTCT ACGCTTTTTC TCTTTATAGT GCTGCGACCC AGCGTGTCAC TGTGCGATAT 
    GGTTTCGATG CCACAGCGGT GGTGTATGTC GACGGTAAAC GCTTCACTCC ACGGAGTGCC 
    GACCCATCGA ATGAAAGTTC GTTTGACGTC TCTCTAACTG AAGGCTTCCA CCAGGTGTTT 
    ATCAAGTTGT TTTTTGATCA ATATAGTGTC AATAACCGAA CTGAGTTGCT CGCTACATCC 
    AAGTTTTGGA TGCGTGTTGT TGGCACTGCT GTTGGCTACT CTCTCAGGGG TGTACCGCGT 
    ATGGAAGGCG CAGCTTATGA GCTGATGGAC GACCTACACG TTTCCAAATT TCTCCATCTT 
    GGAAAAGAGT GGGTAGACTT CGTTTACGGT GGTTTCGATG GGAGTGTTGT TGATGTGCTG 
    CGAGTTTTTC CCCAGCCTGG GAGAAAGGTA GGAAACCTTA CGTGGACAAC ACTAACATCC 
    CCCGACGGGA AAATACCGGT GTATGGAGTG AATCTCCACA AAGGGAAAGG GTCGGCTGTG 
    TCATACATTG CCTTTTCCCT TCACAACGGC CGTAACAGCT TCGCGTCGGT TTGCTGGACT 
    TTTGTCACTG AAGGTGAAAC GGACTTATTT TTGGACAGCA CGCCTGCTTA TTCCCGAGGA 
    AATGGTACGG AAAGAAAGCA AGAGAGTGTT ACAACTTACC TGTCACCGGG GTGGCATTCA 
    ATTATTCTCC GCACCGTTGC TATCAATGGT CATTCTTGGT TCCTTTCATT TAAAATCCAC 
    CTTGGAAGCT GCGAGGTTAA GGGTGTCAAC GCACTCGGTA ACGATCTTCC ACCTTACCTC 
    ACTCCCGTGC AGGCGGAAGC ACCGGTGCTG ACTCTGATGA GACTTGTTAA GAAAGAATCG 
    ACTGTAGGAG CAATTCCACA CGATCTGGAG GCCGAAATGT CGCCTAGTGC TCAGCTGACA 
    GACTTTCCTT TGGATTCGCG CCCTAGCTCC ATGATCCTAT CTACGGAGAG TGTCTGGGTG 
    CTTGGTGAGA GGCGCCAGTA CGAGTGGGTG GCGGAGAGAA GTACAAATGG TCTCTGGAGG 
    GGCGAGAGTA TTTGTGGAAG CTTCAACCAG TATAGGGCAC TTGCGCTGTA CGCAGCGGAG 
    GAGATGAAAG TGGGGATACG TGTGGCTTCC CATGCAGATC ATGGATTGTG GGTGGATGGT 
    CTATTCGTTG GTTCGTCCTC ATCGTCTTCC GTAGGGCACT ATCTTTACCA GGTTAGGTTG 
    GCGAGGGGCT GGAATCGATT AATACTAAAA TTGAACACGA CGGGTAAATC ACGTGTCTTT 
    CATGCTGCAC GGGGTAAAAT AACGTGGGAG AGTGCACAGA ACACTTGCAG GAAGAAAAAC 
    GGTATGCAAC TTTGCTCACT ATCCGAGATA TGCCCACTCG GCGTCGCCCC GAGAGAGGCA 
    GCATCCACCC CACAAAAATC CTTCTGGGTT CCTGTAAATT CCGCAGAAAA TGGGTGGGCC 
    CAAATTACCG TAAAACGCGG CAACAAAACA CTGCTCTGCC ATGCGTGGCG TAAGGACGAT 
    GGAAGGTGGA GTCCAGCGAA GGACCCCCAC AATCGCCACC TAGGCCAGCT GGCTGTGGCA 
    TGTTGCGGCG GCACTCCAGC GCCACCTATG TGGCTAAGCG TCATCCCGCC CAACCGTGCA 
    CGCGGCAGGG TTGGTTATAC GTACGACTTC CCCCCGGCCC CCGACCGTGT CGTCGTGAAG 
    ATGCCAGAAG GAGTCACACG GTCCACACCC ATCGTAGGTG ATTTACAAGG AGGTGTTCCG 
    GCAAGCAGCA CTAAAAACGA CGCTAGGTAT CGTACTGGTG GATTGACTTT CGTACGAGAG 
    TCCTGGAGCC TACTCACGAG GGGGAAAGCA ACCGCCTTGC CAAATGGGAG TTCAGAGATA 
    CTGGTCAACC GGGTTGCTTG CCTGGCCTAT TCCCCATGCA GCCTCTCTGT GAAAGGTGTG 
    AAGGATGGGT GGTATTTTTC TCTTTTACGC ACTGACACCG ACGAGTCGAT GGTGGAAAGA 
    TTTTTGCAAG GAGAATACGC CAAGATTCAG AGGCCATCAT TGAGTTTTTC TGGTGTGCTC 
    CCAGTTGCTC AGAAGAACGC GGTGGTTGTC CCTCCCCTCA ATATTGGGTC ATTCTACATG 
    ATAGCCTACA ACCCTAACAT GACCGGCACG CTTGCTGCAA CTCGTTTGGA GTACCGCACT 
    CTGTCGATAA CACCAAAGGA GGTGGTGGGA ACGCAAGCAT CTGCATTTAA GGCAGAGGGA 
    AGTGCACTGG AACTCGGTGA CGCCGTTTTG ATCCCAACAG GCAACCCTAA CTCCCCAGCT 
    GACTGTGGCA CACACAAATG CCATCAAGAG TTTTCCCGCA GCACCGATGG CGTTGCTGTC 
    ATATACTCTA ACGTGTCTTT CCCCTTTACC CAGGATTTAT ACGGCTACAA CGGTAGCATC 
    AGTTGTCTGT GTGTCTGTCT TTCGTGTTCC CTGCCACCGT ATACAGCTGC AACAGTGCGT 
    GTTGAATCGT CAAAGGTTGT GGGGTTTCCT ATAAATATCA CAGTGACGCT TCCACCGGCG 
    CCGGCGGACG ATATTGTGGC GGCCATTCGA CCGCGGATGG TGCGTGACGG TGTCGTGGCT 
    CAATTCTACG GACGGTTTGA TCCCCGGAAG GGATACGCTG TTAACTTTAC GTCCTCGGGA 
    ACACCCAGAC CGGATTGCAC GAAACCATTT TGTTCCGTGC TGAGCATAAC AGAGGAACTT 
    CTAACGTGTG AGGTACACGT GAATACCCCT CTGGCGTGCA ACTGGACGGC CGTGGTTTCA 
    AGCGGGGGTA AAGCCGTGCC GTTTTCCAGT GGTTCCTTCA CAACGCTCCA GGTTCACCCA 
    TCTCCACCGT CGGTGGAATA CGTGACGGGA TCCTGCGCCT CTATCAGCGC GTGGTGTGTG 
    AATGACACCA AGTTGACACT ACATGGCAAT AACTTCAACC CAGTTGGCGC TGAATACAAC 
    CGGGTAATTG TTGGAGATGA TACATCAGAT GCAGCCGTCT TGTGTGATGT ACTGAGCGCG 
    AGTGCGAGCA CCATCACCTG CACACTTAAG GTACTGCAGA GCAAAGGGGA GGAAATATAT 
    CCTATTGGCA TTGAAACTAG ATTCTCGGAA GATGAATGGG GAGAACGGCA GGAGGCGGGG 
    TACCTCGTCG TGGGAGGAGG TGCTTTTGTT GGGGGATGGA CAGAGGACCC CGTGCACCGA 
    TCAGTTTGGG GTAAAAACTC TCAAGTTTTC GTGGTCTGTT CTTTTATCGG TGTGGTTGTA 
    ATATTTGCTA TTGCAGCGAT TGTATTTTCC AGGATGCACG CAACGTCCTC AGATATCGAC 
    GTGGCTCTTG TAGAAGATGA TGGGATGGGG CATGCGGGAT CAACAGAGAC GGAGGAGCGC 
    ACTCATGAGG ATACCATTTC CCGTTTTCGC GACAGTGTCG CCACTCCCCC GGGGGAGCGG 
    GCGTGA

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

  • PubMed

    Comparative genomics of trypanosomatid parasitic protozoa.
    Science (New York, N.Y.)309(5733)404-9(2005 Jul)
    El-Sayed NM,Myler PJ,Blandin G,Berriman M,Crabtree J,Aggarwal G,Caler E,Renauld H,Worthey EA,Hertz-Fowler C,Ghedin E,Peacock C,Bartholomeu DC,Haas BJ,Tran AN,Wortman JR,Alsmark UC,Angiuoli S,Anupama A,Badger J,Bringaud F,Cadag E,Carlton JM,Cerqueira GC,Creasy T,Delcher AL,Djikeng A,Embley TM,Hauser C,Ivens AC,Kummerfeld SK,Pereira-Leal JB,Nilsson D,Peterson J,Salzberg SL,Shallom J,Silva JC,Sundaram J,Westenberger S,White O,Melville SE,Donelson JE,Andersson B,Stuart KD,Hall N


    The genome of the African trypanosome Trypanosoma brucei.
    Science (New York, N.Y.)309(5733)416-22(2005 Jul)
    Berriman M,Ghedin E,Hertz-Fowler C,Blandin G,Renauld H,Bartholomeu DC,Lennard NJ,Caler E,Hamlin NE,Haas B,Böhme U,Hannick L,Aslett MA,Shallom J,Marcello L,Hou L,Wickstead B,Alsmark UC,Arrowsmith C,Atkin RJ,Barron AJ,Bringaud F,Brooks K,Carrington M,Cherevach I,Chillingworth TJ,Churcher C,Clark LN,Corton CH,Cronin A,Davies RM,Doggett J,Djikeng A,Feldblyum T,Field MC,Fraser A,Goodhead I,Hance Z,Harper D,Harris BR,Hauser H,Hostetler J,Ivens A,Jagels K,Johnson D,Johnson J,Jones K,Kerhornou AX,Koo H,Larke N,Landfear S,Larkin C,Leech V,Line A,Lord A,Macleod A,Mooney PJ,Moule S,Martin DM,Morgan GW,Mungall K,Norbertczak H,Ormond D,Pai G,Peacock CS,Peterson J,Quail MA,Rabbinowitsch E,Rajandream MA,Reitter C,Salzberg SL,Sanders M,Schobel S,Sharp S,Simmonds M,Simpson AJ,Tallon L,Turner CM,Tait A,Tivey AR,Van Aken S,Walker D,Wanless D,Wang S,White B,White O,Whitehead S,Woodward J,Wortman J,Adams MD,Embley TM,Gull K,Ullu E,Barry JD,Fairlamb AH,Opperdoes F,Barrell BG,Donelson JE,Hall N,Fraser CM,Melville SE,El-Sayed NM


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