ORF » Species Summary » Candida dubliniensis CD36 » CD36_33830 cDNA ORF clone

CD36_33830 cDNA ORF clone, Candida dubliniensis CD36

The following CD36_33830 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CD36_33830 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
OCr05640 XM_002422274.1
Latest version!		 Candida dubliniensis CD36 MRP/CFTR-subfamily ABC-family transporter protein, putative (CD36_33830), partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $797.30
$1139.00

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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)
    CD36_33830 ( XM_002422274.1 ) cDNA ORF clone, Candida dubliniensis CD36 -> XP_002422319.1 Candida dubliniensis CD36 MRP/CFTR-subfamily ABC-family transporter protein, putative (CD36_33830), partial mRNA.
    Price & Availability↑
    CloneID OCr05640
    Clone ID Related Accession (Same CDS sequence) XM_002422274.1
    Accession Version XM_002422274.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4473bp)
    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 2017-08-27
    Organism Candida dubliniensis CD36
    Product MRP/CFTR-subfamily ABC-family transporter protein, putative
    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_012867). 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
    ATGGATTCCA GGTATCCCAC ACTATCATGT GGAATAGACG CACTTTTACA ACCAATGGCT 
    CCCTACAATG ACAACGCGTT CAATCCGTGT TTTCTAATGC ATGTATTGGC AACTTTTGCC 
    ACAGTAAATA TCATTTACGG AGTGCTAGTG TTATATAGAA CAACAACACG TATGCACCGA 
    TATGGCAATT TTTCTTTGAA GAATACAGGC ATCGCTCATT ACATTCGTTT GAATTCTGTC 
    GCCTTACAAA TAATATTGAC AGCGTATCTC AGTTCTTTTA TCACTATTCA TGAACGATTT 
    GCTGACCCCA AGCTCCTTGC ATTTGGATTG CTTAATGTTC TACTTGTGTT TATTATTTTC 
    CCATTGCATT TCATAGAAAC GATATATTCA CCAGTTCCTT CTGACTTGTT GTTAGTATTT 
    TGGCCATTCC TTACAATTTT CAGTATGGCA TTGTATTTTC AAGACAATTT CACCGACTGG 
    GTTATCATTC AGCTGGTTGA TTCATCTATC GCAATTTCTG AGTCTATACT AGTGATCAAT 
    TCAGTTTTTG TTTTTGTTTT GGAATACTCC TACTACAAGC CAAGTCATGA GTTAATTTTA 
    GAGTACAAAA GAAGCAATCG ACTGCAACAG CTTTCCGAAC CTAACATCAT CCAGAAAATC 
    ACGTTCACGT GGATGAATGA GTTGATTGTT AATTCTTACA AGACCCAGAC CGTGACAAGT 
    GCAGAGTTAC CCAACACACC AGCAGATATT TCTACTGTGC ATGCTGCGGC TACATTAAGA 
    AAACACTGGA ATGGCGGCAA TTTATCTGTA TGTCTATTGA AGGCCTTTCA CTGGAGACTT 
    CTTGTGTCTC TTTTTTATGA GTTTGGCGGG AGAATACCTA ACTTTATACA GCCTCAATTG 
    TTGAGGTTGT TGATTCTTTA TTTTAACATA CAAAAACCAC CAATATTGCG AGGTATCTTG 
    ATTCCATTGG GTATGTTTGT AAATACAATG ATACAGACGT CGCTTAGCAA CAGATACATG 
    CTTACAAATC TTGAGGTCGG ATTGAATTGT CGTTCATCTC TAACATCCTT GGTATACCAG 
    AAAGCACTAC TATTGTCCAG TGAATCAAGA TCCAAGACAA ATTCAGCCGA TATCATTAAC 
    TTGTTGTCGG TAGATATCAA CAGAATTCAA AAAGTGTTGA TGAGCCTTAG TACCCTTGTT 
    CTTGCACCTT TGGATGTCAT ATTGTGTGTG GCGTCATTAT ATCCTCTCTT ACATGGTGCT 
    ACATTTGCTG GGGTTGCTGT AATGATTCTT TTAATTCCAG TTAATGCAGT AGTTGTAAAA 
    TACTACAAGA ATTTGAGTAA GACACAAATG AAACTTAAAG ATAACAGATC TAGAGTCATA 
    AACGAAATAT TGACGTCAAT TAAAAGCGTC AAGTTGTTTG CATGGGAAAC GCCAATGCTT 
    AGGAAACTTG CTGAAGCCAG AAACAAAAAA GAGTTGGCAA ACTTGAAACG AATCAGAGGT 
    GTTGGCCAAG GTGTTTTATT TATCTGGAAT ATTATTCCAT TTTTGGTTTC TTTTACTTCG 
    TTTGCCACTT TCGCTTTAAC CCTGAAACAA GCATTGACAT CGGACATTGT TTTCCCAGCA 
    TTGGCATTGT TAAATTTATT ATCAGGTCCG CTAATGGAAT TCCCCGCAGT CATAACATCG 
    ATGATCGAGG CCAATGTTGC CATTGGTAGA GTGAAAAACT TCTTGTTAAG CGAAGAAATT 
    GATGAATCTA TGATCAGAAG ATTGCCGCCA ACATCTGGCG AGTCAGTCAA AATACAAAAT 
    GCTACTTTCC ATTGGACTCG GAAGTCGTTT ACTGATACTC CGGATCAAAC CAGGGAACTG 
    GATGAAACTA ACAAAGACAG AATCCACAGT TTGAAAGACA TTGACTTTTC AGTGGCCACT 
    GGTCAATTGA GCTGTATTGT GGGTAAAGTT GGTAGTGGGA AAACATCATT GTTGTATGCA 
    TTATTAGGAC AATTGATAAT GACACAGGGG AAAAATACAG AATTGCCACC ATTGATTGAA 
    ATTAGGGGCA CAATTGCATA CTGTGCTCAG CAACCGTGGA TTATGAATGC GTCTGTTAAG 
    GAGAATATTG TTTTTGGGTA TAAATTTGAT AAAGAGTTTT ATGAAAAAAC TATAGAAGCC 
    TGTCAATTGC TTCCTGATTT GGCAATTTTG CCAGATGGCG ACGAGACACA AGTTGGGGAA 
    AAGGGGGTGT CACTATCTGG AGGACAGAAA GCTCGATTAG CCTTGGCAAG AGCGGTCTAT 
    GCTAGAGCAG ATGTATATCT CCTAGATGAT ATTTTGTCAG CTGTCGATTC CCATGTTGGG 
    AGAAATATTA TTGAGAAAGT TTTGAGCAAG AGAGGTTTGC TTGGCTCCAA GACAATAATA 
    TTGTGTACCA ACTCCATTTC TGTTTTAAAG TTTGCCGACA ATATCACTTT AATTGAGGAT 
    GGATGTATAA TAGAAACTAC AACATATGCC GAAACAACTG CTGAGGGCCA TCCAAAATTA 
    TTTGAATTGA TCAAGAATTT CAGTAAGGAT ACTTCTCCCA TACCAATAGA CCTGGATAGT 
    GTGCCACCTT CTCAGGTGCC TAGTTACAGG AAAGCAAGTA TGGAAAGTTT CCACTGGGAT 
    CCATTGAAAA AGTTGCTACC CAATTTGCGC AGTGGCCTGA CAGAGGAAGT AAGTCAAAAG 
    GGGAAGGTCA AGTGGGAAGT GTACTTGGCA TATATCAAAG CTTGTTCTGT TTATGGGGGC 
    GCCCTTTGGT TTATTTTGTT GATAGTGGCT ACTGCTTTAT CAGTTGGAGC CAACTACTGG 
    CTTAAATATT GGACGGAGCA GAACTCCGAG GGCCCGAATA TGCTGAACGT GTGGAAGTTT 
    TTATTGGTTT ATGCGGGCTT GGGGTTGGGT GCTGCAATTA TGACGATTGC TCGAAGTTCG 
    GTCATGCTTC TTTGGTTGGG AATCAACGCA TCTAAGAAGA TCCATGATAG TATGGCCCAA 
    AGGGTATTGA ATGCGCCAAT GCAGTTTTTT GAACGAACTC CTGTGGGGAG AATCATGAAT 
    CGGTTTACCA ACGATATTAA CAAGATTGAT GATGGCATCC CACTGATTTT CCAACGATTC 
    ATCAACCAGC TTGTCAGAAC AGTTTTCACA GTGGGCGTGG TCACTTTAGC CATACCTGTG 
    TATTCATTGA TTATATGCAT ACTAGCAACC TTATACATTT ACTATGAAAT CTATTACGTG 
    TCTATATCGA GAGAGTTGAA ACGATTGGTA TCTATTTCCA GAAGTCCGAT TTATGGTCAT 
    TTGGGTGAGA GTTTAAACGG TATCGACACC ATTCGGGCCT ACGACCAAAA AGCTAGATTT 
    GATTTTATAA TGAATGCAAA TGTTGATTTC AATTTGAAAT CAGTGTACAT GTTGACATCA 
    ATCAACAGAT GGCTTGTTTT CAGATTGCAT ACAATTGGTG GAGTCGGCGT GTTTTCTGCT 
    GCGATATTGT CGATCTTGAG TGTACACACG GCTCATCCAT TGTCTCCTGC CATGGCAGGG 
    TTCGTCATGA CGTATGCTAT GCAGGTGACA TCTACCTTGA AAATGCTTGT TCGAACATCA 
    GCTGAGGTTG AAACGAGTAT AGTTGCTGTG GAAAGATGCC TTGAATACAC AGAGCTACCT 
    GTAGAGGAGG AACCTAACTT GAAATTGATC AAACCTCCTC AGCACTGGCC ACAAAAAGGT 
    GTCATTAAGT TTAATCAATA CTCGACCCGG TATAGAGAAA ACCTCGATTT GATTTTGAAG 
    AGAATTACAT TTTCTATAAG CTCAGCAGAA AAGATTGGGA TTGTAGGAAG AACTGGTGCT 
    GGTAAAAGTT CTTTGGCGTT GGCAGTTTTC CGAATCATTG AAGCTGTTGA AGGGAATATT 
    GAAATTGATG GGATAATTAC TAGCCAAATG TTCTTACAGG ATTTGCGTCA TCGATTGAGC 
    ATCATTCCAC AGGATTCACA ATTACTAGAG GGAACAATTC GGCAAAATTT AGATCCGTTC 
    AACTATTATA CAGATAAAGA GATATGGCAT GCATTGGAAT TAGCTCATTT AAAAGAGCAT 
    ATCGAAAAAC TACCCAAGGA AGAAGGGGCC GAAAATAACA AGCTACTCAA TCGAGTAACT 
    GAAGGTGGTT CTAATTTTTC ATCAGGCCAA CGCCAGTTGA TGTCATTGAC AAGAGTGTTG 
    TTGAAAATGA ATGACTCTAA AATTTTGGTT TTGGATGAAG CGACAGCCGC CGTAGATGTT 
    CAAACAGACC AGATTATACA GCAGACAATC AGAAGCCAAT TCAAAAACAA AACTATAATT 
    ACTATAGCCC ATAGGTTAGA AACGGTTATG GACAGCGATA AAATTGTCAG TTTAGACAAG 
    GGAGAGTTGA TTGAGTTTGA CACTCCGCAG AATTTACTAA ACAAGAAGGA AGGTGTATTC 
    TATAGTCTAT GTAAACAAGG TGGGTATATT TAA

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

    RefSeq XP_002422319.1
    CDS1..4473
    Translation

    Target ORF information:

    RefSeq Version XM_002422274.1
    Organism Candida dubliniensis CD36
    Definition Candida dubliniensis CD36 MRP/CFTR-subfamily ABC-family transporter protein, putative (CD36_33830), partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_002422274.1

    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
    ATGGATTCCA GGTATCCCAC ACTATCATGT GGAATAGACG CACTTTTACA ACCAATGGCT 
    CCCTACAATG ACAACGCGTT CAATCCGTGT TTTCTAATGC ATGTATTGGC AACTTTTGCC 
    ACAGTAAATA TCATTTACGG AGTGCTAGTG TTATATAGAA CAACAACACG TATGCACCGA 
    TATGGCAATT TTTCTTTGAA GAATACAGGC ATCGCTCATT ACATTCGTTT GAATTCTGTC 
    GCCTTACAAA TAATATTGAC AGCGTATCTC AGTTCTTTTA TCACTATTCA TGAACGATTT 
    GCTGACCCCA AGCTCCTTGC ATTTGGATTG CTTAATGTTC TACTTGTGTT TATTATTTTC 
    CCATTGCATT TCATAGAAAC GATATATTCA CCAGTTCCTT CTGACTTGTT GTTAGTATTT 
    TGGCCATTCC TTACAATTTT CAGTATGGCA TTGTATTTTC AAGACAATTT CACCGACTGG 
    GTTATCATTC AGCTGGTTGA TTCATCTATC GCAATTTCTG AGTCTATACT AGTGATCAAT 
    TCAGTTTTTG TTTTTGTTTT GGAATACTCC TACTACAAGC CAAGTCATGA GTTAATTTTA 
    GAGTACAAAA GAAGCAATCG ACTGCAACAG CTTTCCGAAC CTAACATCAT CCAGAAAATC 
    ACGTTCACGT GGATGAATGA GTTGATTGTT AATTCTTACA AGACCCAGAC CGTGACAAGT 
    GCAGAGTTAC CCAACACACC AGCAGATATT TCTACTGTGC ATGCTGCGGC TACATTAAGA 
    AAACACTGGA ATGGCGGCAA TTTATCTGTA TGTCTATTGA AGGCCTTTCA CTGGAGACTT 
    CTTGTGTCTC TTTTTTATGA GTTTGGCGGG AGAATACCTA ACTTTATACA GCCTCAATTG 
    TTGAGGTTGT TGATTCTTTA TTTTAACATA CAAAAACCAC CAATATTGCG AGGTATCTTG 
    ATTCCATTGG GTATGTTTGT AAATACAATG ATACAGACGT CGCTTAGCAA CAGATACATG 
    CTTACAAATC TTGAGGTCGG ATTGAATTGT CGTTCATCTC TAACATCCTT GGTATACCAG 
    AAAGCACTAC TATTGTCCAG TGAATCAAGA TCCAAGACAA ATTCAGCCGA TATCATTAAC 
    TTGTTGTCGG TAGATATCAA CAGAATTCAA AAAGTGTTGA TGAGCCTTAG TACCCTTGTT 
    CTTGCACCTT TGGATGTCAT ATTGTGTGTG GCGTCATTAT ATCCTCTCTT ACATGGTGCT 
    ACATTTGCTG GGGTTGCTGT AATGATTCTT TTAATTCCAG TTAATGCAGT AGTTGTAAAA 
    TACTACAAGA ATTTGAGTAA GACACAAATG AAACTTAAAG ATAACAGATC TAGAGTCATA 
    AACGAAATAT TGACGTCAAT TAAAAGCGTC AAGTTGTTTG CATGGGAAAC GCCAATGCTT 
    AGGAAACTTG CTGAAGCCAG AAACAAAAAA GAGTTGGCAA ACTTGAAACG AATCAGAGGT 
    GTTGGCCAAG GTGTTTTATT TATCTGGAAT ATTATTCCAT TTTTGGTTTC TTTTACTTCG 
    TTTGCCACTT TCGCTTTAAC CCTGAAACAA GCATTGACAT CGGACATTGT TTTCCCAGCA 
    TTGGCATTGT TAAATTTATT ATCAGGTCCG CTAATGGAAT TCCCCGCAGT CATAACATCG 
    ATGATCGAGG CCAATGTTGC CATTGGTAGA GTGAAAAACT TCTTGTTAAG CGAAGAAATT 
    GATGAATCTA TGATCAGAAG ATTGCCGCCA ACATCTGGCG AGTCAGTCAA AATACAAAAT 
    GCTACTTTCC ATTGGACTCG GAAGTCGTTT ACTGATACTC CGGATCAAAC CAGGGAACTG 
    GATGAAACTA ACAAAGACAG AATCCACAGT TTGAAAGACA TTGACTTTTC AGTGGCCACT 
    GGTCAATTGA GCTGTATTGT GGGTAAAGTT GGTAGTGGGA AAACATCATT GTTGTATGCA 
    TTATTAGGAC AATTGATAAT GACACAGGGG AAAAATACAG AATTGCCACC ATTGATTGAA 
    ATTAGGGGCA CAATTGCATA CTGTGCTCAG CAACCGTGGA TTATGAATGC GTCTGTTAAG 
    GAGAATATTG TTTTTGGGTA TAAATTTGAT AAAGAGTTTT ATGAAAAAAC TATAGAAGCC 
    TGTCAATTGC TTCCTGATTT GGCAATTTTG CCAGATGGCG ACGAGACACA AGTTGGGGAA 
    AAGGGGGTGT CACTATCTGG AGGACAGAAA GCTCGATTAG CCTTGGCAAG AGCGGTCTAT 
    GCTAGAGCAG ATGTATATCT CCTAGATGAT ATTTTGTCAG CTGTCGATTC CCATGTTGGG 
    AGAAATATTA TTGAGAAAGT TTTGAGCAAG AGAGGTTTGC TTGGCTCCAA GACAATAATA 
    TTGTGTACCA ACTCCATTTC TGTTTTAAAG TTTGCCGACA ATATCACTTT AATTGAGGAT 
    GGATGTATAA TAGAAACTAC AACATATGCC GAAACAACTG CTGAGGGCCA TCCAAAATTA 
    TTTGAATTGA TCAAGAATTT CAGTAAGGAT ACTTCTCCCA TACCAATAGA CCTGGATAGT 
    GTGCCACCTT CTCAGGTGCC TAGTTACAGG AAAGCAAGTA TGGAAAGTTT CCACTGGGAT 
    CCATTGAAAA AGTTGCTACC CAATTTGCGC AGTGGCCTGA CAGAGGAAGT AAGTCAAAAG 
    GGGAAGGTCA AGTGGGAAGT GTACTTGGCA TATATCAAAG CTTGTTCTGT TTATGGGGGC 
    GCCCTTTGGT TTATTTTGTT GATAGTGGCT ACTGCTTTAT CAGTTGGAGC CAACTACTGG 
    CTTAAATATT GGACGGAGCA GAACTCCGAG GGCCCGAATA TGCTGAACGT GTGGAAGTTT 
    TTATTGGTTT ATGCGGGCTT GGGGTTGGGT GCTGCAATTA TGACGATTGC TCGAAGTTCG 
    GTCATGCTTC TTTGGTTGGG AATCAACGCA TCTAAGAAGA TCCATGATAG TATGGCCCAA 
    AGGGTATTGA ATGCGCCAAT GCAGTTTTTT GAACGAACTC CTGTGGGGAG AATCATGAAT 
    CGGTTTACCA ACGATATTAA CAAGATTGAT GATGGCATCC CACTGATTTT CCAACGATTC 
    ATCAACCAGC TTGTCAGAAC AGTTTTCACA GTGGGCGTGG TCACTTTAGC CATACCTGTG 
    TATTCATTGA TTATATGCAT ACTAGCAACC TTATACATTT ACTATGAAAT CTATTACGTG 
    TCTATATCGA GAGAGTTGAA ACGATTGGTA TCTATTTCCA GAAGTCCGAT TTATGGTCAT 
    TTGGGTGAGA GTTTAAACGG TATCGACACC ATTCGGGCCT ACGACCAAAA AGCTAGATTT 
    GATTTTATAA TGAATGCAAA TGTTGATTTC AATTTGAAAT CAGTGTACAT GTTGACATCA 
    ATCAACAGAT GGCTTGTTTT CAGATTGCAT ACAATTGGTG GAGTCGGCGT GTTTTCTGCT 
    GCGATATTGT CGATCTTGAG TGTACACACG GCTCATCCAT TGTCTCCTGC CATGGCAGGG 
    TTCGTCATGA CGTATGCTAT GCAGGTGACA TCTACCTTGA AAATGCTTGT TCGAACATCA 
    GCTGAGGTTG AAACGAGTAT AGTTGCTGTG GAAAGATGCC TTGAATACAC AGAGCTACCT 
    GTAGAGGAGG AACCTAACTT GAAATTGATC AAACCTCCTC AGCACTGGCC ACAAAAAGGT 
    GTCATTAAGT TTAATCAATA CTCGACCCGG TATAGAGAAA ACCTCGATTT GATTTTGAAG 
    AGAATTACAT TTTCTATAAG CTCAGCAGAA AAGATTGGGA TTGTAGGAAG AACTGGTGCT 
    GGTAAAAGTT CTTTGGCGTT GGCAGTTTTC CGAATCATTG AAGCTGTTGA AGGGAATATT 
    GAAATTGATG GGATAATTAC TAGCCAAATG TTCTTACAGG ATTTGCGTCA TCGATTGAGC 
    ATCATTCCAC AGGATTCACA ATTACTAGAG GGAACAATTC GGCAAAATTT AGATCCGTTC 
    AACTATTATA CAGATAAAGA GATATGGCAT GCATTGGAAT TAGCTCATTT AAAAGAGCAT 
    ATCGAAAAAC TACCCAAGGA AGAAGGGGCC GAAAATAACA AGCTACTCAA TCGAGTAACT 
    GAAGGTGGTT CTAATTTTTC ATCAGGCCAA CGCCAGTTGA TGTCATTGAC AAGAGTGTTG 
    TTGAAAATGA ATGACTCTAA AATTTTGGTT TTGGATGAAG CGACAGCCGC CGTAGATGTT 
    CAAACAGACC AGATTATACA GCAGACAATC AGAAGCCAAT TCAAAAACAA AACTATAATT 
    ACTATAGCCC ATAGGTTAGA AACGGTTATG GACAGCGATA AAATTGTCAG TTTAGACAAG 
    GGAGAGTTGA TTGAGTTTGA CACTCCGCAG AATTTACTAA ACAAGAAGGA AGGTGTATTC 
    TATAGTCTAT GTAAACAAGG TGGGTATATT TAA

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

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