ORF » Species Summary » Tetrahymena thermophila SB210 » TTHERM_01002750 cDNA ORF clone

TTHERM_01002750 cDNA ORF clone, Tetrahymena thermophila SB210

The following TTHERM_01002750 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01002750 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
OTe60890 XM_001030873.3
Latest version!		 Tetrahymena thermophila SB210 hypothetical protein partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 29-31 $1091.30
$1559.00

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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)
    TTHERM_01002750 ( XM_001030873.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001030873.3 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.
    Price & Availability↑
    CloneID OTe60890
    Clone ID Related Accession (Same CDS sequence) XM_001030873.3
    Accession Version XM_001030873.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6159bp)
    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 1433692800000
    Organism Tetrahymena thermophila SB210
    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 (NW_002476075). On Jun 9, 2015 this sequence version replaced XM_001030873.2. 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
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    ATGAAGTTGT TTTAAGAGAA ATTGAAACTT TTTTATCTGA TTTTTATTTA CATTTTGCGC 
    CAGACACTAA CTCTTTAAAT ATTACCATAT GGAAGAAAAC CTATTGAACT ATCAGTTAAT 
    AATGCAGGAG AAATTAGCTC GTACATTTTC TAATTTATTA CATAAACTGA TCTACTATCA 
    GGAGACGGAA TTCTAATATA ATTTCCTGTT TAAATAAGTA TTAATGCTGG TTTACTTACA 
    GGTAATTATG TTTCTGGATT AACTTTTAAT ACAGTCTCAT AGTAATGGGA GAGTTTAATT 
    GGTCCTTTGA GCATAAATTA TGTAAATACA GCTGGATTAT TTGTTATAAC TGTCCCAGAT 
    ATGAAGGCAG GAATTTATAA AATATAAATT AACAATATCT AAAATCCAGC TGCTTAAGTA 
    GGTACAGGTA TGTTTAGTAT ACAAACTAGA AGATTTGCAT CATATTAACT TAATTATAAC 
    CTATTGGATG ATAATAATGC ATTTGGCTAA GTAGGAATTA TTAGTCCTGC TCCAACTACA 
    TTAGTTATTA ACTCTGTAAC TCTAAGTAGC TAGTTTATTA ATACTATATC TAACTATAAC 
    ATTTAATTTA CTACCACTAT AGCTGTTCCT ATCGGAGGAT CAATAGTAGT AAGTTTTGCA 
    AATACAGCTA TGTAATTTTA GACTAACAGT GTGTTTACAT CTTCGATTGC TGGTGCAGTT 
    CTAACTCCTG TTAATAACAA CTAATTAATC ATAACCTCAT CCTCTATTAT ACCTGCTTCT 
    GCAATTACAG TTACAATTAC AAATGTATTA AATCCTGTAT CAAAAGGATT GACTAATATT 
    CTTAAAGTAT AAAGTTGGAT AAATGGTGCA AATACAATTT TGGAATAAAA CACTTAAAAT 
    CTAGAAACTT AGTTAAATCC AGGAGCAATA AATTAGATAT AATTGTAGGC ATTCAGCCTT 
    ATGTTTGTAA ATGCCCCAGC ATATCCCTTT ATATAAGGTG AATTAGTATA GCATGAACTA 
    GCTTTCATTA CTACAAATCC TGTTCCAAAA GGAGGAGTGA TTGTTATTTA ATATTTTTTA 
    AATGTAGCCA GTCCACCTTA AAGATTTATT TTAAGAGTCG TTTCTGGACT GTAAGATATA 
    TCAAGTACAA ATTAAGTTTC TATATCTTCT ACTACCAATA TAATCACAAT CTCAAATTTC 
    TAAGCAATTT CAGGTTAAAA GCTTATCAAA ATAGCATTTG AAGTAAATAA TGGAAATACA 
    TCACCTCTTA CTTCATACTA AATTACCACA TATTATGATT CATTATAAAC TTAAAAGATT 
    GATTAAGCAA CATCTGCTAC AAATCCTTAG ACTTTAACAA TAAAATCTTC AACAGTGTCT 
    GTTTCTTCTC CACCAAACTT TACAAACCAA TTAGCAGGAG CAACTAATAC TGTTTAGTTT 
    TCAATCACGA CACAGATATG CGCCGCTTGT GATCTATGGG TTTGGTTTCC TCAAGGTTTC 
    ACAATTGATA GAACCAATTG CAAAATTACA TCTCCTTCCA CTTACAACTG TTAAACTGCA 
    GTTTCAAACG GATATTCAAA TATTGCAATA ATCACTCCAG GAGTATTAGT TTCAACTCCT 
    ATTACAGTTT CTATTAATGT CTAAAATATT TTAAGTTCTT ATGCTAATTA TCCTATTGGT 
    GTTTCTATTG TTGCTACAGG TACTACAAAT ATTTAGAATC ACTCTACTAT GTATAATACA 
    TAAACTCCAC CAGGTATCTT ACCTGTAACT GCTAATTTTA ATATCGTTCA ACTATCTTAC 
    GATTGTTAGC AAAACAGCAT GATGAAATTT TACTTTAAAG CAAGCCAAAA TTTACCTTAA 
    AGTCAGTGGC TCTCAGATTA TACTCAATAG ACTAGTAGAG TTGTAATAAC TTTTCCAATA 
    GTAGATGGTA CAGGAGCAGC AGCATTTGCT AATGACTTAG GCCTTACAAG CTTGTCGTAC 
    TCCTTATCAA ACTTTCCTTG CTATGGAATT TAGTCTATGT TACCAATCTA ATTAAATGGA 
    GATTTGTTGT GCCAAGTAAC TTCATCAACA GCAAGTGCTA CTCCTGTCAC AGTTTAGATA 
    ACAAATTATG GACAAATTAC TGCTAACTCC TAAGTTGAAT TTCATTTCCC AAATTTTAAG 
    AACCCATCAA TGACCAACTC TGCCCTAACG ATAAAGATAC AAATATATGT AACAAATTAT 
    AGATTAGAGT AGCTAATATT TTAAGATACT ACAACTATAC CTGTGTGTCA ACCTTCCACT 
    GCTTCATAAA ATCCTAACAA CCCTTCTAAC CCTGCTCCTA TATTTAATCC TGCAGGAGTC 
    AGTTAAATGT CAACAACATC TATATTTTAC ACTCCAGGAG TAAATAAAGG ATTAATCACT 
    GGAGACTACT TAGTTTTTAT ATTTCCGTAG CTTCAAAATA CTACTCCTAT GTAATATATT 
    CTACCAAGAA ATGGACTCTC TTGCTATATC GGTGTTGGTA GCACTGTTAA AATTCCATGT 
    AAAACTTATC CTAAAGCTGG CTGGGTTCTT TTCTTTGTTA ATTCAAATAT TTTGCAGCAA 
    TAGCAAATCA CGTTTTATTT TACAGGGATT ACGAATCCTT CATTTGCTTC AGACTTTTAA 
    GGAACTCTTT AGATTTTAAG TATCAAAGGG ACTACTTAAA TGATTATTGA GATTGGTATT 
    TTTGCTTCTT TCACTCCTTT CAACTCAGGT TCATTGGCAT CTGCAAAAAT TACTTGTTAA 
    TACTTTGAAT CTCTGAGAAC TAATGTGAAT TTTGATTTCT TATTTAGCTT CTAGCACGAT 
    TTACCAGATA ACGGTAGCAT AGATCTTATA TTTCCACCTA ACTTCTTTGA TTTGTCAAGA 
    AGTACATTAG CTGACCCGAA TATTCCAACA GCTTAAATCC AAGTTTTCTT TGGAATTTCT 
    TCCATAGATG GATAACCTCT TACATCAAGC TCTCATTATC AAATAAACGT AAATATCTAC 
    ACAATCTTAG GTATTAAAAA GGTTCCAGCT AATACTTTGA TTTATGTCAG AATGTTGCAT 
    ATCAGAAATC CACCTATTTA AGGAATAACA AACTTTTTTG GTATTAAATC AAAAACACAA 
    GAAGGATTAA CCATTGATTA TAACAGAAGT GTTAGAACTT TGAATATACT TAGGAAGTTA 
    CCCACAGGTA TAATTAACTT CAACTATTTT ACAGTAACTC CTGATAACGG TAACCCTTCC 
    AACCCAGCTG CAAATGAAGT TTCTAATTTT CCAGGAACTT ATACAGTATC CTTTTATCCA 
    AACTATGACG TCCCACCTTT AGGAATAATT TAGCTCCAAT TTCCTAACGA CTTTGGTCCT 
    TCGTTCTTTT TAGATGCTCC TAACATTAGA TGCCAGGTAT CTGGAGCTAT TTCGACATTT 
    ATGAGCTGTA CAATGGATAC GACTTAAACA GCTGCTATTG TTAAAATAAA GTTAGATGAT 
    TATTTATATG TTGTAGATGG TATGTAACCA GTGATTATAT CAATACCACA TGTTAAAAAT 
    ATAGGACCAT AACTTAGTAC AGGTGTTGTG GTCGTATCTA CTCAATATGA TTAAGTTACT 
    TTAGATGAAT CAGGAACAAC TACAACAAAT AGAAAAGCAA CAACAGGTGT GTCAGCTTAG 
    GTATTAAAAG TGAAAAATTT CTCATATTCA CCTTTGAATG AAGGTTAAAT TGCTACTTAC 
    ACTATATAGC TATATCCTAA CTATAATTTT GATTCAAATA CTTCTATCCT ATTCGAATTT 
    TCTTACGATT ATTCAAGTGA ACTAGGTTAG TCAGTATAAT GTTAATCAGC AGACTTGTAA 
    ATAAGTGCTA ATAATCCTAT CTAATGCACA GTAGGAAATT GGTAAATTTT AATGAGCAAT 
    CTTAAGTCTT TTACTTCAAC ATCATCAACA GTTATCACAA TAAATCTGAT AGGTATTATA 
    AATCCTTCAA GCGGAAAATC TCCTAATATA AAATGCTTTA TCATGTAGAC AAAAACTCAT 
    GCTTACAGTT ATTCATAAAA TGTAGCTGCT TCAGCTACTT AAACCTTACC TGCACCTTCA 
    ATTCTATTTA TGTAAAATCT GAATATTGGA TCATCTTTTA CTAGAACAAT GGCTGATTAT 
    CAGTTCTTTT TGTTATTGGG AACTGCAACC ACATTTGATA TAACAAGTAT ATAGTTATAA 
    TCTGGATATG ATTTATCAGA TTTATGGGTA GCTAAATCAT TAACCTATAG TCCAGCTGGA 
    ACAACACCTA TAAGCGTAAC ACCAATAGGG AATACTGTGT AAATAAATTA AAACACCGTT 
    GCTAGTGCTA ATCAATAAAT TACTATTAAA ATGTCATAAA TTCCTAATCC TTACGATTAG 
    GGTGTTCAAC CTGGGTACCC TACTGTTTCT CTGTATAATA GTGGAACTTT ACAGGTTGTT 
    TAGCAGACAT TCAATAATCT TAATAATTTC TTAACTCCAG TTTTTACACA CAATGGCCCA 
    CTTATCACAG TTAATAATGA TAATCCTTAA ATTTAATTGT AAACAGGAGT TTGGTCATCT 
    GCAATTACTG TTTCTATAGC AAGTGCTATA ACTTAAAATT TATAAATTTC ACCAATAATC 
    TCTCCAAGTT TTTCTTCTGT TATTTAGTTT ACTCCAATTA TAATTAAGGC TGGATAGCTT 
    TCAACTACGT TCTAAATAGG AATTTCTAAT TAAATTTCTA TTTAATAATT GTTTGTATAA 
    TGGGATAAAA CTGGAGCACC ATCTAACTTT ATCAACGTTC GCCCAGTTAC TTTAATATTT 
    TCAAACCAAA ATAGCGTATT AATATAAGTA GATAATATAG GTAGTGTACC ATCAGGTGGA 
    AGAAGTAATC CAATCAAAGT GTTACTAACT AACGCTCCTT TCAGCAATCT TTATGTAAAT 
    GTTAGAATAT TAGGAACAAT TCCAATGTAT TTGACAGTTT ATCCATAGCA ACTGACTTTT 
    AATACTTAGA ATTAGGTTGG ATACTTCTGG GTATCTGTAG GGCCATACAC ATAAGGTACT 
    TCTGGCTAAG TTATATTTTT TTTGACTGCT GATGGTTCCG TGTCATAGCA ATTAATTACA 
    ATATCTACTT TTAAATTAAT TAATAGAGTG CAAAATTTTA TTATTTCTAA GCCAGATTCA 
    ACCAGTCCTT TAATCTATAA TGCAAACCAT GTTATAAAAT CTGATGGATT TGATTTTACT 
    ATTTAAGTTA GTTCTCCTTG CACTATTTAC ATTTTTGCAG CTAAATTAGC TTCAAAGAGA 
    ATTAGTTTAC CATAGCTAAA AGCAAAAATT TATCCTACAG ATTATTTTGC TAGCCCCTAT 
    GTGATGGCTG AATATACAAC CTACACAGCA TCAAATTCTT ATTCGTTCAC TATTTCTGGC 
    TTACCTTCTG GCTTTGACTT TGTAGCTCAT GTATATGTTG AAGATTATAA TGGTAACTAA 
    TCAGGTACAT AATTAGATTT CACTGACAGG ACATTAGGTG GATCAGCTGC TAACTCTCCA 
    ACATCTAAAA AATCATCAGA CTTGTAATGG GCTACAAATG CTACTGATAC GGTTATGGGA 
    TAAATTAGCT CCACTTGGGC ATATATAACA AACTTGGGAT TGCTATTTAG TGGCTAGATT 
    TATGCAGTTG CATTAACAAG CACAAGATAC ACATATCCTA ATTTAGAACA ACCTGTAGCA 
    GGTTCTATTA GATATTTATA AAGTTCAAGT CCTTTACACA CATGTACAGG TATGACCTTG 
    AATCCTCTTT CTATATAATG TACTTTAAAT GGTTAATCTA CTCCAGATAA TACTAGATCA 
    GATTATATTA CTTTTGGTTC TCCTTCTTAA CCTACTGGAT ATCAAATTTA TTAAGGTTTG 
    GATCAAGATA ATCTTTATCC GAATGCTGCA GCATCTGCTT ACTTCCCTGC TGAAATCACT 
    TGGATTTTAT AATTAAAAAA TTTGCAACCA AATACAAAAT ACACAGTTTA CTACATAGGA 
    GTTTATACAG AAGGAAATAA CTATACACTA ATGGATGATA GTAACATACG TTCAATTACT 
    TTTACGACAG CTAGTTCTGA ATTGGCTTCT AATTGCTCTG CGCTTCTAAA TTATTTATCA 
    ATAATAACAA TCACTGCATT TTTGATATAC TTAATTTGA

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

    RefSeq XP_001030873.3
    CDS1..6159
    Translation

    Target ORF information:

    RefSeq Version XM_001030873.3
    Organism Tetrahymena thermophila SB210
    Definition Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_001030873.3

    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
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    ATGAAGTTGT TTTAAGAGAA ATTGAAACTT TTTTATCTGA TTTTTATTTA CATTTTGCGC 
    CAGACACTAA CTCTTTAAAT ATTACCATAT GGAAGAAAAC CTATTGAACT ATCAGTTAAT 
    AATGCAGGAG AAATTAGCTC GTACATTTTC TAATTTATTA CATAAACTGA TCTACTATCA 
    GGAGACGGAA TTCTAATATA ATTTCCTGTT TAAATAAGTA TTAATGCTGG TTTACTTACA 
    GGTAATTATG TTTCTGGATT AACTTTTAAT ACAGTCTCAT AGTAATGGGA GAGTTTAATT 
    GGTCCTTTGA GCATAAATTA TGTAAATACA GCTGGATTAT TTGTTATAAC TGTCCCAGAT 
    ATGAAGGCAG GAATTTATAA AATATAAATT AACAATATCT AAAATCCAGC TGCTTAAGTA 
    GGTACAGGTA TGTTTAGTAT ACAAACTAGA AGATTTGCAT CATATTAACT TAATTATAAC 
    CTATTGGATG ATAATAATGC ATTTGGCTAA GTAGGAATTA TTAGTCCTGC TCCAACTACA 
    TTAGTTATTA ACTCTGTAAC TCTAAGTAGC TAGTTTATTA ATACTATATC TAACTATAAC 
    ATTTAATTTA CTACCACTAT AGCTGTTCCT ATCGGAGGAT CAATAGTAGT AAGTTTTGCA 
    AATACAGCTA TGTAATTTTA GACTAACAGT GTGTTTACAT CTTCGATTGC TGGTGCAGTT 
    CTAACTCCTG TTAATAACAA CTAATTAATC ATAACCTCAT CCTCTATTAT ACCTGCTTCT 
    GCAATTACAG TTACAATTAC AAATGTATTA AATCCTGTAT CAAAAGGATT GACTAATATT 
    CTTAAAGTAT AAAGTTGGAT AAATGGTGCA AATACAATTT TGGAATAAAA CACTTAAAAT 
    CTAGAAACTT AGTTAAATCC AGGAGCAATA AATTAGATAT AATTGTAGGC ATTCAGCCTT 
    ATGTTTGTAA ATGCCCCAGC ATATCCCTTT ATATAAGGTG AATTAGTATA GCATGAACTA 
    GCTTTCATTA CTACAAATCC TGTTCCAAAA GGAGGAGTGA TTGTTATTTA ATATTTTTTA 
    AATGTAGCCA GTCCACCTTA AAGATTTATT TTAAGAGTCG TTTCTGGACT GTAAGATATA 
    TCAAGTACAA ATTAAGTTTC TATATCTTCT ACTACCAATA TAATCACAAT CTCAAATTTC 
    TAAGCAATTT CAGGTTAAAA GCTTATCAAA ATAGCATTTG AAGTAAATAA TGGAAATACA 
    TCACCTCTTA CTTCATACTA AATTACCACA TATTATGATT CATTATAAAC TTAAAAGATT 
    GATTAAGCAA CATCTGCTAC AAATCCTTAG ACTTTAACAA TAAAATCTTC AACAGTGTCT 
    GTTTCTTCTC CACCAAACTT TACAAACCAA TTAGCAGGAG CAACTAATAC TGTTTAGTTT 
    TCAATCACGA CACAGATATG CGCCGCTTGT GATCTATGGG TTTGGTTTCC TCAAGGTTTC 
    ACAATTGATA GAACCAATTG CAAAATTACA TCTCCTTCCA CTTACAACTG TTAAACTGCA 
    GTTTCAAACG GATATTCAAA TATTGCAATA ATCACTCCAG GAGTATTAGT TTCAACTCCT 
    ATTACAGTTT CTATTAATGT CTAAAATATT TTAAGTTCTT ATGCTAATTA TCCTATTGGT 
    GTTTCTATTG TTGCTACAGG TACTACAAAT ATTTAGAATC ACTCTACTAT GTATAATACA 
    TAAACTCCAC CAGGTATCTT ACCTGTAACT GCTAATTTTA ATATCGTTCA ACTATCTTAC 
    GATTGTTAGC AAAACAGCAT GATGAAATTT TACTTTAAAG CAAGCCAAAA TTTACCTTAA 
    AGTCAGTGGC TCTCAGATTA TACTCAATAG ACTAGTAGAG TTGTAATAAC TTTTCCAATA 
    GTAGATGGTA CAGGAGCAGC AGCATTTGCT AATGACTTAG GCCTTACAAG CTTGTCGTAC 
    TCCTTATCAA ACTTTCCTTG CTATGGAATT TAGTCTATGT TACCAATCTA ATTAAATGGA 
    GATTTGTTGT GCCAAGTAAC TTCATCAACA GCAAGTGCTA CTCCTGTCAC AGTTTAGATA 
    ACAAATTATG GACAAATTAC TGCTAACTCC TAAGTTGAAT TTCATTTCCC AAATTTTAAG 
    AACCCATCAA TGACCAACTC TGCCCTAACG ATAAAGATAC AAATATATGT AACAAATTAT 
    AGATTAGAGT AGCTAATATT TTAAGATACT ACAACTATAC CTGTGTGTCA ACCTTCCACT 
    GCTTCATAAA ATCCTAACAA CCCTTCTAAC CCTGCTCCTA TATTTAATCC TGCAGGAGTC 
    AGTTAAATGT CAACAACATC TATATTTTAC ACTCCAGGAG TAAATAAAGG ATTAATCACT 
    GGAGACTACT TAGTTTTTAT ATTTCCGTAG CTTCAAAATA CTACTCCTAT GTAATATATT 
    CTACCAAGAA ATGGACTCTC TTGCTATATC GGTGTTGGTA GCACTGTTAA AATTCCATGT 
    AAAACTTATC CTAAAGCTGG CTGGGTTCTT TTCTTTGTTA ATTCAAATAT TTTGCAGCAA 
    TAGCAAATCA CGTTTTATTT TACAGGGATT ACGAATCCTT CATTTGCTTC AGACTTTTAA 
    GGAACTCTTT AGATTTTAAG TATCAAAGGG ACTACTTAAA TGATTATTGA GATTGGTATT 
    TTTGCTTCTT TCACTCCTTT CAACTCAGGT TCATTGGCAT CTGCAAAAAT TACTTGTTAA 
    TACTTTGAAT CTCTGAGAAC TAATGTGAAT TTTGATTTCT TATTTAGCTT CTAGCACGAT 
    TTACCAGATA ACGGTAGCAT AGATCTTATA TTTCCACCTA ACTTCTTTGA TTTGTCAAGA 
    AGTACATTAG CTGACCCGAA TATTCCAACA GCTTAAATCC AAGTTTTCTT TGGAATTTCT 
    TCCATAGATG GATAACCTCT TACATCAAGC TCTCATTATC AAATAAACGT AAATATCTAC 
    ACAATCTTAG GTATTAAAAA GGTTCCAGCT AATACTTTGA TTTATGTCAG AATGTTGCAT 
    ATCAGAAATC CACCTATTTA AGGAATAACA AACTTTTTTG GTATTAAATC AAAAACACAA 
    GAAGGATTAA CCATTGATTA TAACAGAAGT GTTAGAACTT TGAATATACT TAGGAAGTTA 
    CCCACAGGTA TAATTAACTT CAACTATTTT ACAGTAACTC CTGATAACGG TAACCCTTCC 
    AACCCAGCTG CAAATGAAGT TTCTAATTTT CCAGGAACTT ATACAGTATC CTTTTATCCA 
    AACTATGACG TCCCACCTTT AGGAATAATT TAGCTCCAAT TTCCTAACGA CTTTGGTCCT 
    TCGTTCTTTT TAGATGCTCC TAACATTAGA TGCCAGGTAT CTGGAGCTAT TTCGACATTT 
    ATGAGCTGTA CAATGGATAC GACTTAAACA GCTGCTATTG TTAAAATAAA GTTAGATGAT 
    TATTTATATG TTGTAGATGG TATGTAACCA GTGATTATAT CAATACCACA TGTTAAAAAT 
    ATAGGACCAT AACTTAGTAC AGGTGTTGTG GTCGTATCTA CTCAATATGA TTAAGTTACT 
    TTAGATGAAT CAGGAACAAC TACAACAAAT AGAAAAGCAA CAACAGGTGT GTCAGCTTAG 
    GTATTAAAAG TGAAAAATTT CTCATATTCA CCTTTGAATG AAGGTTAAAT TGCTACTTAC 
    ACTATATAGC TATATCCTAA CTATAATTTT GATTCAAATA CTTCTATCCT ATTCGAATTT 
    TCTTACGATT ATTCAAGTGA ACTAGGTTAG TCAGTATAAT GTTAATCAGC AGACTTGTAA 
    ATAAGTGCTA ATAATCCTAT CTAATGCACA GTAGGAAATT GGTAAATTTT AATGAGCAAT 
    CTTAAGTCTT TTACTTCAAC ATCATCAACA GTTATCACAA TAAATCTGAT AGGTATTATA 
    AATCCTTCAA GCGGAAAATC TCCTAATATA AAATGCTTTA TCATGTAGAC AAAAACTCAT 
    GCTTACAGTT ATTCATAAAA TGTAGCTGCT TCAGCTACTT AAACCTTACC TGCACCTTCA 
    ATTCTATTTA TGTAAAATCT GAATATTGGA TCATCTTTTA CTAGAACAAT GGCTGATTAT 
    CAGTTCTTTT TGTTATTGGG AACTGCAACC ACATTTGATA TAACAAGTAT ATAGTTATAA 
    TCTGGATATG ATTTATCAGA TTTATGGGTA GCTAAATCAT TAACCTATAG TCCAGCTGGA 
    ACAACACCTA TAAGCGTAAC ACCAATAGGG AATACTGTGT AAATAAATTA AAACACCGTT 
    GCTAGTGCTA ATCAATAAAT TACTATTAAA ATGTCATAAA TTCCTAATCC TTACGATTAG 
    GGTGTTCAAC CTGGGTACCC TACTGTTTCT CTGTATAATA GTGGAACTTT ACAGGTTGTT 
    TAGCAGACAT TCAATAATCT TAATAATTTC TTAACTCCAG TTTTTACACA CAATGGCCCA 
    CTTATCACAG TTAATAATGA TAATCCTTAA ATTTAATTGT AAACAGGAGT TTGGTCATCT 
    GCAATTACTG TTTCTATAGC AAGTGCTATA ACTTAAAATT TATAAATTTC ACCAATAATC 
    TCTCCAAGTT TTTCTTCTGT TATTTAGTTT ACTCCAATTA TAATTAAGGC TGGATAGCTT 
    TCAACTACGT TCTAAATAGG AATTTCTAAT TAAATTTCTA TTTAATAATT GTTTGTATAA 
    TGGGATAAAA CTGGAGCACC ATCTAACTTT ATCAACGTTC GCCCAGTTAC TTTAATATTT 
    TCAAACCAAA ATAGCGTATT AATATAAGTA GATAATATAG GTAGTGTACC ATCAGGTGGA 
    AGAAGTAATC CAATCAAAGT GTTACTAACT AACGCTCCTT TCAGCAATCT TTATGTAAAT 
    GTTAGAATAT TAGGAACAAT TCCAATGTAT TTGACAGTTT ATCCATAGCA ACTGACTTTT 
    AATACTTAGA ATTAGGTTGG ATACTTCTGG GTATCTGTAG GGCCATACAC ATAAGGTACT 
    TCTGGCTAAG TTATATTTTT TTTGACTGCT GATGGTTCCG TGTCATAGCA ATTAATTACA 
    ATATCTACTT TTAAATTAAT TAATAGAGTG CAAAATTTTA TTATTTCTAA GCCAGATTCA 
    ACCAGTCCTT TAATCTATAA TGCAAACCAT GTTATAAAAT CTGATGGATT TGATTTTACT 
    ATTTAAGTTA GTTCTCCTTG CACTATTTAC ATTTTTGCAG CTAAATTAGC TTCAAAGAGA 
    ATTAGTTTAC CATAGCTAAA AGCAAAAATT TATCCTACAG ATTATTTTGC TAGCCCCTAT 
    GTGATGGCTG AATATACAAC CTACACAGCA TCAAATTCTT ATTCGTTCAC TATTTCTGGC 
    TTACCTTCTG GCTTTGACTT TGTAGCTCAT GTATATGTTG AAGATTATAA TGGTAACTAA 
    TCAGGTACAT AATTAGATTT CACTGACAGG ACATTAGGTG GATCAGCTGC TAACTCTCCA 
    ACATCTAAAA AATCATCAGA CTTGTAATGG GCTACAAATG CTACTGATAC GGTTATGGGA 
    TAAATTAGCT CCACTTGGGC ATATATAACA AACTTGGGAT TGCTATTTAG TGGCTAGATT 
    TATGCAGTTG CATTAACAAG CACAAGATAC ACATATCCTA ATTTAGAACA ACCTGTAGCA 
    GGTTCTATTA GATATTTATA AAGTTCAAGT CCTTTACACA CATGTACAGG TATGACCTTG 
    AATCCTCTTT CTATATAATG TACTTTAAAT GGTTAATCTA CTCCAGATAA TACTAGATCA 
    GATTATATTA CTTTTGGTTC TCCTTCTTAA CCTACTGGAT ATCAAATTTA TTAAGGTTTG 
    GATCAAGATA ATCTTTATCC GAATGCTGCA GCATCTGCTT ACTTCCCTGC TGAAATCACT 
    TGGATTTTAT AATTAAAAAA TTTGCAACCA AATACAAAAT ACACAGTTTA CTACATAGGA 
    GTTTATACAG AAGGAAATAA CTATACACTA ATGGATGATA GTAACATACG TTCAATTACT 
    TTTACGACAG CTAGTTCTGA ATTGGCTTCT AATTGCTCTG CGCTTCTAAA TTATTTATCA 
    ATAATAACAA TCACTGCATT TTTGATATAC TTAATTTGA

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

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