ORF » Species Summary » Cryptosporidium parvum Iowa II » cgd6_3730 cDNA ORF clone

cgd6_3730 cDNA ORF clone, Cryptosporidium parvum Iowa II

The following cgd6_3730 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cgd6_3730 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
OCv00139 XM_627713.1
Latest version!		 Cryptosporidium parvum Iowa II large extracellular protein with a signal peptide, apple domain and a transmembrane region (cgd6_3730) mRNA, complete cds. 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)
    cgd6_3730 ( XM_627713.1 ) cDNA ORF clone, Cryptosporidium parvum Iowa II -> XP_627713.1 Cryptosporidium parvum Iowa II large extracellular protein with a signal peptide, apple domain and a transmembrane region (cgd6_3730) mRNA, complete cds.
    Price & Availability↑
    CloneID OCv00139
    Clone ID Related Accession (Same CDS sequence) XM_627713.1
    Accession Version XM_627713.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6810bp)
    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 1173110400000
    Organism Cryptosporidium parvum Iowa II
    Product large extracellular protein with a signal peptide, apple domain and a transmembrane region
    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_006985). 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
    6181
    6241
    6301
    6361
    6421
    6481
    6541
    6601
    6661
    6721
    6781
    ATGTTTACAG GGAGTGACTT GAAAAACTTA GTATTGAAAA CTCTATTATT ATTGCTACTG 
    GAATACCTTA TCATCAACTT TCCAGGAGTC TCATCAATTG ATGAAAAGGT TCAGGAAAGG 
    AAAGATGATC CAGTAGCACA TATGGACCCT GCCCCACCAA TACTATTTAA GGAAATGAAA 
    AGTCCAATTG TAGGAGTGGG TGATATTTGT TTTGGAAACA ACTGTAACTA TTACCAAGAA 
    AGTAAAGAAA ATAGTCCATC CAAAGACAGA GAAAGCTATC ATTCAGTTGG TTCCAAAGTT 
    ACAAGGTATA TATGTATATT ATTATCAGAA AATACTTTTA CTAGGGAAAA AGAGGCAGAT 
    TTGTTTTTTG AAAGATTAAA TGAATATACA GAAACTTCAG AATTGCCATT TTCATATGTT 
    GAATTTTACG AGAAACTTGG AGTTTTTGTA ATTGATGTTA GATCCAGTAT TAAAGAGTAT 
    GAAGAACGCA GTATATTTCC CTTGGCTGAA GGTTTGAAAC TTATCAAAAA GTTAGATATT 
    TTAAACAAGG CTGACTGTAC TAAAGATTCT CTTTTAAGTG AACAATCGGT ATTTACAAGT 
    GGAAATGAAG ATAAATCTAC TGAGAATTAC AGTAATAGCT ATAAGTGGAA TTGGAGCAGT 
    ATTCCTAATA ATTTTGTAAA TTTTAATCGA ATCTTGAAAT CCGAAGAGTC TCAAGGAAAT 
    ATTACGAATA ACAATCAAGG CACAGAATAT TTAACAGATG AAGCAAAGCT ATACAAAGAG 
    TTGGATGGTT ACTTTTTGAA AAAGTTCAAT GAAGCATCTA ATCTACTTAA TAAACTAAAT 
    ATGTTCTCTT CCCCATCCTC TTCATCATCA AATTTCAATA ATCCTACTGT TTCATCAACA 
    TCATTTTCCG GAGGGAGGCA ATCTTCTCTT TGGAATGCAC TCAACTTTTT ATCCAGTTTC 
    TCAAATAAGG AAGAAAAGTC TAGATCTACG CCAATCCAGG AAATTGAAGA TCCAATTTTT 
    GGAAAAATGG ACCCAACAGA TGGTAATTCT AAATTAACAA TATCTCCACT ATACCTTCTT 
    GGGATGAATC TCAAAGGAAA AAACATTACA GAGCTATCTC AAAAGTTCAA AAATCAAACA 
    TCTCCTATCG TTCCTGTAGA TATGTCTAGA GAAGATATTA GCTTGGACAA TGATCTTGCA 
    ATGAATATAG CAACAGTAAT CTTCAAAGGA ATGAGTGATT CCGCTGCAAA GCTTCCACCT 
    CCTTTTGGGA ACCCTGCAGT CAAAAATGAG CAAAAGTTTC CAGAATATAA TTACAAAAAC 
    CATATAAATT ATCTTGAAAC AAATGCAAAT AATAACTATT ATAATTCCCC ATCAATCTCT 
    AACTGGAGTT ATAAACCCAT ACCACAGGGT AACAATAATG TAATTGGTGG ATATGAAAAT 
    GACCAAAGCC AACTCAATAT TCAAAGTGAT CACTTTAAAG GAGGAAGTTT TCATCCAAGT 
    TCAAGTAATA ATGCTATCAA TACAATTGAT AATTCCATTA TTGGATTTAA TAGTGTTTCT 
    CAAGTTAACT CAAATAGTAA TTCTAATAAA GTAGGAGTTC ATTCTCAATC TGGTTCTGGC 
    TTAGCTCCAA ATATTTTTGA ATCAATAGAT ACATGGGGAA AACAGAGCTC AGCTTATCAA 
    TCAACTTCTT CTTCCGCCTC CCCTCCATCA TATTATGCAA CAAATGGTAT TAAAACTATT 
    AATCCAAATC AAGTGACTTC TAATGGAAAG AGTAATCCTG ATTTAAAAGT ACCAACCATT 
    AATTCTCCAT CAACTTCAGA ATGGATGAGA AAGACTATTT CAAAGCAAAA TGAGGGTGGG 
    ATAAAGCAAC CGTCATTTAT TAACAGTCAA AATAATCAAA CAGAAATTAA TAAATTTGCA 
    AATAATATGA ACCAAAATAC CCCCCCAATT GTTAATTCAA ATGGTAATCA CTTTAATTCT 
    CCATTTTCAC AGCTTTCAAA GTTTTCTAAC AATCCATTCC ATGGAAATTC TGCCGGAACA 
    ACATTTGTCA AAATGAATGG TAGTGTTTTT GATGATGATA ATGATATCAC TTCTTTCCAT 
    CCTGAAGGAT TTATCAATAA ACTTCCAGAA CATGTACAAA AGAATATGAC TCAATCTCAA 
    AGAGACAAAA TTAACTTAAT AAATGCATTT ATTGGTACTG GATTTGATAC AATTCTTCAG 
    ATGAATAATA TAGATTCTAG TTCAAGTTAT GGTAATCAGA ATAATGATTT CTTTAGAAGT 
    TCTCCTCCAA AAAGAAGATT ATTTGAGATT GACTCTTCAA CAAGAGGAAA CAAAATGGTG 
    ATTGATGAAA ACATGAAAGA CCCGAATTTA AGTGATCAAT CAAATAAAGA ATATGAAATG 
    TATGCCAAAT TGCTGAGTAA TATTGATACG AACCAAGGTC AAGATACTGC AATGGCCTAT 
    GTGACAGGAT GTGATTGTGA TAGATTTCCT GAAGGAGTTG CATGTCCCAT GGTGCTTTCA 
    GGAGAAGCGA ATATTGAATG TATTGGGTAT AAAGTTTGGA ATAGTGCAAG AAAAGGTGCT 
    CCATTGAGTG AGATAGCTTC AGCAATAGAT TCTGCAATTA CTTCTAAAGC AAGAAATATT 
    ATTTTGCCTT TAAAGTTTGA TACAAAGACA ATTGAAGAAA ATCGAGCAGC TCCAAGAATT 
    TTGAGGCACA TCATGAGAAG AACTTCAAGA GAGAATGGAA TACTATTTGC CTTACCAACA 
    GGAAATAATG GTAAGCAGGA GTTGGATGGA AGCTTAGACT TTCCTTGCGA CGATTTGACA 
    GGAATGTACG CTTTTTGTGT GGGTTCAATT AACAACAAAA ATGGAATGCC TTCGAGTTTT 
    TCCAATGTTC CTCAGTTAAA TAATGCAATC TATGCTAATG GTGAGGATGT TGAATCAATT 
    GGAATAAATC AACAAAGACG ATTATTTTCT GGTACCGGTA TTGCTTTAGC TCAATCAATT 
    GGTGCTTTAA ATATTATTCA AGGTATTACA AAGGATAAAA CGAGCTCATT TGACCAGCTT 
    GCTATCCTGT ACAGTGCCCC TAAAAAACTT CCATCAAGGA ATTTTTTGGA GCAGCTTTTT 
    GCAAACTCGA GTCCGATTAC ATTCAAGCCT CAACAGCAAC AACAACAATT CCAGAAACAA 
    AGCTCTAGGA ACGAGACAGG TTCTTCAGAT CCTGTTTTAA TGTTTGGTAT GGGATCTGGA 
    AACAATACAA ATGGTGCTTT AGGATCAGTA TCTCATGAAA GGATCATGAA TTCGAGTCTA 
    ATGAGTGGAA ATAGAGACAA TGATTTAGAT GCAATAATGG CCAGGATTGA GAGCATTGAA 
    AAAAGTCTTG CAAAGTCAGG TTTAGATGGT GGCACCGTTT TCAAGGGAGA ATTTCCAGTT 
    GGTGGTCCAT TTTCTTCACC TTCTGATTCC TCTACTTTCT CATCCTCTTC CACTACCACA 
    ACTACTACAA CCACCAGTCC AGTCAGCACT ACAACTTCCA ATGCTTCTAC TCTAACCAAT 
    ATAACCACAG AAATTCCTCA AATATTAAAT TATACAAACA TAAGTAGTTC CAGTACATCC 
    ACTCCTTCTA TTAGTCTCAA CACTTCTACC CCTAACATCG TAACAACTCT TCCCTCTAAC 
    ATCACAACAA ACCCTCCTTC CAGCATCACG ACAAACCCTC CTTCCAGTAT CAAAACAAAC 
    CCTCCTTCCA GCATCGTAAC GACACCTTCC TCCAACATCG CAACAAATAC TCCTTCCAAT 
    ATCACTACTA CCACCACCAC CAGTCCTTCC AGAACTCCCA GAGCCTCTAA TCCTCCTCTT 
    ACGGAAAACA AAGAAGAAGA ATATGGTCAC TATAAGGAAT CTAACTATAG TCCAGAAATA 
    ATAGGAGTTG TTCTAGATCC AAAGGAAGTA ACTGAAGTCT CCAGATTAGT TCATTCCAGT 
    AATGAACATT ATAATGAGTA CTATGATAGA TATGGAAATC ATGATACTGT TGATCACGAA 
    TATGAAAATG ACGATGGGTA CCGACAATAC TATATTGATG GAAATGAAGA CAAGAATCAC 
    AACTACGGCA ATACATTTAA TTCAGAGGAA AATATGTCAA GAAATCTTTG TTATGAAGAG 
    GAAACCAGGT TTTACAGTCC CTTAGAAATG GCTATACCCG TAGATAATAT TGAGCAGTGT 
    ATATTATCCT GTAGTAATAC CCCAGACTGT AGATACTATT CGTATGGAGC ATTCCTTAAA 
    GGCCCTGGAA GCATTATTGG GACATGTATA TTAATGCCTG ATAAACAAGG ATCGGTAGCT 
    TTACCAAACT TCCAATCTGG AGCTCTAGGA TGCCCAGTTT CTGCTAGTAT TGCTTATGCT 
    CAGGCTATGG AAGAAAGACT AATACAAGGT ATTAGTAATG CAAATGAAAA TAGTCAAAAA 
    AGTTCTTCTG CTCAAGTTAA TAACAATTTA AACTCGGATT GGCCAGGCAT ACTTTCCACC 
    TCTACTGTAG CAGTTAAAAG TATGAGTGGA TTCTTATCTA GATTTCCTCT CAACGATATA 
    CTTCAAACAA GTATTTCCTT ATATAATTCA GGATTTCTCG ATCAAAAAGG TGCTTTAAGA 
    CCAAGTGGAG CTTTTGAAAA GCAAAGTATA TTACCCCCTC CTGGAGTTGG ATCTCCACAT 
    GTAGTATGTA CCCTACAAGG TATGCAATGT TGTGTCCCAC AGAAATCTGC TAAAGGATGG 
    AGAAAAAAGC CACCAAGTTT TCTTAGAGTT GAAGATCCTT CATGCGAAGC TATTTATGTC 
    TCAAAAACAG ATATGTTCTG TGCAACCACA TCATTATATG ATAACCAGGA TATCTCTTCA 
    TCAGGATATA ATTCACTTGA TGATTTTAGA AGCCAACCCT CATTTTCATC AAATTCTTAT 
    AGTACTAATC CAAAACCTTC AGGAAGCTGT GGAATGGTTA TAATTGAAAC AAGTGAGCAT 
    CTTATTTTTC AAAACACTCT AAAAATGCCT TCTAAAGAGA TGAATAATGC ATTATGTGAA 
    TGTAAGCTGA ATAAAAGAGA TAAAAGCATA CATGGATCTG GTACTTGGGA ATACTCAGTA 
    CAAGCAGTAC AAGCTGCAAT GAGTCGCAAA GTTGAAGGAG ATCAACTTTC TTCTGGAGTT 
    GCTCAAGCTT TAGCTTGGGT AGAAGCAGTT GGGAATGATC CAAATCCAGC AGTGAATGGA 
    CTTGGTGAGC TTATTTCCCA AGTTGCTCAA AGACCAAATT CAGATGTTGA GTTAATTACT 
    CAGATACCTG CAATTAGTCA AAATGCTGTT TCTAATATGC TTTACAATCA ACAACAACAA 
    CAGATTGAAG AGCAAGAACA AATTATTAAG AAACAACAAT CTATTCAGCA ATACAATAAT 
    ATGAGATATT TATTATCTCA AAATGAAACT GATACTAATA ACGCTAACAC TCAAAGTCAA 
    TCAGATCAAT GTGTAACAAG TTGGCCAGAA AAATGTCAAA TTTGGAAATC TAAATGTGAG 
    GATAACTTAA TATATGGTTA TAAAAATCCT CAATGCGTAC CATTGACTAT TTTAGAGAAT 
    GGATGTCCAA TGAAACAGGT TGGATTCAAG GTGAATCAAA TAAATCCAGG AATTTTGAGC 
    TTCAGTTTTA AACCTATGAG ATTTTCAGAT AATTCACCAT TCAGAATTGC TTGTCAGTTT 
    TCACTCATCA AATGTACTCT AGCAAATATT AAAAGCAAAT GTAAATCAAA TGGTACTAAT 
    AACTTTAAGA AACCAAAGAA TTTGAACGGA GACGATGAAA ACAATGCAAT TAATAACATT 
    AGAAAACATT TAAATAATCA TAAAAATCAA AATAATAATA AAAATAACAA CTTATTTCAC 
    AGAAAAGACA CTAATGATAA AAGTAAAAAT AATGAACTAA AACATTTATT CAAAATTCCA 
    ATGAACTATC TTCCGTATAT TCCAAAAGAT ACAGGAGAAA GTGACGAGAA ATCTGAGAAT 
    ATTGTAGCAA AGTATATTAG AGTCCATTTT CCTCAAGCAG GAAACTTTTC AAATATGACA 
    ATGGTAAAAC TATTAAACAA AGAGACTAAG AGAGAATTTG CAGCAAAAAT GATTAATGAG 
    GAGGAAATAC CAAAAAACAA TACTATTGAG GATGTATTAA TTGACGAGAA TTCAAATTTT 
    GAGTATCTTG GTAAGGTAGA GATAGTTACT CAAGATGAAA ATGATGAGGA CTACTCAACT 
    ATTAAATATG AAAATACATC AATTATTTCT GATAGAATGG GAGTTGATAT TGAAAATAAG 
    GATGTTATTT TCAGTCATCT TATAAAGTCA AGCAACGAAA GTAAAATATA CAAAGAACCT 
    TTGCTTTTAG ATAAATATCA ACCAGATTTT ACAGGTGAAT CATTTCCTGA ATTCAAGATG 
    GAGAAAGTTG TAATTCCTAA TGAAAAAAGT ACTGAAAATG AAATATCTCA GAGTTTTAAT 
    AAAGATTACA ACTCTGAATC AAAATTAGGA ACAAACGAAA AAAAAGAAAA TTGGAATAAT 
    CACCAAAATG AAAATGGAGA TTTGGATGAA TATGAAGACT TATACTACTA TGGATTTGAA 
    AATGATTATG GAAGCAATCA TAGCAAGAAT CAAATTAGTG ACTTTATTCC TTTCATTTCA 
    ACCAATAACA AGAAAAACAA ATGGGAAGTT CAAATAAACA AATCTTCTGG AGATAATAGA 
    AATATACAAT ATAAAATAAC CAAAAAGAAT ATTCTTTTAT TTATATTTGC TTGTTATACT 
    CCTATAATTC TCATGTTTGG TTTTATTTAA

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

    RefSeq XP_627713.1
    CDS1..6810
    Translation

    Target ORF information:

    RefSeq Version XM_627713.1
    Organism Cryptosporidium parvum Iowa II
    Definition Cryptosporidium parvum Iowa II large extracellular protein with a signal peptide, apple domain and a transmembrane region (cgd6_3730) mRNA, complete cds.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_627713.1

    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
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    6481
    6541
    6601
    6661
    6721
    6781
    ATGTTTACAG GGAGTGACTT GAAAAACTTA GTATTGAAAA CTCTATTATT ATTGCTACTG 
    GAATACCTTA TCATCAACTT TCCAGGAGTC TCATCAATTG ATGAAAAGGT TCAGGAAAGG 
    AAAGATGATC CAGTAGCACA TATGGACCCT GCCCCACCAA TACTATTTAA GGAAATGAAA 
    AGTCCAATTG TAGGAGTGGG TGATATTTGT TTTGGAAACA ACTGTAACTA TTACCAAGAA 
    AGTAAAGAAA ATAGTCCATC CAAAGACAGA GAAAGCTATC ATTCAGTTGG TTCCAAAGTT 
    ACAAGGTATA TATGTATATT ATTATCAGAA AATACTTTTA CTAGGGAAAA AGAGGCAGAT 
    TTGTTTTTTG AAAGATTAAA TGAATATACA GAAACTTCAG AATTGCCATT TTCATATGTT 
    GAATTTTACG AGAAACTTGG AGTTTTTGTA ATTGATGTTA GATCCAGTAT TAAAGAGTAT 
    GAAGAACGCA GTATATTTCC CTTGGCTGAA GGTTTGAAAC TTATCAAAAA GTTAGATATT 
    TTAAACAAGG CTGACTGTAC TAAAGATTCT CTTTTAAGTG AACAATCGGT ATTTACAAGT 
    GGAAATGAAG ATAAATCTAC TGAGAATTAC AGTAATAGCT ATAAGTGGAA TTGGAGCAGT 
    ATTCCTAATA ATTTTGTAAA TTTTAATCGA ATCTTGAAAT CCGAAGAGTC TCAAGGAAAT 
    ATTACGAATA ACAATCAAGG CACAGAATAT TTAACAGATG AAGCAAAGCT ATACAAAGAG 
    TTGGATGGTT ACTTTTTGAA AAAGTTCAAT GAAGCATCTA ATCTACTTAA TAAACTAAAT 
    ATGTTCTCTT CCCCATCCTC TTCATCATCA AATTTCAATA ATCCTACTGT TTCATCAACA 
    TCATTTTCCG GAGGGAGGCA ATCTTCTCTT TGGAATGCAC TCAACTTTTT ATCCAGTTTC 
    TCAAATAAGG AAGAAAAGTC TAGATCTACG CCAATCCAGG AAATTGAAGA TCCAATTTTT 
    GGAAAAATGG ACCCAACAGA TGGTAATTCT AAATTAACAA TATCTCCACT ATACCTTCTT 
    GGGATGAATC TCAAAGGAAA AAACATTACA GAGCTATCTC AAAAGTTCAA AAATCAAACA 
    TCTCCTATCG TTCCTGTAGA TATGTCTAGA GAAGATATTA GCTTGGACAA TGATCTTGCA 
    ATGAATATAG CAACAGTAAT CTTCAAAGGA ATGAGTGATT CCGCTGCAAA GCTTCCACCT 
    CCTTTTGGGA ACCCTGCAGT CAAAAATGAG CAAAAGTTTC CAGAATATAA TTACAAAAAC 
    CATATAAATT ATCTTGAAAC AAATGCAAAT AATAACTATT ATAATTCCCC ATCAATCTCT 
    AACTGGAGTT ATAAACCCAT ACCACAGGGT AACAATAATG TAATTGGTGG ATATGAAAAT 
    GACCAAAGCC AACTCAATAT TCAAAGTGAT CACTTTAAAG GAGGAAGTTT TCATCCAAGT 
    TCAAGTAATA ATGCTATCAA TACAATTGAT AATTCCATTA TTGGATTTAA TAGTGTTTCT 
    CAAGTTAACT CAAATAGTAA TTCTAATAAA GTAGGAGTTC ATTCTCAATC TGGTTCTGGC 
    TTAGCTCCAA ATATTTTTGA ATCAATAGAT ACATGGGGAA AACAGAGCTC AGCTTATCAA 
    TCAACTTCTT CTTCCGCCTC CCCTCCATCA TATTATGCAA CAAATGGTAT TAAAACTATT 
    AATCCAAATC AAGTGACTTC TAATGGAAAG AGTAATCCTG ATTTAAAAGT ACCAACCATT 
    AATTCTCCAT CAACTTCAGA ATGGATGAGA AAGACTATTT CAAAGCAAAA TGAGGGTGGG 
    ATAAAGCAAC CGTCATTTAT TAACAGTCAA AATAATCAAA CAGAAATTAA TAAATTTGCA 
    AATAATATGA ACCAAAATAC CCCCCCAATT GTTAATTCAA ATGGTAATCA CTTTAATTCT 
    CCATTTTCAC AGCTTTCAAA GTTTTCTAAC AATCCATTCC ATGGAAATTC TGCCGGAACA 
    ACATTTGTCA AAATGAATGG TAGTGTTTTT GATGATGATA ATGATATCAC TTCTTTCCAT 
    CCTGAAGGAT TTATCAATAA ACTTCCAGAA CATGTACAAA AGAATATGAC TCAATCTCAA 
    AGAGACAAAA TTAACTTAAT AAATGCATTT ATTGGTACTG GATTTGATAC AATTCTTCAG 
    ATGAATAATA TAGATTCTAG TTCAAGTTAT GGTAATCAGA ATAATGATTT CTTTAGAAGT 
    TCTCCTCCAA AAAGAAGATT ATTTGAGATT GACTCTTCAA CAAGAGGAAA CAAAATGGTG 
    ATTGATGAAA ACATGAAAGA CCCGAATTTA AGTGATCAAT CAAATAAAGA ATATGAAATG 
    TATGCCAAAT TGCTGAGTAA TATTGATACG AACCAAGGTC AAGATACTGC AATGGCCTAT 
    GTGACAGGAT GTGATTGTGA TAGATTTCCT GAAGGAGTTG CATGTCCCAT GGTGCTTTCA 
    GGAGAAGCGA ATATTGAATG TATTGGGTAT AAAGTTTGGA ATAGTGCAAG AAAAGGTGCT 
    CCATTGAGTG AGATAGCTTC AGCAATAGAT TCTGCAATTA CTTCTAAAGC AAGAAATATT 
    ATTTTGCCTT TAAAGTTTGA TACAAAGACA ATTGAAGAAA ATCGAGCAGC TCCAAGAATT 
    TTGAGGCACA TCATGAGAAG AACTTCAAGA GAGAATGGAA TACTATTTGC CTTACCAACA 
    GGAAATAATG GTAAGCAGGA GTTGGATGGA AGCTTAGACT TTCCTTGCGA CGATTTGACA 
    GGAATGTACG CTTTTTGTGT GGGTTCAATT AACAACAAAA ATGGAATGCC TTCGAGTTTT 
    TCCAATGTTC CTCAGTTAAA TAATGCAATC TATGCTAATG GTGAGGATGT TGAATCAATT 
    GGAATAAATC AACAAAGACG ATTATTTTCT GGTACCGGTA TTGCTTTAGC TCAATCAATT 
    GGTGCTTTAA ATATTATTCA AGGTATTACA AAGGATAAAA CGAGCTCATT TGACCAGCTT 
    GCTATCCTGT ACAGTGCCCC TAAAAAACTT CCATCAAGGA ATTTTTTGGA GCAGCTTTTT 
    GCAAACTCGA GTCCGATTAC ATTCAAGCCT CAACAGCAAC AACAACAATT CCAGAAACAA 
    AGCTCTAGGA ACGAGACAGG TTCTTCAGAT CCTGTTTTAA TGTTTGGTAT GGGATCTGGA 
    AACAATACAA ATGGTGCTTT AGGATCAGTA TCTCATGAAA GGATCATGAA TTCGAGTCTA 
    ATGAGTGGAA ATAGAGACAA TGATTTAGAT GCAATAATGG CCAGGATTGA GAGCATTGAA 
    AAAAGTCTTG CAAAGTCAGG TTTAGATGGT GGCACCGTTT TCAAGGGAGA ATTTCCAGTT 
    GGTGGTCCAT TTTCTTCACC TTCTGATTCC TCTACTTTCT CATCCTCTTC CACTACCACA 
    ACTACTACAA CCACCAGTCC AGTCAGCACT ACAACTTCCA ATGCTTCTAC TCTAACCAAT 
    ATAACCACAG AAATTCCTCA AATATTAAAT TATACAAACA TAAGTAGTTC CAGTACATCC 
    ACTCCTTCTA TTAGTCTCAA CACTTCTACC CCTAACATCG TAACAACTCT TCCCTCTAAC 
    ATCACAACAA ACCCTCCTTC CAGCATCACG ACAAACCCTC CTTCCAGTAT CAAAACAAAC 
    CCTCCTTCCA GCATCGTAAC GACACCTTCC TCCAACATCG CAACAAATAC TCCTTCCAAT 
    ATCACTACTA CCACCACCAC CAGTCCTTCC AGAACTCCCA GAGCCTCTAA TCCTCCTCTT 
    ACGGAAAACA AAGAAGAAGA ATATGGTCAC TATAAGGAAT CTAACTATAG TCCAGAAATA 
    ATAGGAGTTG TTCTAGATCC AAAGGAAGTA ACTGAAGTCT CCAGATTAGT TCATTCCAGT 
    AATGAACATT ATAATGAGTA CTATGATAGA TATGGAAATC ATGATACTGT TGATCACGAA 
    TATGAAAATG ACGATGGGTA CCGACAATAC TATATTGATG GAAATGAAGA CAAGAATCAC 
    AACTACGGCA ATACATTTAA TTCAGAGGAA AATATGTCAA GAAATCTTTG TTATGAAGAG 
    GAAACCAGGT TTTACAGTCC CTTAGAAATG GCTATACCCG TAGATAATAT TGAGCAGTGT 
    ATATTATCCT GTAGTAATAC CCCAGACTGT AGATACTATT CGTATGGAGC ATTCCTTAAA 
    GGCCCTGGAA GCATTATTGG GACATGTATA TTAATGCCTG ATAAACAAGG ATCGGTAGCT 
    TTACCAAACT TCCAATCTGG AGCTCTAGGA TGCCCAGTTT CTGCTAGTAT TGCTTATGCT 
    CAGGCTATGG AAGAAAGACT AATACAAGGT ATTAGTAATG CAAATGAAAA TAGTCAAAAA 
    AGTTCTTCTG CTCAAGTTAA TAACAATTTA AACTCGGATT GGCCAGGCAT ACTTTCCACC 
    TCTACTGTAG CAGTTAAAAG TATGAGTGGA TTCTTATCTA GATTTCCTCT CAACGATATA 
    CTTCAAACAA GTATTTCCTT ATATAATTCA GGATTTCTCG ATCAAAAAGG TGCTTTAAGA 
    CCAAGTGGAG CTTTTGAAAA GCAAAGTATA TTACCCCCTC CTGGAGTTGG ATCTCCACAT 
    GTAGTATGTA CCCTACAAGG TATGCAATGT TGTGTCCCAC AGAAATCTGC TAAAGGATGG 
    AGAAAAAAGC CACCAAGTTT TCTTAGAGTT GAAGATCCTT CATGCGAAGC TATTTATGTC 
    TCAAAAACAG ATATGTTCTG TGCAACCACA TCATTATATG ATAACCAGGA TATCTCTTCA 
    TCAGGATATA ATTCACTTGA TGATTTTAGA AGCCAACCCT CATTTTCATC AAATTCTTAT 
    AGTACTAATC CAAAACCTTC AGGAAGCTGT GGAATGGTTA TAATTGAAAC AAGTGAGCAT 
    CTTATTTTTC AAAACACTCT AAAAATGCCT TCTAAAGAGA TGAATAATGC ATTATGTGAA 
    TGTAAGCTGA ATAAAAGAGA TAAAAGCATA CATGGATCTG GTACTTGGGA ATACTCAGTA 
    CAAGCAGTAC AAGCTGCAAT GAGTCGCAAA GTTGAAGGAG ATCAACTTTC TTCTGGAGTT 
    GCTCAAGCTT TAGCTTGGGT AGAAGCAGTT GGGAATGATC CAAATCCAGC AGTGAATGGA 
    CTTGGTGAGC TTATTTCCCA AGTTGCTCAA AGACCAAATT CAGATGTTGA GTTAATTACT 
    CAGATACCTG CAATTAGTCA AAATGCTGTT TCTAATATGC TTTACAATCA ACAACAACAA 
    CAGATTGAAG AGCAAGAACA AATTATTAAG AAACAACAAT CTATTCAGCA ATACAATAAT 
    ATGAGATATT TATTATCTCA AAATGAAACT GATACTAATA ACGCTAACAC TCAAAGTCAA 
    TCAGATCAAT GTGTAACAAG TTGGCCAGAA AAATGTCAAA TTTGGAAATC TAAATGTGAG 
    GATAACTTAA TATATGGTTA TAAAAATCCT CAATGCGTAC CATTGACTAT TTTAGAGAAT 
    GGATGTCCAA TGAAACAGGT TGGATTCAAG GTGAATCAAA TAAATCCAGG AATTTTGAGC 
    TTCAGTTTTA AACCTATGAG ATTTTCAGAT AATTCACCAT TCAGAATTGC TTGTCAGTTT 
    TCACTCATCA AATGTACTCT AGCAAATATT AAAAGCAAAT GTAAATCAAA TGGTACTAAT 
    AACTTTAAGA AACCAAAGAA TTTGAACGGA GACGATGAAA ACAATGCAAT TAATAACATT 
    AGAAAACATT TAAATAATCA TAAAAATCAA AATAATAATA AAAATAACAA CTTATTTCAC 
    AGAAAAGACA CTAATGATAA AAGTAAAAAT AATGAACTAA AACATTTATT CAAAATTCCA 
    ATGAACTATC TTCCGTATAT TCCAAAAGAT ACAGGAGAAA GTGACGAGAA ATCTGAGAAT 
    ATTGTAGCAA AGTATATTAG AGTCCATTTT CCTCAAGCAG GAAACTTTTC AAATATGACA 
    ATGGTAAAAC TATTAAACAA AGAGACTAAG AGAGAATTTG CAGCAAAAAT GATTAATGAG 
    GAGGAAATAC CAAAAAACAA TACTATTGAG GATGTATTAA TTGACGAGAA TTCAAATTTT 
    GAGTATCTTG GTAAGGTAGA GATAGTTACT CAAGATGAAA ATGATGAGGA CTACTCAACT 
    ATTAAATATG AAAATACATC AATTATTTCT GATAGAATGG GAGTTGATAT TGAAAATAAG 
    GATGTTATTT TCAGTCATCT TATAAAGTCA AGCAACGAAA GTAAAATATA CAAAGAACCT 
    TTGCTTTTAG ATAAATATCA ACCAGATTTT ACAGGTGAAT CATTTCCTGA ATTCAAGATG 
    GAGAAAGTTG TAATTCCTAA TGAAAAAAGT ACTGAAAATG AAATATCTCA GAGTTTTAAT 
    AAAGATTACA ACTCTGAATC AAAATTAGGA ACAAACGAAA AAAAAGAAAA TTGGAATAAT 
    CACCAAAATG AAAATGGAGA TTTGGATGAA TATGAAGACT TATACTACTA TGGATTTGAA 
    AATGATTATG GAAGCAATCA TAGCAAGAAT CAAATTAGTG ACTTTATTCC TTTCATTTCA 
    ACCAATAACA AGAAAAACAA ATGGGAAGTT CAAATAAACA AATCTTCTGG AGATAATAGA 
    AATATACAAT ATAAAATAAC CAAAAAGAAT ATTCTTTTAT TTATATTTGC TTGTTATACT 
    CCTATAATTC TCATGTTTGG TTTTATTTAA

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

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