LOC108719756 cDNA ORF clone, Xenopus laevis(African clawed frog)

The following LOC108719756 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108719756 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
OAf36638 XM_018268915.1
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Xenopus laevis CUB and sushi domain-containing protein 3-like (LOC108719756), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
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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)
    CloneID OAf36638
    Clone ID Related Accession (Same CDS sequence) XM_018268915.1
    Accession Version XM_018268915.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5355bp)
    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 2016-09-19
    Organism Xenopus laevis(African clawed frog)
    Product CUB and sushi domain-containing protein 3-like
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030735.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-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
    ATGGGAATTG TCCGTCAAGC AAGAATAAGA TTTATATATA CTTGTGGTGG AACATTAAAA 
    GGATTGAATG GAACTATAGA AAGCCCAGGC TTCCCATATG GTTATCCAAA TGGTGCAAAC
    TGTACATGGG TAATAGTAGG AGAAGAACAG AACAGGATTC AGATAGCCTT TCATTCATTT
    GCCTTGGAAG AAGAATATGA TTATTTATCA TTGTATGATG GACATCCTCA TCCTACAAAT
    TTTAGAACAA GGCTAACAGG ATTTCATCTT CCGCCACCTG TAACGAGTAC AGGATCAGTA
    TTTTCATTGC GCTTGACAAG TGATTTTGCT GTTAGTGCCC ATGGTTTTAA AATATTCTAC
    GAAGAGCTAC GGAGCGGGTC CTGTGGAAAT CCTGGAGTTC TGCCTAAAGG AGTCCTGTCC
    GGTACAAAGT TTGATATTGG AGATAAAGTG CGTTATAGCT GCGTGACTGG CTACATTTTA
    GATGGACATC CACAGCTCAC TTGTATTGCT AATTCTGCAA GTACCGCAAT TTGGGATTTC
    CCTGTTCCTA TGTGTAGAGC CGAAGATGCT TGTGGAGGCA CAGTTAGGGG ATCAAGTGGA
    ATTATCTCCA GCCCAAACTT TCCCAATGAA TACCATAATA ACGCGGACTG TACATGGACA
    ATAGTTACAG AACCTGGGGA TACGATATCC CTTGTTTTCA CCGATTTTCA TATGGAGGAA
    AAATATGATT ACTTAGAAAT TGAAGGATCT GACCCACCAA AAATATGGCT GTCTGGAATG
    AATGTGCCCC CTCCAGTTAT CAGCAACAAA AACTGGTTAA GGTTACACTT TGCAACAGAT
    GGAAACCACC GATATAGAGG ATTCAGTGCA CAGTATCAAG TGAAAAAGTC CATAGATTTT
    AAATCTAGAG GATTTAAATT GTTTCCAGGG AAAGACATCA GCAGCAAGTT TTCTATCTTA
    AATGAGGGAG GAATTAAACA AGCATCAAAT ATGTGTCCAG ACCCTGGGGA ACCTGAAAAT
    GGAAAAAGAA TAGGCTCTGA TTTTAGCCTT GGAGCCACAG TTCTGTTTTC TTGTGATGAA
    GACTATGTTC TTCAAGGAGA GAAAAGTGTC ACATGCCAAA GGATTGCTGA TGTCTTTGCA
    GCATGGAGTG ACCACAGACC AGTATGTAAA GTAAAAACTT GTGGATCTAG TCTTCAAGGA
    CCCAGCGGTA CATTTACATC TCCCAATTTT CCATTTCAAT ATGATAGCAA TGCTCAGTGT
    GTTTGGGTCA TTACAGCTGA AAATCCTAAT AAAGTAATTC AAATAAATTT TGAAGAATTT
    GATCTTGAAA TAGGATATGA TACACTAACA ATTGGTGATG GAGGAGAAGT TGGAGCTCCA
    AAAACAGTTT TGCAAGAGTT GACTGGAAGT TTTGTACCAG ATTTAATTGT TAGCATGAGT
    AACCAAATGT GGTTACATCT CCAGACAGAT GAAAGCATTG GATCCATTGG CTTTAAAGTT
    AACTACAAAG AAATTGAAAA AGAAAGTTGT GGTGATCCAG GATCTCCATT ATACGGTATT
    AGAGAAGGAG ATGGATTTTC TAATGGAGAT GCTCTGAGAT TTGAATGCCA GTTTGGATTT
    GAACTAATAG GCCAGAAATC AATTGTTTGT AAGGAAAACA ACCAATGGTC AGCAAATATA
    CCAATCTGCA TATTTCCTTG TCTGTCAAAT TTCACTGCTC CAATGGGAAC TGTCCTTTCT
    CCTGACTACC CAGATGGGTA TGGCAATAAT TTAAACTGCA TCTGGACAAT AATATCAGAT
    CCAGGCAGTA GGATTCATCT CTCCTTTAAT GATTTTGATT TAGAAACACA GTTTGATTTT
    CTAGCTATTA AAGATGGTGA TTCTTTGGAC TCCCCAATAT TGGGAACATT TACAGGAGCA
    GAGGTTCCAT CTCACCTTAC CAGCAACAAT CACATAATAA GATTGGAATT TCAAGCAGAT
    CATTCTATGT CTGGACGAGG ATTTAACATC ACATATAGCA CATTTGGCCA CAACGAATGT
    CCTGACCCTG GGGTACCAAT AAATGCTCGT CGCTTTGGTG ACAATTTTCA GCTGGGAAGT
    TCAGTTTCTG TTGTCTGCGA AGATGGATTT ATAAAAACAC AAGGCACTGA AACAATCACT
    TGCATTCTCA AAGATGGAAA AGTCATGTGG AGTGGACCAA TTCCAAGATG TGAAGCTCCG
    TGTGGTGGTC ACTTTTCTTC TCCCAATGGA GTAATCCTTT CACCTGGATG GCCTGGATAC
    TATAAAGACT CATTGAATTG TGAATGGGTG ATTGAAGCTG AATCAGGACG ATCTATCAAA
    ATATCATTTG AAAGATTTCA AACTGAACTT AATTACGATG TATTGGAAGT ACATGACGGA
    CCAAATTTGT TGTCTCCACT TTTGGGATCT TACAATGGCA CACAAGTTCC TCAATTTCTC
    TTTAGTAGCA TGAACCACAT TTATCTTCTC TTCACTACAG ACAACAGTCG ATCAAATAAT
    GGTTTTAAGA TACATTATGA GAGTGTGACA GTTGATACAC ATTCATGTCT AGATCCTGGA
    ATTCCAGTAC ATGGACATCG TTATGGCTAT GACTTTTCTA TTGGGTCCAC AGTTTCCTTT
    GGTTGTCAGC CAGGATATAC TCTCAGTCAT GAAGAACCTT TGTTGTGTGA AAAAAGTCAT
    TGGTGGAGCC ATCCATTGCC GAACTGTGAT GCTTTGTGCG GTGGAGACGT CAGAGGTCCA
    AGTGGAACAA TTTTGTCTCC TGGATATCCT GAGTTTTACC CAAATTCTTT AAATTGTACA
    TGGACAATTG AAGTAACTCA TGGAAAAGGA GTACAGTTCA CCTTTCATAC CTTTCATCTG
    GAAGATCTTC ATGACCACCT GCTAATCACT GAAAATGGTA GTTTTACCCA GCCACTGGCA
    CGGTTGACTG GATCAGAGCT CCCTACAGCA ATCAATGCTG GTCTCTATGG GAATTTTAGA
    GCTCAGTTGC GTTTTATTTC AGATTTTTCA ATATCATATG AAGGATTTAA CATTACATTT
    TCTGAATACA ATCTTGAACC TTGTGAAGAC CCTGGAGTTC CCCAGTATGG GAAACGTTTT
    GGACACAGTT TTGGAGTAGG AGACACTATA ATGTTCACTT GTTCAGCTGG ATATCGCTTG
    GAAGGAATAT CAGAGATCAT CTGTCTTGGC GGTGGTCGGC GCGTATGGAG TGCACCTCTG
    CCAAGGTGTG TGGCTGAATG TGGAGCATCT GCAACAAGTC ATGAAGGAAT TCTGCTGTCT
    CCGAATTATC CAGTAAACTA TGAAAATAAC CATGAATGTA TTTACAGCAT CCAAGTTCAA
    GCAGGAAAAG GAATCAATAT TTCTGCCAGA ACCTTTCACT TAGCACAAGG AGATGTTCTA
    AAAATCTATG ATGGGAGAGA CAACACTGCA CACCTTATGG GAGCCTATAC AGCATCTTCT
    TTAAGAGGAC TGACTTTAAG TAGCACATCC AACCATCTGT GGTTGGAATT CAATTCTGAT
    TTTGAAGTCA CTGATGAAGG CTTTCAGTTA GTTTACACTA GCTTTGAACT CTCACACTGT
    GAAGATCCCG GTGTGCCTCA ATTTGGGTAC AAAATCAGTG ATCAGGGACA TTTTGCTGGT
    AGCACAATCA TTTATGGATG CAACCCAGGT TACACACTTC ATGGAAGCAG CTTGCTCAAA
    TGTATGACAG GAGAGAGAAG AGCATGGGAT TATCCTTTGC CATCTTGTAT TGCTGAATGT
    GGTGGTCGTT TCAAAGGTGA ATCATCTGGC AGAATATTAT CACCTGGTTA TCCTTTCCCA
    TATGACAATA ATCTACGCTG CACATGGATA ATTGAGGTGG ACTTGGGAAA TATTGTAAGC
    CTTCAGTTTC TTGCCTTCGA TACAGAGGCA TCACATGACA TACTGCGGGT TTGGGATGGA
    CCACTTGAAA ATGAAATGCT GCTGAAAGAA ATAAGCGGTT CCCTTATTCC TGAAGGGATT
    CACAGTACAC TTAACATTGT TACAATTCAA TTTGACACCG ATTTTTATAT CAGTAAATCC
    GGCTTTGCCA TTCAGTTTTC AAGTTCAGTC GCCACAGCAT GTAGAGACCC TGGAGTCCCC
    ATGAATGGAA CCAGAAATGG GGATGGTCGA GAGCCTGGGG ATACAGTTAT TTTTCAATGT
    GACACAGGTT ATGAGTTACA AGGAGAAGAA AGAATAACTT GCATACAAGT GGAAAACCGA
    TTCTTTTGGC AGCCCAGTCC TCCATCTTGT ATAGCACCAT GTGGCGGTAA CCTGACTGGG
    TCTGCTGGAT TTATTCTTTC ACCGAACTTC CCTCACCCAT ATCCTCACAG CAGAGACTGT
    GACTGGACTA TTACAGTGAA TACTGACTAT GTTATTTCCT TAGCATTTAT AAGTTTCAGC
    ATCGAGCCAA ACTATGATTT TCTTTATATT TATGATGGTC CGGATAGTAA TAGTGCACTT
    ATTGGAAGCT TCCAAGACAG TAAATTACCA GAGAGAATAG AAAGCAGTTC AAACAACATG
    CATTTGGCTT TTCGAAGTGA TGGATCAGTT AGTTTTATTG GATTTCATTT AGAATACAAA
    GCAAAATTGC GTGAATCTTG TTTCGATCCT GGAAACATCA TGAATGGGAC TCGTCTTGGA
    ATGGATTATA AACTGGGATC TACAATTACT TATTACTGTG ATGCTGGTTA TGTTCTTCAA
    GGATATTCAA CACTTACATG CATCATGGGA GATGATGGGA GACCTGGGTG GAACAGAGTC
    TTGCCCAGCT GTCATGCGCC ATGCGGCAGT CGTTCGACTG GCCCTGAGGG TACAGTTTTA
    TCACCAAATT ATCCTAAGAA CTACAGCATA GGCCACAACT GTGTATATTC TGTGGCTGTC
    CCAAAGGAGT TTGTGGTTTT TGGCCAGTTT GTGTTTTTCC AGACAACTCT ACATGACGTA
    GTTGAGGTAT ATGATGGACC AACTCAACAG TCTTCTCTCT TATCATCTCT CTCAGGATCC
    CATTCAGGGG AATCGCTTCC ACTCAGTTCT GGTAACCAGA TTATAATTAA ATTTACTTCT
    ATTGGACCTA TGACTTCGAA GGGATTTCAC TTTGTCTATC AAGCTGTTCC AAGAACAAGT
    GCCACCCAAT GTAGTTCAGT TCCAGAACCA CGGTTTGGAA AGAGAATTGG AAACGAGTTT
    GCTCTTGGTT CTGTGGTGCT GTTTGAATGC AATCCTGGGT ATATTCTACG TGGGTCAATA
    GCAATTCGAT GTGATGCAGT GCCCAATGCC TTAGCTCAGT GGAATGATTC CTTACCAACA
    TGTATAGGTA AGTAG

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

    RefSeq XP_018124404.1
    CDS1..5355
    Translation

    Target ORF information:

    RefSeq Version XM_018268915.1
    Organism Xenopus laevis(African clawed frog)
    Definition Xenopus laevis CUB and sushi domain-containing protein 3-like (LOC108719756), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018268915.1

    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
    ATGGGAATTG TCCGTCAAGC AAGAATAAGA TTTATATATA CTTGTGGTGG AACATTAAAA 
    GGATTGAATG GAACTATAGA AAGCCCAGGC TTCCCATATG GTTATCCAAA TGGTGCAAAC
    TGTACATGGG TAATAGTAGG AGAAGAACAG AACAGGATTC AGATAGCCTT TCATTCATTT
    GCCTTGGAAG AAGAATATGA TTATTTATCA TTGTATGATG GACATCCTCA TCCTACAAAT
    TTTAGAACAA GGCTAACAGG ATTTCATCTT CCGCCACCTG TAACGAGTAC AGGATCAGTA
    TTTTCATTGC GCTTGACAAG TGATTTTGCT GTTAGTGCCC ATGGTTTTAA AATATTCTAC
    GAAGAGCTAC GGAGCGGGTC CTGTGGAAAT CCTGGAGTTC TGCCTAAAGG AGTCCTGTCC
    GGTACAAAGT TTGATATTGG AGATAAAGTG CGTTATAGCT GCGTGACTGG CTACATTTTA
    GATGGACATC CACAGCTCAC TTGTATTGCT AATTCTGCAA GTACCGCAAT TTGGGATTTC
    CCTGTTCCTA TGTGTAGAGC CGAAGATGCT TGTGGAGGCA CAGTTAGGGG ATCAAGTGGA
    ATTATCTCCA GCCCAAACTT TCCCAATGAA TACCATAATA ACGCGGACTG TACATGGACA
    ATAGTTACAG AACCTGGGGA TACGATATCC CTTGTTTTCA CCGATTTTCA TATGGAGGAA
    AAATATGATT ACTTAGAAAT TGAAGGATCT GACCCACCAA AAATATGGCT GTCTGGAATG
    AATGTGCCCC CTCCAGTTAT CAGCAACAAA AACTGGTTAA GGTTACACTT TGCAACAGAT
    GGAAACCACC GATATAGAGG ATTCAGTGCA CAGTATCAAG TGAAAAAGTC CATAGATTTT
    AAATCTAGAG GATTTAAATT GTTTCCAGGG AAAGACATCA GCAGCAAGTT TTCTATCTTA
    AATGAGGGAG GAATTAAACA AGCATCAAAT ATGTGTCCAG ACCCTGGGGA ACCTGAAAAT
    GGAAAAAGAA TAGGCTCTGA TTTTAGCCTT GGAGCCACAG TTCTGTTTTC TTGTGATGAA
    GACTATGTTC TTCAAGGAGA GAAAAGTGTC ACATGCCAAA GGATTGCTGA TGTCTTTGCA
    GCATGGAGTG ACCACAGACC AGTATGTAAA GTAAAAACTT GTGGATCTAG TCTTCAAGGA
    CCCAGCGGTA CATTTACATC TCCCAATTTT CCATTTCAAT ATGATAGCAA TGCTCAGTGT
    GTTTGGGTCA TTACAGCTGA AAATCCTAAT AAAGTAATTC AAATAAATTT TGAAGAATTT
    GATCTTGAAA TAGGATATGA TACACTAACA ATTGGTGATG GAGGAGAAGT TGGAGCTCCA
    AAAACAGTTT TGCAAGAGTT GACTGGAAGT TTTGTACCAG ATTTAATTGT TAGCATGAGT
    AACCAAATGT GGTTACATCT CCAGACAGAT GAAAGCATTG GATCCATTGG CTTTAAAGTT
    AACTACAAAG AAATTGAAAA AGAAAGTTGT GGTGATCCAG GATCTCCATT ATACGGTATT
    AGAGAAGGAG ATGGATTTTC TAATGGAGAT GCTCTGAGAT TTGAATGCCA GTTTGGATTT
    GAACTAATAG GCCAGAAATC AATTGTTTGT AAGGAAAACA ACCAATGGTC AGCAAATATA
    CCAATCTGCA TATTTCCTTG TCTGTCAAAT TTCACTGCTC CAATGGGAAC TGTCCTTTCT
    CCTGACTACC CAGATGGGTA TGGCAATAAT TTAAACTGCA TCTGGACAAT AATATCAGAT
    CCAGGCAGTA GGATTCATCT CTCCTTTAAT GATTTTGATT TAGAAACACA GTTTGATTTT
    CTAGCTATTA AAGATGGTGA TTCTTTGGAC TCCCCAATAT TGGGAACATT TACAGGAGCA
    GAGGTTCCAT CTCACCTTAC CAGCAACAAT CACATAATAA GATTGGAATT TCAAGCAGAT
    CATTCTATGT CTGGACGAGG ATTTAACATC ACATATAGCA CATTTGGCCA CAACGAATGT
    CCTGACCCTG GGGTACCAAT AAATGCTCGT CGCTTTGGTG ACAATTTTCA GCTGGGAAGT
    TCAGTTTCTG TTGTCTGCGA AGATGGATTT ATAAAAACAC AAGGCACTGA AACAATCACT
    TGCATTCTCA AAGATGGAAA AGTCATGTGG AGTGGACCAA TTCCAAGATG TGAAGCTCCG
    TGTGGTGGTC ACTTTTCTTC TCCCAATGGA GTAATCCTTT CACCTGGATG GCCTGGATAC
    TATAAAGACT CATTGAATTG TGAATGGGTG ATTGAAGCTG AATCAGGACG ATCTATCAAA
    ATATCATTTG AAAGATTTCA AACTGAACTT AATTACGATG TATTGGAAGT ACATGACGGA
    CCAAATTTGT TGTCTCCACT TTTGGGATCT TACAATGGCA CACAAGTTCC TCAATTTCTC
    TTTAGTAGCA TGAACCACAT TTATCTTCTC TTCACTACAG ACAACAGTCG ATCAAATAAT
    GGTTTTAAGA TACATTATGA GAGTGTGACA GTTGATACAC ATTCATGTCT AGATCCTGGA
    ATTCCAGTAC ATGGACATCG TTATGGCTAT GACTTTTCTA TTGGGTCCAC AGTTTCCTTT
    GGTTGTCAGC CAGGATATAC TCTCAGTCAT GAAGAACCTT TGTTGTGTGA AAAAAGTCAT
    TGGTGGAGCC ATCCATTGCC GAACTGTGAT GCTTTGTGCG GTGGAGACGT CAGAGGTCCA
    AGTGGAACAA TTTTGTCTCC TGGATATCCT GAGTTTTACC CAAATTCTTT AAATTGTACA
    TGGACAATTG AAGTAACTCA TGGAAAAGGA GTACAGTTCA CCTTTCATAC CTTTCATCTG
    GAAGATCTTC ATGACCACCT GCTAATCACT GAAAATGGTA GTTTTACCCA GCCACTGGCA
    CGGTTGACTG GATCAGAGCT CCCTACAGCA ATCAATGCTG GTCTCTATGG GAATTTTAGA
    GCTCAGTTGC GTTTTATTTC AGATTTTTCA ATATCATATG AAGGATTTAA CATTACATTT
    TCTGAATACA ATCTTGAACC TTGTGAAGAC CCTGGAGTTC CCCAGTATGG GAAACGTTTT
    GGACACAGTT TTGGAGTAGG AGACACTATA ATGTTCACTT GTTCAGCTGG ATATCGCTTG
    GAAGGAATAT CAGAGATCAT CTGTCTTGGC GGTGGTCGGC GCGTATGGAG TGCACCTCTG
    CCAAGGTGTG TGGCTGAATG TGGAGCATCT GCAACAAGTC ATGAAGGAAT TCTGCTGTCT
    CCGAATTATC CAGTAAACTA TGAAAATAAC CATGAATGTA TTTACAGCAT CCAAGTTCAA
    GCAGGAAAAG GAATCAATAT TTCTGCCAGA ACCTTTCACT TAGCACAAGG AGATGTTCTA
    AAAATCTATG ATGGGAGAGA CAACACTGCA CACCTTATGG GAGCCTATAC AGCATCTTCT
    TTAAGAGGAC TGACTTTAAG TAGCACATCC AACCATCTGT GGTTGGAATT CAATTCTGAT
    TTTGAAGTCA CTGATGAAGG CTTTCAGTTA GTTTACACTA GCTTTGAACT CTCACACTGT
    GAAGATCCCG GTGTGCCTCA ATTTGGGTAC AAAATCAGTG ATCAGGGACA TTTTGCTGGT
    AGCACAATCA TTTATGGATG CAACCCAGGT TACACACTTC ATGGAAGCAG CTTGCTCAAA
    TGTATGACAG GAGAGAGAAG AGCATGGGAT TATCCTTTGC CATCTTGTAT TGCTGAATGT
    GGTGGTCGTT TCAAAGGTGA ATCATCTGGC AGAATATTAT CACCTGGTTA TCCTTTCCCA
    TATGACAATA ATCTACGCTG CACATGGATA ATTGAGGTGG ACTTGGGAAA TATTGTAAGC
    CTTCAGTTTC TTGCCTTCGA TACAGAGGCA TCACATGACA TACTGCGGGT TTGGGATGGA
    CCACTTGAAA ATGAAATGCT GCTGAAAGAA ATAAGCGGTT CCCTTATTCC TGAAGGGATT
    CACAGTACAC TTAACATTGT TACAATTCAA TTTGACACCG ATTTTTATAT CAGTAAATCC
    GGCTTTGCCA TTCAGTTTTC AAGTTCAGTC GCCACAGCAT GTAGAGACCC TGGAGTCCCC
    ATGAATGGAA CCAGAAATGG GGATGGTCGA GAGCCTGGGG ATACAGTTAT TTTTCAATGT
    GACACAGGTT ATGAGTTACA AGGAGAAGAA AGAATAACTT GCATACAAGT GGAAAACCGA
    TTCTTTTGGC AGCCCAGTCC TCCATCTTGT ATAGCACCAT GTGGCGGTAA CCTGACTGGG
    TCTGCTGGAT TTATTCTTTC ACCGAACTTC CCTCACCCAT ATCCTCACAG CAGAGACTGT
    GACTGGACTA TTACAGTGAA TACTGACTAT GTTATTTCCT TAGCATTTAT AAGTTTCAGC
    ATCGAGCCAA ACTATGATTT TCTTTATATT TATGATGGTC CGGATAGTAA TAGTGCACTT
    ATTGGAAGCT TCCAAGACAG TAAATTACCA GAGAGAATAG AAAGCAGTTC AAACAACATG
    CATTTGGCTT TTCGAAGTGA TGGATCAGTT AGTTTTATTG GATTTCATTT AGAATACAAA
    GCAAAATTGC GTGAATCTTG TTTCGATCCT GGAAACATCA TGAATGGGAC TCGTCTTGGA
    ATGGATTATA AACTGGGATC TACAATTACT TATTACTGTG ATGCTGGTTA TGTTCTTCAA
    GGATATTCAA CACTTACATG CATCATGGGA GATGATGGGA GACCTGGGTG GAACAGAGTC
    TTGCCCAGCT GTCATGCGCC ATGCGGCAGT CGTTCGACTG GCCCTGAGGG TACAGTTTTA
    TCACCAAATT ATCCTAAGAA CTACAGCATA GGCCACAACT GTGTATATTC TGTGGCTGTC
    CCAAAGGAGT TTGTGGTTTT TGGCCAGTTT GTGTTTTTCC AGACAACTCT ACATGACGTA
    GTTGAGGTAT ATGATGGACC AACTCAACAG TCTTCTCTCT TATCATCTCT CTCAGGATCC
    CATTCAGGGG AATCGCTTCC ACTCAGTTCT GGTAACCAGA TTATAATTAA ATTTACTTCT
    ATTGGACCTA TGACTTCGAA GGGATTTCAC TTTGTCTATC AAGCTGTTCC AAGAACAAGT
    GCCACCCAAT GTAGTTCAGT TCCAGAACCA CGGTTTGGAA AGAGAATTGG AAACGAGTTT
    GCTCTTGGTT CTGTGGTGCT GTTTGAATGC AATCCTGGGT ATATTCTACG TGGGTCAATA
    GCAATTCGAT GTGATGCAGT GCCCAATGCC TTAGCTCAGT GGAATGATTC CTTACCAACA
    TGTATAGGTA AGTAG

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