ORF » Species Summary » Salmo salar » LOC106570880 cDNA ORF clone

LOC106570880 cDNA ORF clone, Salmo salar(Atlantic salmon)

The following LOC106570880 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106570880 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
OAt46438 XM_014143447.1
Latest version!		 Salmo salar extracellular matrix protein FRAS1-like (LOC106570880), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00

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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)
    LOC106570880 ( XM_014143447.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_013998922.1 Salmo salar extracellular matrix protein FRAS1-like (LOC106570880), mRNA.
    Price & Availability↑
    CloneID OAt46438
    Clone ID Related Accession (Same CDS sequence) XM_014143447.1
    Accession Version XM_014143447.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4413bp)
    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 1442678400000
    Organism Salmo salar(Atlantic salmon)
    Product extracellular matrix protein FRAS1-like
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338124.1) 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 :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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
    ATGGCTTTAC AATGGATCCT CGTAGCCGCT TTGACTGGAA TTCTTCTCAC CGCCACTTCA 
    GAAGTACATG GAGCATGTCT CTATCAGGGA TCTCTGTTCG CGAACAACAC GTCGTGGAGA 
    CCAGACTCCT GTCAGGAGTG TACATGCTAT AGTGACATCA CCATCTGTAA ACCTGCTACC 
    TGCCTCAACC CACACTGTGA CTTCCAGAGG GGAGAGCGGT TAAGGATCCC TCCCAACCAG 
    TGTTGTCCAG AGTGCCTGCC CTCCTCCCAG GGCTCTTGTC AGCATAAAGA CGCTGTTTAT 
    GGGCATGACA GTCAGTGGAG TGTCTCTCAG TGCCAGGTGT GTGTGTGTTC TGGAGGTAGC 
    GTATCCTGTA GTCAGAGACC CTGTCCTCCT CTCAGCTGCC CCCCAGACCA GATCGCTTTC 
    ACCCCCGCCG GAGACTGCTG CCCCAAGTGT GCCCGTCATG GAGCATCCTG TTCCTGGGAG 
    GACCATGAGT ACAGGGATGG GGAAGAGTGG AGGCCCAGCC CGTGCTCTAA GTGTGTGTGT 
    GATAGCGGAC TACCTCAGTG CTATGCAGCA GAGTGTCAAC CTGTCGCCTG CCAACCGCTC 
    GATAATCTGG TGATCCAACC GGGACACTGC TGCCCACAGT GTGTCCCCAA CCCTTGCCTC 
    TCCGCTGGGA AGGAGTACAA GGTACTGTCA CTTAGTTATA CACTACATGA TCCCTTGCAG 
    GGTCAGACCA AGGTAAAGAG GGCGGGGCAG TGTTGTGACG AGTGTGTCGC CGCCAAAGGA 
    AGCTGTCTGT ACGAGCTCAC CGTGCGTTAC CACGGTGACA TGTGGAACGG CACCGGCTGC 
    GAGTTCTGCA CCTGCGAGAG GGGACAGGTC CTCTGCCAGA GAGCCCAGTG TGCTCGAGTA 
    GAATGCCCGA CGGGATCAGA GCTGGTCCAC CTAGCAGGGA AATGCTGTCC CGAGTGTCAG 
    TCCATGAAGA CTTCTTGTGT CTACCCACAT CAGTCCTCTG GGAAAGAACA GAGGCGACTA 
    GCAAACCTGG AGAGGTGGAG TGAGGGCCCC TGCAGGGAGT GTGAATGTCG TGAGGGCAGG 
    GTGACCTGCT ACCTGGCATC CTGTCCCACC TGTCCCCTGG GGATGCTGGC TGTGCCCCGC 
    CAGGGACAGT GCTGCCCAGA ATGTAAACAG GTTCAGTGCC AGAGGGACTG CATGTCTTGT 
    TCAGGGACCC CTGACCACTG TGAGAGCTGT AAGGACTCTA ACTCTCTGCT TCTGGACGGA 
    CGATGTGTGT CCATCTGTCC ACGTGGTTTC TATGCCAACG GGAAAGTGTG TGCAGCCTGC 
    CAGTCGTCCT GTGCCACATG TGAGAAGGAC TATGAATGCT CTTCCTGTGG GGGGTCCTTG 
    CTATTAAACA ACAGGCAGTG CGTGGCCACC TGTGAGCCGG GGTCCTACAA GGACCACACA 
    CAGTGCCTGA GTTGTCATGC ATCCTGTTCA GTGTGCTCAG GGCCGAGCCA GCAGGACTGT 
    GTGTGGTGTT CTGATCCGTC TCACCTCCTC AGAGATGGAC TCTGTGTCCC AGACTGTGAC 
    CCAGGCTACT ACACACAACA AGGAACCTGT TATGCGTGTG ATTCGTCCTG TGCTACCTGT 
    TACCCTGACA ACCCCAAGTG CACGAGCTGC CCCCAGGGCT CTGCTATGCA TCATGGGAAA 
    TGTATTTCCC ACTGTCCAGA ACAGCATTAC ATAGACGACC ATGGCCGCTG CAGAGCCTGT 
    CACAGCTCCT GCTGGTCCTG CTCCGGCCCC TCTGTGTCCC AGTGTACCCT CTGTTCCCAG 
    GGACTGTCCC TACACCAGGG CCAGTGTCTG GAGGCCTGCG GAGAAGGGCT GTACCACCAG 
    GAACAGACCT GCCACATCTG CCATCCATCT TGTAGGAGAT GTCTAGGTCC TCTGGCCTCT 
    GACTGTCTGA GGTGTCTCAA ACCAGAGGAG GCCCTGCTGC CGCGGAACAC TCACGCACAC 
    ACAACAACAC CACACGGAGT GTGTGTGGCC ACATGTCCCG CTCGCTTCTA CCTGGATGCT 
    CTACACACCT GCAGAGAATG CCACACTTCC TGTTTACAGT GCACTGGAAG AAGTGGTCAG 
    AACTGCACTT CTTGTACCCC GCCCTACGTC CTTTTGGAAG GCCAGTGTGT ACTCAGCTGT 
    CCCCCAGGCT TCAACATCCA GGATAACACC TGCCAAGGGT GCCACCCGTC CTGCCAGGAG 
    TGTAGCGGGC CGTCCAAGGC TGACTGTGTG TCCTGCCCAC CCCTGGCCAA ATTCCACAAC 
    GGGTACTGCA CTACCAGCTG TCCTGAGGGA GAGTTCCTAC ACCCCCAAGG ATACTGCCAG 
    GAATGCAACA GTGATTGCCT GCGCTGTGCA GCGGACCTAC AAACGGGCGT GGGCAGTGTG 
    TGTCTGTGGT GTAAGGCTGT CAGGACCCTG TTGCTAGAAG ACCACTGTGT CACCCGCTGT 
    CCCCTCGGCC ACTACCCCTG GCACGGGGCC TGCAAGAGAT GCCATGCTTC CTGTGAGGGC 
    TGTAGTGGGG AGGGGCCTCT GTCTTGTACT TCCTGTCCCG CCCCCAGCTT TCTGTTGACC 
    TCAGGGCTGT GTGCCCCCAC CTGCCCGCTG GGTTACTATG CCGAAGGAGA CAGACGCTGC 
    AGAGCGTGTG GCAGCCAGTG TCTGTCCTGT CAGCTGGGAG GAGTGTGTAC GTCGTGCCGT 
    GACCCGGGCA AGGTTCTGAT GTTCGGGGAG TGCCAGTACG ACAGCTGTGC CCATCAGTAC 
    TACCTCAACA CCACCATCCG CGCTTGCAGA GAGTGTGATT GGAGCTGTAA TGAGTGTAAG 
    GGTCCTCTGC GTACAGATTG TCTACAGTGC ATGGAAGGAC ACGTTCTTCA GGATGGACTC 
    TGCACCCAGA GCTGCTCCCC AGGGTCCTAC CAGAATGGAG AGAGATGCCT CAGTTGTGAT 
    GAACACTGTG AAGTGTGCCA TGGGCCAGGC CAGTGTGGGC GATGCCAGAC TCCTTATTCC 
    ACCCTGCAGG GCCACTGTGT GTTGGAGTGT GGGAGGACAT TCTTCCTGGA CTCCTCTCTG 
    AAGCTATGTA CACCATGCTC AGCTGACTGT GTGGAGTGTG AGGGGATGGG TCGCTGCACC 
    GTGTGCAGAC AAAACACTTA TTTAAGAGAC GGATACTGTA CCCTGGACTG TGGCCACGGT 
    TTCTATAGCG ACAAGAAGAC CAGGACTTGC CATGCTAACA GCCAGTCCCC AACCCTGCAT 
    ATCAGTGGCT CTCTGCTGGT ACCCATTGGA GGGACTAAAC CCCTGGACTC AACCATACTC 
    TCTGCCCAGG ATCAAGACAG CCCCCCAGAG AGCTTGGTCT TCCAGCTGCT GCAGCCCCCT 
    GCTACAGGCC GTATGGTTGT CCTAGAGGGG GGCAGGGAGA TAGAGATGTC CCGAGACGAC 
    ACCTTCTCCT GGGCACAGCT ACAGAGCAGA CAGGTCCGCT ACACTCACGA CAAGGACCAG 
    GCCAAGAGTG GACAGTTCAC CCTGCGTGTA GCTGACCCCC AGCTCTTTTC CCAACCAGAG 
    ACCATTCAGG TCCAGGCAGT GTCCATGCAG CCCCCACAGA TTCTTACCAA CAATCCTTTG 
    CTGGTGGACG GAGGGGAGAC GGCGGTCATC TCCAAGGCCG TGCTTCAGAT CGACGACCCA 
    GACAACCCTC AGGATGTCCT GGTCATGGTT CTGGACCCGC CCCAACATGG CCGCCTAACC 
    CGTCTCAATG GCGACCTGGC GCTAAGCCAG TTCAAAATGG AGGAGTTGTC ACGGGAACAG 
    GTGCAGTATG TCCATGATGG GTCGCCGGGG CAACGGGACA GGATGCTGCT ACAGGTCAAC 
    GATGGAAACA GCTACCAGAA CATTCTAATG CAGATCACCA TTACTCAGAA GCTTACCCAG 
    GCTCCTCATG TTCTGTCGGT GCCCGTCACG TGGGTGAGAG AGGGAGGCAT GGTACAGCTG 
    GGGAAGAGGT ATCTGAGGAC AGAGTATCAG GGTGCCAGTG ATGACCAGAT CATTTACACC 
    ATAGTGAGCT CCAAAGGAAG CCCCAAATAC GGTGAAGTGC TGTTGGTGCC AATGCCAGCC 
    GACGGTCCGT TGGAAGGTTG GCAGCCCTCG CCCGACGACA GGAGCTCTAC CCCCACCTCC 
    TCCTTCACTC AGCAGGATGT GAATGAGGGC ACTGTGTGGT ACAAACACTT TGGCACTGCC 
    GGCTTGACGG AAGGAGACAC CTTCCTGTTC CAGGTGAGTG GTGGTTGTGT GCCCATTGTC 
    CACCTACCCA TCTACCTGTC TGCCAAGCTG GCCTGTCTGC CTGCCCGCCT CAGGCTCACT 
    GGGTATAAGC TCACAAACAA TCTTTCCACG GTCCGTTTTG CTTTCCTCCT GCATGCTCTT 
    TTCTTTCTTC CTGTCTTCTA TGGCTTTTTT TGA

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

    RefSeq XP_013998922.1
    CDS525..4937
    Translation

    Target ORF information:

    RefSeq Version XM_014143447.1
    Organism Salmo salar(Atlantic salmon)
    Definition Salmo salar extracellular matrix protein FRAS1-like (LOC106570880), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_014143447.1

    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
    ATGGCTTTAC AATGGATCCT CGTAGCCGCT TTGACTGGAA TTCTTCTCAC CGCCACTTCA 
    GAAGTACATG GAGCATGTCT CTATCAGGGA TCTCTGTTCG CGAACAACAC GTCGTGGAGA 
    CCAGACTCCT GTCAGGAGTG TACATGCTAT AGTGACATCA CCATCTGTAA ACCTGCTACC 
    TGCCTCAACC CACACTGTGA CTTCCAGAGG GGAGAGCGGT TAAGGATCCC TCCCAACCAG 
    TGTTGTCCAG AGTGCCTGCC CTCCTCCCAG GGCTCTTGTC AGCATAAAGA CGCTGTTTAT 
    GGGCATGACA GTCAGTGGAG TGTCTCTCAG TGCCAGGTGT GTGTGTGTTC TGGAGGTAGC 
    GTATCCTGTA GTCAGAGACC CTGTCCTCCT CTCAGCTGCC CCCCAGACCA GATCGCTTTC 
    ACCCCCGCCG GAGACTGCTG CCCCAAGTGT GCCCGTCATG GAGCATCCTG TTCCTGGGAG 
    GACCATGAGT ACAGGGATGG GGAAGAGTGG AGGCCCAGCC CGTGCTCTAA GTGTGTGTGT 
    GATAGCGGAC TACCTCAGTG CTATGCAGCA GAGTGTCAAC CTGTCGCCTG CCAACCGCTC 
    GATAATCTGG TGATCCAACC GGGACACTGC TGCCCACAGT GTGTCCCCAA CCCTTGCCTC 
    TCCGCTGGGA AGGAGTACAA GGTACTGTCA CTTAGTTATA CACTACATGA TCCCTTGCAG 
    GGTCAGACCA AGGTAAAGAG GGCGGGGCAG TGTTGTGACG AGTGTGTCGC CGCCAAAGGA 
    AGCTGTCTGT ACGAGCTCAC CGTGCGTTAC CACGGTGACA TGTGGAACGG CACCGGCTGC 
    GAGTTCTGCA CCTGCGAGAG GGGACAGGTC CTCTGCCAGA GAGCCCAGTG TGCTCGAGTA 
    GAATGCCCGA CGGGATCAGA GCTGGTCCAC CTAGCAGGGA AATGCTGTCC CGAGTGTCAG 
    TCCATGAAGA CTTCTTGTGT CTACCCACAT CAGTCCTCTG GGAAAGAACA GAGGCGACTA 
    GCAAACCTGG AGAGGTGGAG TGAGGGCCCC TGCAGGGAGT GTGAATGTCG TGAGGGCAGG 
    GTGACCTGCT ACCTGGCATC CTGTCCCACC TGTCCCCTGG GGATGCTGGC TGTGCCCCGC 
    CAGGGACAGT GCTGCCCAGA ATGTAAACAG GTTCAGTGCC AGAGGGACTG CATGTCTTGT 
    TCAGGGACCC CTGACCACTG TGAGAGCTGT AAGGACTCTA ACTCTCTGCT TCTGGACGGA 
    CGATGTGTGT CCATCTGTCC ACGTGGTTTC TATGCCAACG GGAAAGTGTG TGCAGCCTGC 
    CAGTCGTCCT GTGCCACATG TGAGAAGGAC TATGAATGCT CTTCCTGTGG GGGGTCCTTG 
    CTATTAAACA ACAGGCAGTG CGTGGCCACC TGTGAGCCGG GGTCCTACAA GGACCACACA 
    CAGTGCCTGA GTTGTCATGC ATCCTGTTCA GTGTGCTCAG GGCCGAGCCA GCAGGACTGT 
    GTGTGGTGTT CTGATCCGTC TCACCTCCTC AGAGATGGAC TCTGTGTCCC AGACTGTGAC 
    CCAGGCTACT ACACACAACA AGGAACCTGT TATGCGTGTG ATTCGTCCTG TGCTACCTGT 
    TACCCTGACA ACCCCAAGTG CACGAGCTGC CCCCAGGGCT CTGCTATGCA TCATGGGAAA 
    TGTATTTCCC ACTGTCCAGA ACAGCATTAC ATAGACGACC ATGGCCGCTG CAGAGCCTGT 
    CACAGCTCCT GCTGGTCCTG CTCCGGCCCC TCTGTGTCCC AGTGTACCCT CTGTTCCCAG 
    GGACTGTCCC TACACCAGGG CCAGTGTCTG GAGGCCTGCG GAGAAGGGCT GTACCACCAG 
    GAACAGACCT GCCACATCTG CCATCCATCT TGTAGGAGAT GTCTAGGTCC TCTGGCCTCT 
    GACTGTCTGA GGTGTCTCAA ACCAGAGGAG GCCCTGCTGC CGCGGAACAC TCACGCACAC 
    ACAACAACAC CACACGGAGT GTGTGTGGCC ACATGTCCCG CTCGCTTCTA CCTGGATGCT 
    CTACACACCT GCAGAGAATG CCACACTTCC TGTTTACAGT GCACTGGAAG AAGTGGTCAG 
    AACTGCACTT CTTGTACCCC GCCCTACGTC CTTTTGGAAG GCCAGTGTGT ACTCAGCTGT 
    CCCCCAGGCT TCAACATCCA GGATAACACC TGCCAAGGGT GCCACCCGTC CTGCCAGGAG 
    TGTAGCGGGC CGTCCAAGGC TGACTGTGTG TCCTGCCCAC CCCTGGCCAA ATTCCACAAC 
    GGGTACTGCA CTACCAGCTG TCCTGAGGGA GAGTTCCTAC ACCCCCAAGG ATACTGCCAG 
    GAATGCAACA GTGATTGCCT GCGCTGTGCA GCGGACCTAC AAACGGGCGT GGGCAGTGTG 
    TGTCTGTGGT GTAAGGCTGT CAGGACCCTG TTGCTAGAAG ACCACTGTGT CACCCGCTGT 
    CCCCTCGGCC ACTACCCCTG GCACGGGGCC TGCAAGAGAT GCCATGCTTC CTGTGAGGGC 
    TGTAGTGGGG AGGGGCCTCT GTCTTGTACT TCCTGTCCCG CCCCCAGCTT TCTGTTGACC 
    TCAGGGCTGT GTGCCCCCAC CTGCCCGCTG GGTTACTATG CCGAAGGAGA CAGACGCTGC 
    AGAGCGTGTG GCAGCCAGTG TCTGTCCTGT CAGCTGGGAG GAGTGTGTAC GTCGTGCCGT 
    GACCCGGGCA AGGTTCTGAT GTTCGGGGAG TGCCAGTACG ACAGCTGTGC CCATCAGTAC 
    TACCTCAACA CCACCATCCG CGCTTGCAGA GAGTGTGATT GGAGCTGTAA TGAGTGTAAG 
    GGTCCTCTGC GTACAGATTG TCTACAGTGC ATGGAAGGAC ACGTTCTTCA GGATGGACTC 
    TGCACCCAGA GCTGCTCCCC AGGGTCCTAC CAGAATGGAG AGAGATGCCT CAGTTGTGAT 
    GAACACTGTG AAGTGTGCCA TGGGCCAGGC CAGTGTGGGC GATGCCAGAC TCCTTATTCC 
    ACCCTGCAGG GCCACTGTGT GTTGGAGTGT GGGAGGACAT TCTTCCTGGA CTCCTCTCTG 
    AAGCTATGTA CACCATGCTC AGCTGACTGT GTGGAGTGTG AGGGGATGGG TCGCTGCACC 
    GTGTGCAGAC AAAACACTTA TTTAAGAGAC GGATACTGTA CCCTGGACTG TGGCCACGGT 
    TTCTATAGCG ACAAGAAGAC CAGGACTTGC CATGCTAACA GCCAGTCCCC AACCCTGCAT 
    ATCAGTGGCT CTCTGCTGGT ACCCATTGGA GGGACTAAAC CCCTGGACTC AACCATACTC 
    TCTGCCCAGG ATCAAGACAG CCCCCCAGAG AGCTTGGTCT TCCAGCTGCT GCAGCCCCCT 
    GCTACAGGCC GTATGGTTGT CCTAGAGGGG GGCAGGGAGA TAGAGATGTC CCGAGACGAC 
    ACCTTCTCCT GGGCACAGCT ACAGAGCAGA CAGGTCCGCT ACACTCACGA CAAGGACCAG 
    GCCAAGAGTG GACAGTTCAC CCTGCGTGTA GCTGACCCCC AGCTCTTTTC CCAACCAGAG 
    ACCATTCAGG TCCAGGCAGT GTCCATGCAG CCCCCACAGA TTCTTACCAA CAATCCTTTG 
    CTGGTGGACG GAGGGGAGAC GGCGGTCATC TCCAAGGCCG TGCTTCAGAT CGACGACCCA 
    GACAACCCTC AGGATGTCCT GGTCATGGTT CTGGACCCGC CCCAACATGG CCGCCTAACC 
    CGTCTCAATG GCGACCTGGC GCTAAGCCAG TTCAAAATGG AGGAGTTGTC ACGGGAACAG 
    GTGCAGTATG TCCATGATGG GTCGCCGGGG CAACGGGACA GGATGCTGCT ACAGGTCAAC 
    GATGGAAACA GCTACCAGAA CATTCTAATG CAGATCACCA TTACTCAGAA GCTTACCCAG 
    GCTCCTCATG TTCTGTCGGT GCCCGTCACG TGGGTGAGAG AGGGAGGCAT GGTACAGCTG 
    GGGAAGAGGT ATCTGAGGAC AGAGTATCAG GGTGCCAGTG ATGACCAGAT CATTTACACC 
    ATAGTGAGCT CCAAAGGAAG CCCCAAATAC GGTGAAGTGC TGTTGGTGCC AATGCCAGCC 
    GACGGTCCGT TGGAAGGTTG GCAGCCCTCG CCCGACGACA GGAGCTCTAC CCCCACCTCC 
    TCCTTCACTC AGCAGGATGT GAATGAGGGC ACTGTGTGGT ACAAACACTT TGGCACTGCC 
    GGCTTGACGG AAGGAGACAC CTTCCTGTTC CAGGTGAGTG GTGGTTGTGT GCCCATTGTC 
    CACCTACCCA TCTACCTGTC TGCCAAGCTG GCCTGTCTGC CTGCCCGCCT CAGGCTCACT 
    GGGTATAAGC TCACAAACAA TCTTTCCACG GTCCGTTTTG CTTTCCTCCT GCATGCTCTT 
    TTCTTTCTTC CTGTCTTCTA TGGCTTTTTT TGA

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

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