Ddx60 cDNA ORF clone, Rattus norvegicus(Norway rat)

The following Ddx60 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ddx60 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
ORa21976 XM_006227050.3
Latest version!
Rattus norvegicus DEXD/H-box helicase 60 (Ddx60), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $951.30
$1359.00
ORa58968 XM_017600406.1
Latest version!
Rattus norvegicus DEXD/H-box helicase 60 (Ddx60), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $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)
    CloneID ORa21976
    Clone ID Related Accession (Same CDS sequence) XM_006227050.3
    Accession Version XM_006227050.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5127bp)
    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 2016-07-25
    Organism Rattus norvegicus(Norway rat)
    Product probable ATP-dependent RNA helicase DDX60 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_001084927.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_006227050.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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##

    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
    ATGGAAAAAC AATGCACAAT GTTTTTAGAA ATAATGTCAC AATTAATCTT GGAAAATATA 
    CCAAGAGCTG CCTATTCCAG CTTACTCAAT GATTTTGTTG AATCTGAGTT CTTTCTGATT
    GATGGTGACT CCTTGCTCCT CACATGCGTG TGTGAGATGT CACTTGAGCC AGGACAGAGT
    CTCCATTTCT TCTACCTGGT TGAACGCTAC CTGCTGGATG TTACGAGCAA AGGAGGGCAA
    TTTGCCATCG TTTTCTTCAA GGATGCTGAA TATGCATACT TCAGTGTCCC AGAACTTCTT
    ACACTGAGAA CTTCTTTAAT TCTGCATCTT CAGAAGAATA CCACCATTGA AGTTTGGACT
    ACGTTTTCTA ACTGCTTGTC AGAAGAGTGG AGTATTTGCT TGAATCAGAG CTGCCCATAT
    TTCTTGATAG TGGCTGACGA AGGCCTAGAC TACCTGCAAA CGCATCTTTT AAACTTTGTA
    GTCATTCAGG CTTGGGCAGC AAAGGTCAAT GTTGTGCTCT TCTCAGGGCA AACATCTGAC
    ATCCTTCGTC TTTACGCATA CTTTATGCAA AGCTCGTACA AAAAACAGAT GTTTTTCAAG
    AAGAATGAAG GAACGATTAT GAATGTTTAC AAAGCCCTGA TTGAACAGTT GGAAAAATAC
    AGAGATAGGG CTTTAACACC TCTGTTTGGA GATTTAAAAT TCAATGATAT GGAAAAAGAG
    GTATCTGAAA TTGTATCTTT GCTGAAGCAA CTCTGGCCAG AAGGATCTGA CATCCAACGT
    GTCTTTTGTG TCACCTCATG TTCTCTCTTC TTGGAAATGT ACCACAGCTA CTTAGAAAAC
    AGAGAGAAGA GAGCATCCAC AGAGACATCC GAAGTCACAC AGAAACCAGA TAATTGCTTA
    ACCCTGAAGG ACGTGGAAGA CTTTTGTAAG CTACATTGCC TCAGTGTGGC TTTTCAGCTC
    CATTTACCTC TCTCCCAGAG AGCTCGCTCA AGATTCATCA CTTCGAATTG GATTCAGGAC
    CTCGAGACTG TCTTAAAAAT GAAAAAGTGG TGCGAGTATT TCACCCTAAG TAATGTGGAT
    ATATTTGAAT TTTGGAGCCT CGATTTACTT CACGTTTCTG ACTTAAGTGA TGAGCCTTTG
    TTGAAGAATA TTGCTTTTTA CTATGAATAT GAAAATAAAG GAGGAATAGA ACTTGAGTTA
    GGCGATGTCA TCATGAAAGA GTATATACAT CTCTGGGACA CTGTGTCAAA GTTAGTCAAA
    AAGTTTGATG TGGGAAAACC AACTCCTCTG AGAACAACAA AAGTTCATTT TATTGAAAAG
    ACACTGTCGC CAATCAAAGA AAGTTCCCAG GAGATGATGC CAAATTTAGG TTTCATTCCA
    ATATCATGTA ATTTAGTTGA TGAGTTTACT AGAGACATTT TGAAAGACTT GCCTTTCCTA
    AAGAGTGATG ACCCCATTGT TACGTCACTG GTTAAGCATA AGGAATTTGA TGAACTTGTG
    CACTGGCATT CCCACAGACC CCTGAGTGAT GATTATGACA GGAGAAAGGT CACTTTTGAT
    GACAAAAGAG ACCCCCGCTA TCTTAGAGGT TTGCAGAAGT ATCATTATTT TCAACGATTT
    TATGGGAGCT CATTAGAATC AATCACTTCA AAGACCATCA TCACTGAAGG CCCTAAGCCA
    AAGAAGGATT GTATTAAGTC TAAGAGAACA AAGGCGCATG AAACCAAGGC TGAATTAATT
    GTAAGAGAGA ATAAAAAGAG ATTAATTGTT GAGGAAGAAC AAAAAGAAGG GCAAAAATGG
    AGTGCCCTGT CATTTTCTAT CGAGGAGGAG ATGAGAAGGA ATTTAAATTC TGGAATAAAG
    AAGCTGGAAG AGTTCTTGAA ATCATGTAAA AGTAGCTCAG TGAAAACTCA GGCTGAGAGG
    GTTGGGCTAC AGGCTTGCTT GAAAGCCTGG AAGGAACACT GCCGAGCTGA AGGTGAAGCC
    ACAAAAGACT TCAACATAGC TGTCAACATG ATGAAGAGGA TCCACTCCTT GTTGGAAAAA
    CACTCTGAAC TTCTGCAAGA AGCAGATCAA AAACTTATAG CCAGATGTCT TACGTATTTA
    GGGTTTTATG AGCTTGCAGA TTCTTTATGT CCAACCCAGG AAGCAGCAGA TGACGTAAAG
    ATGACGAAAA AGAAATACTC AGTTGGGATT GGGCCAGCTC GGTTCCAACT ACAGTATATG
    GGTCACTATC TGATACGAGA AGAAAGGAAA GACCCAGACC CCAGGGTCCA AGACTTTATT
    CCTGACACGT GGCAGCGAGA GCTCCTGGAT GTGGTGGATA ACTATGAGTC TGCAGTGATT
    GTCGCCCCAA CATCGTCTGG CAAAACTTAT GCTTCCTACT ACTGCATGGA AAAAGTGCTG
    AAAGAGAGTA ATGAAGGCGT GGTTGTGTAT GTTGCACCAA CAAAGGCTCT TGTTAATCAA
    GTGGCAGCAA CAGTTCAAAA TCGTTACACC AAAAATATGC CAGCTGGTGA AGTTCTCTGT
    GGTGTTTTTA CTAGCGATTA TCATCATGAA GCCCTCAACT CTCAGGTGCT TATTACCATG
    CCTGCCTGCT TTGAAATTCT GCTACTAGCT CCTCATCGGC AAAACTGGGT GAAGAGGATC
    AGATACGTTA TATTTGATGA GGTCCATTGT ATTGGTGGAG AAATTAGAGC AGAAATCTGG
    GAGCATCTCC TTGTCATGAT CCGATGTCCC TTTTTGGCCC TTTCAGCTAC CATTAGTAAC
    CCTCAGCATC TCACTGAGTG GCTCCAGTCA GTAAAGAGGT ACTGGAAACA AATAGACAGT
    ACCATGGAAC AAGGATCTGT TTCCCAAAGA AATGCTGCCA CGTGTAGCAG CTATCACAAA
    GACCGAGTGC AAGCCAGACA GTCCTACAAA GTTAGACTTG TGCTCTATGA AGAGAGATAT
    AATGATCTAG AGAAGTATTT GTGTTCTGTG AGACAGGGCG ATGTTTGCTT TGATCATTTT
    CACCCATGCG CTGCACTAAC CACAGATCAC ATTGAAAAGT ATGGATTTCC TTCTGATCTT
    GCCTTGTCAC CCCGAGAAAG CATTCAGCTA TATGACACTA TGTGCCAGGT CTGGAAGAGT
    TGGCCTCAGG CCCAGAACCT ATGTCCAGAG AACTTCACTC AATTTAAGAA TAAAATAGTC
    ATTAAAATGC TGGATGCTAG AAAATATGAA GAGAGCTTAA AGGAAGAATT CACAAATTGG
    GTTAAAAATG GGAACGAGAA GGAGGCCCGA CTTGTACTGA AAAACCTGAG TCCTGATTAC
    CATGACTACT CAGGGCAGAT GCTGGACTTT TTCCCATGTC TCGTTGAGAA GCTAAGGAAG
    ATGGAGAAGT TGCCTGCAGT ATTCTTTTTA TTTAGTTTAG ATACTGTAGA AGAATGCGCT
    GAAAGTGTTT GTGAATTCCT AGAGGAAAAA CAGGAGGAGA AAAGACCTCC CAAAGCTGAT
    AAAGTAGCTT ATACCATGAC TAACAAACTT CGAAAAGTTA AAAAATCTCT GGAGAAACAA
    AAAATAGATG AAAAGGGTCA GAAATCTTCC AGAAGATTGG ATCAAAGCAT TATGTATGAA
    GCTGAACACG ATTACCTCCT GAAGAGTCTG GAGAAGAATC TAGAGATTCC CAAGGACTGC
    ACGTATGCTG ATCAGAAGGC AATAGATGAA GAGGCATTGC AGATGGTGTT TAAGCGAGTG
    AAATATGAAA GAAAAGGTGA CACGTTGAAG AAGTTGGCAA GAAGGGGCAT TGGCTATCAT
    CACAGCTCCA TGACTAACAA AGAAAAACAG TTGGTCGAAA TTCTCTTTAG GAAAGGATTC
    ATCAGGGTGG TGACAGCTAC TAGAACACTC TCTTTGGGAA TCAACATGCC CTGTAAATCT
    GTGGTTTTTG CTCAAAACTC GGTCTATCTG GATGCTTTAA ATTATAGACA GATGTCTGGC
    CGGGCCGGAA GACGAGGGCA AGACCTGCTG GGTGACGTCT ACTTCTTTGA TATTCCACTG
    CCCAAAATAG GAAAACTCAT AAAATCCAAA GTTCCTGACC TGAGAGGACA GTTTCCTCTC
    AGTATCACAC TCATCCTAAG ACTCATGCTG CTGGCTACCA AGGCAGATGA CCTAGAGGAT
    GGCAAGGCAA AGGCACTGTC AGTGCTGAAA CACTCGTTGT TATCCTTCAA ACAACCCCGA
    GCCACAGACA TGTTAAAGCT TTACTTTTTA TATTCTTTGC AGTTCCTGGT GAAAGAGGGA
    CATATAGATC AAGAAGGTAA TCCTACAGGG TTTGCTGGCC TTGTCACACA TCTACATTAC
    CATGAACCTT CTAATCTTGT GTTCGTCAGT TTTCTTGTAA AAGGCCTTTT CCATAAACTT
    TGTCAGCCAA CAAGTAAAGA TTCAAAATGC TTTTCTGAAG ATGTAATGGA GAAGCTAGTT
    TTAGTATTAG CAAATCTTTT TGGAAGAAGA TATATTCCAG CCAAGTTCCA CGAGGCTCAC
    CCTAAGTTTT ATCAATCAAA GGTGTTCCTT GATGACCTCC CCCAGGACTT CAGTGACGCC
    CTGCTTGAGT ACAACATGCA AGTGACTAGG GACTTTGCTT CCTTTCTGCT CATTGTGTCC
    CGATTGGCGG ATATGAAACA GGAGTATCAA CTCCCCTTGT CGAAAATCGA GTTCGCAGGT
    AAAGAATGTG AGGATTCACC ACTTGTGTCT CACTTGATGA GCTGCAAGGA AGGAAGGATG
    GCGGTTTCGC CCTTCGTTTG TTTGTCTGGA AACTTTGATG TGGATTTGCT TAGTCCGGGA
    GTTCCAAATC ATGTCACTCT ACACACAATT TGTATCAATC ATGCACAAGC CCCAGTGCTG
    TGGCCACACA GATTGGACAG TCAAGGAAGA AAAATGCCAC TTGATGCCTA TGCACTTGAT
    TTCTATAAGT ATGGATCCCT TGCTGGATTA GACCAGGACA ATAGGATACA TCCAAGGGAT
    GCATATAATC TGTTGAAAGA TTTTTACCTT ACCATTAAAT CTATCAGTGT CTCCTTGCGT
    GAACTGTGTG AAAATGAAGA AGACAACGTT GTTTTAGCAT TTGAACAATT GTCTAAGTCT
    TTTCATGAGA AGTTTGAATT AGTGTGA

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

    RefSeq XP_006227112.1
    CDS1160..6286
    Translation

    Target ORF information:

    RefSeq Version XM_006227050.3
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus DEXD/H-box helicase 60 (Ddx60), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_006227050.3

    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
    ATGGAAAAAC AATGCACAAT GTTTTTAGAA ATAATGTCAC AATTAATCTT GGAAAATATA 
    CCAAGAGCTG CCTATTCCAG CTTACTCAAT GATTTTGTTG AATCTGAGTT CTTTCTGATT
    GATGGTGACT CCTTGCTCCT CACATGCGTG TGTGAGATGT CACTTGAGCC AGGACAGAGT
    CTCCATTTCT TCTACCTGGT TGAACGCTAC CTGCTGGATG TTACGAGCAA AGGAGGGCAA
    TTTGCCATCG TTTTCTTCAA GGATGCTGAA TATGCATACT TCAGTGTCCC AGAACTTCTT
    ACACTGAGAA CTTCTTTAAT TCTGCATCTT CAGAAGAATA CCACCATTGA AGTTTGGACT
    ACGTTTTCTA ACTGCTTGTC AGAAGAGTGG AGTATTTGCT TGAATCAGAG CTGCCCATAT
    TTCTTGATAG TGGCTGACGA AGGCCTAGAC TACCTGCAAA CGCATCTTTT AAACTTTGTA
    GTCATTCAGG CTTGGGCAGC AAAGGTCAAT GTTGTGCTCT TCTCAGGGCA AACATCTGAC
    ATCCTTCGTC TTTACGCATA CTTTATGCAA AGCTCGTACA AAAAACAGAT GTTTTTCAAG
    AAGAATGAAG GAACGATTAT GAATGTTTAC AAAGCCCTGA TTGAACAGTT GGAAAAATAC
    AGAGATAGGG CTTTAACACC TCTGTTTGGA GATTTAAAAT TCAATGATAT GGAAAAAGAG
    GTATCTGAAA TTGTATCTTT GCTGAAGCAA CTCTGGCCAG AAGGATCTGA CATCCAACGT
    GTCTTTTGTG TCACCTCATG TTCTCTCTTC TTGGAAATGT ACCACAGCTA CTTAGAAAAC
    AGAGAGAAGA GAGCATCCAC AGAGACATCC GAAGTCACAC AGAAACCAGA TAATTGCTTA
    ACCCTGAAGG ACGTGGAAGA CTTTTGTAAG CTACATTGCC TCAGTGTGGC TTTTCAGCTC
    CATTTACCTC TCTCCCAGAG AGCTCGCTCA AGATTCATCA CTTCGAATTG GATTCAGGAC
    CTCGAGACTG TCTTAAAAAT GAAAAAGTGG TGCGAGTATT TCACCCTAAG TAATGTGGAT
    ATATTTGAAT TTTGGAGCCT CGATTTACTT CACGTTTCTG ACTTAAGTGA TGAGCCTTTG
    TTGAAGAATA TTGCTTTTTA CTATGAATAT GAAAATAAAG GAGGAATAGA ACTTGAGTTA
    GGCGATGTCA TCATGAAAGA GTATATACAT CTCTGGGACA CTGTGTCAAA GTTAGTCAAA
    AAGTTTGATG TGGGAAAACC AACTCCTCTG AGAACAACAA AAGTTCATTT TATTGAAAAG
    ACACTGTCGC CAATCAAAGA AAGTTCCCAG GAGATGATGC CAAATTTAGG TTTCATTCCA
    ATATCATGTA ATTTAGTTGA TGAGTTTACT AGAGACATTT TGAAAGACTT GCCTTTCCTA
    AAGAGTGATG ACCCCATTGT TACGTCACTG GTTAAGCATA AGGAATTTGA TGAACTTGTG
    CACTGGCATT CCCACAGACC CCTGAGTGAT GATTATGACA GGAGAAAGGT CACTTTTGAT
    GACAAAAGAG ACCCCCGCTA TCTTAGAGGT TTGCAGAAGT ATCATTATTT TCAACGATTT
    TATGGGAGCT CATTAGAATC AATCACTTCA AAGACCATCA TCACTGAAGG CCCTAAGCCA
    AAGAAGGATT GTATTAAGTC TAAGAGAACA AAGGCGCATG AAACCAAGGC TGAATTAATT
    GTAAGAGAGA ATAAAAAGAG ATTAATTGTT GAGGAAGAAC AAAAAGAAGG GCAAAAATGG
    AGTGCCCTGT CATTTTCTAT CGAGGAGGAG ATGAGAAGGA ATTTAAATTC TGGAATAAAG
    AAGCTGGAAG AGTTCTTGAA ATCATGTAAA AGTAGCTCAG TGAAAACTCA GGCTGAGAGG
    GTTGGGCTAC AGGCTTGCTT GAAAGCCTGG AAGGAACACT GCCGAGCTGA AGGTGAAGCC
    ACAAAAGACT TCAACATAGC TGTCAACATG ATGAAGAGGA TCCACTCCTT GTTGGAAAAA
    CACTCTGAAC TTCTGCAAGA AGCAGATCAA AAACTTATAG CCAGATGTCT TACGTATTTA
    GGGTTTTATG AGCTTGCAGA TTCTTTATGT CCAACCCAGG AAGCAGCAGA TGACGTAAAG
    ATGACGAAAA AGAAATACTC AGTTGGGATT GGGCCAGCTC GGTTCCAACT ACAGTATATG
    GGTCACTATC TGATACGAGA AGAAAGGAAA GACCCAGACC CCAGGGTCCA AGACTTTATT
    CCTGACACGT GGCAGCGAGA GCTCCTGGAT GTGGTGGATA ACTATGAGTC TGCAGTGATT
    GTCGCCCCAA CATCGTCTGG CAAAACTTAT GCTTCCTACT ACTGCATGGA AAAAGTGCTG
    AAAGAGAGTA ATGAAGGCGT GGTTGTGTAT GTTGCACCAA CAAAGGCTCT TGTTAATCAA
    GTGGCAGCAA CAGTTCAAAA TCGTTACACC AAAAATATGC CAGCTGGTGA AGTTCTCTGT
    GGTGTTTTTA CTAGCGATTA TCATCATGAA GCCCTCAACT CTCAGGTGCT TATTACCATG
    CCTGCCTGCT TTGAAATTCT GCTACTAGCT CCTCATCGGC AAAACTGGGT GAAGAGGATC
    AGATACGTTA TATTTGATGA GGTCCATTGT ATTGGTGGAG AAATTAGAGC AGAAATCTGG
    GAGCATCTCC TTGTCATGAT CCGATGTCCC TTTTTGGCCC TTTCAGCTAC CATTAGTAAC
    CCTCAGCATC TCACTGAGTG GCTCCAGTCA GTAAAGAGGT ACTGGAAACA AATAGACAGT
    ACCATGGAAC AAGGATCTGT TTCCCAAAGA AATGCTGCCA CGTGTAGCAG CTATCACAAA
    GACCGAGTGC AAGCCAGACA GTCCTACAAA GTTAGACTTG TGCTCTATGA AGAGAGATAT
    AATGATCTAG AGAAGTATTT GTGTTCTGTG AGACAGGGCG ATGTTTGCTT TGATCATTTT
    CACCCATGCG CTGCACTAAC CACAGATCAC ATTGAAAAGT ATGGATTTCC TTCTGATCTT
    GCCTTGTCAC CCCGAGAAAG CATTCAGCTA TATGACACTA TGTGCCAGGT CTGGAAGAGT
    TGGCCTCAGG CCCAGAACCT ATGTCCAGAG AACTTCACTC AATTTAAGAA TAAAATAGTC
    ATTAAAATGC TGGATGCTAG AAAATATGAA GAGAGCTTAA AGGAAGAATT CACAAATTGG
    GTTAAAAATG GGAACGAGAA GGAGGCCCGA CTTGTACTGA AAAACCTGAG TCCTGATTAC
    CATGACTACT CAGGGCAGAT GCTGGACTTT TTCCCATGTC TCGTTGAGAA GCTAAGGAAG
    ATGGAGAAGT TGCCTGCAGT ATTCTTTTTA TTTAGTTTAG ATACTGTAGA AGAATGCGCT
    GAAAGTGTTT GTGAATTCCT AGAGGAAAAA CAGGAGGAGA AAAGACCTCC CAAAGCTGAT
    AAAGTAGCTT ATACCATGAC TAACAAACTT CGAAAAGTTA AAAAATCTCT GGAGAAACAA
    AAAATAGATG AAAAGGGTCA GAAATCTTCC AGAAGATTGG ATCAAAGCAT TATGTATGAA
    GCTGAACACG ATTACCTCCT GAAGAGTCTG GAGAAGAATC TAGAGATTCC CAAGGACTGC
    ACGTATGCTG ATCAGAAGGC AATAGATGAA GAGGCATTGC AGATGGTGTT TAAGCGAGTG
    AAATATGAAA GAAAAGGTGA CACGTTGAAG AAGTTGGCAA GAAGGGGCAT TGGCTATCAT
    CACAGCTCCA TGACTAACAA AGAAAAACAG TTGGTCGAAA TTCTCTTTAG GAAAGGATTC
    ATCAGGGTGG TGACAGCTAC TAGAACACTC TCTTTGGGAA TCAACATGCC CTGTAAATCT
    GTGGTTTTTG CTCAAAACTC GGTCTATCTG GATGCTTTAA ATTATAGACA GATGTCTGGC
    CGGGCCGGAA GACGAGGGCA AGACCTGCTG GGTGACGTCT ACTTCTTTGA TATTCCACTG
    CCCAAAATAG GAAAACTCAT AAAATCCAAA GTTCCTGACC TGAGAGGACA GTTTCCTCTC
    AGTATCACAC TCATCCTAAG ACTCATGCTG CTGGCTACCA AGGCAGATGA CCTAGAGGAT
    GGCAAGGCAA AGGCACTGTC AGTGCTGAAA CACTCGTTGT TATCCTTCAA ACAACCCCGA
    GCCACAGACA TGTTAAAGCT TTACTTTTTA TATTCTTTGC AGTTCCTGGT GAAAGAGGGA
    CATATAGATC AAGAAGGTAA TCCTACAGGG TTTGCTGGCC TTGTCACACA TCTACATTAC
    CATGAACCTT CTAATCTTGT GTTCGTCAGT TTTCTTGTAA AAGGCCTTTT CCATAAACTT
    TGTCAGCCAA CAAGTAAAGA TTCAAAATGC TTTTCTGAAG ATGTAATGGA GAAGCTAGTT
    TTAGTATTAG CAAATCTTTT TGGAAGAAGA TATATTCCAG CCAAGTTCCA CGAGGCTCAC
    CCTAAGTTTT ATCAATCAAA GGTGTTCCTT GATGACCTCC CCCAGGACTT CAGTGACGCC
    CTGCTTGAGT ACAACATGCA AGTGACTAGG GACTTTGCTT CCTTTCTGCT CATTGTGTCC
    CGATTGGCGG ATATGAAACA GGAGTATCAA CTCCCCTTGT CGAAAATCGA GTTCGCAGGT
    AAAGAATGTG AGGATTCACC ACTTGTGTCT CACTTGATGA GCTGCAAGGA AGGAAGGATG
    GCGGTTTCGC CCTTCGTTTG TTTGTCTGGA AACTTTGATG TGGATTTGCT TAGTCCGGGA
    GTTCCAAATC ATGTCACTCT ACACACAATT TGTATCAATC ATGCACAAGC CCCAGTGCTG
    TGGCCACACA GATTGGACAG TCAAGGAAGA AAAATGCCAC TTGATGCCTA TGCACTTGAT
    TTCTATAAGT ATGGATCCCT TGCTGGATTA GACCAGGACA ATAGGATACA TCCAAGGGAT
    GCATATAATC TGTTGAAAGA TTTTTACCTT ACCATTAAAT CTATCAGTGT CTCCTTGCGT
    GAACTGTGTG AAAATGAAGA AGACAACGTT GTTTTAGCAT TTGAACAATT GTCTAAGTCT
    TTTCATGAGA AGTTTGAATT AGTGTGA

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

    CloneID ORa58968
    Clone ID Related Accession (Same CDS sequence) XM_017600406.1
    Accession Version XM_017600406.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6090bp)
    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 2016-07-25
    Organism Rattus norvegicus(Norway rat)
    Product probable ATP-dependent RNA helicase DDX60 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005115.4) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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 :: 14% 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
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    ATGTCACTTG AGCCAGGACA GAGTCTCCAT TTCTTCTACC TGGTTGAACG CTACCTGCTG 
    GATGTTACGA GCAAAGGAGG GCAATTTGCC ATCGTTTTCT TCAAGCAGCA CCACACCTGT
    TTGGGGGTCT ATGCCATCCA CTTGGACTTT GTTATAATTC AATTGTGTTG TTTTAGCTAT
    TCCAGCTTAC TCAATGATTT TGTTGAATCT GAGTTCTTTC TGATTGATGG TGACTCCTTG
    CTCCTCACAT GCGTGTGTGA GATGTCACTT GAGCCAGGAC AGAGTCTCCA TTTCTTCTAC
    CTGGTTGAAC GCTACCTGCT GGATGTTACG AGCAAAGGAG GGCAATTTGC CATCGTTTTC
    TTCAAGGATG CTGAATATGC ATACTTCAGT GTCCCAGAAC TTCTTACACT GAGAACTTCT
    TTAATTCTGC ATCTTCAGAA GAATACCACC ATTGAAGTTT GGACTATGTT TTCTAACTGC
    TTGTCAGAAG AGTGGAGTAT TTGCTTGAAT CAGAGCTGCC CATATTTCTT GATAGTGGCT
    GACGAAGGCC TAGACCACCT GCAAACACAT CTTTTAAACT TTGTAGTCAT TCAGGCTTGG
    GCAGCAAAGG TCAATGTTGT GCTTTTCTCA GGGCAAACAT CTGACATCCT TCGTCTTTAT
    GCATACTTTA TGCAAAGCTC GTACACAAAC CAGATGTTTT TTAAGAAGAA TGAAGGAACG
    ATTATGAATG TTTACAAAGC CCTGATTGAA CAGTTGGAAA AATACAGAGA TAGGGCTTTA
    ACACCTCTGT TTGGAGATTT AAAATTCAAT GATATGGAAA AAGAGGTATC TGAAATTGTA
    TCTTTGCTGA AGCAACTCTG GCCAGAAGGA TCTGACATCC GACGTGTCTT TTGTGTCACC
    TCATGTTCTC TCTTCTTGGA AATGTACCAC AGCTACTTAG AAAACAGAGA GAAGAGAGCA
    TCCACAGAGA CATCCGAAGT CACACAGCTC ATTTACCGTC TCTCCCAGAG AGCTCGCTCA
    AGATTCATCA CTTCGAATTG GATTCAGGCG ACCTCCAGCC AGACTGTCTT AAAAATGAAA
    GAGTGGTGCG AGTATTTCAC CCTAAATAAT GTGGATATAT TTGAATTTTG GAGCCTTGAT
    TTACTTCACG TTTCTGACTT AAGTGATGAG CCTTTGTTGA AGAATATTGC TTTTTACTAT
    GAATATGAAA ATAAAGGAGG CCTGGATTTG AAAGTAGGAG ATGTCATCAT GAAAGAGTAT
    ATACATCTCT GGGACACTGT GTCAAAGTTA GTCAAAAAGT TTGATGTGGG AAAACCAACT
    CCTCTGAGAA CAACAAAAGT TCATTTTATT GAAAAGACAC TGTCGCCAAT CAAAGAAAGT
    TCCCAGGAGA CGATGCCAAA TTTAGGTTTC ATTCCAATAT CATGTAATTT AGTTGATGAG
    TTTACTAGAG ACATTTTGAA AGACTTGCCT TTCCTAAAGA GTGATGATCC CATTGTTACG
    TCACTGGTTA AGCATAAGGA ATTTGATGAG CTTGTGCACT GGCATTCCCA CAGACCCCTG
    AGTGATGATT ATGACAGGAC AAAGGCCACT TTTGATGACA AAAAAGACCC CTATTATCTT
    TCACGTTTGC AGAAGTATCA TCGTTTTCAA CGATTATATG GGAGCTCATT AGAATCAGTC
    ACTTCAAAGA TGATCACAAC TGAAGGTCCT AAGCCAAAGA AGGATTGTAT TAAGTCTAAG
    AGAACAAAGG CACATAAGAC CAAGGCTGAA ATAATTGTAA GAGAGAATAA AAAGAGATTA
    ATTGCTGAGG AAGAACAAAA AGAAGGGCAA AAATGGAGTG CCCTGTCATT TTCTATCGAG
    GAGGAGATGA GAAGGAATTT AAACTCTGGA ATAAAGAAGC TGGAAGAGTT CTTGAAATCA
    TGTAAAAGTA GCTCAGTGAA AACTCAGGCT GAGAGAGTTG GGTTACAGGC TTGCTTGAAA
    GCCTGGAAGG AACATTGCCG AGCTGAAGGT AAAACCACAA AAGACTTCAA CATAGCTGTC
    AACATGATGA AGAGGATCCA CTCCTTGTTG GAAAAACAAT CTGAATTTTT GCAAGAAGCA
    GATCAAAAAC TCATAGCCAG ATGTCTTACG TATTTAGGGT TTTATGAGCT AGCAGATTCT
    TTATGTCCAA CCCAGGACAC AGCAGATGAC GTAAAGATGA CGAAAAAGAA ATACTCAGTT
    GGGATTGGGC CAGCTCGGTT CCAACTACAG TATATGGGTC ACTATCTGAT ACGAGAAGAA
    AGGAAAGACC CAGACCCCAG GGTCCAAGAC TTTATTCCTG ACACGTGGCA GCGAGAGCTC
    CTGGATGTGG TGGATAACTA TGAGTCTGCA GTGATTGTCG CCCCAACATC GTCTGGCAAA
    ACTTATGCTT CCTACTACTG CATGGAAAAA GTGCTGAAAG AGAGTAATGA AGGCGTGGTT
    GTGTATGTTG CACCAACAAA GGCTCTTGTT AATCAAGTGG CAGCAACAGT TCAAAATCGT
    TACACCAAAA ATATGCCAGG TGGTGAAGCT CTCTGTGGTG TTTTTACTAG GGACTACCGT
    CATGAAGCCC TCAACTCTCA GGTGCTTATT ACCGTGCCTG CCTGCTTTGA AATTCTGCTA
    CTAGCTCCTC ATCGGCAAAA CTGGGTGAAG AGGATCAGAT ACGTTATATT TGATGAGGTC
    CATTGTCTTG GTGGAGAAAT TGGAGCAGAA ATCTGGGAGC ATCTCCTTGT CATGATCCGA
    TGTCCCTTTT TGGCCCTTTC AGCTACCATT AGTAACCCTC AGCATCTCAC CGAGTGGCTC
    CAGTCAGTAA AGCGGTACTG GAAACAAGTA GACAGTACCA TGGAACAAGG ATCTGTTTCC
    CAAAGAAATG CTGCCACCCG TGGCAGCTAT CACAAAGACC GAGTGCAAGC CAGACAGTCA
    TACAAAGTTA GACTTGTGCT CTATGGAGAG AGATATAATG ATCTAGAGAA GTATTTGTGT
    TCGGTGAGAC AGGGCGATGT TTGCTTTGAT CATTTTCACC CATGCGCTGC ACTAACCACA
    GATCACATTG AAAAGTATGG ATTTCCTTCT GATCTTGCCT TGTCACCCCG AGAAAGCATT
    CAGCTATATG ACACTATGTG CCAGGTCTGG AAGAGTTGGC CTCAGGCCCA GAACCTATGT
    CCAGCCCAAC TTGTACTGAA AAAACTGAGT CCTGATTACC ATGACTACTC AGGGCAGATG
    CTGGACTTTT TCCCATGTCT CGTTGAGAAG CTAAGGAAGA TGGAGAAGTT GCCTGCACTA
    TTCTTTCTCA GCCAGGACCA CTCGTCCAGA AATGGCCTTG TCCGCAGTGA ACTGCACTCC
    CCCCACATCA AGCATCGACT TAGAAAATGC ACCACAGACC AATCTGATGG GAACAGTTTT
    TCCATTGAGG TTTCCTTTTC CCAAAGGACT CACACTTTAG TTGGTCAAGC TGATGCTCTT
    GTTAATCAAG TGGCAGCAAC AGTTCAAAAT CGTTACACCA AAAATATGCC AGCTGGTGAA
    GTTCTCTGTG GTGTTTTTAC TAGCGATTAT CATCATGAAG CCCTCAACTC TCAGGTGCTT
    ATTACCATGC CTGCCTGCTT TGAAATTCTG CTACTAGCTC CTCATCGGCA AAACTGGGTG
    AAGAGGATCA GATACGTTAT ATTTGATGAG TTCTCTTATA GGTCCATTGT ATTGCGGGGA
    GAAATTGGAG CAGAAATCTG GGAGCATCTC CTTGTCATGA TCCGATGTCC CTTTTTGGCC
    CTTTCAGCTA CCATTAGTAA CCCTCAGCAT CTCACCGAGT GGCTCCAGTC AGTAAAGAGG
    TACTGGAAAC AAATAGACAG TACCATGGAA CAAGGATCTG TTTCCCAAAG AAATGCTGCC
    ACGTGTAGCA GCTATCACAA AGACCGAGTG CAAGCCAGAC AGTCCTACAA AGTTAGACTT
    GTGCTCTATG AAGAGAGATA TAATGATCTA GAGAAGTATT TGTGTTCTGT GAGACAGGGC
    GATGTTTGCT TTGATCATTT TCACCCATGC GCTGCACTAA CCACAGATCA CATTGAAAAG
    TATGGATTTC CTTCTGATCT TGCCTTGTCA CCCCGAGAAA GCATTCAGCT ATATGACACT
    ATGTGCCAGG TCTGGAAGAG TTGGCCTCAG GCCCAGAACC TATGTCCAGA GAACTTCACT
    CAATTTAAGA ATAAAATAGT CATTAAAATG CTGGATGCTA GAAAATATGA AGAGAGCTTA
    AAGGAAGAAT TCACAAATTG GGTTAAAAAT GGGAACGAGA AGGAGGCCCG ACTTGTACTG
    AAAAACCTGA GTCCTGATTA CCATGACTAC TCAGGGCAGA TGCTGGACTT TTTCCCATGT
    CTCGTTGAGA AGCTAAGGAA GATGGAGAAG TTGCCTGCAG TATTCTTTTT ATTTAGTTTA
    GATACTGTAG AAGAATGCGC TGAAAGTGTT TGTGAATTCC TAGAGGAAAA ACAGGAGGAG
    AAAAGACCTC CCAAAGCTGA TAAAGTAGCT TATACCATGA CTAACAAACT TCGAAAAGTT
    AAAAAATCTC TGGAGAAACA AAAAATAGAT GAAAAGGGTC AGAAATCTTC CAGAAGATTG
    GATCAAAGCA TTATGTATGA AGCTGAACAC GATTACCTCC TGAAGAGTCT GGAGAAGAAT
    CTAGAGATTC CCAAGGACTG CACGTATGCT GATCAGAAGG CAATAGATGA AGAGGCATTG
    CAGATGGTGT TTAAGCGAGT GAAATATGAA AGAAAAGGTG ACACGTTGAA GAAGTTGGCA
    AGAAGGGGCA TTGGCTATCA TCACAGCTCC ATGACTAACA AAGAAAAACA GTTGGTCGAA
    ATTCTCTTTA GGAAAGGATT CATCAGGGTG GTGACAGCTA CTAGAACACT CTCTTTGGGA
    ATCAACATGC CCTGTAAATC TGTGGTTTTT GCTCAAAACT CGGTCTATCT GGATGCTTTA
    AATTATAGAC AGATGTCTGG CCGGGCCGGA AGACGAGGGC AAGACCTGCT GGGTGACGTC
    TACTTCTTTG ATATTCCACT GCCCAAAATA GGAAAACTCA TAAAATCCAA AGTTCCTGAC
    CTGAGAGGAC AGTTTCCTCT CAGTATCACA CTCATCCTAA GACTCATGCT GCTGGCTACC
    AAGGCAGATG ACCTAGAGGA TGGCAAGGCA AAGGTTCTGT GTCCCCTGCT TGGGCCTCTG
    TCTTCACTGC TGGCCTGGCT GAAATCAGCT CGACTGTGCT TTTATTTGGC TTTCCATGCC
    TTCAGCGTTC TCTACTTTAA AGAAAAGCCT GATGCTAAAT GGGATAAAGG GAGCAGTGAA
    CCCTGGGAAA TACTCTACAC TGCCAAGCTT TTAACTTGTG AAAAGGAATT AAAGAGACAC
    TTAAGCAGTG AAGGGAACCA ACAGCAGCTG GAAGCTAACA CAGACATAAT TCTAGAAGAG
    GGCAACGTTC TAGCCCTAGC AGGAATGACA GGGACTTCCT TTTGTACAGA TTCAAAATGC
    TTTTCTGAAG ATGTAATGGA GAAGCTGGTT TTAGTATTAG CAAATCTTTT CGGAAGAATA
    TATATTCCAG CCAAGTTTTA CGAGGTTAAC ACCAAGTTTT ATCAATCAAA GGTGTTCCTT
    GATGACCTCC CCCAGGACTT CAGTGACGCC CTGCTTGAGT ACAACATGCA AGTGACTAGG
    GACTTTGCTT CCTTTCTGCT CATTGTGTCC CGATTGGCGG ATATGAAACA GGAGTATCAA
    CTCCCCTTGT CGAAAATCGA GTTCGCAGGT AAAGAATGTG AGGATTCACC ACTTGTGTCT
    CACTTGATGA GCTGCAAGGA AGGAAGGATG GCGGTTTCGC CCTTCGTTTG TTTGTCTGGA
    AACTTTGATG TGGATTTGCT TAGTCCGGGA GTTCCAAATC ATGTCACTCT ACACACAATT
    TGTATCAATC ATGCACAAGC CCCAGTGCTG TGGCCACACA GATTGGACAG TCAAGGAAGA
    AAAATGCCAC TTGATGCCTA TGCACTTGAT TTCTATAAGT ATGGATCCCT TGCTGGATTA
    GACCAGGACA ATAGGTATGT TCTATCTTGA

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

    RefSeq XP_017455895.1
    CDS1..6090
    Translation

    Target ORF information:

    RefSeq Version XM_017600406.1
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus DEXD/H-box helicase 60 (Ddx60), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017600406.1

    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
    ATGTCACTTG AGCCAGGACA GAGTCTCCAT TTCTTCTACC TGGTTGAACG CTACCTGCTG 
    GATGTTACGA GCAAAGGAGG GCAATTTGCC ATCGTTTTCT TCAAGCAGCA CCACACCTGT
    TTGGGGGTCT ATGCCATCCA CTTGGACTTT GTTATAATTC AATTGTGTTG TTTTAGCTAT
    TCCAGCTTAC TCAATGATTT TGTTGAATCT GAGTTCTTTC TGATTGATGG TGACTCCTTG
    CTCCTCACAT GCGTGTGTGA GATGTCACTT GAGCCAGGAC AGAGTCTCCA TTTCTTCTAC
    CTGGTTGAAC GCTACCTGCT GGATGTTACG AGCAAAGGAG GGCAATTTGC CATCGTTTTC
    TTCAAGGATG CTGAATATGC ATACTTCAGT GTCCCAGAAC TTCTTACACT GAGAACTTCT
    TTAATTCTGC ATCTTCAGAA GAATACCACC ATTGAAGTTT GGACTATGTT TTCTAACTGC
    TTGTCAGAAG AGTGGAGTAT TTGCTTGAAT CAGAGCTGCC CATATTTCTT GATAGTGGCT
    GACGAAGGCC TAGACCACCT GCAAACACAT CTTTTAAACT TTGTAGTCAT TCAGGCTTGG
    GCAGCAAAGG TCAATGTTGT GCTTTTCTCA GGGCAAACAT CTGACATCCT TCGTCTTTAT
    GCATACTTTA TGCAAAGCTC GTACACAAAC CAGATGTTTT TTAAGAAGAA TGAAGGAACG
    ATTATGAATG TTTACAAAGC CCTGATTGAA CAGTTGGAAA AATACAGAGA TAGGGCTTTA
    ACACCTCTGT TTGGAGATTT AAAATTCAAT GATATGGAAA AAGAGGTATC TGAAATTGTA
    TCTTTGCTGA AGCAACTCTG GCCAGAAGGA TCTGACATCC GACGTGTCTT TTGTGTCACC
    TCATGTTCTC TCTTCTTGGA AATGTACCAC AGCTACTTAG AAAACAGAGA GAAGAGAGCA
    TCCACAGAGA CATCCGAAGT CACACAGCTC ATTTACCGTC TCTCCCAGAG AGCTCGCTCA
    AGATTCATCA CTTCGAATTG GATTCAGGCG ACCTCCAGCC AGACTGTCTT AAAAATGAAA
    GAGTGGTGCG AGTATTTCAC CCTAAATAAT GTGGATATAT TTGAATTTTG GAGCCTTGAT
    TTACTTCACG TTTCTGACTT AAGTGATGAG CCTTTGTTGA AGAATATTGC TTTTTACTAT
    GAATATGAAA ATAAAGGAGG CCTGGATTTG AAAGTAGGAG ATGTCATCAT GAAAGAGTAT
    ATACATCTCT GGGACACTGT GTCAAAGTTA GTCAAAAAGT TTGATGTGGG AAAACCAACT
    CCTCTGAGAA CAACAAAAGT TCATTTTATT GAAAAGACAC TGTCGCCAAT CAAAGAAAGT
    TCCCAGGAGA CGATGCCAAA TTTAGGTTTC ATTCCAATAT CATGTAATTT AGTTGATGAG
    TTTACTAGAG ACATTTTGAA AGACTTGCCT TTCCTAAAGA GTGATGATCC CATTGTTACG
    TCACTGGTTA AGCATAAGGA ATTTGATGAG CTTGTGCACT GGCATTCCCA CAGACCCCTG
    AGTGATGATT ATGACAGGAC AAAGGCCACT TTTGATGACA AAAAAGACCC CTATTATCTT
    TCACGTTTGC AGAAGTATCA TCGTTTTCAA CGATTATATG GGAGCTCATT AGAATCAGTC
    ACTTCAAAGA TGATCACAAC TGAAGGTCCT AAGCCAAAGA AGGATTGTAT TAAGTCTAAG
    AGAACAAAGG CACATAAGAC CAAGGCTGAA ATAATTGTAA GAGAGAATAA AAAGAGATTA
    ATTGCTGAGG AAGAACAAAA AGAAGGGCAA AAATGGAGTG CCCTGTCATT TTCTATCGAG
    GAGGAGATGA GAAGGAATTT AAACTCTGGA ATAAAGAAGC TGGAAGAGTT CTTGAAATCA
    TGTAAAAGTA GCTCAGTGAA AACTCAGGCT GAGAGAGTTG GGTTACAGGC TTGCTTGAAA
    GCCTGGAAGG AACATTGCCG AGCTGAAGGT AAAACCACAA AAGACTTCAA CATAGCTGTC
    AACATGATGA AGAGGATCCA CTCCTTGTTG GAAAAACAAT CTGAATTTTT GCAAGAAGCA
    GATCAAAAAC TCATAGCCAG ATGTCTTACG TATTTAGGGT TTTATGAGCT AGCAGATTCT
    TTATGTCCAA CCCAGGACAC AGCAGATGAC GTAAAGATGA CGAAAAAGAA ATACTCAGTT
    GGGATTGGGC CAGCTCGGTT CCAACTACAG TATATGGGTC ACTATCTGAT ACGAGAAGAA
    AGGAAAGACC CAGACCCCAG GGTCCAAGAC TTTATTCCTG ACACGTGGCA GCGAGAGCTC
    CTGGATGTGG TGGATAACTA TGAGTCTGCA GTGATTGTCG CCCCAACATC GTCTGGCAAA
    ACTTATGCTT CCTACTACTG CATGGAAAAA GTGCTGAAAG AGAGTAATGA AGGCGTGGTT
    GTGTATGTTG CACCAACAAA GGCTCTTGTT AATCAAGTGG CAGCAACAGT TCAAAATCGT
    TACACCAAAA ATATGCCAGG TGGTGAAGCT CTCTGTGGTG TTTTTACTAG GGACTACCGT
    CATGAAGCCC TCAACTCTCA GGTGCTTATT ACCGTGCCTG CCTGCTTTGA AATTCTGCTA
    CTAGCTCCTC ATCGGCAAAA CTGGGTGAAG AGGATCAGAT ACGTTATATT TGATGAGGTC
    CATTGTCTTG GTGGAGAAAT TGGAGCAGAA ATCTGGGAGC ATCTCCTTGT CATGATCCGA
    TGTCCCTTTT TGGCCCTTTC AGCTACCATT AGTAACCCTC AGCATCTCAC CGAGTGGCTC
    CAGTCAGTAA AGCGGTACTG GAAACAAGTA GACAGTACCA TGGAACAAGG ATCTGTTTCC
    CAAAGAAATG CTGCCACCCG TGGCAGCTAT CACAAAGACC GAGTGCAAGC CAGACAGTCA
    TACAAAGTTA GACTTGTGCT CTATGGAGAG AGATATAATG ATCTAGAGAA GTATTTGTGT
    TCGGTGAGAC AGGGCGATGT TTGCTTTGAT CATTTTCACC CATGCGCTGC ACTAACCACA
    GATCACATTG AAAAGTATGG ATTTCCTTCT GATCTTGCCT TGTCACCCCG AGAAAGCATT
    CAGCTATATG ACACTATGTG CCAGGTCTGG AAGAGTTGGC CTCAGGCCCA GAACCTATGT
    CCAGCCCAAC TTGTACTGAA AAAACTGAGT CCTGATTACC ATGACTACTC AGGGCAGATG
    CTGGACTTTT TCCCATGTCT CGTTGAGAAG CTAAGGAAGA TGGAGAAGTT GCCTGCACTA
    TTCTTTCTCA GCCAGGACCA CTCGTCCAGA AATGGCCTTG TCCGCAGTGA ACTGCACTCC
    CCCCACATCA AGCATCGACT TAGAAAATGC ACCACAGACC AATCTGATGG GAACAGTTTT
    TCCATTGAGG TTTCCTTTTC CCAAAGGACT CACACTTTAG TTGGTCAAGC TGATGCTCTT
    GTTAATCAAG TGGCAGCAAC AGTTCAAAAT CGTTACACCA AAAATATGCC AGCTGGTGAA
    GTTCTCTGTG GTGTTTTTAC TAGCGATTAT CATCATGAAG CCCTCAACTC TCAGGTGCTT
    ATTACCATGC CTGCCTGCTT TGAAATTCTG CTACTAGCTC CTCATCGGCA AAACTGGGTG
    AAGAGGATCA GATACGTTAT ATTTGATGAG TTCTCTTATA GGTCCATTGT ATTGCGGGGA
    GAAATTGGAG CAGAAATCTG GGAGCATCTC CTTGTCATGA TCCGATGTCC CTTTTTGGCC
    CTTTCAGCTA CCATTAGTAA CCCTCAGCAT CTCACCGAGT GGCTCCAGTC AGTAAAGAGG
    TACTGGAAAC AAATAGACAG TACCATGGAA CAAGGATCTG TTTCCCAAAG AAATGCTGCC
    ACGTGTAGCA GCTATCACAA AGACCGAGTG CAAGCCAGAC AGTCCTACAA AGTTAGACTT
    GTGCTCTATG AAGAGAGATA TAATGATCTA GAGAAGTATT TGTGTTCTGT GAGACAGGGC
    GATGTTTGCT TTGATCATTT TCACCCATGC GCTGCACTAA CCACAGATCA CATTGAAAAG
    TATGGATTTC CTTCTGATCT TGCCTTGTCA CCCCGAGAAA GCATTCAGCT ATATGACACT
    ATGTGCCAGG TCTGGAAGAG TTGGCCTCAG GCCCAGAACC TATGTCCAGA GAACTTCACT
    CAATTTAAGA ATAAAATAGT CATTAAAATG CTGGATGCTA GAAAATATGA AGAGAGCTTA
    AAGGAAGAAT TCACAAATTG GGTTAAAAAT GGGAACGAGA AGGAGGCCCG ACTTGTACTG
    AAAAACCTGA GTCCTGATTA CCATGACTAC TCAGGGCAGA TGCTGGACTT TTTCCCATGT
    CTCGTTGAGA AGCTAAGGAA GATGGAGAAG TTGCCTGCAG TATTCTTTTT ATTTAGTTTA
    GATACTGTAG AAGAATGCGC TGAAAGTGTT TGTGAATTCC TAGAGGAAAA ACAGGAGGAG
    AAAAGACCTC CCAAAGCTGA TAAAGTAGCT TATACCATGA CTAACAAACT TCGAAAAGTT
    AAAAAATCTC TGGAGAAACA AAAAATAGAT GAAAAGGGTC AGAAATCTTC CAGAAGATTG
    GATCAAAGCA TTATGTATGA AGCTGAACAC GATTACCTCC TGAAGAGTCT GGAGAAGAAT
    CTAGAGATTC CCAAGGACTG CACGTATGCT GATCAGAAGG CAATAGATGA AGAGGCATTG
    CAGATGGTGT TTAAGCGAGT GAAATATGAA AGAAAAGGTG ACACGTTGAA GAAGTTGGCA
    AGAAGGGGCA TTGGCTATCA TCACAGCTCC ATGACTAACA AAGAAAAACA GTTGGTCGAA
    ATTCTCTTTA GGAAAGGATT CATCAGGGTG GTGACAGCTA CTAGAACACT CTCTTTGGGA
    ATCAACATGC CCTGTAAATC TGTGGTTTTT GCTCAAAACT CGGTCTATCT GGATGCTTTA
    AATTATAGAC AGATGTCTGG CCGGGCCGGA AGACGAGGGC AAGACCTGCT GGGTGACGTC
    TACTTCTTTG ATATTCCACT GCCCAAAATA GGAAAACTCA TAAAATCCAA AGTTCCTGAC
    CTGAGAGGAC AGTTTCCTCT CAGTATCACA CTCATCCTAA GACTCATGCT GCTGGCTACC
    AAGGCAGATG ACCTAGAGGA TGGCAAGGCA AAGGTTCTGT GTCCCCTGCT TGGGCCTCTG
    TCTTCACTGC TGGCCTGGCT GAAATCAGCT CGACTGTGCT TTTATTTGGC TTTCCATGCC
    TTCAGCGTTC TCTACTTTAA AGAAAAGCCT GATGCTAAAT GGGATAAAGG GAGCAGTGAA
    CCCTGGGAAA TACTCTACAC TGCCAAGCTT TTAACTTGTG AAAAGGAATT AAAGAGACAC
    TTAAGCAGTG AAGGGAACCA ACAGCAGCTG GAAGCTAACA CAGACATAAT TCTAGAAGAG
    GGCAACGTTC TAGCCCTAGC AGGAATGACA GGGACTTCCT TTTGTACAGA TTCAAAATGC
    TTTTCTGAAG ATGTAATGGA GAAGCTGGTT TTAGTATTAG CAAATCTTTT CGGAAGAATA
    TATATTCCAG CCAAGTTTTA CGAGGTTAAC ACCAAGTTTT ATCAATCAAA GGTGTTCCTT
    GATGACCTCC CCCAGGACTT CAGTGACGCC CTGCTTGAGT ACAACATGCA AGTGACTAGG
    GACTTTGCTT CCTTTCTGCT CATTGTGTCC CGATTGGCGG ATATGAAACA GGAGTATCAA
    CTCCCCTTGT CGAAAATCGA GTTCGCAGGT AAAGAATGTG AGGATTCACC ACTTGTGTCT
    CACTTGATGA GCTGCAAGGA AGGAAGGATG GCGGTTTCGC CCTTCGTTTG TTTGTCTGGA
    AACTTTGATG TGGATTTGCT TAGTCCGGGA GTTCCAAATC ATGTCACTCT ACACACAATT
    TGTATCAATC ATGCACAAGC CCCAGTGCTG TGGCCACACA GATTGGACAG TCAAGGAAGA
    AAAATGCCAC TTGATGCCTA TGCACTTGAT TTCTATAAGT ATGGATCCCT TGCTGGATTA
    GACCAGGACA ATAGGTATGT TCTATCTTGA

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