parp14.2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following parp14.2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the parp14.2 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
OXa19031 XM_002942598.5
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Xenopus tropicalis poly (ADP-ribose) polymerase family, member 14, gene 2 (parp14.2), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
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OXa19031 XM_002942598.4 Xenopus tropicalis poly (ADP-ribose) polymerase family, member 14, gene 2 (parp14.2), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $1021.30
$1459.00
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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 OXa19031
    Clone ID Related Accession (Same CDS sequence) XM_002942598.5 , XM_002942598.4
    Accession Version XM_002942598.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5550bp)
    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 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product protein mono-ADP-ribosyltransferase PARP14
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002942598.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 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
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    ATGGGGGAAC CAAGTACATT CCAGTTCCCT GTGGCCCTTC AGTGGGATCT GGGGCCTGAG 
    AAACTGAAGG AGGTGAAGAA CAAACTGCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAC
    GGAGGGGAGT GTGTGATCAG GGACCCCGAC TGCACCCCCA GATATGTCCT CATCCACTTC
    AGCCAAGAAA CAGTGCGAGA CCGAGTTCTC CAGAAACAAA CCCATGAGCT GAGCTTGCCC
    GGGGGGCAAA AGTTAAAGCT GAATATCAGT TTGCCAGAGG CGGGGAGGCC AAATGTCAGC
    AAAGCAGAGG AAAGTCCAGC CAAGGGCTCC GCAGTAAGGG AACCTAAAGC TAAAAAGGCT
    CGATTGAAGG AATCTCCAGC CAAGGAACCA GCAGTTCCAC TCAATGAACC TTCAGCCAAG
    GAAACCTCAG CCAAGAAGAC TCAAGCCCAG GAACCTCCAG CTGGATCCAA AGACACAGAA
    AATCAACAGG AACCAGGTTC TGCAGCACCA GATGTAAAAT CAGAGAAAGC AAATAGTACG
    GTCCATGGCA CCCCGAACTC CATGGTTCTG ATTGAGAATC TCCAAGAATC CTACACTGCT
    GAAATGTTGA ACCTCCTGGT GGAGAAAGAC AGTGGCAAAG CTGAGGGCCA AGACTTCTAT
    GTGGAGATGA TCCCTGAGAT CCACTCTGCT GTGGTCACTT TTACATGTGA CATAGATATC
    CCCACTTTTA TTGGGAAACT CACCAGAAAT CACAGGGTTA AGAAACAGAA GAAACTAACA
    GTTAAAGTTC TGGAGGAAAC TAAAAGTATC CGGGTCGAGA ATCTGCCCCC CGACATGTCT
    GACGACCTCC TGGAGATTTA CTTTGAGAAC CCGCGGTACG GAGGGGGGGA GGTACAGGAG
    GTGGAGCTGA TACCAGAAGA GAACACTGCA ATAATAACGT TCCATAATAT AGAAGATGCA
    AAGAGAGTGT TGGGGAAGCA GCATGTGTTT AGGAAGCAGC CAATATCAGT GTATCCGTAT
    TATGAGTCCC TGGGTTTAAC TCTATATGGG GAGAAGGGAC CTTGTGTAAC ATTACCTGAA
    CCCCTGGAGG TGCCAGTCAG TCCGTATGTA CTGGAATTCA TACTGGGAGA CCCACAGATA
    AAAGGCGACA TAGACAAGAA GATGGCAGAT AAGAACTGTG AGATGACATG GCCAGATCCA
    AACTGCCCCA ATCCCAACAT TAAACTGTCC ATCCCCAGCT CCATATCATC TCATCTCAGG
    ACTGTGGCAA AGATTGTACG GACATGGAGA GATCAGGTTT CTACAGAATT CTCCCTTATT
    ATTTCCAAGT TCAAAGATGC AGAGTACGAT GTGATTCCAC CAGTTTGGGA AGCCATCAAA
    AGAGAAGCCA GCAGCTCCTC ATATGGGGGG GTTTTGGTCA AACCAGACCT TGCCAAACAC
    AAAGTCTTCC TTGCAGGACT CTCCAAGGTT ATGACTAAGG TTGAGAAAAA TTTCAGGGAC
    CTGGTAGAAA ATACCACCAG GCGGATTGAT AGACAAAACC GCAGTATGGA AATGTCTGAG
    CCACTGGCCC CTGCTCTCTA TGAAATAATG TGCAAAACTG GGCAGATGGA AACTATCCAG
    TCACAGTCTC CAGAGCTCAG AATTGAGTAT GATGTGCCAA CCAGGAACCT CAAGCTCTAT
    GGAGTCAAAG AAGAAGTTCT CTCTGCCAAA TGTGAAATAC TCAAAGAAAC ACAACAACTG
    AAATCTAAAC CCCTCCCACT GGATCCCCAC ATCATCCATT TCTTGGGTTT TACTGATAAT
    GATGAGTTGT CCTGTCTCTT CCTCACACGG CACAATATTA ATGCGATGTT TCAGACTGAG
    GGTAAATCAG TTACACTGAC CGGACTCTCC ATGAAAGATC TGTCAGAGGC AGAAGCACAG
    ATGGGCCAAG AGTTAGTCTG TAAGCAACTT ACTGTAGAAG ACAAGATGAT TATCAAGGGC
    CCTGAGTGGA GAAGTCTCCA TACTCATTTG TGTGAATTAT TTAACTCAGA GAAATGCACG
    GTTGTGATTG AGGAGTTTCC CCGAGGGGCA GAGAATCAGG TGGTTATTGC TGGTCTGGCT
    CCCAGTGTAG GGAAAGCTTC CCAACAGATC CATGACTTTC TGGAGAGGAA CACTCCCATA
    CAGAAGGACA TTCCCGTCAC ATCGGCAGCC GTTATACAGT TTATTAAAGA AGAAAAGCAG
    GATACTTGTA TGGAAATAAA AAAGAAAAAT GTAAGTGTTA CCTTAAAGAG GAAATCTATT
    GCCCTGAGTG GATCCAAACT GTATGTTCAA GAGGCAGCCG CCCTTATAGA AAGGGTTCTC
    TCTTCACTAC ACACCAATGT TCTGCGCATT AAAAAGCCGG GAGCCAAGAA GTTCTGGATA
    AAGAATGAGG AAATGTATGT TAGTACAGCA AAGAATAAGT TTCAGTGCTT GGTTCACTTC
    CAGAAGGATG GAGAAGACAT TACTACTAGT CTGGTGGATC TCAGTGAACC TCACTGCCAA
    GTAGACTTGC CACAAAGAGT GACCATTGCA GTCTATAAGG ATGACCTGAC CCGTCACCGC
    GTTGATGTTG TAGTTAATGC AGCCAGGGAA GATCTGAAGC ACACTGAGGG GCTGGCATTG
    GCCCTACTGA ATGCTGCGGG GCCCAAATTA CAAACAGAGT GTGATCATAT AATAAAAAGA
    GAAGGGAAAT ATTCAGTTGG TGACTCAGTA ATTACTGGTG CTGGTAATCT GCCGTGCAAG
    CAGGTTATAC ATACTGTTAG TCCCAAATGG GATCCAAACT CACAAACCAG ATGCACCCGA
    CTGCTCCGGA GAGGAATAAG CAGGTGCTTA GAACTGGCTG CAGAAAATGG ACTCAGTTCC
    ATTGGGATCC CAGCTGTTGG TTCCCAGATG TCTGGCTTCC CTGTGACTGT CTCTGTGCAG
    AACATTGTGG AGTCGGTCAG GCAGTATGTG GAGAGCCCAC AAAGGTCTAG GAAGGTTACA
    AGAATTCATC TTGTTGATTC TGCTGATGGT ACCGTTGCGG CTTTTGCTAA GGCTGTCAGG
    GCTGAATTTG GAGATTATGT CTCAGAAACC TCCAGTAAAG GCAACACCAA CCCCGATAGT
    AAAGAACCAC TAAGAAGGTC AGATGTCCAT ATGGTAACAA CTAAAGAGGG AGTGAATATC
    AAAATAATCC AAGGGAATAT CCAAGATGCA ACAACAGATG TGATAGTGAA CAGTGTGGGG
    AAGGACCTGG ACCTGAATAC CGGCGCCGTT TCTAAAGCGC TAAATGCCAA AGCCGGTACC
    AAACTCCAAC AACAATTAAG AGAAATGAGC CGTGGGACCC AAGTGGAAGA AGGTTCTGTA
    TTTGTCACCA ACGGATTTGG CCTCAACTGC AAGAAAGTCA TTCATGTTGT GACTCCCGGG
    TGGGACCAAG GAAAGCGCTC TGCTGAGAAG ATATTAAGGA CGATCATGAC GAATTGCCTG
    AGTACCACAG AGAAGGAGAA ACTGAGGTCC ATAACGTTCC CGGCCATTGG AACAGGAGCT
    CTTGGGTTCC CGAAAGATTT GGTTGCTTCA TTAATGTTTG ATGAGGTTCT GAAATCCAGC
    TGCAAAGGTG GCCAACTGCA AGAAGTCAAC TTTCTGTTAC ATCCAAGTGA CATGAACACT
    ATCAAGGCCT TTAAGGATGC TCTTTCTAAG AGAGCAGGAG CAGAGGAATC CAGTCGCCAA
    GCTAAGGATG GAACCAAAGC AGCTTTATTT GGCTTGGTCT CAACCCCGAC CCTCGGAGTC
    CATGAGATGA GAATCGGATC CCTTAAGTAC CAAGTGAGAA CAGGAGATAT AACCAAGGAG
    AGCACCGATG TTATCGTTAA TTCCTCAAAC AGCTCATTTA CACAAAAAAT AGGTGTTTCC
    AAGGCGATTC TGGAGGCTGC GGGAAAGAGT ATAGAAGATG AATGCGCCAC ATTAGGTGCC
    CAGGCTAATA AAGGGTATAT TGTCACACAG AAGGGAAACC TGCCCTGCCG GCACATCATT
    CATGTGTATA CGATATCAAC GCCTGATAGG ATTAAAGCCT CTGTGCTGGA TGTTCTGCAG
    GAGTGTGAGA ATCTAAAGGC CACGTCAGTT GCTCTCCCAG CCGTGGGAAC AGGTGCGGGT
    GGGGCGACCT CTGCTGCCGT TGCTGCGGCC ATGTTGGATG CTGTTGAGGA ATTTGTCACC
    ATGAAGTCCC CTAAGTCTGT ACAAACAGTA AAAGTGATTG TTTTCCAGCA GAAAATGTTG
    GATGACTTCT ATAAGAGTAT GATGAGCAAA GAGGGAACCG GTGTCCCGGC ACAGTCTGGG
    TTTATGGGTA CGATACAATC CTTTTGGAAC TATCTCACCT CAAAGAAAGA AGAACCAGAG
    AAGCCAAAGC TTTATATTCC CAAACAAAAC ATTGAGCCGG CGGTTTTCCA TCTTTGTGGA
    GAAGAGAAGA AGAAAGTTAT GGCGGCTTCA TCTTGGCTGG AAGAGCTTTT ACTGAAGGAA
    CAACATGAGG ACACTATCTC TGATGCTTGG ATCCTGGAGT TTGAAGAGCA CGAGCTGAAG
    AAACTAACTG AACTTCAAAA GAAATCCCAG GTGTCCATTT CTATTGAACC TTCAGGTTCT
    GCCATTAGAG TGTCGGGTCT CACAAGAGAT GTGTTTGATA TATCCAAAGA AATCCACACT
    ATTATAAAAG AAGTCAATTA CAGGAAAACG CGGGAGCGGG AGGAGGAGCT CTACAGTAAC
    CTGGTGGAAT GGAGGTACCA TGATGGCTCT GGGTTTGTTC CCTTTGATAA AATGTCCAAC
    CTGGATCTAG AAAAGGCCCA GAATGAGGGC AAGCTGAGCC TCACTGTGGA TGTTGGGGGA
    GTTAAATACA CGGTTAACAT GGAGCAGAAA TCTGCGTCTG ATGGGAAAGG AAAGATCATT
    GGGATAGAAC GAGTGTGTAA AGGTGGTCTG GCTGCCAGTT TGCCTGGGAA CTGGGATCCG
    ATGGATAAGG AACAGATGAA GATTGTGCCT CTGAGTCCCG GGAGCCCAGA ATATAACCAT
    GTCGGGGGGA TGTTTGCACG GAGCTGCCAG ATGAGGATCA TTACGATCCA GAGGGTACAG
    AACCAGTACC TATGGCAGAA CTACCAGATT AAGAAGCAGA GTATTGACAA CAAGACCGGT
    TCCACCAACA ACGAGAAGCA GCTGTTCCAT GGGACTGACC CCGGCACTAT AGATAATGTC
    AACAATCATG GCTTCAACCG CAGCTACGCC GGGAAGAACG CGGCTGTGAT TGGGAACGGG
    ACCTACTTTG CCGTTGATGC CAATTACTCT GCCGATGACA CCTACTCCAA GCCGGACCCG
    AGTGGCCATA AACACATGTA CCTGGCGCGG GTCCTCACTG GCACCTTCAC TACTGGGCAA
    ACTAATATGA TCACCCCTCC ACCTAAGAAC CAATCAAACC CCACGGATCT GTATGACAGC
    GTAACGGATA ATATCAACCG CCCTTCAATG TTTGTCATAT TTAACGATAT CCAGGCCTAT
    CCCGAGTATC TCATCACATT CACTAGATAA

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

    RefSeq XP_002942644.2
    CDS203..5752
    Translation

    Target ORF information:

    RefSeq Version XM_002942598.5
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis poly (ADP-ribose) polymerase family, member 14, gene 2 (parp14.2), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002942598.5

    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
    ATGGGGGAAC CAAGTACATT CCAGTTCCCT GTGGCCCTTC AGTGGGATCT GGGGCCTGAG 
    AAACTGAAGG AGGTGAAGAA CAAACTGCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAC
    GGAGGGGAGT GTGTGATCAG GGACCCCGAC TGCACCCCCA GATATGTCCT CATCCACTTC
    AGCCAAGAAA CAGTGCGAGA CCGAGTTCTC CAGAAACAAA CCCATGAGCT GAGCTTGCCC
    GGGGGGCAAA AGTTAAAGCT GAATATCAGT TTGCCAGAGG CGGGGAGGCC AAATGTCAGC
    AAAGCAGAGG AAAGTCCAGC CAAGGGCTCC GCAGTAAGGG AACCTAAAGC TAAAAAGGCT
    CGATTGAAGG AATCTCCAGC CAAGGAACCA GCAGTTCCAC TCAATGAACC TTCAGCCAAG
    GAAACCTCAG CCAAGAAGAC TCAAGCCCAG GAACCTCCAG CTGGATCCAA AGACACAGAA
    AATCAACAGG AACCAGGTTC TGCAGCACCA GATGTAAAAT CAGAGAAAGC AAATAGTACG
    GTCCATGGCA CCCCGAACTC CATGGTTCTG ATTGAGAATC TCCAAGAATC CTACACTGCT
    GAAATGTTGA ACCTCCTGGT GGAGAAAGAC AGTGGCAAAG CTGAGGGCCA AGACTTCTAT
    GTGGAGATGA TCCCTGAGAT CCACTCTGCT GTGGTCACTT TTACATGTGA CATAGATATC
    CCCACTTTTA TTGGGAAACT CACCAGAAAT CACAGGGTTA AGAAACAGAA GAAACTAACA
    GTTAAAGTTC TGGAGGAAAC TAAAAGTATC CGGGTCGAGA ATCTGCCCCC CGACATGTCT
    GACGACCTCC TGGAGATTTA CTTTGAGAAC CCGCGGTACG GAGGGGGGGA GGTACAGGAG
    GTGGAGCTGA TACCAGAAGA GAACACTGCA ATAATAACGT TCCATAATAT AGAAGATGCA
    AAGAGAGTGT TGGGGAAGCA GCATGTGTTT AGGAAGCAGC CAATATCAGT GTATCCGTAT
    TATGAGTCCC TGGGTTTAAC TCTATATGGG GAGAAGGGAC CTTGTGTAAC ATTACCTGAA
    CCCCTGGAGG TGCCAGTCAG TCCGTATGTA CTGGAATTCA TACTGGGAGA CCCACAGATA
    AAAGGCGACA TAGACAAGAA GATGGCAGAT AAGAACTGTG AGATGACATG GCCAGATCCA
    AACTGCCCCA ATCCCAACAT TAAACTGTCC ATCCCCAGCT CCATATCATC TCATCTCAGG
    ACTGTGGCAA AGATTGTACG GACATGGAGA GATCAGGTTT CTACAGAATT CTCCCTTATT
    ATTTCCAAGT TCAAAGATGC AGAGTACGAT GTGATTCCAC CAGTTTGGGA AGCCATCAAA
    AGAGAAGCCA GCAGCTCCTC ATATGGGGGG GTTTTGGTCA AACCAGACCT TGCCAAACAC
    AAAGTCTTCC TTGCAGGACT CTCCAAGGTT ATGACTAAGG TTGAGAAAAA TTTCAGGGAC
    CTGGTAGAAA ATACCACCAG GCGGATTGAT AGACAAAACC GCAGTATGGA AATGTCTGAG
    CCACTGGCCC CTGCTCTCTA TGAAATAATG TGCAAAACTG GGCAGATGGA AACTATCCAG
    TCACAGTCTC CAGAGCTCAG AATTGAGTAT GATGTGCCAA CCAGGAACCT CAAGCTCTAT
    GGAGTCAAAG AAGAAGTTCT CTCTGCCAAA TGTGAAATAC TCAAAGAAAC ACAACAACTG
    AAATCTAAAC CCCTCCCACT GGATCCCCAC ATCATCCATT TCTTGGGTTT TACTGATAAT
    GATGAGTTGT CCTGTCTCTT CCTCACACGG CACAATATTA ATGCGATGTT TCAGACTGAG
    GGTAAATCAG TTACACTGAC CGGACTCTCC ATGAAAGATC TGTCAGAGGC AGAAGCACAG
    ATGGGCCAAG AGTTAGTCTG TAAGCAACTT ACTGTAGAAG ACAAGATGAT TATCAAGGGC
    CCTGAGTGGA GAAGTCTCCA TACTCATTTG TGTGAATTAT TTAACTCAGA GAAATGCACG
    GTTGTGATTG AGGAGTTTCC CCGAGGGGCA GAGAATCAGG TGGTTATTGC TGGTCTGGCT
    CCCAGTGTAG GGAAAGCTTC CCAACAGATC CATGACTTTC TGGAGAGGAA CACTCCCATA
    CAGAAGGACA TTCCCGTCAC ATCGGCAGCC GTTATACAGT TTATTAAAGA AGAAAAGCAG
    GATACTTGTA TGGAAATAAA AAAGAAAAAT GTAAGTGTTA CCTTAAAGAG GAAATCTATT
    GCCCTGAGTG GATCCAAACT GTATGTTCAA GAGGCAGCCG CCCTTATAGA AAGGGTTCTC
    TCTTCACTAC ACACCAATGT TCTGCGCATT AAAAAGCCGG GAGCCAAGAA GTTCTGGATA
    AAGAATGAGG AAATGTATGT TAGTACAGCA AAGAATAAGT TTCAGTGCTT GGTTCACTTC
    CAGAAGGATG GAGAAGACAT TACTACTAGT CTGGTGGATC TCAGTGAACC TCACTGCCAA
    GTAGACTTGC CACAAAGAGT GACCATTGCA GTCTATAAGG ATGACCTGAC CCGTCACCGC
    GTTGATGTTG TAGTTAATGC AGCCAGGGAA GATCTGAAGC ACACTGAGGG GCTGGCATTG
    GCCCTACTGA ATGCTGCGGG GCCCAAATTA CAAACAGAGT GTGATCATAT AATAAAAAGA
    GAAGGGAAAT ATTCAGTTGG TGACTCAGTA ATTACTGGTG CTGGTAATCT GCCGTGCAAG
    CAGGTTATAC ATACTGTTAG TCCCAAATGG GATCCAAACT CACAAACCAG ATGCACCCGA
    CTGCTCCGGA GAGGAATAAG CAGGTGCTTA GAACTGGCTG CAGAAAATGG ACTCAGTTCC
    ATTGGGATCC CAGCTGTTGG TTCCCAGATG TCTGGCTTCC CTGTGACTGT CTCTGTGCAG
    AACATTGTGG AGTCGGTCAG GCAGTATGTG GAGAGCCCAC AAAGGTCTAG GAAGGTTACA
    AGAATTCATC TTGTTGATTC TGCTGATGGT ACCGTTGCGG CTTTTGCTAA GGCTGTCAGG
    GCTGAATTTG GAGATTATGT CTCAGAAACC TCCAGTAAAG GCAACACCAA CCCCGATAGT
    AAAGAACCAC TAAGAAGGTC AGATGTCCAT ATGGTAACAA CTAAAGAGGG AGTGAATATC
    AAAATAATCC AAGGGAATAT CCAAGATGCA ACAACAGATG TGATAGTGAA CAGTGTGGGG
    AAGGACCTGG ACCTGAATAC CGGCGCCGTT TCTAAAGCGC TAAATGCCAA AGCCGGTACC
    AAACTCCAAC AACAATTAAG AGAAATGAGC CGTGGGACCC AAGTGGAAGA AGGTTCTGTA
    TTTGTCACCA ACGGATTTGG CCTCAACTGC AAGAAAGTCA TTCATGTTGT GACTCCCGGG
    TGGGACCAAG GAAAGCGCTC TGCTGAGAAG ATATTAAGGA CGATCATGAC GAATTGCCTG
    AGTACCACAG AGAAGGAGAA ACTGAGGTCC ATAACGTTCC CGGCCATTGG AACAGGAGCT
    CTTGGGTTCC CGAAAGATTT GGTTGCTTCA TTAATGTTTG ATGAGGTTCT GAAATCCAGC
    TGCAAAGGTG GCCAACTGCA AGAAGTCAAC TTTCTGTTAC ATCCAAGTGA CATGAACACT
    ATCAAGGCCT TTAAGGATGC TCTTTCTAAG AGAGCAGGAG CAGAGGAATC CAGTCGCCAA
    GCTAAGGATG GAACCAAAGC AGCTTTATTT GGCTTGGTCT CAACCCCGAC CCTCGGAGTC
    CATGAGATGA GAATCGGATC CCTTAAGTAC CAAGTGAGAA CAGGAGATAT AACCAAGGAG
    AGCACCGATG TTATCGTTAA TTCCTCAAAC AGCTCATTTA CACAAAAAAT AGGTGTTTCC
    AAGGCGATTC TGGAGGCTGC GGGAAAGAGT ATAGAAGATG AATGCGCCAC ATTAGGTGCC
    CAGGCTAATA AAGGGTATAT TGTCACACAG AAGGGAAACC TGCCCTGCCG GCACATCATT
    CATGTGTATA CGATATCAAC GCCTGATAGG ATTAAAGCCT CTGTGCTGGA TGTTCTGCAG
    GAGTGTGAGA ATCTAAAGGC CACGTCAGTT GCTCTCCCAG CCGTGGGAAC AGGTGCGGGT
    GGGGCGACCT CTGCTGCCGT TGCTGCGGCC ATGTTGGATG CTGTTGAGGA ATTTGTCACC
    ATGAAGTCCC CTAAGTCTGT ACAAACAGTA AAAGTGATTG TTTTCCAGCA GAAAATGTTG
    GATGACTTCT ATAAGAGTAT GATGAGCAAA GAGGGAACCG GTGTCCCGGC ACAGTCTGGG
    TTTATGGGTA CGATACAATC CTTTTGGAAC TATCTCACCT CAAAGAAAGA AGAACCAGAG
    AAGCCAAAGC TTTATATTCC CAAACAAAAC ATTGAGCCGG CGGTTTTCCA TCTTTGTGGA
    GAAGAGAAGA AGAAAGTTAT GGCGGCTTCA TCTTGGCTGG AAGAGCTTTT ACTGAAGGAA
    CAACATGAGG ACACTATCTC TGATGCTTGG ATCCTGGAGT TTGAAGAGCA CGAGCTGAAG
    AAACTAACTG AACTTCAAAA GAAATCCCAG GTGTCCATTT CTATTGAACC TTCAGGTTCT
    GCCATTAGAG TGTCGGGTCT CACAAGAGAT GTGTTTGATA TATCCAAAGA AATCCACACT
    ATTATAAAAG AAGTCAATTA CAGGAAAACG CGGGAGCGGG AGGAGGAGCT CTACAGTAAC
    CTGGTGGAAT GGAGGTACCA TGATGGCTCT GGGTTTGTTC CCTTTGATAA AATGTCCAAC
    CTGGATCTAG AAAAGGCCCA GAATGAGGGC AAGCTGAGCC TCACTGTGGA TGTTGGGGGA
    GTTAAATACA CGGTTAACAT GGAGCAGAAA TCTGCGTCTG ATGGGAAAGG AAAGATCATT
    GGGATAGAAC GAGTGTGTAA AGGTGGTCTG GCTGCCAGTT TGCCTGGGAA CTGGGATCCG
    ATGGATAAGG AACAGATGAA GATTGTGCCT CTGAGTCCCG GGAGCCCAGA ATATAACCAT
    GTCGGGGGGA TGTTTGCACG GAGCTGCCAG ATGAGGATCA TTACGATCCA GAGGGTACAG
    AACCAGTACC TATGGCAGAA CTACCAGATT AAGAAGCAGA GTATTGACAA CAAGACCGGT
    TCCACCAACA ACGAGAAGCA GCTGTTCCAT GGGACTGACC CCGGCACTAT AGATAATGTC
    AACAATCATG GCTTCAACCG CAGCTACGCC GGGAAGAACG CGGCTGTGAT TGGGAACGGG
    ACCTACTTTG CCGTTGATGC CAATTACTCT GCCGATGACA CCTACTCCAA GCCGGACCCG
    AGTGGCCATA AACACATGTA CCTGGCGCGG GTCCTCACTG GCACCTTCAC TACTGGGCAA
    ACTAATATGA TCACCCCTCC ACCTAAGAAC CAATCAAACC CCACGGATCT GTATGACAGC
    GTAACGGATA ATATCAACCG CCCTTCAATG TTTGTCATAT TTAACGATAT CCAGGCCTAT
    CCCGAGTATC TCATCACATT CACTAGATAA

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

    CloneID OXa19031
    Clone ID Related Accession (Same CDS sequence) XM_002942598.5 , XM_002942598.4
    Accession Version XM_002942598.4 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5550bp)
    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 2016-09-07
    Organism Xenopus tropicalis(tropical clawed frog)
    Product poly [ADP-ribose] polymerase 14-like
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002942598.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    ATGGGGGAAC CAAGTACATT CCAGTTCCCT GTGGCCCTTC AGTGGGATCT GGGGCCTGAG 
    AAACTGAAGG AGGTGAAGAA CAAACTGCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAC
    GGAGGGGAGT GTGTGATCAG GGACCCCGAC TGCACCCCCA GATATGTCCT CATCCACTTC
    AGCCAAGAAA CAGTGCGAGA CCGAGTTCTC CAGAAACAAA CCCATGAGCT GAGCTTGCCC
    GGGGGGCAAA AGTTAAAGCT GAATATCAGT TTGCCAGAGG CGGGGAGGCC AAATGTCAGC
    AAAGCAGAGG AAAGTCCAGC CAAGGGCTCC GCAGTAAGGG AACCTAAAGC TAAAAAGGCT
    CGATTGAAGG AATCTCCAGC CAAGGAACCA GCAGTTCCAC TCAATGAACC TTCAGCCAAG
    GAAACCTCAG CCAAGAAGAC TCAAGCCCAG GAACCTCCAG CTGGATCCAA AGACACAGAA
    AATCAACAGG AACCAGGTTC TGCAGCACCA GATGTAAAAT CAGAGAAAGC AAATAGTACG
    GTCCATGGCA CCCCGAACTC CATGGTTCTG ATTGAGAATC TCCAAGAATC CTACACTGCT
    GAAATGTTGA ACCTCCTGGT GGAGAAAGAC AGTGGCAAAG CTGAGGGCCA AGACTTCTAT
    GTGGAGATGA TCCCTGAGAT CCACTCTGCT GTGGTCACTT TTACATGTGA CATAGATATC
    CCCACTTTTA TTGGGAAACT CACCAGAAAT CACAGGGTTA AGAAACAGAA GAAACTAACA
    GTTAAAGTTC TGGAGGAAAC TAAAAGTATC CGGGTCGAGA ATCTGCCCCC CGACATGTCT
    GACGACCTCC TGGAGATTTA CTTTGAGAAC CCGCGGTACG GAGGGGGGGA GGTACAGGAG
    GTGGAGCTGA TACCAGAAGA GAACACTGCA ATAATAACGT TCCATAATAT AGAAGATGCA
    AAGAGAGTGT TGGGGAAGCA GCATGTGTTT AGGAAGCAGC CAATATCAGT GTATCCGTAT
    TATGAGTCCC TGGGTTTAAC TCTATATGGG GAGAAGGGAC CTTGTGTAAC ATTACCTGAA
    CCCCTGGAGG TGCCAGTCAG TCCGTATGTA CTGGAATTCA TACTGGGAGA CCCACAGATA
    AAAGGCGACA TAGACAAGAA GATGGCAGAT AAGAACTGTG AGATGACATG GCCAGATCCA
    AACTGCCCCA ATCCCAACAT TAAACTGTCC ATCCCCAGCT CCATATCATC TCATCTCAGG
    ACTGTGGCAA AGATTGTACG GACATGGAGA GATCAGGTTT CTACAGAATT CTCCCTTATT
    ATTTCCAAGT TCAAAGATGC AGAGTACGAT GTGATTCCAC CAGTTTGGGA AGCCATCAAA
    AGAGAAGCCA GCAGCTCCTC ATATGGGGGG GTTTTGGTCA AACCAGACCT TGCCAAACAC
    AAAGTCTTCC TTGCAGGACT CTCCAAGGTT ATGACTAAGG TTGAGAAAAA TTTCAGGGAC
    CTGGTAGAAA ATACCACCAG GCGGATTGAT AGACAAAACC GCAGTATGGA AATGTCTGAG
    CCACTGGCCC CTGCTCTCTA TGAAATAATG TGCAAAACTG GGCAGATGGA AACTATCCAG
    TCACAGTCTC CAGAGCTCAG AATTGAGTAT GATGTGCCAA CCAGGAACCT CAAGCTCTAT
    GGAGTCAAAG AAGAAGTTCT CTCTGCCAAA TGTGAAATAC TCAAAGAAAC ACAACAACTG
    AAATCTAAAC CCCTCCCACT GGATCCCCAC ATCATCCATT TCTTGGGTTT TACTGATAAT
    GATGAGTTGT CCTGTCTCTT CCTCACACGG CACAATATTA ATGCGATGTT TCAGACTGAG
    GGTAAATCAG TTACACTGAC CGGACTCTCC ATGAAAGATC TGTCAGAGGC AGAAGCACAG
    ATGGGCCAAG AGTTAGTCTG TAAGCAACTT ACTGTAGAAG ACAAGATGAT TATCAAGGGC
    CCTGAGTGGA GAAGTCTCCA TACTCATTTG TGTGAATTAT TTAACTCAGA GAAATGCACG
    GTTGTGATTG AGGAGTTTCC CCGAGGGGCA GAGAATCAGG TGGTTATTGC TGGTCTGGCT
    CCCAGTGTAG GGAAAGCTTC CCAACAGATC CATGACTTTC TGGAGAGGAA CACTCCCATA
    CAGAAGGACA TTCCCGTCAC ATCGGCAGCC GTTATACAGT TTATTAAAGA AGAAAAGCAG
    GATACTTGTA TGGAAATAAA AAAGAAAAAT GTAAGTGTTA CCTTAAAGAG GAAATCTATT
    GCCCTGAGTG GATCCAAACT GTATGTTCAA GAGGCAGCCG CCCTTATAGA AAGGGTTCTC
    TCTTCACTAC ACACCAATGT TCTGCGCATT AAAAAGCCGG GAGCCAAGAA GTTCTGGATA
    AAGAATGAGG AAATGTATGT TAGTACAGCA AAGAATAAGT TTCAGTGCTT GGTTCACTTC
    CAGAAGGATG GAGAAGACAT TACTACTAGT CTGGTGGATC TCAGTGAACC TCACTGCCAA
    GTAGACTTGC CACAAAGAGT GACCATTGCA GTCTATAAGG ATGACCTGAC CCGTCACCGC
    GTTGATGTTG TAGTTAATGC AGCCAGGGAA GATCTGAAGC ACACTGAGGG GCTGGCATTG
    GCCCTACTGA ATGCTGCGGG GCCCAAATTA CAAACAGAGT GTGATCATAT AATAAAAAGA
    GAAGGGAAAT ATTCAGTTGG TGACTCAGTA ATTACTGGTG CTGGTAATCT GCCGTGCAAG
    CAGGTTATAC ATACTGTTAG TCCCAAATGG GATCCAAACT CACAAACCAG ATGCACCCGA
    CTGCTCCGGA GAGGAATAAG CAGGTGCTTA GAACTGGCTG CAGAAAATGG ACTCAGTTCC
    ATTGGGATCC CAGCTGTTGG TTCCCAGATG TCTGGCTTCC CTGTGACTGT CTCTGTGCAG
    AACATTGTGG AGTCGGTCAG GCAGTATGTG GAGAGCCCAC AAAGGTCTAG GAAGGTTACA
    AGAATTCATC TTGTTGATTC TGCTGATGGT ACCGTTGCGG CTTTTGCTAA GGCTGTCAGG
    GCTGAATTTG GAGATTATGT CTCAGAAACC TCCAGTAAAG GCAACACCAA CCCCGATAGT
    AAAGAACCAC TAAGAAGGTC AGATGTCCAT ATGGTAACAA CTAAAGAGGG AGTGAATATC
    AAAATAATCC AAGGGAATAT CCAAGATGCA ACAACAGATG TGATAGTGAA CAGTGTGGGG
    AAGGACCTGG ACCTGAATAC CGGCGCCGTT TCTAAAGCGC TAAATGCCAA AGCCGGTACC
    AAACTCCAAC AACAATTAAG AGAAATGAGC CGTGGGACCC AAGTGGAAGA AGGTTCTGTA
    TTTGTCACCA ACGGATTTGG CCTCAACTGC AAGAAAGTCA TTCATGTTGT GACTCCCGGG
    TGGGACCAAG GAAAGCGCTC TGCTGAGAAG ATATTAAGGA CGATCATGAC GAATTGCCTG
    AGTACCACAG AGAAGGAGAA ACTGAGGTCC ATAACGTTCC CGGCCATTGG AACAGGAGCT
    CTTGGGTTCC CGAAAGATTT GGTTGCTTCA TTAATGTTTG ATGAGGTTCT GAAATCCAGC
    TGCAAAGGTG GCCAACTGCA AGAAGTCAAC TTTCTGTTAC ATCCAAGTGA CATGAACACT
    ATCAAGGCCT TTAAGGATGC TCTTTCTAAG AGAGCAGGAG CAGAGGAATC CAGTCGCCAA
    GCTAAGGATG GAACCAAAGC AGCTTTATTT GGCTTGGTCT CAACCCCGAC CCTCGGAGTC
    CATGAGATGA GAATCGGATC CCTTAAGTAC CAAGTGAGAA CAGGAGATAT AACCAAGGAG
    AGCACCGATG TTATCGTTAA TTCCTCAAAC AGCTCATTTA CACAAAAAAT AGGTGTTTCC
    AAGGCGATTC TGGAGGCTGC GGGAAAGAGT ATAGAAGATG AATGCGCCAC ATTAGGTGCC
    CAGGCTAATA AAGGGTATAT TGTCACACAG AAGGGAAACC TGCCCTGCCG GCACATCATT
    CATGTGTATA CGATATCAAC GCCTGATAGG ATTAAAGCCT CTGTGCTGGA TGTTCTGCAG
    GAGTGTGAGA ATCTAAAGGC CACGTCAGTT GCTCTCCCAG CCGTGGGAAC AGGTGCGGGT
    GGGGCGACCT CTGCTGCCGT TGCTGCGGCC ATGTTGGATG CTGTTGAGGA ATTTGTCACC
    ATGAAGTCCC CTAAGTCTGT ACAAACAGTA AAAGTGATTG TTTTCCAGCA GAAAATGTTG
    GATGACTTCT ATAAGAGTAT GATGAGCAAA GAGGGAACCG GTGTCCCGGC ACAGTCTGGG
    TTTATGGGTA CGATACAATC CTTTTGGAAC TATCTCACCT CAAAGAAAGA AGAACCAGAG
    AAGCCAAAGC TTTATATTCC CAAACAAAAC ATTGAGCCGG CGGTTTTCCA TCTTTGTGGA
    GAAGAGAAGA AGAAAGTTAT GGCGGCTTCA TCTTGGCTGG AAGAGCTTTT ACTGAAGGAA
    CAACATGAGG ACACTATCTC TGATGCTTGG ATCCTGGAGT TTGAAGAGCA CGAGCTGAAG
    AAACTAACTG AACTTCAAAA GAAATCCCAG GTGTCCATTT CTATTGAACC TTCAGGTTCT
    GCCATTAGAG TGTCGGGTCT CACAAGAGAT GTGTTTGATA TATCCAAAGA AATCCACACT
    ATTATAAAAG AAGTCAATTA CAGGAAAACG CGGGAGCGGG AGGAGGAGCT CTACAGTAAC
    CTGGTGGAAT GGAGGTACCA TGATGGCTCT GGGTTTGTTC CCTTTGATAA AATGTCCAAC
    CTGGATCTAG AAAAGGCCCA GAATGAGGGC AAGCTGAGCC TCACTGTGGA TGTTGGGGGA
    GTTAAATACA CGGTTAACAT GGAGCAGAAA TCTGCGTCTG ATGGGAAAGG AAAGATCATT
    GGGATAGAAC GAGTGTGTAA AGGTGGTCTG GCTGCCAGTT TGCCTGGGAA CTGGGATCCG
    ATGGATAAGG AACAGATGAA GATTGTGCCT CTGAGTCCCG GGAGCCCAGA ATATAACCAT
    GTCGGGGGGA TGTTTGCACG GAGCTGCCAG ATGAGGATCA TTACGATCCA GAGGGTACAG
    AACCAGTACC TATGGCAGAA CTACCAGATT AAGAAGCAGA GTATTGACAA CAAGACCGGT
    TCCACCAACA ACGAGAAGCA GCTGTTCCAT GGGACTGACC CCGGCACTAT AGATAATGTC
    AACAATCATG GCTTCAACCG CAGCTACGCC GGGAAGAACG CGGCTGTGAT TGGGAACGGG
    ACCTACTTTG CCGTTGATGC CAATTACTCT GCCGATGACA CCTACTCCAA GCCGGACCCG
    AGTGGCCATA AACACATGTA CCTGGCGCGG GTCCTCACTG GCACCTTCAC TACTGGGCAA
    ACTAATATGA TCACCCCTCC ACCTAAGAAC CAATCAAACC CCACGGATCT GTATGACAGC
    GTAACGGATA ATATCAACCG CCCTTCAATG TTTGTCATAT TTAACGATAT CCAGGCCTAT
    CCCGAGTATC TCATCACATT CACTAGATAA

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

    RefSeq XP_002942644.2
    CDS543..6092
    Translation

    Target ORF information:

    RefSeq Version XM_002942598.4
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis poly (ADP-ribose) polymerase family, member 14, gene 2 (parp14.2), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002942598.4

    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
    ATGGGGGAAC CAAGTACATT CCAGTTCCCT GTGGCCCTTC AGTGGGATCT GGGGCCTGAG 
    AAACTGAAGG AGGTGAAGAA CAAACTGCTT GTGTATTTCC AGAGCAAGAG CAAGTCTAAC
    GGAGGGGAGT GTGTGATCAG GGACCCCGAC TGCACCCCCA GATATGTCCT CATCCACTTC
    AGCCAAGAAA CAGTGCGAGA CCGAGTTCTC CAGAAACAAA CCCATGAGCT GAGCTTGCCC
    GGGGGGCAAA AGTTAAAGCT GAATATCAGT TTGCCAGAGG CGGGGAGGCC AAATGTCAGC
    AAAGCAGAGG AAAGTCCAGC CAAGGGCTCC GCAGTAAGGG AACCTAAAGC TAAAAAGGCT
    CGATTGAAGG AATCTCCAGC CAAGGAACCA GCAGTTCCAC TCAATGAACC TTCAGCCAAG
    GAAACCTCAG CCAAGAAGAC TCAAGCCCAG GAACCTCCAG CTGGATCCAA AGACACAGAA
    AATCAACAGG AACCAGGTTC TGCAGCACCA GATGTAAAAT CAGAGAAAGC AAATAGTACG
    GTCCATGGCA CCCCGAACTC CATGGTTCTG ATTGAGAATC TCCAAGAATC CTACACTGCT
    GAAATGTTGA ACCTCCTGGT GGAGAAAGAC AGTGGCAAAG CTGAGGGCCA AGACTTCTAT
    GTGGAGATGA TCCCTGAGAT CCACTCTGCT GTGGTCACTT TTACATGTGA CATAGATATC
    CCCACTTTTA TTGGGAAACT CACCAGAAAT CACAGGGTTA AGAAACAGAA GAAACTAACA
    GTTAAAGTTC TGGAGGAAAC TAAAAGTATC CGGGTCGAGA ATCTGCCCCC CGACATGTCT
    GACGACCTCC TGGAGATTTA CTTTGAGAAC CCGCGGTACG GAGGGGGGGA GGTACAGGAG
    GTGGAGCTGA TACCAGAAGA GAACACTGCA ATAATAACGT TCCATAATAT AGAAGATGCA
    AAGAGAGTGT TGGGGAAGCA GCATGTGTTT AGGAAGCAGC CAATATCAGT GTATCCGTAT
    TATGAGTCCC TGGGTTTAAC TCTATATGGG GAGAAGGGAC CTTGTGTAAC ATTACCTGAA
    CCCCTGGAGG TGCCAGTCAG TCCGTATGTA CTGGAATTCA TACTGGGAGA CCCACAGATA
    AAAGGCGACA TAGACAAGAA GATGGCAGAT AAGAACTGTG AGATGACATG GCCAGATCCA
    AACTGCCCCA ATCCCAACAT TAAACTGTCC ATCCCCAGCT CCATATCATC TCATCTCAGG
    ACTGTGGCAA AGATTGTACG GACATGGAGA GATCAGGTTT CTACAGAATT CTCCCTTATT
    ATTTCCAAGT TCAAAGATGC AGAGTACGAT GTGATTCCAC CAGTTTGGGA AGCCATCAAA
    AGAGAAGCCA GCAGCTCCTC ATATGGGGGG GTTTTGGTCA AACCAGACCT TGCCAAACAC
    AAAGTCTTCC TTGCAGGACT CTCCAAGGTT ATGACTAAGG TTGAGAAAAA TTTCAGGGAC
    CTGGTAGAAA ATACCACCAG GCGGATTGAT AGACAAAACC GCAGTATGGA AATGTCTGAG
    CCACTGGCCC CTGCTCTCTA TGAAATAATG TGCAAAACTG GGCAGATGGA AACTATCCAG
    TCACAGTCTC CAGAGCTCAG AATTGAGTAT GATGTGCCAA CCAGGAACCT CAAGCTCTAT
    GGAGTCAAAG AAGAAGTTCT CTCTGCCAAA TGTGAAATAC TCAAAGAAAC ACAACAACTG
    AAATCTAAAC CCCTCCCACT GGATCCCCAC ATCATCCATT TCTTGGGTTT TACTGATAAT
    GATGAGTTGT CCTGTCTCTT CCTCACACGG CACAATATTA ATGCGATGTT TCAGACTGAG
    GGTAAATCAG TTACACTGAC CGGACTCTCC ATGAAAGATC TGTCAGAGGC AGAAGCACAG
    ATGGGCCAAG AGTTAGTCTG TAAGCAACTT ACTGTAGAAG ACAAGATGAT TATCAAGGGC
    CCTGAGTGGA GAAGTCTCCA TACTCATTTG TGTGAATTAT TTAACTCAGA GAAATGCACG
    GTTGTGATTG AGGAGTTTCC CCGAGGGGCA GAGAATCAGG TGGTTATTGC TGGTCTGGCT
    CCCAGTGTAG GGAAAGCTTC CCAACAGATC CATGACTTTC TGGAGAGGAA CACTCCCATA
    CAGAAGGACA TTCCCGTCAC ATCGGCAGCC GTTATACAGT TTATTAAAGA AGAAAAGCAG
    GATACTTGTA TGGAAATAAA AAAGAAAAAT GTAAGTGTTA CCTTAAAGAG GAAATCTATT
    GCCCTGAGTG GATCCAAACT GTATGTTCAA GAGGCAGCCG CCCTTATAGA AAGGGTTCTC
    TCTTCACTAC ACACCAATGT TCTGCGCATT AAAAAGCCGG GAGCCAAGAA GTTCTGGATA
    AAGAATGAGG AAATGTATGT TAGTACAGCA AAGAATAAGT TTCAGTGCTT GGTTCACTTC
    CAGAAGGATG GAGAAGACAT TACTACTAGT CTGGTGGATC TCAGTGAACC TCACTGCCAA
    GTAGACTTGC CACAAAGAGT GACCATTGCA GTCTATAAGG ATGACCTGAC CCGTCACCGC
    GTTGATGTTG TAGTTAATGC AGCCAGGGAA GATCTGAAGC ACACTGAGGG GCTGGCATTG
    GCCCTACTGA ATGCTGCGGG GCCCAAATTA CAAACAGAGT GTGATCATAT AATAAAAAGA
    GAAGGGAAAT ATTCAGTTGG TGACTCAGTA ATTACTGGTG CTGGTAATCT GCCGTGCAAG
    CAGGTTATAC ATACTGTTAG TCCCAAATGG GATCCAAACT CACAAACCAG ATGCACCCGA
    CTGCTCCGGA GAGGAATAAG CAGGTGCTTA GAACTGGCTG CAGAAAATGG ACTCAGTTCC
    ATTGGGATCC CAGCTGTTGG TTCCCAGATG TCTGGCTTCC CTGTGACTGT CTCTGTGCAG
    AACATTGTGG AGTCGGTCAG GCAGTATGTG GAGAGCCCAC AAAGGTCTAG GAAGGTTACA
    AGAATTCATC TTGTTGATTC TGCTGATGGT ACCGTTGCGG CTTTTGCTAA GGCTGTCAGG
    GCTGAATTTG GAGATTATGT CTCAGAAACC TCCAGTAAAG GCAACACCAA CCCCGATAGT
    AAAGAACCAC TAAGAAGGTC AGATGTCCAT ATGGTAACAA CTAAAGAGGG AGTGAATATC
    AAAATAATCC AAGGGAATAT CCAAGATGCA ACAACAGATG TGATAGTGAA CAGTGTGGGG
    AAGGACCTGG ACCTGAATAC CGGCGCCGTT TCTAAAGCGC TAAATGCCAA AGCCGGTACC
    AAACTCCAAC AACAATTAAG AGAAATGAGC CGTGGGACCC AAGTGGAAGA AGGTTCTGTA
    TTTGTCACCA ACGGATTTGG CCTCAACTGC AAGAAAGTCA TTCATGTTGT GACTCCCGGG
    TGGGACCAAG GAAAGCGCTC TGCTGAGAAG ATATTAAGGA CGATCATGAC GAATTGCCTG
    AGTACCACAG AGAAGGAGAA ACTGAGGTCC ATAACGTTCC CGGCCATTGG AACAGGAGCT
    CTTGGGTTCC CGAAAGATTT GGTTGCTTCA TTAATGTTTG ATGAGGTTCT GAAATCCAGC
    TGCAAAGGTG GCCAACTGCA AGAAGTCAAC TTTCTGTTAC ATCCAAGTGA CATGAACACT
    ATCAAGGCCT TTAAGGATGC TCTTTCTAAG AGAGCAGGAG CAGAGGAATC CAGTCGCCAA
    GCTAAGGATG GAACCAAAGC AGCTTTATTT GGCTTGGTCT CAACCCCGAC CCTCGGAGTC
    CATGAGATGA GAATCGGATC CCTTAAGTAC CAAGTGAGAA CAGGAGATAT AACCAAGGAG
    AGCACCGATG TTATCGTTAA TTCCTCAAAC AGCTCATTTA CACAAAAAAT AGGTGTTTCC
    AAGGCGATTC TGGAGGCTGC GGGAAAGAGT ATAGAAGATG AATGCGCCAC ATTAGGTGCC
    CAGGCTAATA AAGGGTATAT TGTCACACAG AAGGGAAACC TGCCCTGCCG GCACATCATT
    CATGTGTATA CGATATCAAC GCCTGATAGG ATTAAAGCCT CTGTGCTGGA TGTTCTGCAG
    GAGTGTGAGA ATCTAAAGGC CACGTCAGTT GCTCTCCCAG CCGTGGGAAC AGGTGCGGGT
    GGGGCGACCT CTGCTGCCGT TGCTGCGGCC ATGTTGGATG CTGTTGAGGA ATTTGTCACC
    ATGAAGTCCC CTAAGTCTGT ACAAACAGTA AAAGTGATTG TTTTCCAGCA GAAAATGTTG
    GATGACTTCT ATAAGAGTAT GATGAGCAAA GAGGGAACCG GTGTCCCGGC ACAGTCTGGG
    TTTATGGGTA CGATACAATC CTTTTGGAAC TATCTCACCT CAAAGAAAGA AGAACCAGAG
    AAGCCAAAGC TTTATATTCC CAAACAAAAC ATTGAGCCGG CGGTTTTCCA TCTTTGTGGA
    GAAGAGAAGA AGAAAGTTAT GGCGGCTTCA TCTTGGCTGG AAGAGCTTTT ACTGAAGGAA
    CAACATGAGG ACACTATCTC TGATGCTTGG ATCCTGGAGT TTGAAGAGCA CGAGCTGAAG
    AAACTAACTG AACTTCAAAA GAAATCCCAG GTGTCCATTT CTATTGAACC TTCAGGTTCT
    GCCATTAGAG TGTCGGGTCT CACAAGAGAT GTGTTTGATA TATCCAAAGA AATCCACACT
    ATTATAAAAG AAGTCAATTA CAGGAAAACG CGGGAGCGGG AGGAGGAGCT CTACAGTAAC
    CTGGTGGAAT GGAGGTACCA TGATGGCTCT GGGTTTGTTC CCTTTGATAA AATGTCCAAC
    CTGGATCTAG AAAAGGCCCA GAATGAGGGC AAGCTGAGCC TCACTGTGGA TGTTGGGGGA
    GTTAAATACA CGGTTAACAT GGAGCAGAAA TCTGCGTCTG ATGGGAAAGG AAAGATCATT
    GGGATAGAAC GAGTGTGTAA AGGTGGTCTG GCTGCCAGTT TGCCTGGGAA CTGGGATCCG
    ATGGATAAGG AACAGATGAA GATTGTGCCT CTGAGTCCCG GGAGCCCAGA ATATAACCAT
    GTCGGGGGGA TGTTTGCACG GAGCTGCCAG ATGAGGATCA TTACGATCCA GAGGGTACAG
    AACCAGTACC TATGGCAGAA CTACCAGATT AAGAAGCAGA GTATTGACAA CAAGACCGGT
    TCCACCAACA ACGAGAAGCA GCTGTTCCAT GGGACTGACC CCGGCACTAT AGATAATGTC
    AACAATCATG GCTTCAACCG CAGCTACGCC GGGAAGAACG CGGCTGTGAT TGGGAACGGG
    ACCTACTTTG CCGTTGATGC CAATTACTCT GCCGATGACA CCTACTCCAA GCCGGACCCG
    AGTGGCCATA AACACATGTA CCTGGCGCGG GTCCTCACTG GCACCTTCAC TACTGGGCAA
    ACTAATATGA TCACCCCTCC ACCTAAGAAC CAATCAAACC CCACGGATCT GTATGACAGC
    GTAACGGATA ATATCAACCG CCCTTCAATG TTTGTCATAT TTAACGATAT CCAGGCCTAT
    CCCGAGTATC TCATCACATT CACTAGATAA

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