LOC100485405 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following LOC100485405 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100485405 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
OXa43878 XM_018093152.1
Latest version!
Xenopus tropicalis mucin-2-like (LOC100485405), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $713.30
$1019.00
OXa56827 XM_031900771.1
Latest version!
Xenopus tropicalis mucin-2 (LOC100485405), mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD Quote Price

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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 OXa43878
    Clone ID Related Accession (Same CDS sequence) XM_018093152.1
    Accession Version XM_018093152.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3615bp)
    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 mucin-2-like
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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 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## ##RefSeq-Attributes-START## ab initio :: 15% 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
    ATGGGGTACC AGACTTCTGG CATCTGGGTA TGGTTGGCTT TGACGCTTTC CTTCTCAAGT 
    GCCTATGACA TTATTTCAGG TAGACCTATC GACCACACTA AGTCTATCTG CAGTTCATGG
    GGCAACTTCC ATTACAAGAC ATTTGATGGA GTGATCTATC AGTTTCCTGG AACCTGCAAC
    TATAATTTGG CTTCACACTG TGGCGACTCC TACCATGAAT TTTCTGTCCA CATGCAGCGT
    GCCATCGAAA AAGGTAGCCC AGTCATTCAC CAAATCCTTA TTCAAATCAA GGATGTTACC
    ATTGAACTGA AGAGAGATTC TGAAATGGTG AATGGGGAAA TTTTTACGGC CCCTTACTTT
    AACTATGGAG TTTTCATAAT TAAGAAGGAT GGCTACACAA AGGTGCATAC AAAGATTGGC
    CTGACCCTCA CATGGAACGA AGGAGATTCA GTTTTGTTGG AGGTGGATTC CAGGTATCAA
    AACAAACTGT GTGGACTCTG TGGGGACTAC AATGGCATGC CAGTCAGTAA TGAATTCTTT
    TTAAATGAAA TGCCACTCAA CCCTATCCAG TTTGGAAATA TGCAAAACAT CAACGATCCC
    ACTTTAACCT GCACAAATGT AGATGAGAGC CAGCAAATGA ATGTTTCCAG TTGTGGGCAT
    TATTATTCTG TTTGCAAAAG TTACCTCAGT CAAAGTGCCT TTTCATCATG CCAAGATCTT
    TTTGACATAT CCGATTACGT TATGGCCTGC ATGCTCGATG TGTGCTCCTG TAGCAGTGCC
    GATGTCTCAT GTCTATGCAG TACATTAACT GAGTATTCAA GGCAATGCAC TCACGCAGGA
    GGGAGCCCAC AGAACTGGAG AACTAATGAC CTCTGTCCTA AACAGTGCCC TGGGAACATG
    GTATACAAGG AGAGTGGTTC CCCATGCATA AGTTCCTGTT CTCATCGTGA AGTAAAAAGC
    CTTTGTGAGG AACATGATGT AGATGGCTGC TTCTGCCCTG ATGGCACGGT GTGGGATGAT
    TACAATAACG CCGGCTGCAT TTCAACTAGT GAATGTCACT GCAAGTATCA AGATCAGCTC
    TATGCTCCAG GATCAAAGAT TTTAAATGAT TGTGAACAAT GCTCTTGTGA TGCAGGAAAA
    TGGACCTGCA TGCATGGCAT ATGCCCCAAA GTTTGTTCCA TTGAAGGAGG AGCTCATTTC
    AAAACATTTG ATGGGAAATC TTACAAGTTC CATGGCAACT GTAACTATTT GCTGTCTAAG
    GCAAGGCACC ATACGATTCA CACTATTGTA GCCGAGCTGA CTCCATGCAA TGCATTTTCA
    CGGGAGACTT GTCTAAAAAC CATCCAGTTC TACACAGATG ACAATCAAAA TGTCTTGTCC
    ATCAGAGCCG ACGGATCTGT TTTATTAAAT GATCTCAAAA TAAGCCTCCC TCAAATTACA
    GGAAGTTTTT CAGTTATACA GCCCACGGAA TCAAACATCT TTGTCAAGAC AAAATTCGGT
    CTCCAAATCC AAATCTATCT CCTACCACTG ATGCAGCTGT ATATTAACAT GAATAATTCT
    AAAAAGAATA CATTTGAAGG TCTTTGTGGT AACTTTAATT ACATTGAAGG AGATGACTTC
    ATAACATCGG CAGGTATAGA AGAATCAACA GCATCAGCCT TTGCCAACAC CTGGAAAATA
    CAATCTACCT GCCAAGACTC AGTAGAGGTG TTACTAGATC CTTGCAGCTT CAGTATTGAG
    ACTAAAATCT ATGCAGAGAA ATGGTGCTCT ATGCTAAAAG GTTCGGGATC TCCTTTTTGG
    AAATGCCATT TAGCAGTTGA CCCAGTTGAA TATTATAAGA GATGTGAGTA CGATACCTGT
    AGCTGTAGTC ATAGTGAAGC CTGTATGTGC GCAACACTGT CCTCATATGC CAGAGCCTGT
    GCTGCAAAAG GAATCATCTT GTGGGACTGG AGGAAAGGAA TCTGTGATAA AGAAATTCCC
    AGCTGCCCAG CCTCACAGAT ATACTTGTAT AACATCACTA CTTGCCAGCC TTCTTGCCGC
    TCCCTGGCAC TTGGAGAAAA AGAATGTGAC AGTAAATTTA CCCCAATTGA TGGCTGTGGG
    TGCCCAGATG GAATGTATAT CAATGAAAAA GATGGTTGCG TTCCCATATC ACAGTGTTCT
    TGCTACCACC AAGGAATGTA TCTTAGGCCA AATGAGGTTT TCTACAAATT AGATGAACGA
    TGTTCCTGCC ATGAAGGAAA ACTCAACTGC GAATCTTTTA TCAATGAGAC GTGTGCCAAA
    GGGAAAGTCT TCCTTGACTG CAAAATGCAA AAGAGATCCT ATGTTTCACG GCATAGAAGC
    TGCCGGACGC TACATATCGG ACCTGTGGGT TCAGGCTGCA TCTCCGGATG TGTGTGCCCA
    GAGGGGCTGC TTGATGATGG GAATGGCGGT TGTGTTCAAG AGAGTTCCTG CCCTTGTTCT
    TATAATAATA ACGTGTATCC TCATGGATTT AGGCTTATTG AGGAATGCAA ATCCTGCACA
    TGTGAGAGTG GGCTTTGGTC ATGCATACAA ACACCTTGTT ATGGAACATG TACCATCTAT
    GGGAGCGGCC ATTATATTAC ATTTGACAAG AAATTTTATG ACTTTGATGG AAGTTGTGAA
    TTTGTAGTTG CTCAGGACTA TTGCGGTGAC AGTGCATCAA ATGGTACATT CAGAATAATC
    ACAGAGAATA TCCCATGTGG CACCACTGGA GTAACATGTT CAAAGTCTAT CAAGATATAT
    TTAGGGAATA CAGAACTGAA GTTGACTAAC AGTCACATGG AGTTTGGAGA ATCTCCAACT
    GAAGAGAAAT ACAGAGTCCG TGAAGTGGGT CTTTACTTAG CAATTCATAC AAGCAGTGAT
    ATTTCCCTCA TCTGGGACAA GAAAACCTCC TTATTAGTCA GGCTGCCATC TTCTTACAAG
    GGCAAAGTTT GTGGTCTATG TGGAAATTAT GATGACAATG CCAACAATGA CTTCCTGACC
    AGTCAACTGA TACAAGCCAG CAATGTAATG CCATTTGGAA ACAGCTGGAA GCGTAGTAAT
    GATTGTCCTG ATGCCAATAG TATTCCCCAG CCATGCCTGG CAGCACCCCA CCGCAGATCT
    TGGGCTGAAA AGAAGTGTGA CATTATCACC AATAATATTT TTGCAAGATG CCATAGCAAG
    GTGGATCCAA AACCCTTCTA TGATGCTTGT GTAAATGATG TGTGCTCCTG TGACACTGGT
    GGGGACTGTG AGTGCTTCTG CACTGCTGTG GCCGCTTACG CTCAACTCTG CTCTAAAGCA
    GATGTCTGTA TTCACTGGAG AACACCAGAA ATTTGCCCAA TATTCTGTGA CTACTATAAC
    ACCGATGAGA ATGAATGTAT GTGGCACTAC TTTGCTTGTG GTCCAGAGGA CAGAAGCAAC
    CATCACAACA CTAAGTACTG CCACTCACCA TCTGTCACAC ACCTGGAAGG TTGTTACCCA
    ACTTGTCCAA CTGAACGTCC TTTCTATGAT GAAATAAATA AATCATGTGT CCCTCATTGT
    CCCTGCATTA TCAACAACAT TACCTACAGC TACAGAGAGC GCATACCTAA TGCTAACCAT
    TGTTTACGAT GGTAA

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

    RefSeq XP_017948641.1
    CDS1..3615
    Translation

    Target ORF information:

    RefSeq Version XM_018093152.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis mucin-2-like (LOC100485405), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018093152.1

    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
    ATGGGGTACC AGACTTCTGG CATCTGGGTA TGGTTGGCTT TGACGCTTTC CTTCTCAAGT 
    GCCTATGACA TTATTTCAGG TAGACCTATC GACCACACTA AGTCTATCTG CAGTTCATGG
    GGCAACTTCC ATTACAAGAC ATTTGATGGA GTGATCTATC AGTTTCCTGG AACCTGCAAC
    TATAATTTGG CTTCACACTG TGGCGACTCC TACCATGAAT TTTCTGTCCA CATGCAGCGT
    GCCATCGAAA AAGGTAGCCC AGTCATTCAC CAAATCCTTA TTCAAATCAA GGATGTTACC
    ATTGAACTGA AGAGAGATTC TGAAATGGTG AATGGGGAAA TTTTTACGGC CCCTTACTTT
    AACTATGGAG TTTTCATAAT TAAGAAGGAT GGCTACACAA AGGTGCATAC AAAGATTGGC
    CTGACCCTCA CATGGAACGA AGGAGATTCA GTTTTGTTGG AGGTGGATTC CAGGTATCAA
    AACAAACTGT GTGGACTCTG TGGGGACTAC AATGGCATGC CAGTCAGTAA TGAATTCTTT
    TTAAATGAAA TGCCACTCAA CCCTATCCAG TTTGGAAATA TGCAAAACAT CAACGATCCC
    ACTTTAACCT GCACAAATGT AGATGAGAGC CAGCAAATGA ATGTTTCCAG TTGTGGGCAT
    TATTATTCTG TTTGCAAAAG TTACCTCAGT CAAAGTGCCT TTTCATCATG CCAAGATCTT
    TTTGACATAT CCGATTACGT TATGGCCTGC ATGCTCGATG TGTGCTCCTG TAGCAGTGCC
    GATGTCTCAT GTCTATGCAG TACATTAACT GAGTATTCAA GGCAATGCAC TCACGCAGGA
    GGGAGCCCAC AGAACTGGAG AACTAATGAC CTCTGTCCTA AACAGTGCCC TGGGAACATG
    GTATACAAGG AGAGTGGTTC CCCATGCATA AGTTCCTGTT CTCATCGTGA AGTAAAAAGC
    CTTTGTGAGG AACATGATGT AGATGGCTGC TTCTGCCCTG ATGGCACGGT GTGGGATGAT
    TACAATAACG CCGGCTGCAT TTCAACTAGT GAATGTCACT GCAAGTATCA AGATCAGCTC
    TATGCTCCAG GATCAAAGAT TTTAAATGAT TGTGAACAAT GCTCTTGTGA TGCAGGAAAA
    TGGACCTGCA TGCATGGCAT ATGCCCCAAA GTTTGTTCCA TTGAAGGAGG AGCTCATTTC
    AAAACATTTG ATGGGAAATC TTACAAGTTC CATGGCAACT GTAACTATTT GCTGTCTAAG
    GCAAGGCACC ATACGATTCA CACTATTGTA GCCGAGCTGA CTCCATGCAA TGCATTTTCA
    CGGGAGACTT GTCTAAAAAC CATCCAGTTC TACACAGATG ACAATCAAAA TGTCTTGTCC
    ATCAGAGCCG ACGGATCTGT TTTATTAAAT GATCTCAAAA TAAGCCTCCC TCAAATTACA
    GGAAGTTTTT CAGTTATACA GCCCACGGAA TCAAACATCT TTGTCAAGAC AAAATTCGGT
    CTCCAAATCC AAATCTATCT CCTACCACTG ATGCAGCTGT ATATTAACAT GAATAATTCT
    AAAAAGAATA CATTTGAAGG TCTTTGTGGT AACTTTAATT ACATTGAAGG AGATGACTTC
    ATAACATCGG CAGGTATAGA AGAATCAACA GCATCAGCCT TTGCCAACAC CTGGAAAATA
    CAATCTACCT GCCAAGACTC AGTAGAGGTG TTACTAGATC CTTGCAGCTT CAGTATTGAG
    ACTAAAATCT ATGCAGAGAA ATGGTGCTCT ATGCTAAAAG GTTCGGGATC TCCTTTTTGG
    AAATGCCATT TAGCAGTTGA CCCAGTTGAA TATTATAAGA GATGTGAGTA CGATACCTGT
    AGCTGTAGTC ATAGTGAAGC CTGTATGTGC GCAACACTGT CCTCATATGC CAGAGCCTGT
    GCTGCAAAAG GAATCATCTT GTGGGACTGG AGGAAAGGAA TCTGTGATAA AGAAATTCCC
    AGCTGCCCAG CCTCACAGAT ATACTTGTAT AACATCACTA CTTGCCAGCC TTCTTGCCGC
    TCCCTGGCAC TTGGAGAAAA AGAATGTGAC AGTAAATTTA CCCCAATTGA TGGCTGTGGG
    TGCCCAGATG GAATGTATAT CAATGAAAAA GATGGTTGCG TTCCCATATC ACAGTGTTCT
    TGCTACCACC AAGGAATGTA TCTTAGGCCA AATGAGGTTT TCTACAAATT AGATGAACGA
    TGTTCCTGCC ATGAAGGAAA ACTCAACTGC GAATCTTTTA TCAATGAGAC GTGTGCCAAA
    GGGAAAGTCT TCCTTGACTG CAAAATGCAA AAGAGATCCT ATGTTTCACG GCATAGAAGC
    TGCCGGACGC TACATATCGG ACCTGTGGGT TCAGGCTGCA TCTCCGGATG TGTGTGCCCA
    GAGGGGCTGC TTGATGATGG GAATGGCGGT TGTGTTCAAG AGAGTTCCTG CCCTTGTTCT
    TATAATAATA ACGTGTATCC TCATGGATTT AGGCTTATTG AGGAATGCAA ATCCTGCACA
    TGTGAGAGTG GGCTTTGGTC ATGCATACAA ACACCTTGTT ATGGAACATG TACCATCTAT
    GGGAGCGGCC ATTATATTAC ATTTGACAAG AAATTTTATG ACTTTGATGG AAGTTGTGAA
    TTTGTAGTTG CTCAGGACTA TTGCGGTGAC AGTGCATCAA ATGGTACATT CAGAATAATC
    ACAGAGAATA TCCCATGTGG CACCACTGGA GTAACATGTT CAAAGTCTAT CAAGATATAT
    TTAGGGAATA CAGAACTGAA GTTGACTAAC AGTCACATGG AGTTTGGAGA ATCTCCAACT
    GAAGAGAAAT ACAGAGTCCG TGAAGTGGGT CTTTACTTAG CAATTCATAC AAGCAGTGAT
    ATTTCCCTCA TCTGGGACAA GAAAACCTCC TTATTAGTCA GGCTGCCATC TTCTTACAAG
    GGCAAAGTTT GTGGTCTATG TGGAAATTAT GATGACAATG CCAACAATGA CTTCCTGACC
    AGTCAACTGA TACAAGCCAG CAATGTAATG CCATTTGGAA ACAGCTGGAA GCGTAGTAAT
    GATTGTCCTG ATGCCAATAG TATTCCCCAG CCATGCCTGG CAGCACCCCA CCGCAGATCT
    TGGGCTGAAA AGAAGTGTGA CATTATCACC AATAATATTT TTGCAAGATG CCATAGCAAG
    GTGGATCCAA AACCCTTCTA TGATGCTTGT GTAAATGATG TGTGCTCCTG TGACACTGGT
    GGGGACTGTG AGTGCTTCTG CACTGCTGTG GCCGCTTACG CTCAACTCTG CTCTAAAGCA
    GATGTCTGTA TTCACTGGAG AACACCAGAA ATTTGCCCAA TATTCTGTGA CTACTATAAC
    ACCGATGAGA ATGAATGTAT GTGGCACTAC TTTGCTTGTG GTCCAGAGGA CAGAAGCAAC
    CATCACAACA CTAAGTACTG CCACTCACCA TCTGTCACAC ACCTGGAAGG TTGTTACCCA
    ACTTGTCCAA CTGAACGTCC TTTCTATGAT GAAATAAATA AATCATGTGT CCCTCATTGT
    CCCTGCATTA TCAACAACAT TACCTACAGC TACAGAGAGC GCATACCTAA TGCTAACCAT
    TGTTTACGAT GGTAA

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

    CloneID OXa56827
    Clone ID Related Accession (Same CDS sequence) XM_031900771.1
    Accession Version XM_031900771.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 8841bp)
    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 mucin-2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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 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## ##RefSeq-Attributes-START## ab initio :: 44% 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
    6121
    6181
    6241
    6301
    6361
    6421
    6481
    6541
    6601
    6661
    6721
    6781
    6841
    6901
    6961
    7021
    7081
    7141
    7201
    7261
    7321
    7381
    7441
    7501
    7561
    7621
    7681
    7741
    7801
    7861
    7921
    7981
    8041
    8101
    8161
    8221
    8281
    8341
    8401
    8461
    8521
    8581
    8641
    8701
    8761
    8821
    ATGGGGTACC AGACTTCTGG CATCTGGGTA TGGTTGGCTT TGACGCTTTC CTTCTCAAGT 
    GCTTATGACA TTATTTCAGG TAGACCTATC GACCACACTA ACTCTATCTG CAGTTCATGG
    GGCAACTTCC ATTACAAGAC ATTCGATGGA GTGATCTATC AGTTTCCTGG CACCTGCAAC
    TATAATTTGG CTTCGCACTG TGGGGACTCC TACCATGAAT TTTCTGTCCA CATGCAGCGT
    GCCATAGAGG ATGGTAGCCC AGTCATTCAC CAAATCCTTA TTCAAATCAA GGATGTTACC
    ATTGAATTGA AGAGAGATTC TAAGATGGTG AATGGGGAAA TTTTTACGAC CCCTTACTTT
    AACTATGGAG TTTTCATAAT TAAGAAGGAT GGCTACACAA AGGTGCATAC AAAGATTGGC
    CTGACCCTCA CATGGAACGA AGGAGATTCA GTTTTGTTGG AGGTGGATTC CAGGTATCAA
    AACAAACTGT GTGGACTCTG TGGGGACTAC AATGGCATGC CAGTCAGTAA TGAATTCTTT
    TTGAATGATA TGCCACTCAA CCCTATCCAG TTTGGAAATA TGCAAAACAT CAATGATCCT
    ACTTTAACCT GCACAAATGT AGATGAGAGC CAGCAAATGA ATGTTTCCAG TTGTGGGCAT
    TATTATTCTG TTTGCAAAAG TTACCTCAGT CAAAGTGCCT TTTCATCATG CCAAGATCTT
    CTTGATGTAA CAGATTATGT TATGGCCTGC ATGCTCGATG TGTGCTCCTG TAGCAGTGCC
    GATGTCTCAT GTCTATGCAA TACATTAACT GAGTTTTCAA GGCAATGCAC TCATGCAGGA
    AGGAGCCCAC AGAACTGGAG AACTGATGAC CTCTGTCCTA AACAGTGCCC TGGGAACATG
    GTATACAAGG AAAGTGGTTC CCCATGCATA AGTTCATGTT CTCATCGTGA AGTAAAAAGC
    CTTTGTGAGG AACATGATGT AGATGGCTGC TTTTGTCCTA ATGGCACGGT ATGGGATGAT
    TACAATAATG CTGGCTGCAT TTCAACAAGC AAATGTTACT GCAAGTATCA AGATCAGCTC
    TATGCTCCAG GATCAAAGAT TTTAAATGAT TGTGAACAAT GCTCTTGTGA TGCAGGAAAA
    TGGACCTGCA CCCATGGAAT ATGCCCCAAA GTTTGTTCCA TTGAAGGAGG AGCTCATTTC
    AAAACATTTG ATGGGAAATC TTACAAGTTC CATGGCAACT GTAACTATTT GCTATCTAAG
    GCAAGGCACC ATGAGACTCA CACTATTGTA GCCGAGCTGA CTCCATGCAA TGCATTTTCA
    CGGGAGACTT GTCTGAAAAC CATCCAGTTC TACACAGATG ACAATCAAAA TGTCTTGTCC
    ATCAGAGCCG ACGGATCTGT TTTATTAAAT GATCTCAAAA TAAGCCTTCC TCAAATTACA
    GGAACTTTTT CAGTTATACA GCCCACGGAA TCAAACATCT TTGTCAAGGC AAAATTCGGT
    CTCCAAATCC AAATCTCTCT CCTACCACTG ATGCAGCTGT ATATTAACAT GGATAATTCT
    AAAAAGAATA CATTTGAAGG TCTTTGTGGT AACTTTAATC ACATTGAAGG AGATGACTTC
    ATAACATCGG CAGGTATAGA AGAATCAACA GCTTCAGCCT TTGCCAACAC CTGGAAAATA
    CAATCTACCT GCCAAGACTC AGTAGAGGTG TTAATAGATC CTTGCAGCTT CAGTATTGAG
    ACTAAAATCT ACGCAGATAA ATGGTGCTCT ATGCTAAAAG GTTCAGAATC CCCTTTTTGG
    AAATGCCATT TAGCAGTTGA CCCAGTTGAA TATTATAAGA GATGTGAGTA CGATACCTGC
    AGCTGTAGTC ATAGTGAAGC CTGTATGTGC GCAACACTGT CCTCATATGC CAGGGCCTGT
    GCTGCAAAAG GAATCATCTT GTGGGACTGG AGGAAAGGAA TCTGTGATAA AGAAATTCCC
    AGCTGCCCAG CCTCACAGAT ATACTTGTAT AACATCACTA CTTGCCAGCC TTCTTGCCGC
    TCCCTGGCAC TTGGAGAAAA AGAATGTGAC AGTAAATTTA CCCCAATTGA TGGCTGTGGC
    TGCCCAGATG GAATGTATAT CAATGAAAAA GATGGTTGTG TTCCCATATC ACAGTGTTCT
    TGCTACCACC AAGGAATGTA TCTGAGGCCA AATGAGGTTT TCTACAAATT AGATGAACGA
    TGTTCCTGCC ATGAAGGAAA ACTCAGCTGT GAATCTTTTA TCAATGAAAC GTGTGCCAAA
    GGGAAAGTCT TCCTTGACTG CAAAATGCAA AAGAGATCTT ATGTTTCATG GCATAGAAGC
    TGCCGGACGC TACATATTGG ACCTGTGGGT ACAGGTTGCA TCTCCGGATG TGTGTGCCCA
    GAGGGGCTGC TTGATGATGG GAATGGCGGT TGTGTTCAAG AGAGATCCTG CCCTTGCTCT
    TATAATAATA ACGTGTATCC TCATGGATTT AGGCTTATTG AGGAATGCAA ATCCTGCACA
    TGTGAGAGTG GGCTTTGGTC ATGCATACAA ACACCTTGTT ATGGAACATG TACCATCTAT
    GGGAGCGGCC ATTATATTAC ATTTGACAAG AAATTCTATG ACTTTGATGG AAGTTGTGAA
    TTTGTAGTTG CTCAGGACTA TTGCGGTGAC AGTGCGTCTA ATGGTACATT CAGAATAATC
    ACAGAGAATA TCCCATGTGG CACTACTGGA GTAACATGTT CAAAGTCTAT AAAGATATAT
    TTAGGGAATA CAGAACTGAA GTTAACTAAT AGTCACATGG AGTTTGGAGA ATCTGCAACT
    GAAGTGAAAT ACAGAGTCCG TGAAGTTGGT CTTTACCTAG CAATTCATAC AAGCAGTGAT
    ATTTCCCTCA TCTGGGACAA GAAAACCTCC TTATTGGTCA GGCTGCCATC TTCTTACAAG
    GGCAAAGTTT GTGGTCTATG TGGAAATTAT GATGACAATT CCAACAATGA CTTCCTGACC
    AGCCAATCGA TACAAGCCAG CAATGTAATG CCATTTGGAA ACAGCTGGAA GCGTAGTAAT
    GATTGTCCTG ATGCAAATAG TATTCCCCAG CCATGCCTCG CAGCACCCCA CCGCAGATCT
    TGGGCTGAAA AGAAGTGTGA CATTATTACC AATAATATTT TTGCAAGATG CCATAGCAAG
    GTGGATCCAA AACCCTACTA TGATGCTTGT GTAAATGATG TCTGCTCCTG TGACACTGGT
    GGGGACTGCG AGTGCTTCTG CACTGCTGTG GCTGCCTACG CTCAACTCTG CGCCAAAGCG
    GATGTCTGTA TTCACTGGAG AACCCCAGAA ATTTGCCCAA TATTCTGTGA CTACTATAAC
    ACTGATGAGA ATGAATGTAT GTGGCACTAC TTTCCCTGTG GTCCAGAGGA CAGAAGCAAG
    CACCACAACA CCAAGTACTG CCACTCACCA TCTGTCACAC ACCTGGAAGG TTGTTACCCA
    ACTTGTCCAA CTGCAAGCCC TTACTATGAT GAAATAAATA AATCATGTGT CACTCATTGT
    CCCTGCATTA TCAACAACAT TACCTACAGC TACAGAGAGC GCATACCTAA TGCTAACCAC
    TGTTTACGAT GCATTTGTGA TGAAAATGGA AAAGAGACTT GTTCTAATAA CCGAGAATGC
    TGTAGTATTA CTACTGGCAC ATCAACAAAA ACATATCTGT CAGATACAAC TATTTCTGAA
    CACACTTCAA AAGGAATCTG TTCTTCTACA AAATGTGTCA ATGGATCAAT AATTCACACC
    ACCACCCTTT GTTCATCTCC AACTACAACT ACTGGTCACA GAATAAGAAG CAGTGAAAGT
    GATGAACTTG ATGGAACATG CTTGTATCTT GAATGTAACC ACAACTGTGA GACAACGACA
    ACTACAGCAC CTTGTACAAC AACACGTCAG AAAATAAGCC ACAGTGAAAG TCATGAACAT
    GCTGGAATGT GCGTGACTCT TGAATGTAAC GAGAAATGTG AGACAACAAC GACTACGACA
    CCTTGTACAA AAACAACAAC ACGTCAGAGA ATAAGGAGTA GTGAAAGTAT GAACGTGATG
    GAACATGTTG GAATCTTGAA TGTAGTGACA TTTGTGAGAC AACAACAACT AAAGCTCCTT
    GTACTACTAC TTCAACGCCA CCAACAACCA CACACACCCG CACCCACACC ACACACTGTG
    TCTGTCGTCA TGGGAAAAAC GTCTACTGGC AAGGACAAGC AACTAAACAG AAACCTTCTT
    GCAGGTCAGA GAATAAGCCA CAGTGAAAGT CATGAACATG CTGGAATGTG CGTGACTCTT
    GAATGTAACG AGAAATGTGA GACAACAACG ACTACAACAC CTTGTACAAA AACAACAACA
    CCAACAACAA TAAAAAGCAC ACACACAACA TGTTTCTGTA TTTACGGGAA AGACCATTTC
    AAGCCAGGTC AGAGAATAAG AAGCAGTGAA AGTCATGAAC GTGATGGAAC ATGTTGGAAT
    CTTGAATGTA ACAATAATTG TGAGACAACA ACAACTAAAT CACTATGTAC TACTACTACT
    ACAACAAGAA AAACTAAATG TCAGGAAATA ACACGTAGTA CCGTTCATGG AAAATGCTAC
    AAAGTTGTAT GTGATGGCAA TTGTAGGGAA CCACCTGCAA CTGAGACACC TTGTACAACA
    ACCATAACAC CAACAACTAC ACACACTAAA ACTAATACAA CTACAAAAAC TACAACACCA
    ACAAGTACAA CAACCACCAA GTCATCCACT GTAACAACAA TCAGTACAAC TACTCCATGT
    GTGGACAAGC AAATAAACAG AAAACCTCTT GCAGGTCAGA GAATAAGAAG CAGTGAAAGT
    GATGAACATG TTGGAATGTG CAAGAATCTT GAATGTAACC ACAACTGTGA GACAACAACA
    ACTACAGCAC CTTGTACAAA AACGACCACA CGTCACAGAA TAAGAAGCAG TGAAAGTGAT
    GAACGTGATG GAACATGCTT GTATCTTGAA TGTAACCACA ACTCAACAAC CACAGAATGT
    TTCTGTCATC ATGGGGGAAA ACGCTACTGG CGAGGTAAAG CAGTCAATAC TACCATGTCT
    GTGTCTTCCG ACAAGCAAAT AAACAGAAAA CCTCTTGCAG GTCAGAGAAT AAGAAGCAGT
    GAAAGTGATG AACATGTTGG AATGTGCAAG AATCTTGAAT GTAACCACAA CTGTGAGACA
    ACAACAACTA CAGCACCTTG TACAAAAACG ACCACACGTC ACAGAATAAG AAGCAGTGAA
    AGTGATGAAC GTGATGGAAC ATGCTTGTAT CTTGAATGTA ACCACAACTC AACAACCACA
    GAATGTTTCT GTCATCATGG GGGAAAACGC TACTGGCGAG GTAAAGCAGT CAATACTACC
    ATGTCTGTGT CTTCCGACAA GCAAATAAAC AGAAAACCTC TTGCAGGTCA GAGAATAAGA
    AGCAGTGAAA GTGATGAACA TGTTGGAATG TGCAAGAATC TTGAATGTAA CCACAACTGT
    GAGACAACAA CAACTACAGC ACCTTGTACA AAAACGACCA CACGTCACAG AATAAGAAGC
    AGTGAAAGTG ATGAACGTGA TGGAACATGC TTGTATCTTG AATGTAACCA CAACTCAACA
    ACCACAGAAT GTTTCTGTCA TCATGGGGGA AAACGCTACT GGCGAGGTAA AGCAGTCAAT
    ACTACCATGT CTGTGTCTTC CGACAAGCAA ATAAACAGAA AACCTCTTGC AGGTCAGAGA
    ATAAGAAGCA GTGAAAGTGA TGAACATGTT GGAATGTGCA AGAATCTTGA ATGTAACCAC
    AACTGTGAGA CAACAACAAC TACAGCACCT TGTACAAAAA CGACCACACG TCACAGAATA
    AGAAGCAGTG AAAGTGATGA ACGTGATGGA ACATGCTTGT ATCTTGAATG TAACCACAAC
    TCAACAACCA CAGAATGTTT CTGTCATCAT GGGGGAAAAC GCTACTGGCG AGGTAAAGCA
    GTCAATACTA CCATGTCTGT GTCTTCCGAC AAGCAAATAA ACAGAAAACC TCTTGCAGGT
    CAGAGAATAA GAAGCAGTGA AAGTGATGAA CATGTTGGAA TGTGCAAGAA TCTTGAATGT
    AACCACAACT GTGAGACAAC AACAACTACA GCACCTTGTA CAAAAACGAC CACACGTCAC
    AGAATAAGAA GCAGTGAAAG TGATGAACGT GATGGAACAC TGGAGGGTCT GGTTGCAGGT
    GGGCCAATTT GCACACAAAC AACTACAGCA CCTTGTACAA AAACGACCAC ACGTCAGAGA
    ATAAGGAGTA GTGAAAGTCA TGAACGTGAT GGAACATGTT GGAATCTTGA ATGTAGTGAC
    ATTTGTGAGA CAACAACAAC TAAAGCTCCT TGTACTACTA CTTCAACGCC ACGTCAGAAA
    ATAAGCCACA GTGAAAGTCA TGAACATGCT GGAATGTGCG TGACTCTTGA ATGTAACGAG
    AAATGTGAGA CAACAACGAC TACGACACCT TGTACAAAAA CAACAACACG TCAGAGAATA
    AGGAGTAGTG AAAGTCATGA ACGTGATGGA ACATGTTGGA ATCTTGAATG TAGTGACATT
    TGTGAGACAA CAACAACTAA AGCTCCTTGT ACTACTACTT CAACGCCACG TCAGAAAATA
    AGCCACAGTG AAAGTCATGA ACATGCTGGA ATGTGCGTGA CTCTTGAATG TAACGAGAAA
    TGTGAGACAA CAACGACTAC GACACCTTGT ACAAAAACAA CAACACGTCA GAGAATAAGG
    AGTAGTGAAA GTCATGAACG TGATGGAACA TGTTGGAATC TTGAATGTAG TGACATTTGT
    GAGACAACAA CAACTAAAGC TCCTTGTACT ACTACTTCAA CGCCACGTCA GGAAATAACA
    CGTAGTACCG TTCATGGAAA ATGCTACAAA GTTGTATGTG ATGGCAATTG TAGGGAACCA
    CCTGCAACTG AGACACCTTG TACAACAACC ATAACACCAA CAACTACACA CACTAAAACT
    AATACAACTA CAAAAACTAC AACACCAACA AGTACAACAA CCACCAAGTC ATCCACTGTA
    ACAACAATCA GTACAACTAC TCCATGTGTG CCCCATACAA GCTGGCAGAT TTGTAATTGC
    ACCAAAGCTG TATGTAATTC AAATGGTCAA CTACAGATTG TTCAGAAATC TTGCACATCT
    CCACCAGAGA TTACCTGTGC CAATAAAATG AAGCCAATAG CTGTGCCTGA TGATGACTCC
    TGTTGCTGGC ATTGGGAGTG TCCTTGTATG TGTGGTGGTT GGGGAGATCA CTATCTTACC
    TTTGATGGAA CCTATTATGC ATACCAAGGA AGTTGCTCCT ACGTTCTTGT GGAAGAAATT
    GTGAAAACAG TTGATAACTT TGGCATTTAC CTCGACAACT ATAACTGTGA AGATAAAACT
    GGTATTACCT GCCCACGCAA ACTTACTGTA CGACATAAAA CTCAGGAAAT TACAATTTCA
    CCCAAAACGT TTACTCCTAT AAGCTTAGAG ACTCGTGTAA ATGGAGATCT CGTATTGCTT
    CCGTATACAC AATATGGAAT AACAGTTTAC CAATCCGGAG TATATTTAGT AGTTGAAATA
    CCAGAGCTGC ACACCAATGT CACTTATAAT GGTTTGACCT TCAGTATAAT GATGCCATAT
    GGAAAGTTTT ATAAAAACAC ACATGGACAA TGTGGTACTT GTACCAACAA TCAAGCTGAT
    GACTTTTTGA TGGCTAATGG TAAAATCACA ACTAGCGCTG TAGCTATGGC CGATTCTTTT
    ATGGTGCATA ACCCAGACAA GCCTCGATGC AAGAGCATTC CTCCAGTACA TCCTAAAACT
    TGCAAATCTC CTCTCTGCGA TCTCATCATG GGACCGGTTT TCCAAAACTG CCATGCATTC
    CATTCACCAG AACCTTTCTA CAAAGCATGC CTTTTGGACA GCTGCAATAA GGCCAATTCA
    AACAATGAAT GTACAAGTTT ACAACATTAT GCTTCAATCT GCGGTGATCG TGGTGTCTGC
    ATTCAGTGGA GAAGCCATGC CTCAACTTGT CCAATGACTT GTCCTTCTGA CAAAGTGTAT
    AATGCATGTG GCCCAGCTCT TCCTATAACC TGCCAAACTA TACCAACAGA TGCAATGGCA
    CTGAAACATG ACAGACGTGT TATGGAAGGA TGCTTCTGTG CCAAAGGCAG CATGCCATTT
    AGCATGGCAA CTGATGTCTG CGTAAGCAGC TGTGGATGTG TTGGGCCAGA CAATGTTCCC
    CGCAAGTATG GAGAATCCTT TGAGTATAAT TGTGAGACCT GCACATGTTT GAAGGGTGGT
    CGTGGAATAA CCTGCCAAAG ACACCAGTGC CATCATGTAA GAAATGAGGA GTGTACTCGG
    GAAGGTTTCT ACAAAGTGAC TCAAATCAGT GCTACAAACA AGTGTTGTGA AGAAACTGTA
    TGCAGATGTG ACCCAAGTCG TTGCTCAAAT ACCTTCCCTA AATGTGGGCC TGGATTTGAA
    CTTAAGGGGG GCATCAAAGA AGGGCATTGT TGTCCTACTT ATGTTTGTGA ACCAAAACAT
    GTTTGTGTTA GTGGAAACGC TGAATACTTG CCTGGATCTC ATGTTTACTC AGAGAAGTGT
    GAGAGCTGTA TCTGTGAACA ACATAAAAAC AACTTTACAA TAGCTTGCAA CCCAATTGTC
    TGCAACATAC ACTGCCCAGC TGGTTTTAAG GTAAAGAAAA ATTCCCCATC TGACTGTTGT
    GGTACTTGTG TGCAAACCAA CTGTGTGGTG AAGTATGGTG GATCCAACCG ACTTATGAAT
    GTAAGTTCAG TCATAGCTTA A

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

    RefSeq XP_031756631.1
    CDS1..8841
    Translation

    Target ORF information:

    RefSeq Version XM_031900771.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis mucin-2 (LOC100485405), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031900771.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    6481
    6541
    6601
    6661
    6721
    6781
    6841
    6901
    6961
    7021
    7081
    7141
    7201
    7261
    7321
    7381
    7441
    7501
    7561
    7621
    7681
    7741
    7801
    7861
    7921
    7981
    8041
    8101
    8161
    8221
    8281
    8341
    8401
    8461
    8521
    8581
    8641
    8701
    8761
    8821
    ATGGGGTACC AGACTTCTGG CATCTGGGTA TGGTTGGCTT TGACGCTTTC CTTCTCAAGT 
    GCTTATGACA TTATTTCAGG TAGACCTATC GACCACACTA ACTCTATCTG CAGTTCATGG
    GGCAACTTCC ATTACAAGAC ATTCGATGGA GTGATCTATC AGTTTCCTGG CACCTGCAAC
    TATAATTTGG CTTCGCACTG TGGGGACTCC TACCATGAAT TTTCTGTCCA CATGCAGCGT
    GCCATAGAGG ATGGTAGCCC AGTCATTCAC CAAATCCTTA TTCAAATCAA GGATGTTACC
    ATTGAATTGA AGAGAGATTC TAAGATGGTG AATGGGGAAA TTTTTACGAC CCCTTACTTT
    AACTATGGAG TTTTCATAAT TAAGAAGGAT GGCTACACAA AGGTGCATAC AAAGATTGGC
    CTGACCCTCA CATGGAACGA AGGAGATTCA GTTTTGTTGG AGGTGGATTC CAGGTATCAA
    AACAAACTGT GTGGACTCTG TGGGGACTAC AATGGCATGC CAGTCAGTAA TGAATTCTTT
    TTGAATGATA TGCCACTCAA CCCTATCCAG TTTGGAAATA TGCAAAACAT CAATGATCCT
    ACTTTAACCT GCACAAATGT AGATGAGAGC CAGCAAATGA ATGTTTCCAG TTGTGGGCAT
    TATTATTCTG TTTGCAAAAG TTACCTCAGT CAAAGTGCCT TTTCATCATG CCAAGATCTT
    CTTGATGTAA CAGATTATGT TATGGCCTGC ATGCTCGATG TGTGCTCCTG TAGCAGTGCC
    GATGTCTCAT GTCTATGCAA TACATTAACT GAGTTTTCAA GGCAATGCAC TCATGCAGGA
    AGGAGCCCAC AGAACTGGAG AACTGATGAC CTCTGTCCTA AACAGTGCCC TGGGAACATG
    GTATACAAGG AAAGTGGTTC CCCATGCATA AGTTCATGTT CTCATCGTGA AGTAAAAAGC
    CTTTGTGAGG AACATGATGT AGATGGCTGC TTTTGTCCTA ATGGCACGGT ATGGGATGAT
    TACAATAATG CTGGCTGCAT TTCAACAAGC AAATGTTACT GCAAGTATCA AGATCAGCTC
    TATGCTCCAG GATCAAAGAT TTTAAATGAT TGTGAACAAT GCTCTTGTGA TGCAGGAAAA
    TGGACCTGCA CCCATGGAAT ATGCCCCAAA GTTTGTTCCA TTGAAGGAGG AGCTCATTTC
    AAAACATTTG ATGGGAAATC TTACAAGTTC CATGGCAACT GTAACTATTT GCTATCTAAG
    GCAAGGCACC ATGAGACTCA CACTATTGTA GCCGAGCTGA CTCCATGCAA TGCATTTTCA
    CGGGAGACTT GTCTGAAAAC CATCCAGTTC TACACAGATG ACAATCAAAA TGTCTTGTCC
    ATCAGAGCCG ACGGATCTGT TTTATTAAAT GATCTCAAAA TAAGCCTTCC TCAAATTACA
    GGAACTTTTT CAGTTATACA GCCCACGGAA TCAAACATCT TTGTCAAGGC AAAATTCGGT
    CTCCAAATCC AAATCTCTCT CCTACCACTG ATGCAGCTGT ATATTAACAT GGATAATTCT
    AAAAAGAATA CATTTGAAGG TCTTTGTGGT AACTTTAATC ACATTGAAGG AGATGACTTC
    ATAACATCGG CAGGTATAGA AGAATCAACA GCTTCAGCCT TTGCCAACAC CTGGAAAATA
    CAATCTACCT GCCAAGACTC AGTAGAGGTG TTAATAGATC CTTGCAGCTT CAGTATTGAG
    ACTAAAATCT ACGCAGATAA ATGGTGCTCT ATGCTAAAAG GTTCAGAATC CCCTTTTTGG
    AAATGCCATT TAGCAGTTGA CCCAGTTGAA TATTATAAGA GATGTGAGTA CGATACCTGC
    AGCTGTAGTC ATAGTGAAGC CTGTATGTGC GCAACACTGT CCTCATATGC CAGGGCCTGT
    GCTGCAAAAG GAATCATCTT GTGGGACTGG AGGAAAGGAA TCTGTGATAA AGAAATTCCC
    AGCTGCCCAG CCTCACAGAT ATACTTGTAT AACATCACTA CTTGCCAGCC TTCTTGCCGC
    TCCCTGGCAC TTGGAGAAAA AGAATGTGAC AGTAAATTTA CCCCAATTGA TGGCTGTGGC
    TGCCCAGATG GAATGTATAT CAATGAAAAA GATGGTTGTG TTCCCATATC ACAGTGTTCT
    TGCTACCACC AAGGAATGTA TCTGAGGCCA AATGAGGTTT TCTACAAATT AGATGAACGA
    TGTTCCTGCC ATGAAGGAAA ACTCAGCTGT GAATCTTTTA TCAATGAAAC GTGTGCCAAA
    GGGAAAGTCT TCCTTGACTG CAAAATGCAA AAGAGATCTT ATGTTTCATG GCATAGAAGC
    TGCCGGACGC TACATATTGG ACCTGTGGGT ACAGGTTGCA TCTCCGGATG TGTGTGCCCA
    GAGGGGCTGC TTGATGATGG GAATGGCGGT TGTGTTCAAG AGAGATCCTG CCCTTGCTCT
    TATAATAATA ACGTGTATCC TCATGGATTT AGGCTTATTG AGGAATGCAA ATCCTGCACA
    TGTGAGAGTG GGCTTTGGTC ATGCATACAA ACACCTTGTT ATGGAACATG TACCATCTAT
    GGGAGCGGCC ATTATATTAC ATTTGACAAG AAATTCTATG ACTTTGATGG AAGTTGTGAA
    TTTGTAGTTG CTCAGGACTA TTGCGGTGAC AGTGCGTCTA ATGGTACATT CAGAATAATC
    ACAGAGAATA TCCCATGTGG CACTACTGGA GTAACATGTT CAAAGTCTAT AAAGATATAT
    TTAGGGAATA CAGAACTGAA GTTAACTAAT AGTCACATGG AGTTTGGAGA ATCTGCAACT
    GAAGTGAAAT ACAGAGTCCG TGAAGTTGGT CTTTACCTAG CAATTCATAC AAGCAGTGAT
    ATTTCCCTCA TCTGGGACAA GAAAACCTCC TTATTGGTCA GGCTGCCATC TTCTTACAAG
    GGCAAAGTTT GTGGTCTATG TGGAAATTAT GATGACAATT CCAACAATGA CTTCCTGACC
    AGCCAATCGA TACAAGCCAG CAATGTAATG CCATTTGGAA ACAGCTGGAA GCGTAGTAAT
    GATTGTCCTG ATGCAAATAG TATTCCCCAG CCATGCCTCG CAGCACCCCA CCGCAGATCT
    TGGGCTGAAA AGAAGTGTGA CATTATTACC AATAATATTT TTGCAAGATG CCATAGCAAG
    GTGGATCCAA AACCCTACTA TGATGCTTGT GTAAATGATG TCTGCTCCTG TGACACTGGT
    GGGGACTGCG AGTGCTTCTG CACTGCTGTG GCTGCCTACG CTCAACTCTG CGCCAAAGCG
    GATGTCTGTA TTCACTGGAG AACCCCAGAA ATTTGCCCAA TATTCTGTGA CTACTATAAC
    ACTGATGAGA ATGAATGTAT GTGGCACTAC TTTCCCTGTG GTCCAGAGGA CAGAAGCAAG
    CACCACAACA CCAAGTACTG CCACTCACCA TCTGTCACAC ACCTGGAAGG TTGTTACCCA
    ACTTGTCCAA CTGCAAGCCC TTACTATGAT GAAATAAATA AATCATGTGT CACTCATTGT
    CCCTGCATTA TCAACAACAT TACCTACAGC TACAGAGAGC GCATACCTAA TGCTAACCAC
    TGTTTACGAT GCATTTGTGA TGAAAATGGA AAAGAGACTT GTTCTAATAA CCGAGAATGC
    TGTAGTATTA CTACTGGCAC ATCAACAAAA ACATATCTGT CAGATACAAC TATTTCTGAA
    CACACTTCAA AAGGAATCTG TTCTTCTACA AAATGTGTCA ATGGATCAAT AATTCACACC
    ACCACCCTTT GTTCATCTCC AACTACAACT ACTGGTCACA GAATAAGAAG CAGTGAAAGT
    GATGAACTTG ATGGAACATG CTTGTATCTT GAATGTAACC ACAACTGTGA GACAACGACA
    ACTACAGCAC CTTGTACAAC AACACGTCAG AAAATAAGCC ACAGTGAAAG TCATGAACAT
    GCTGGAATGT GCGTGACTCT TGAATGTAAC GAGAAATGTG AGACAACAAC GACTACGACA
    CCTTGTACAA AAACAACAAC ACGTCAGAGA ATAAGGAGTA GTGAAAGTAT GAACGTGATG
    GAACATGTTG GAATCTTGAA TGTAGTGACA TTTGTGAGAC AACAACAACT AAAGCTCCTT
    GTACTACTAC TTCAACGCCA CCAACAACCA CACACACCCG CACCCACACC ACACACTGTG
    TCTGTCGTCA TGGGAAAAAC GTCTACTGGC AAGGACAAGC AACTAAACAG AAACCTTCTT
    GCAGGTCAGA GAATAAGCCA CAGTGAAAGT CATGAACATG CTGGAATGTG CGTGACTCTT
    GAATGTAACG AGAAATGTGA GACAACAACG ACTACAACAC CTTGTACAAA AACAACAACA
    CCAACAACAA TAAAAAGCAC ACACACAACA TGTTTCTGTA TTTACGGGAA AGACCATTTC
    AAGCCAGGTC AGAGAATAAG AAGCAGTGAA AGTCATGAAC GTGATGGAAC ATGTTGGAAT
    CTTGAATGTA ACAATAATTG TGAGACAACA ACAACTAAAT CACTATGTAC TACTACTACT
    ACAACAAGAA AAACTAAATG TCAGGAAATA ACACGTAGTA CCGTTCATGG AAAATGCTAC
    AAAGTTGTAT GTGATGGCAA TTGTAGGGAA CCACCTGCAA CTGAGACACC TTGTACAACA
    ACCATAACAC CAACAACTAC ACACACTAAA ACTAATACAA CTACAAAAAC TACAACACCA
    ACAAGTACAA CAACCACCAA GTCATCCACT GTAACAACAA TCAGTACAAC TACTCCATGT
    GTGGACAAGC AAATAAACAG AAAACCTCTT GCAGGTCAGA GAATAAGAAG CAGTGAAAGT
    GATGAACATG TTGGAATGTG CAAGAATCTT GAATGTAACC ACAACTGTGA GACAACAACA
    ACTACAGCAC CTTGTACAAA AACGACCACA CGTCACAGAA TAAGAAGCAG TGAAAGTGAT
    GAACGTGATG GAACATGCTT GTATCTTGAA TGTAACCACA ACTCAACAAC CACAGAATGT
    TTCTGTCATC ATGGGGGAAA ACGCTACTGG CGAGGTAAAG CAGTCAATAC TACCATGTCT
    GTGTCTTCCG ACAAGCAAAT AAACAGAAAA CCTCTTGCAG GTCAGAGAAT AAGAAGCAGT
    GAAAGTGATG AACATGTTGG AATGTGCAAG AATCTTGAAT GTAACCACAA CTGTGAGACA
    ACAACAACTA CAGCACCTTG TACAAAAACG ACCACACGTC ACAGAATAAG AAGCAGTGAA
    AGTGATGAAC GTGATGGAAC ATGCTTGTAT CTTGAATGTA ACCACAACTC AACAACCACA
    GAATGTTTCT GTCATCATGG GGGAAAACGC TACTGGCGAG GTAAAGCAGT CAATACTACC
    ATGTCTGTGT CTTCCGACAA GCAAATAAAC AGAAAACCTC TTGCAGGTCA GAGAATAAGA
    AGCAGTGAAA GTGATGAACA TGTTGGAATG TGCAAGAATC TTGAATGTAA CCACAACTGT
    GAGACAACAA CAACTACAGC ACCTTGTACA AAAACGACCA CACGTCACAG AATAAGAAGC
    AGTGAAAGTG ATGAACGTGA TGGAACATGC TTGTATCTTG AATGTAACCA CAACTCAACA
    ACCACAGAAT GTTTCTGTCA TCATGGGGGA AAACGCTACT GGCGAGGTAA AGCAGTCAAT
    ACTACCATGT CTGTGTCTTC CGACAAGCAA ATAAACAGAA AACCTCTTGC AGGTCAGAGA
    ATAAGAAGCA GTGAAAGTGA TGAACATGTT GGAATGTGCA AGAATCTTGA ATGTAACCAC
    AACTGTGAGA CAACAACAAC TACAGCACCT TGTACAAAAA CGACCACACG TCACAGAATA
    AGAAGCAGTG AAAGTGATGA ACGTGATGGA ACATGCTTGT ATCTTGAATG TAACCACAAC
    TCAACAACCA CAGAATGTTT CTGTCATCAT GGGGGAAAAC GCTACTGGCG AGGTAAAGCA
    GTCAATACTA CCATGTCTGT GTCTTCCGAC AAGCAAATAA ACAGAAAACC TCTTGCAGGT
    CAGAGAATAA GAAGCAGTGA AAGTGATGAA CATGTTGGAA TGTGCAAGAA TCTTGAATGT
    AACCACAACT GTGAGACAAC AACAACTACA GCACCTTGTA CAAAAACGAC CACACGTCAC
    AGAATAAGAA GCAGTGAAAG TGATGAACGT GATGGAACAC TGGAGGGTCT GGTTGCAGGT
    GGGCCAATTT GCACACAAAC AACTACAGCA CCTTGTACAA AAACGACCAC ACGTCAGAGA
    ATAAGGAGTA GTGAAAGTCA TGAACGTGAT GGAACATGTT GGAATCTTGA ATGTAGTGAC
    ATTTGTGAGA CAACAACAAC TAAAGCTCCT TGTACTACTA CTTCAACGCC ACGTCAGAAA
    ATAAGCCACA GTGAAAGTCA TGAACATGCT GGAATGTGCG TGACTCTTGA ATGTAACGAG
    AAATGTGAGA CAACAACGAC TACGACACCT TGTACAAAAA CAACAACACG TCAGAGAATA
    AGGAGTAGTG AAAGTCATGA ACGTGATGGA ACATGTTGGA ATCTTGAATG TAGTGACATT
    TGTGAGACAA CAACAACTAA AGCTCCTTGT ACTACTACTT CAACGCCACG TCAGAAAATA
    AGCCACAGTG AAAGTCATGA ACATGCTGGA ATGTGCGTGA CTCTTGAATG TAACGAGAAA
    TGTGAGACAA CAACGACTAC GACACCTTGT ACAAAAACAA CAACACGTCA GAGAATAAGG
    AGTAGTGAAA GTCATGAACG TGATGGAACA TGTTGGAATC TTGAATGTAG TGACATTTGT
    GAGACAACAA CAACTAAAGC TCCTTGTACT ACTACTTCAA CGCCACGTCA GGAAATAACA
    CGTAGTACCG TTCATGGAAA ATGCTACAAA GTTGTATGTG ATGGCAATTG TAGGGAACCA
    CCTGCAACTG AGACACCTTG TACAACAACC ATAACACCAA CAACTACACA CACTAAAACT
    AATACAACTA CAAAAACTAC AACACCAACA AGTACAACAA CCACCAAGTC ATCCACTGTA
    ACAACAATCA GTACAACTAC TCCATGTGTG CCCCATACAA GCTGGCAGAT TTGTAATTGC
    ACCAAAGCTG TATGTAATTC AAATGGTCAA CTACAGATTG TTCAGAAATC TTGCACATCT
    CCACCAGAGA TTACCTGTGC CAATAAAATG AAGCCAATAG CTGTGCCTGA TGATGACTCC
    TGTTGCTGGC ATTGGGAGTG TCCTTGTATG TGTGGTGGTT GGGGAGATCA CTATCTTACC
    TTTGATGGAA CCTATTATGC ATACCAAGGA AGTTGCTCCT ACGTTCTTGT GGAAGAAATT
    GTGAAAACAG TTGATAACTT TGGCATTTAC CTCGACAACT ATAACTGTGA AGATAAAACT
    GGTATTACCT GCCCACGCAA ACTTACTGTA CGACATAAAA CTCAGGAAAT TACAATTTCA
    CCCAAAACGT TTACTCCTAT AAGCTTAGAG ACTCGTGTAA ATGGAGATCT CGTATTGCTT
    CCGTATACAC AATATGGAAT AACAGTTTAC CAATCCGGAG TATATTTAGT AGTTGAAATA
    CCAGAGCTGC ACACCAATGT CACTTATAAT GGTTTGACCT TCAGTATAAT GATGCCATAT
    GGAAAGTTTT ATAAAAACAC ACATGGACAA TGTGGTACTT GTACCAACAA TCAAGCTGAT
    GACTTTTTGA TGGCTAATGG TAAAATCACA ACTAGCGCTG TAGCTATGGC CGATTCTTTT
    ATGGTGCATA ACCCAGACAA GCCTCGATGC AAGAGCATTC CTCCAGTACA TCCTAAAACT
    TGCAAATCTC CTCTCTGCGA TCTCATCATG GGACCGGTTT TCCAAAACTG CCATGCATTC
    CATTCACCAG AACCTTTCTA CAAAGCATGC CTTTTGGACA GCTGCAATAA GGCCAATTCA
    AACAATGAAT GTACAAGTTT ACAACATTAT GCTTCAATCT GCGGTGATCG TGGTGTCTGC
    ATTCAGTGGA GAAGCCATGC CTCAACTTGT CCAATGACTT GTCCTTCTGA CAAAGTGTAT
    AATGCATGTG GCCCAGCTCT TCCTATAACC TGCCAAACTA TACCAACAGA TGCAATGGCA
    CTGAAACATG ACAGACGTGT TATGGAAGGA TGCTTCTGTG CCAAAGGCAG CATGCCATTT
    AGCATGGCAA CTGATGTCTG CGTAAGCAGC TGTGGATGTG TTGGGCCAGA CAATGTTCCC
    CGCAAGTATG GAGAATCCTT TGAGTATAAT TGTGAGACCT GCACATGTTT GAAGGGTGGT
    CGTGGAATAA CCTGCCAAAG ACACCAGTGC CATCATGTAA GAAATGAGGA GTGTACTCGG
    GAAGGTTTCT ACAAAGTGAC TCAAATCAGT GCTACAAACA AGTGTTGTGA AGAAACTGTA
    TGCAGATGTG ACCCAAGTCG TTGCTCAAAT ACCTTCCCTA AATGTGGGCC TGGATTTGAA
    CTTAAGGGGG GCATCAAAGA AGGGCATTGT TGTCCTACTT ATGTTTGTGA ACCAAAACAT
    GTTTGTGTTA GTGGAAACGC TGAATACTTG CCTGGATCTC ATGTTTACTC AGAGAAGTGT
    GAGAGCTGTA TCTGTGAACA ACATAAAAAC AACTTTACAA TAGCTTGCAA CCCAATTGTC
    TGCAACATAC ACTGCCCAGC TGGTTTTAAG GTAAAGAAAA ATTCCCCATC TGACTGTTGT
    GGTACTTGTG TGCAAACCAA CTGTGTGGTG AAGTATGGTG GATCCAACCG ACTTATGAAT
    GTAAGTTCAG TCATAGCTTA A

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