AWJ20_1759 cDNA ORF clone, Sugiyamaella lignohabitans

The following AWJ20_1759 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AWJ20_1759 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
OSu02460 XM_018878662.1
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Sugiyamaella lignohabitans cell surface glycoprotein (predicted) partial mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1371.30
$1959.00

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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 OSu02460
    Clone ID Related Accession (Same CDS sequence) XM_018878662.1
    Accession Version XM_018878662.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 7278bp)
    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 2016-10-24
    Organism Sugiyamaella lignohabitans
    Product cell surface glycoprotein (predicted)
    Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_031672). COMPLETENESS: incomplete on both ends.

    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
    ATGATCTACA GAAAGCTTAC AGCTTACCTC TTTGTACTTC TTGTACTTGT GGCAGCAGTT 
    CCATTAAACG TGAAGTACAA CGAGTTCAAT GAACATAAAA ATTTACCAAA CATCCACAAA
    GGCGAACCCC AATTCAATTC TCCTGAGCAT GGGACTTCTA ATATCAAACC AGGGTCGAAA
    ATTGAACCTC ATTTTCCAGA TGGCCATTCT CCTAAGAAGG ACCAGCCATG GTCTCCAAAC
    AAAGATGATT CTCACTCTGA ACCTCATTTC CCAGATAGTC ACTCACCCAA CAAAGATGAG
    CCTTGGGATA GCGATCATTG GCCTGTAGAT GAACCTAAAA CGCCTCATAA AGGAGGATCC
    AAATCAAGTC CGAAATTATG GCCCTGGCCA TGGAATCACA AACCTTCTAC GACTAAACAT
    GTACAGAAAC CTACCCCTAC GCCAAAGAAG TGGCCTTGGC CTTGGCCCGT CAAACACACA
    ACTACTTCCA AGCACCAAAC TATCACTACT AAGATTTCTA AACCGACAAC CATCAAACAT
    TCTTCATCTG TTAAGAAGCC ACTCACGACT AGTAAAAAGC ACACAACATC TGAGAAGCAA
    GAGACTACCA CAAAGCACTC CAGCTCCAAG AAACATACCA GTACAAGCCA GTCTCTAAGA
    TCACTCAGTA CATCGAGCAA GAAGCATTCG ACGTCGAAGA AGCATAGCAG TTCGAAATCC
    TCCAAAAATG AGAGACCGAC GACCAAACAC ACTTCAAAGC ACACTACTAG TAAACACTCC
    ACATCATCGA AGATAAACAA GCCTACTACC ACTTCACACT CAACGACTCA TCGGCCGTTT
    AGTCATCCGA TAAGTAGCAA GCACACTTCG TCTACTAAGC ACACTACTTC GACTAAGCAC
    ACTTCTTCGA CTAAGCACAC TTCGTCTACT GAGCACACTT CTTCGACTAA GCACACTACT
    TCAACTAAAC ACACTTCATC ATCCACGAAG CACACGACTA GTAGTAAACA CTCCACATCG
    TCGAAGATAA ACAAGCCTAC TACCACTTCA CACTCAACGA CTCATAAGCC GTTTAGTCAT
    CCGATAAGTA GTAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ATACTTCTAC GTCTACGAAG
    CACACTTCTA CTTCCACGAA GCATACTTCT ACTTCCACGA AGCATACTTC TACGTCTACG
    AAGCACACTT CTACTTCCAC GAAGCACACT TCTACGTCTA CGAAGCACAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC TACGAAGCAC ACTTCTACTT CCACGAAGCA TACTTCTACG
    TCTACGAAGC ACACTTCTAC TTCCACCAAG CACACTTCTA CTTCCACGAA GCATACTTCA
    ACGTCCACGA AGCATTCTTC GTCTACTAAG CACACTTCAT CGTCCACGAA GCACACGACT
    AGTAGCAAAC ACTCCACATC GTCGAAGATA AACAAGCCTA CTACCACTTC GCACTCAACG
    ACTCATCAGC CGTTTAGTCA TCCGATAAGT AGTAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACGT CTACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTAC TTCCACGAAG
    CACACTTCTA CGTCCACGAA GCACACTTCT ACGTCCACGA AGCACACTTC TACGTCTACG
    AAGCACACTT CTACGTCTAC GAAGCACACT TCTACGTCTA CGAAGCACAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC TACGAAGCAC ACTTCTACTT CCACCAAGCA CACTTCTACT
    TCCACGAAGC ATACTTCAAC GTCCACGAAG CATTCTTCTA CGTCTACGAA GCACACTTCT
    ACGTCTACGA AGCACACTTC TACGTCTACG AAGCACACTT CTACGTCTAC GAAGCACACT
    TCTACGTCTA CGAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTAC TTCCACGAAG
    CACACTTCTA CGTCTACGAA GCACACTTCT ACTTCCACGA AGCACACTTC TACTTCCACG
    AAGCACACTT CTACGTCCAC GAAGCACACT TCTACGTCCA CGAAGCACAC CTCTACTTCC
    ACGAAGCACA CTTCTTCGTC CACGAAGCAT ACTTCTACAT CCACGAAGCA CACTTCTACA
    TCCACGAAGC ACACTTCTAC TTCCACGAAG CACACTTCTA CTTCCACGAA GCACACTTCT
    TCGTCCACGA AGCACACTTC TACGTCTACG AAGCACACTT CTACGTCTAC GAAGCACACT
    TCTACGTCTA CGAAGCACAC TTCTACGTCT ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTTC GTCCACGAAG
    CATACTTCTA CATCCACGAA GCACACTTCT ACTTCCACGA AGCACACTTC TTCGTCCACG
    AAGCATACTT CTACATCCAC GAAGCACACT TCTACTTCCA CGAAGCACAC TTCTACTTCC
    ACCAAGGACA CTTCTACTTC CACGAAGCAT ACTTCAACGT CCACGAAGCA TTCTTCGTCT
    ACTAAGCACA CTTCATCGTC CACGAAGCAC ACGACTAGTA GCAAACACTC CACATCGTCG
    AAGATAAACA AGCCTACTAC CACTTCGCAC TCAACGACTC ATCAGCCGTT TAGTCATCCG
    ATAAGTAGTA AGCACACTTC TTCGTCCACG AAGCATACTT CTACATCCAC GAAGCACACT
    TCTACTTCCA CGAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTTC GTCCACGAAG
    CACACTTCTA CTTCCACGAA GCACACTTCT TCGTCCACGA AGCATACTTC TACATCCACG
    AAGCACACTT CTTCTTCCAC GAAGCATACT TCTACTTCCA CGAAGCATAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC CACGAAGCAT ACTTCAACGT CCACGAAGCA CACTTCTACG
    TCCACGAAGC ACACTTCTAC GTCTACGAAG CACACTTCTA CATCCACGAA GCACACTACA
    TCGACTAGTA GCAAGCACAC TTCCTCCACT AGTAGTAAAC ACACTTCTAC TTCAACTAGT
    AGTAAACACA CCACTTCGAC TAGTAGCAAG CACACTACTT CAACTAGTAG TAAACACACC
    ACTTCGACTA GTAGTAAGCA CACTACTTCG ACTAGTAGTA AACACACTTC TACATCTACG
    AAGCACACTA CTTCGACTAG TAGCAAGCAC ACTTCTACAT CTACGAAGCA CACTACTTCG
    ACTACTAGTA AGCACACTTC TACTTCGACT AGTAGCAAGC ACACTTCTAC ATCCACGAAG
    CACACTACAT CGACTAGTAG CAAGCACACT TCTTCCACTA GTAGTAAACA CACCACTTCG
    ACTAGTAGTA AGCACACTAC TTCGACTAGT AGTAAGCACA CTTCTACTTC TACGAAGCAC
    ACTACATCGA CTAGTAGCAA GCACACTTCT TCGACTAGTA GTAAGCACAC TTCTTCGACT
    AGTAGTAAGC ACACTTCTTC GACTAGTAGT AAGCACACTT CTTCGACTAG TAGTAAGCAC
    ACTTCTACTT CAACTAGTAG CAAGCACACT TCTACTTCGA CTAGTAGTAA ACACACTTCT
    ACATCTACGA AGCACACTAC TTCGACTAGT AGTAAGCACA CTTCTACATC CACGAAGCAC
    ACTTCTTCCA CTAGTAGTAA GCACACTTCT ACTTCTACTA GTAGCAAGCA CACCACTTCT
    ACTAGTAGTA AGCACACTTC TACTTCAACT AGTAGTAAAC ACACTTCTAC TTCGACTAGT
    AGTAAACACA CTTCTACATC TACGAAGCAC ACTACTTCGA CTAGTAGTAA GCACACTTCT
    ACTTCTACGA AGCACACTTC TTCGACTAGT AGTAAGCACA CTTCTACTTC TACGAAGCAC
    ACTACATCGA CTAGTAGCAA GCACACTTCT TCCACTAGTA GTAAACACAC TTCTACTTCA
    ACTAGTAGTA AACACACCAC TTCGACTAGT AGCAAACACA CATCTACTTC AACTAGTAGC
    AAGCACACTT CTTCCACTAG TAGTAAGCAC ACTTCTACTT CAACTAGTAG TAAGCACACT
    TCTACTTCTA CTAGTAGCAA GCACACCACT TCTACTAGCA AACACACATC TACTTCAACT
    AGTAGCAAGC ACACTTCTTC CACTAGTAGT AAGCACACTT CTACTTCGAC CAGTAGTAAA
    CACACTTCTA CTTCAACTAG TAGCAAGCAC ACTTCTACAT CCACGAAGCA TAGTACATCT
    ACAAGCCACC AGCCTTTCAG CCAACCTATC AGTACAAAGT CTTCAACAAA ACACTCGACT
    TCATCAAAGA CTACAAGTAC CCATGTTACA TCTAAGTCTA CATCGACTTC GACAAAACAC
    AGTACGACAA CCAAGTCCAC CAGCAGTAAG GGTACCACCT CTAGGACCAC TTCGAAGGCT
    ACCACTACTT CAAAGACTAC CTCGAAGTTG ACTTCTACTA CTTTCAAGAC TACCTCGAAG
    ACTACAACCT CGAAGACAAG TTCTACATCT TCCAAGACTA CTTCAAAGAC TACTTCCACT
    TCCAAGACAA CCTCGAAGAC CAGTTCTACT ACTTCCAAGA CTACTTCCAA GACTACTTCC
    AAGACTACTT CCAAGACTAC CTCGAAGACA AGTTCTACTA CTTCCAAGAC TACTTCCAAG
    ACTACCTCGA AGACAAGTTC TACTACTTCC AAGACAACCT CGAAGACCAG TTCTACTACT
    TCCAAGACTA CTTCCAAGAC TACTTCCAAG ACTACTTCCA AGACTACCTC GAAGACAAGT
    TCTACTACTT CCAAGACAAC CTCGAAGACC AGTTCTACTA CTTCCAAGAC AACCTCGAAG
    ACAAGTTCTA CTACTTCCAA GACAACCTCG AAGACCAGTT CTACTACTTC CAAGACTACT
    TCGAAGACAA GTTCTACTAC GTCTAAGACA ACCTCGAAGA CAAGTTCTAC TACTTCCAAG
    ACAACCTCGA AGACCAGTTC TACTACTTCC AAGACTACTT CGAAGACAAG TTCTACTACT
    TCCAAGACAA CCTCGAAGAC CAGTTCTACT ACTTCCAAGA CTACTTCGAA GACAAGCTCT
    ACTACGTCTA AGACTACTTC GAAGACCAGT TCTACTACTT CCAAGACTAC TTCGAAGACC
    AGTTCTACTA CGTCTAAGAC TACTTCGAAG ACCAGTTCTA CTACTTCCAA GACAACCTCG
    AAGACCAGTT CTACTACTTC CAAGACTACT TCGAAGACAA GCTCTACTAC GTCTAAGACT
    ACTTCGAAGA CCAGTTCTAC TACTTCCAAG ACTACTTCGA AGACAAGCTC TACTACGTCT
    AAGACTACTT CGAAGACCAG TTCTACTACT TCCAAGACAA CCTCGAAGAC AAGTTCTACT
    ACTTCCAAGA CAACCTCGAA GACCAGTTCT ACTACTTCCA AGACTACTTC GAAGACAAGC
    TCTACTACGT CTAAGACTAC TTCGAAGACC AGTTCTACTA CTTCCAAGAC TACTTCGAAG
    ACCAGTTCTA CTACGTCTAA GACTACTTCG AAGACCAGTT CTACTACTTC CAAGACTACT
    TCGAAGACAA CCTCGAAGAC AAGTTCTACT ACTTCCAAGA CAATCTCGAA GACAAGTTCT
    ACTACTTCCA AGACTACTTC GAAGACCAGC TCTACTACTT CCAAGACAAC CTCGAAGACC
    AGTTCTACTA CTTCCAAGAC AACCTCGAAG ACCAGTTCTA CTACTTCCAA GACTACTTCG
    AAGACAAGTT CTACTACGTC TAAGACAACC TCGAAGACAA GTTCTACTAC TTCCAAGACA
    ACCTCGAAGA CCAGTTCTAC TACTTCCAAG ACTACTTCGA AGACAAGTTC TACTACTTCC
    AAGACAACCT CGAAGACCAG TTCTACTACT TCCAAGACTA CTTCGAAGAC AAGCTCTACT
    ACGTCTAAGA CTACTTCGAA GACCAGTTCT ACTACTTCCA AGACTACTTC GAAGACCAGT
    TCTACTACGT CTAAGACTAC TTCGAAGACC AGTTCTACTA CTTCCAAGAC TACTTCGAAG
    ACAACCTCGA AGACAAGTTC TACTACTTCC AAGACAACCT CGAAGACAAG TTCTACTACG
    TCTAAGACTA CGTCAACTTC CAAGTCTACT ACTACAAGTT CCAAGTCAAC TACGACAACT
    AGTTCCAAAT CCACTACTAC GAGTTCCAAG TCTACATCTA CCACTAGTTC CAAGTCAACT
    ACTACGAGCT CCAAATCTAC CACTAGTTCT AAGTCGACTA CTTCTACTAC AAGTTCTAAG
    TCGACTACTT CTACTACAAG CTCGAAGTCA ACTACTTCTA CTACAAGCTC GAAGTCAACT
    ACTTCTACTA CTAGTTCGAA GTCAACTACT TCTACTACTA GTTCGAAGTC AACTACTTCT
    ACTACAAGTT CGAAGTCGAC TACTTCTACT ACAAGCTCGA AGTCAACTAC TTCTACTACA
    AGTTCGAAGT CGACTACTTC TACTACAAGC TCGAAGTCAA CTACTTCTAC TACAAGCTCG
    AAGTCAACTA CTTCTACTAC TAGTTCGAAG TCAACTACTT CTACTACTAG TTCGAAGTCA
    ACTACTTCTA CTACAAGTTC GAAGTCGACT ACTTCTACTA CAAGCTCGAA GTCAACTACT
    TCTACTACAA GTTCGAAGTC GACTACTTCT ACTACAAGCT CGAAGTCAAC TACTTCTACT
    ACTAGTTCGA AGTCGACTAC TTCTACTACA AGCTCGAAGT CAACTACTTC TACTACTAGT
    TCGAAGTCAA CTACTTCTAC TACTAGTTCG AAGTCAACTA CTTCTACTAC CAGTTCGAAG
    TCAACTACTT CTACTACTAG TTCGAAGTCA ACTACTTCTA CTACCAGTTC CAAGTCTACG
    ACTACTACAA GTTCGAAGTC AACTACTTCT ACTACAAGCT CCAAGTCTAC TTCTACTACA
    AGTTCTAAGT CCACGACTAC AACAAGCTCT AAATCCACCT CCACTACTAG TTCCAAGTCC
    ACAGCAACCA AGCTCTAA

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

    RefSeq XP_018735943.1
    CDS1..7278
    Translation

    Target ORF information:

    RefSeq Version XM_018878662.1
    Organism Sugiyamaella lignohabitans
    Definition Sugiyamaella lignohabitans cell surface glycoprotein (predicted) partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018878662.1

    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
    ATGATCTACA GAAAGCTTAC AGCTTACCTC TTTGTACTTC TTGTACTTGT GGCAGCAGTT 
    CCATTAAACG TGAAGTACAA CGAGTTCAAT GAACATAAAA ATTTACCAAA CATCCACAAA
    GGCGAACCCC AATTCAATTC TCCTGAGCAT GGGACTTCTA ATATCAAACC AGGGTCGAAA
    ATTGAACCTC ATTTTCCAGA TGGCCATTCT CCTAAGAAGG ACCAGCCATG GTCTCCAAAC
    AAAGATGATT CTCACTCTGA ACCTCATTTC CCAGATAGTC ACTCACCCAA CAAAGATGAG
    CCTTGGGATA GCGATCATTG GCCTGTAGAT GAACCTAAAA CGCCTCATAA AGGAGGATCC
    AAATCAAGTC CGAAATTATG GCCCTGGCCA TGGAATCACA AACCTTCTAC GACTAAACAT
    GTACAGAAAC CTACCCCTAC GCCAAAGAAG TGGCCTTGGC CTTGGCCCGT CAAACACACA
    ACTACTTCCA AGCACCAAAC TATCACTACT AAGATTTCTA AACCGACAAC CATCAAACAT
    TCTTCATCTG TTAAGAAGCC ACTCACGACT AGTAAAAAGC ACACAACATC TGAGAAGCAA
    GAGACTACCA CAAAGCACTC CAGCTCCAAG AAACATACCA GTACAAGCCA GTCTCTAAGA
    TCACTCAGTA CATCGAGCAA GAAGCATTCG ACGTCGAAGA AGCATAGCAG TTCGAAATCC
    TCCAAAAATG AGAGACCGAC GACCAAACAC ACTTCAAAGC ACACTACTAG TAAACACTCC
    ACATCATCGA AGATAAACAA GCCTACTACC ACTTCACACT CAACGACTCA TCGGCCGTTT
    AGTCATCCGA TAAGTAGCAA GCACACTTCG TCTACTAAGC ACACTACTTC GACTAAGCAC
    ACTTCTTCGA CTAAGCACAC TTCGTCTACT GAGCACACTT CTTCGACTAA GCACACTACT
    TCAACTAAAC ACACTTCATC ATCCACGAAG CACACGACTA GTAGTAAACA CTCCACATCG
    TCGAAGATAA ACAAGCCTAC TACCACTTCA CACTCAACGA CTCATAAGCC GTTTAGTCAT
    CCGATAAGTA GTAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ATACTTCTAC GTCTACGAAG
    CACACTTCTA CTTCCACGAA GCATACTTCT ACTTCCACGA AGCATACTTC TACGTCTACG
    AAGCACACTT CTACTTCCAC GAAGCACACT TCTACGTCTA CGAAGCACAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC TACGAAGCAC ACTTCTACTT CCACGAAGCA TACTTCTACG
    TCTACGAAGC ACACTTCTAC TTCCACCAAG CACACTTCTA CTTCCACGAA GCATACTTCA
    ACGTCCACGA AGCATTCTTC GTCTACTAAG CACACTTCAT CGTCCACGAA GCACACGACT
    AGTAGCAAAC ACTCCACATC GTCGAAGATA AACAAGCCTA CTACCACTTC GCACTCAACG
    ACTCATCAGC CGTTTAGTCA TCCGATAAGT AGTAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACGT CTACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTAC TTCCACGAAG
    CACACTTCTA CGTCCACGAA GCACACTTCT ACGTCCACGA AGCACACTTC TACGTCTACG
    AAGCACACTT CTACGTCTAC GAAGCACACT TCTACGTCTA CGAAGCACAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC TACGAAGCAC ACTTCTACTT CCACCAAGCA CACTTCTACT
    TCCACGAAGC ATACTTCAAC GTCCACGAAG CATTCTTCTA CGTCTACGAA GCACACTTCT
    ACGTCTACGA AGCACACTTC TACGTCTACG AAGCACACTT CTACGTCTAC GAAGCACACT
    TCTACGTCTA CGAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTAC TTCCACGAAG
    CACACTTCTA CGTCTACGAA GCACACTTCT ACTTCCACGA AGCACACTTC TACTTCCACG
    AAGCACACTT CTACGTCCAC GAAGCACACT TCTACGTCCA CGAAGCACAC CTCTACTTCC
    ACGAAGCACA CTTCTTCGTC CACGAAGCAT ACTTCTACAT CCACGAAGCA CACTTCTACA
    TCCACGAAGC ACACTTCTAC TTCCACGAAG CACACTTCTA CTTCCACGAA GCACACTTCT
    TCGTCCACGA AGCACACTTC TACGTCTACG AAGCACACTT CTACGTCTAC GAAGCACACT
    TCTACGTCTA CGAAGCACAC TTCTACGTCT ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTTC GTCCACGAAG
    CATACTTCTA CATCCACGAA GCACACTTCT ACTTCCACGA AGCACACTTC TTCGTCCACG
    AAGCATACTT CTACATCCAC GAAGCACACT TCTACTTCCA CGAAGCACAC TTCTACTTCC
    ACCAAGGACA CTTCTACTTC CACGAAGCAT ACTTCAACGT CCACGAAGCA TTCTTCGTCT
    ACTAAGCACA CTTCATCGTC CACGAAGCAC ACGACTAGTA GCAAACACTC CACATCGTCG
    AAGATAAACA AGCCTACTAC CACTTCGCAC TCAACGACTC ATCAGCCGTT TAGTCATCCG
    ATAAGTAGTA AGCACACTTC TTCGTCCACG AAGCATACTT CTACATCCAC GAAGCACACT
    TCTACTTCCA CGAAGCACAC TTCTACTTCC ACGAAGCACA CTTCTACTTC CACGAAGCAC
    ACTTCTACTT CCACGAAGCA CACTTCTACT TCCACGAAGC ACACTTCTTC GTCCACGAAG
    CACACTTCTA CTTCCACGAA GCACACTTCT TCGTCCACGA AGCATACTTC TACATCCACG
    AAGCACACTT CTTCTTCCAC GAAGCATACT TCTACTTCCA CGAAGCATAC TTCTACTTCC
    ACGAAGCATA CTTCTACGTC CACGAAGCAT ACTTCAACGT CCACGAAGCA CACTTCTACG
    TCCACGAAGC ACACTTCTAC GTCTACGAAG CACACTTCTA CATCCACGAA GCACACTACA
    TCGACTAGTA GCAAGCACAC TTCCTCCACT AGTAGTAAAC ACACTTCTAC TTCAACTAGT
    AGTAAACACA CCACTTCGAC TAGTAGCAAG CACACTACTT CAACTAGTAG TAAACACACC
    ACTTCGACTA GTAGTAAGCA CACTACTTCG ACTAGTAGTA AACACACTTC TACATCTACG
    AAGCACACTA CTTCGACTAG TAGCAAGCAC ACTTCTACAT CTACGAAGCA CACTACTTCG
    ACTACTAGTA AGCACACTTC TACTTCGACT AGTAGCAAGC ACACTTCTAC ATCCACGAAG
    CACACTACAT CGACTAGTAG CAAGCACACT TCTTCCACTA GTAGTAAACA CACCACTTCG
    ACTAGTAGTA AGCACACTAC TTCGACTAGT AGTAAGCACA CTTCTACTTC TACGAAGCAC
    ACTACATCGA CTAGTAGCAA GCACACTTCT TCGACTAGTA GTAAGCACAC TTCTTCGACT
    AGTAGTAAGC ACACTTCTTC GACTAGTAGT AAGCACACTT CTTCGACTAG TAGTAAGCAC
    ACTTCTACTT CAACTAGTAG CAAGCACACT TCTACTTCGA CTAGTAGTAA ACACACTTCT
    ACATCTACGA AGCACACTAC TTCGACTAGT AGTAAGCACA CTTCTACATC CACGAAGCAC
    ACTTCTTCCA CTAGTAGTAA GCACACTTCT ACTTCTACTA GTAGCAAGCA CACCACTTCT
    ACTAGTAGTA AGCACACTTC TACTTCAACT AGTAGTAAAC ACACTTCTAC TTCGACTAGT
    AGTAAACACA CTTCTACATC TACGAAGCAC ACTACTTCGA CTAGTAGTAA GCACACTTCT
    ACTTCTACGA AGCACACTTC TTCGACTAGT AGTAAGCACA CTTCTACTTC TACGAAGCAC
    ACTACATCGA CTAGTAGCAA GCACACTTCT TCCACTAGTA GTAAACACAC TTCTACTTCA
    ACTAGTAGTA AACACACCAC TTCGACTAGT AGCAAACACA CATCTACTTC AACTAGTAGC
    AAGCACACTT CTTCCACTAG TAGTAAGCAC ACTTCTACTT CAACTAGTAG TAAGCACACT
    TCTACTTCTA CTAGTAGCAA GCACACCACT TCTACTAGCA AACACACATC TACTTCAACT
    AGTAGCAAGC ACACTTCTTC CACTAGTAGT AAGCACACTT CTACTTCGAC CAGTAGTAAA
    CACACTTCTA CTTCAACTAG TAGCAAGCAC ACTTCTACAT CCACGAAGCA TAGTACATCT
    ACAAGCCACC AGCCTTTCAG CCAACCTATC AGTACAAAGT CTTCAACAAA ACACTCGACT
    TCATCAAAGA CTACAAGTAC CCATGTTACA TCTAAGTCTA CATCGACTTC GACAAAACAC
    AGTACGACAA CCAAGTCCAC CAGCAGTAAG GGTACCACCT CTAGGACCAC TTCGAAGGCT
    ACCACTACTT CAAAGACTAC CTCGAAGTTG ACTTCTACTA CTTTCAAGAC TACCTCGAAG
    ACTACAACCT CGAAGACAAG TTCTACATCT TCCAAGACTA CTTCAAAGAC TACTTCCACT
    TCCAAGACAA CCTCGAAGAC CAGTTCTACT ACTTCCAAGA CTACTTCCAA GACTACTTCC
    AAGACTACTT CCAAGACTAC CTCGAAGACA AGTTCTACTA CTTCCAAGAC TACTTCCAAG
    ACTACCTCGA AGACAAGTTC TACTACTTCC AAGACAACCT CGAAGACCAG TTCTACTACT
    TCCAAGACTA CTTCCAAGAC TACTTCCAAG ACTACTTCCA AGACTACCTC GAAGACAAGT
    TCTACTACTT CCAAGACAAC CTCGAAGACC AGTTCTACTA CTTCCAAGAC AACCTCGAAG
    ACAAGTTCTA CTACTTCCAA GACAACCTCG AAGACCAGTT CTACTACTTC CAAGACTACT
    TCGAAGACAA GTTCTACTAC GTCTAAGACA ACCTCGAAGA CAAGTTCTAC TACTTCCAAG
    ACAACCTCGA AGACCAGTTC TACTACTTCC AAGACTACTT CGAAGACAAG TTCTACTACT
    TCCAAGACAA CCTCGAAGAC CAGTTCTACT ACTTCCAAGA CTACTTCGAA GACAAGCTCT
    ACTACGTCTA AGACTACTTC GAAGACCAGT TCTACTACTT CCAAGACTAC TTCGAAGACC
    AGTTCTACTA CGTCTAAGAC TACTTCGAAG ACCAGTTCTA CTACTTCCAA GACAACCTCG
    AAGACCAGTT CTACTACTTC CAAGACTACT TCGAAGACAA GCTCTACTAC GTCTAAGACT
    ACTTCGAAGA CCAGTTCTAC TACTTCCAAG ACTACTTCGA AGACAAGCTC TACTACGTCT
    AAGACTACTT CGAAGACCAG TTCTACTACT TCCAAGACAA CCTCGAAGAC AAGTTCTACT
    ACTTCCAAGA CAACCTCGAA GACCAGTTCT ACTACTTCCA AGACTACTTC GAAGACAAGC
    TCTACTACGT CTAAGACTAC TTCGAAGACC AGTTCTACTA CTTCCAAGAC TACTTCGAAG
    ACCAGTTCTA CTACGTCTAA GACTACTTCG AAGACCAGTT CTACTACTTC CAAGACTACT
    TCGAAGACAA CCTCGAAGAC AAGTTCTACT ACTTCCAAGA CAATCTCGAA GACAAGTTCT
    ACTACTTCCA AGACTACTTC GAAGACCAGC TCTACTACTT CCAAGACAAC CTCGAAGACC
    AGTTCTACTA CTTCCAAGAC AACCTCGAAG ACCAGTTCTA CTACTTCCAA GACTACTTCG
    AAGACAAGTT CTACTACGTC TAAGACAACC TCGAAGACAA GTTCTACTAC TTCCAAGACA
    ACCTCGAAGA CCAGTTCTAC TACTTCCAAG ACTACTTCGA AGACAAGTTC TACTACTTCC
    AAGACAACCT CGAAGACCAG TTCTACTACT TCCAAGACTA CTTCGAAGAC AAGCTCTACT
    ACGTCTAAGA CTACTTCGAA GACCAGTTCT ACTACTTCCA AGACTACTTC GAAGACCAGT
    TCTACTACGT CTAAGACTAC TTCGAAGACC AGTTCTACTA CTTCCAAGAC TACTTCGAAG
    ACAACCTCGA AGACAAGTTC TACTACTTCC AAGACAACCT CGAAGACAAG TTCTACTACG
    TCTAAGACTA CGTCAACTTC CAAGTCTACT ACTACAAGTT CCAAGTCAAC TACGACAACT
    AGTTCCAAAT CCACTACTAC GAGTTCCAAG TCTACATCTA CCACTAGTTC CAAGTCAACT
    ACTACGAGCT CCAAATCTAC CACTAGTTCT AAGTCGACTA CTTCTACTAC AAGTTCTAAG
    TCGACTACTT CTACTACAAG CTCGAAGTCA ACTACTTCTA CTACAAGCTC GAAGTCAACT
    ACTTCTACTA CTAGTTCGAA GTCAACTACT TCTACTACTA GTTCGAAGTC AACTACTTCT
    ACTACAAGTT CGAAGTCGAC TACTTCTACT ACAAGCTCGA AGTCAACTAC TTCTACTACA
    AGTTCGAAGT CGACTACTTC TACTACAAGC TCGAAGTCAA CTACTTCTAC TACAAGCTCG
    AAGTCAACTA CTTCTACTAC TAGTTCGAAG TCAACTACTT CTACTACTAG TTCGAAGTCA
    ACTACTTCTA CTACAAGTTC GAAGTCGACT ACTTCTACTA CAAGCTCGAA GTCAACTACT
    TCTACTACAA GTTCGAAGTC GACTACTTCT ACTACAAGCT CGAAGTCAAC TACTTCTACT
    ACTAGTTCGA AGTCGACTAC TTCTACTACA AGCTCGAAGT CAACTACTTC TACTACTAGT
    TCGAAGTCAA CTACTTCTAC TACTAGTTCG AAGTCAACTA CTTCTACTAC CAGTTCGAAG
    TCAACTACTT CTACTACTAG TTCGAAGTCA ACTACTTCTA CTACCAGTTC CAAGTCTACG
    ACTACTACAA GTTCGAAGTC AACTACTTCT ACTACAAGCT CCAAGTCTAC TTCTACTACA
    AGTTCTAAGT CCACGACTAC AACAAGCTCT AAATCCACCT CCACTACTAG TTCCAAGTCC
    ACAGCAACCA AGCTCTAA

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