Ralgapa1 cDNA ORF clone, Rattus norvegicus(Norway rat)

The following Ralgapa1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ralgapa1 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.

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ORa43448 NM_020083.3
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Rattus norvegicus Ral GTPase activating protein catalytic subunit alpha 1 (Ralgapa1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 30 $1091.30
$1559.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    CloneID ORa43448
    Clone ID Related Accession (Same CDS sequence) NM_020083.3
    Accession Version NM_020083.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6108bp)
    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 2019-12-27
    Organism Rattus norvegicus(Norway rat)
    Product ral GTPase-activating protein subunit alpha-1
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AAHX01044253.1, AAHX01044250.1, AAHX01044249.1, AAHX01044248.1, AAHX01044247.1, AAHX01044245.1, AF041107.2, AAHX01044244.1, AAHX01044243.1, AAHX01044242.1, AAHX01044241.1, AAHX01044240.1 and FQ214235.1. On Dec 9, 2014 this sequence version replaced NM_020083.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to correct errors in the reference genome assembly. The extent of this transcript is supported by transcript alignments and orthologous data. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMD00052296, SAMD00052297 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' 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
    ATGTTCTCTA AGAAGCCGCA CGGGGACGTG AAGAAGTCCA CCCAGAAGGT GCTGGACACC 
    AAGAAGGACG CGCTGACCCG CCTCAAGCAC CTGCGCATCG TCATCGAGAA TGCAGACTCT
    ATTGACCTTA AACAGTTCTT TGACCAGCAT TTTTCACATA TATACTATGT GTTTTTTGAA
    AATTTTGTGA CTATTGAAGC CAGTCTTAAA CAGAAAGGTC ACAAGTCTCA AAGAGAGGAA
    TTAGATGCTA TACTTTTTAT TTTTGAGAAA ATTTTACAAC TTCTTCCAGA AAGAATTCAT
    CAGCGATGGC AATTCCATAG TATTGGGTTG ATTTTAAAGA AACTACTGCA CACAGGAAAC
    TCCTTAAAGA TCAGACGGGA AGGTGTTCGT CTCTTCTTGT TATGGTTGCA AGCTCTTCAG
    GATAACTGTA GCAAAGAGCA GCTCTGGATG TTTTCATGCT TGATCCCTGG ATTTTCAGCA
    CCACAATCTG AATATGGACC TCGAACTTTA GATAATCTTA TTAATCCTCC ACTCAACCTT
    CAAGAAACTC AAGTAACTAT AGAGGAAGTC ACCCCTCTTG TTCCCCCGCA GTCAGGAGAC
    AAAGGACAAG AAGACCTCAC AAGCTATTTT CTTGAAGCAC TTTTAAAATA CATAGTAATT
    CAGGTAAAAA GTTTAGAATG GAAGAACAAA GAAAACCAAG AAAGGGGATT TTCATTTTTG
    TTTTCACATT TTAAGAAGTT TTACTTGCCT TATATTTTCC CAAACCTCTG CAAGGAGAAT
    AGTTTGTATC ATCCTGTACT TGATATCCCA CAGGTCAGAC CAAAGCCTCA TTATGTGATG
    GTAAAGAAGG ATGCTGAAAC CAATGAAACG ATATACTGTA CAAAAGAGCC TTTCATCCAG
    GCTCGGGTCA TTGTCATTCG TTGGCTGGTT TCTTTCTGGC TGGAGCCAAA ACCGCATTCA
    GGACCTAATA TTCCTGGGAT GGAGGGTGAA GTCTTGCCAA AGAATATTCA GAGAGCAGCT
    GCTAGTTTGG TCTCCAGAGA AGAAAGCAAA AATGATACTG TTGATAAAGC AGACAAAACC
    GCAGAGCCCG AGCAGTCGCA TTCCAATACA AGCACTCTCA CAGAGCGAGA GCCCAGCTCT
    TCCAGTCTCT GTAGCATCGA TGAAGAACAC CTCACGGACA TTGAAATCGT TCGCAGGGTA
    TTTTCATCTA AGAGAAGCAA TGTAAACTTT GTCACAGAGA TATTTCGTCA GGCATTTTTA
    TTACCAATTT GTGAAGCAGC AGCTATGAGA AAAGTGGTAA AAGTGTATCA AGAGTGGATT
    CAACAGGAGG GAAAACCTTT GTTTATGCAA GAGCCTGAAG AAACTGTGAT CACTTCTTCA
    GATATACCTT GCAGTGAAAA TGTCACAGAC CATGACATTT CAATAGAAGA CGGAGAGAAG
    AGAGAAGAGG AAAATGGGAC CAATATTTCT GAACATGTTC GAAATTCTAC CTGGACAAAG
    AATGGTTCCT ACCAGGAAGC TTTTCATGTC TCTGAAGAAG CCACAGAACA AAATATTCAA
    GCTGGTACTC AGGCTGTTTT ACAGGTGTTC ATTATAAACT CATCAAACAT ATTTCTTCTT
    GAACCTGCAA ATGAAATAAA AAATCTTCTG GATGAGCACA CAGATATGTG TAAACGTATT
    CTTAACATAT ATCGATACAT GGTTGTGCAA GTATCAATGG ACAAAAAGAC CTGGGAACAG
    ATGCTACTCG TGTTGCTCAG AGTCACGGAG TCTGTACTGA AGATGTCGTC ACAAGCTTTT
    CTGCAGTTCC AGGGGAAAAA AAACATGACC CTGGCAGGTC GACTTGCAGG ACCACTTTTC
    CAGACTCTCA TTGTTGCCTG GATCAAAGCA AATCTAAATG TATACATTTC TCGAGAACTT
    TGGGATGACT TACTTTCAGT ATTGTCATCG TTGACCTATT GGGAAGAATT GGCCACTGAG
    TGGTCGCTGA CCATGGAGAC ACTAACTAAA GTTTTAGCTA GGAATTTATA TAGTTTGGAT
    CTCAGTGATT TGCCATTGGA TAAGCTCAGT GAACAGAAAC AAAAAAAGCA CAAAGGGAAA
    GGAGTTGGAC ATGAATTTCA GAAAGTTTCA GTTGACAAGT CATTTTCTAG AGGATGGAGT
    CGCGATCAGC CTGGCCAGGC ACCCATGAGA CAGAGAAGTG CAACGACTAC TGGCTCCCCG
    GGAACTGAGA AGGCCAGGAG TATAGTACGG CAAAAAACTG TTGATATTGA TGATTCTCAA
    ATCCTTCCCC GCTCAACCAG AGTCAGACAT TTTTCACAGA GTGAAGACAC TGGTAATGAA
    GTTTTTGGTG CTTTGCATGA GGAACAGCCA CTGCCTCGAA GTAGCAGCAC TTCTGACATC
    TTGGAACCAT TCACTGTTGA GCGAGCCAAA GTAAATAAAG AGGACACGAG CCCCAAACTG
    CCTCCTCTTA ATAGTGAGAC TGGCGGCAGC AGCGCTAATG TTCCTGACCT GATGGATGAG
    TTTATCGCAG AGCGACTTCG AAGTGGCAAT GCCTCGACTA TGACAAGAAG GGGAAGTAGT
    CCAGGCAGCC TTGAAATTCC GAAAGACCTT CCTGATATTC TAAACAAGCA GAATCAGATG
    CGCCCTGTTG ATGACCCTGG TGTGCCCTCA GAATGGACGT CTCCTGCCAG TGCAGGGAGC
    AGTGATCTCA TGAGCTCAGA TAGTCACTCG GATTCCTTCA GTGCCTTCCA GTGTGAGGGC
    CGAAAATTTG ACAACTTTGG CTTCGGGACT GACATTGGGA TCCCATCTTC TGCTGATGTG
    GATTCAGGCT CTGGCCATCA TCAAAGCACT GAGGAGCAGG AAGTGGCTAG CCTAACGACG
    CTTCATTTAG ACTCAGAGAC AAGCAGCCTT AATCAACAAG CATTCTCTGC TGAAGTTGCA
    ACTGTCACTG GTTCAGAAAG TGCTTCCCCT GTTCATTCAG CTCTGGGGTC CAGGTCACAG
    ACACCTTCCC CTTCTACGCT GAATATAGAT CACATGGAAC AGAAGGATCT ACAGCTTGAT
    GAGAAGCTCC ACCACTCTGT TCTTCAGACG CCAGATGACC TAGAAATCAG TGAATTTCCT
    TCTGAATGTT GTAGTGTGAT GGCAGGAGGT ACGCTCACTG GGTGGCATGC TGATGTTGCT
    ACTGTTATGT GGCGAAGAAT GCTTGGCATT TTGGGAGATG TCAATGCTAT TATGGATCCT
    GAAATACATG CTCAAGTTTT TGATTACCTC TGTGAACTTT GGCAGAATCT AGCCAAGATC
    AGAGATAATC TTGGCATTTC AGCCGATAAC CTGACTTCAC CTTCTCCACC TGTTTTGATT
    CCTCCACTAA GAATTCTTAC ACCTTGGCTT TTTAAGGCAA CCATGTTGAC TGATAAGTAT
    AAACAAGGTA AATTACATGC ATATAAACTT ATTTGTAATA CAATGAAGAG AAGACAAGAT
    GTATCCCCAA ATAGAGATTT TTTAACGCAT TTCTACAATA TAATGCATTG TGGATTGCTT
    CATATTGACC AGGACATCGT CAATACGATC ATCAAGCACT GCTCACCTCA GTTTTTTTCA
    CTTGGTTTGC CTGGGGCCAC AATGCTTATT ATGGATTTTA TTATAGCGGC TGGGAGAGTG
    GCTTCTTCAG CTTTTCTTAA TGCACCAAGA GTGGAAGCAC AGGTTCTTCT GGGATCTTTG
    GTTTGCTTCC CCAACTTATA CTGTGAGCTG CCTGCTCTGC ATCCAAGCAC GCCTGACATC
    GCTGTGTCTC AGTTCACAGA CGTCAAGGAA CTTATAATTA AAACTGTCTT AAGCTCGGCA
    AGAGACGAAC CCTCTGGCCC TGCACGATGT GTAGCACTTT GCAGTTTAGG TATATGGATT
    TGTGAAGAAT TAGTCCACGA ATCTCATCAT CCTCAAATTA AAGAAGCACT GAATGTAATT
    TGTGTTTCAT TAAAGTTTAC TAATAAAACA GTTGCCCATG TAGCTTGTAA CATGCTTCAC
    ATGCTGGTTC ATTATGCACC TAGACTTCAG ACTTACCAGC CTGACTCTCC CTTGAAAATT
    ATTCAGATCC TAATAGCAAC TATCACACAC CTTTTGCCAA GTACAGAAGC TTCATCATAT
    GAAATGGACA AGAGGTTGGT TGTGTCATTA CTTCTTTGCC TTCTGGACTG GATCATGGCC
    TTACCTTTAA AGACAATACT CCAATCAGTC CATTCTACAG GAGCAGAAAA TGAGAAGACA
    GAAAAATCTG TCCTCAACTG TATTTATAAG GTTTTACATG GGTGTGTATA TGGAGCACAA
    AGTTTTAGCC ATCCAAAGTA CTTTCCAATA AGCCTTTCTG ATTTGGCATC TGTAGATTAT
    GACCCTTTTA TGCATTTGGA AAGTCTGAGA GAGCCTGAAC CTCTACACTC TCCTGATTCA
    GAACGGTCTT CTAAACTGCA GCCGGTGACA GAAGTGAAAA CTCAGATGCA ACAAGGATTA
    ATTTCTATAG CAGCCCGTAC TGTTATTACC CATCTGGTGA ATCACCTGGG CCATTATCCA
    ATGAGTGGTG GTCCTGCTAT GCTAACGAGT CAGGTGTGTG AGAATCATGA CAATCATTAT
    AGCGAAAGTA CTGAACTTTC TCCTGAGCTC TTTGACAGTC CAAATATTCA GTTCTTTGTG
    CTGAATAATA CAACCTTAGT GTCTTGTATC CAGATAAGAT CAGAAGAGAG TGTGCCTGGA
    GGAGGTTTAG CTGCTGGCCT TGTGTCAGCC AACTCAAATG TTAGAATCAT AGTACGTGAT
    CTCTCTGGAA AGTACTCATG GGATTCTGCC ATACTGTATG GGCCACCCAT TGTAAGTGGT
    TTGCCTGAAC CTACATCTTT CATACTTTCA ATGTCTTACC AAGAGAAACC AGAAGAGCCT
    CCTACATCTA ATGAATGCTT AGAAGACATA ACAGTAAAAG ATGGACTTTC TCTCCAGCTT
    AGAAGATTTA GAGAAACTGT TCCAACTTGG TCTACAATAA GAGAGGAGGA AGATGTTCTT
    GATGAGCTCC TGCAGTATTT AGGCACTACA AGTCCTGAAT GTTTACAGAG AACTGGAATC
    TCCCTCAATG TTCCTGCTCC ACAACCTGTG TGCATTTCTG AAAAACAGGA GAATGATGTC
    ATTAATGCTA TCCTTAAGCA ATACACAGAA GAAAAAGAGT TTGTAGAAAA GCACTTTAAT
    GACTTAAACA TGAAAGCCTC AGAACAAGAT GAACCAACAC CTCAGAAACC TCAGTCAGCA
    TTTTATTACT GCAGATTGCT TCTTAGTATA TTGGGAATGA ATTCCTGGGA CAAACGGAGG
    AGCTTTCATC TCCTGAAGAA AAATGAAAAG CTGCTCAGAG AACTGAGGAA CTTGGATTCA
    AGGCAGTGCC GAGAAACACA CAAGATTGCA GTATTTTACG TTGCTGAAGG ACAAGAAGAT
    AAATACTCCA TTCTCACCAA TATAGGAGGA AGCCAAGCAT ATGAAGATTT TGTTGCTGGC
    CTTGGTTGGG AGGTAAACCT TACAAATCAC TGTGGCTTCA TGGGAGGACT GCAGAAGAAC
    AAAAGCACTG GACTGACCAC TCCATATTTT GCTACCTCTA CAGTAGAAGT AATATTTCAT
    GTATCTACAA GAATGCCTTC TGAATCTGAT GACTCTCTGA CCAAAAAATT GAGACATCTA
    GGAAATGATG AAGTACACAT TGTTTGGTCT GAACATACTA GAGACTACAG GAGAGGAATT
    ATTCCTACAG AGTTTGGTGA TGTCCTCATT GTAATATATC CAATGAAAAA CCACATGTTC
    AGTATCCAGA TCATGAAAAA GCCAGAGGTT CCCTTCTTTG GTCCCCTTTT TGATGGTGCT
    ATTGTGAATG GAAAAGTTCT GCCCATTATG GTTCGATCCA CAGCAATAAA TGCTAGCCGT
    GCTCTGAAAT CACTGATTCC ATTGTATCAA AACTTCTACG AGGAGAGAGC ACGGTACCTG
    CAGACAATTG TCCAGCACCA CTTAGAGCCA ACGACATTTG AAGACTTTGC AGCCCAGGTT
    TTCTCTCCAG CTCCCTACCA TCATTTCCCT GCTGATGCAG ATCATTAA

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

    RefSeq NP_064468.3
    CDS12..6119
    Translation

    Target ORF information:

    RefSeq Version NM_020083.3
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus Ral GTPase activating protein catalytic subunit alpha 1 (Ralgapa1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_020083.3

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    ATGTTCTCTA AGAAGCCGCA CGGGGACGTG AAGAAGTCCA CCCAGAAGGT GCTGGACACC 
    AAGAAGGACG CGCTGACCCG CCTCAAGCAC CTGCGCATCG TCATCGAGAA TGCAGACTCT
    ATTGACCTTA AACAGTTCTT TGACCAGCAT TTTTCACATA TATACTATGT GTTTTTTGAA
    AATTTTGTGA CTATTGAAGC CAGTCTTAAA CAGAAAGGTC ACAAGTCTCA AAGAGAGGAA
    TTAGATGCTA TACTTTTTAT TTTTGAGAAA ATTTTACAAC TTCTTCCAGA AAGAATTCAT
    CAGCGATGGC AATTCCATAG TATTGGGTTG ATTTTAAAGA AACTACTGCA CACAGGAAAC
    TCCTTAAAGA TCAGACGGGA AGGTGTTCGT CTCTTCTTGT TATGGTTGCA AGCTCTTCAG
    GATAACTGTA GCAAAGAGCA GCTCTGGATG TTTTCATGCT TGATCCCTGG ATTTTCAGCA
    CCACAATCTG AATATGGACC TCGAACTTTA GATAATCTTA TTAATCCTCC ACTCAACCTT
    CAAGAAACTC AAGTAACTAT AGAGGAAGTC ACCCCTCTTG TTCCCCCGCA GTCAGGAGAC
    AAAGGACAAG AAGACCTCAC AAGCTATTTT CTTGAAGCAC TTTTAAAATA CATAGTAATT
    CAGGTAAAAA GTTTAGAATG GAAGAACAAA GAAAACCAAG AAAGGGGATT TTCATTTTTG
    TTTTCACATT TTAAGAAGTT TTACTTGCCT TATATTTTCC CAAACCTCTG CAAGGAGAAT
    AGTTTGTATC ATCCTGTACT TGATATCCCA CAGGTCAGAC CAAAGCCTCA TTATGTGATG
    GTAAAGAAGG ATGCTGAAAC CAATGAAACG ATATACTGTA CAAAAGAGCC TTTCATCCAG
    GCTCGGGTCA TTGTCATTCG TTGGCTGGTT TCTTTCTGGC TGGAGCCAAA ACCGCATTCA
    GGACCTAATA TTCCTGGGAT GGAGGGTGAA GTCTTGCCAA AGAATATTCA GAGAGCAGCT
    GCTAGTTTGG TCTCCAGAGA AGAAAGCAAA AATGATACTG TTGATAAAGC AGACAAAACC
    GCAGAGCCCG AGCAGTCGCA TTCCAATACA AGCACTCTCA CAGAGCGAGA GCCCAGCTCT
    TCCAGTCTCT GTAGCATCGA TGAAGAACAC CTCACGGACA TTGAAATCGT TCGCAGGGTA
    TTTTCATCTA AGAGAAGCAA TGTAAACTTT GTCACAGAGA TATTTCGTCA GGCATTTTTA
    TTACCAATTT GTGAAGCAGC AGCTATGAGA AAAGTGGTAA AAGTGTATCA AGAGTGGATT
    CAACAGGAGG GAAAACCTTT GTTTATGCAA GAGCCTGAAG AAACTGTGAT CACTTCTTCA
    GATATACCTT GCAGTGAAAA TGTCACAGAC CATGACATTT CAATAGAAGA CGGAGAGAAG
    AGAGAAGAGG AAAATGGGAC CAATATTTCT GAACATGTTC GAAATTCTAC CTGGACAAAG
    AATGGTTCCT ACCAGGAAGC TTTTCATGTC TCTGAAGAAG CCACAGAACA AAATATTCAA
    GCTGGTACTC AGGCTGTTTT ACAGGTGTTC ATTATAAACT CATCAAACAT ATTTCTTCTT
    GAACCTGCAA ATGAAATAAA AAATCTTCTG GATGAGCACA CAGATATGTG TAAACGTATT
    CTTAACATAT ATCGATACAT GGTTGTGCAA GTATCAATGG ACAAAAAGAC CTGGGAACAG
    ATGCTACTCG TGTTGCTCAG AGTCACGGAG TCTGTACTGA AGATGTCGTC ACAAGCTTTT
    CTGCAGTTCC AGGGGAAAAA AAACATGACC CTGGCAGGTC GACTTGCAGG ACCACTTTTC
    CAGACTCTCA TTGTTGCCTG GATCAAAGCA AATCTAAATG TATACATTTC TCGAGAACTT
    TGGGATGACT TACTTTCAGT ATTGTCATCG TTGACCTATT GGGAAGAATT GGCCACTGAG
    TGGTCGCTGA CCATGGAGAC ACTAACTAAA GTTTTAGCTA GGAATTTATA TAGTTTGGAT
    CTCAGTGATT TGCCATTGGA TAAGCTCAGT GAACAGAAAC AAAAAAAGCA CAAAGGGAAA
    GGAGTTGGAC ATGAATTTCA GAAAGTTTCA GTTGACAAGT CATTTTCTAG AGGATGGAGT
    CGCGATCAGC CTGGCCAGGC ACCCATGAGA CAGAGAAGTG CAACGACTAC TGGCTCCCCG
    GGAACTGAGA AGGCCAGGAG TATAGTACGG CAAAAAACTG TTGATATTGA TGATTCTCAA
    ATCCTTCCCC GCTCAACCAG AGTCAGACAT TTTTCACAGA GTGAAGACAC TGGTAATGAA
    GTTTTTGGTG CTTTGCATGA GGAACAGCCA CTGCCTCGAA GTAGCAGCAC TTCTGACATC
    TTGGAACCAT TCACTGTTGA GCGAGCCAAA GTAAATAAAG AGGACACGAG CCCCAAACTG
    CCTCCTCTTA ATAGTGAGAC TGGCGGCAGC AGCGCTAATG TTCCTGACCT GATGGATGAG
    TTTATCGCAG AGCGACTTCG AAGTGGCAAT GCCTCGACTA TGACAAGAAG GGGAAGTAGT
    CCAGGCAGCC TTGAAATTCC GAAAGACCTT CCTGATATTC TAAACAAGCA GAATCAGATG
    CGCCCTGTTG ATGACCCTGG TGTGCCCTCA GAATGGACGT CTCCTGCCAG TGCAGGGAGC
    AGTGATCTCA TGAGCTCAGA TAGTCACTCG GATTCCTTCA GTGCCTTCCA GTGTGAGGGC
    CGAAAATTTG ACAACTTTGG CTTCGGGACT GACATTGGGA TCCCATCTTC TGCTGATGTG
    GATTCAGGCT CTGGCCATCA TCAAAGCACT GAGGAGCAGG AAGTGGCTAG CCTAACGACG
    CTTCATTTAG ACTCAGAGAC AAGCAGCCTT AATCAACAAG CATTCTCTGC TGAAGTTGCA
    ACTGTCACTG GTTCAGAAAG TGCTTCCCCT GTTCATTCAG CTCTGGGGTC CAGGTCACAG
    ACACCTTCCC CTTCTACGCT GAATATAGAT CACATGGAAC AGAAGGATCT ACAGCTTGAT
    GAGAAGCTCC ACCACTCTGT TCTTCAGACG CCAGATGACC TAGAAATCAG TGAATTTCCT
    TCTGAATGTT GTAGTGTGAT GGCAGGAGGT ACGCTCACTG GGTGGCATGC TGATGTTGCT
    ACTGTTATGT GGCGAAGAAT GCTTGGCATT TTGGGAGATG TCAATGCTAT TATGGATCCT
    GAAATACATG CTCAAGTTTT TGATTACCTC TGTGAACTTT GGCAGAATCT AGCCAAGATC
    AGAGATAATC TTGGCATTTC AGCCGATAAC CTGACTTCAC CTTCTCCACC TGTTTTGATT
    CCTCCACTAA GAATTCTTAC ACCTTGGCTT TTTAAGGCAA CCATGTTGAC TGATAAGTAT
    AAACAAGGTA AATTACATGC ATATAAACTT ATTTGTAATA CAATGAAGAG AAGACAAGAT
    GTATCCCCAA ATAGAGATTT TTTAACGCAT TTCTACAATA TAATGCATTG TGGATTGCTT
    CATATTGACC AGGACATCGT CAATACGATC ATCAAGCACT GCTCACCTCA GTTTTTTTCA
    CTTGGTTTGC CTGGGGCCAC AATGCTTATT ATGGATTTTA TTATAGCGGC TGGGAGAGTG
    GCTTCTTCAG CTTTTCTTAA TGCACCAAGA GTGGAAGCAC AGGTTCTTCT GGGATCTTTG
    GTTTGCTTCC CCAACTTATA CTGTGAGCTG CCTGCTCTGC ATCCAAGCAC GCCTGACATC
    GCTGTGTCTC AGTTCACAGA CGTCAAGGAA CTTATAATTA AAACTGTCTT AAGCTCGGCA
    AGAGACGAAC CCTCTGGCCC TGCACGATGT GTAGCACTTT GCAGTTTAGG TATATGGATT
    TGTGAAGAAT TAGTCCACGA ATCTCATCAT CCTCAAATTA AAGAAGCACT GAATGTAATT
    TGTGTTTCAT TAAAGTTTAC TAATAAAACA GTTGCCCATG TAGCTTGTAA CATGCTTCAC
    ATGCTGGTTC ATTATGCACC TAGACTTCAG ACTTACCAGC CTGACTCTCC CTTGAAAATT
    ATTCAGATCC TAATAGCAAC TATCACACAC CTTTTGCCAA GTACAGAAGC TTCATCATAT
    GAAATGGACA AGAGGTTGGT TGTGTCATTA CTTCTTTGCC TTCTGGACTG GATCATGGCC
    TTACCTTTAA AGACAATACT CCAATCAGTC CATTCTACAG GAGCAGAAAA TGAGAAGACA
    GAAAAATCTG TCCTCAACTG TATTTATAAG GTTTTACATG GGTGTGTATA TGGAGCACAA
    AGTTTTAGCC ATCCAAAGTA CTTTCCAATA AGCCTTTCTG ATTTGGCATC TGTAGATTAT
    GACCCTTTTA TGCATTTGGA AAGTCTGAGA GAGCCTGAAC CTCTACACTC TCCTGATTCA
    GAACGGTCTT CTAAACTGCA GCCGGTGACA GAAGTGAAAA CTCAGATGCA ACAAGGATTA
    ATTTCTATAG CAGCCCGTAC TGTTATTACC CATCTGGTGA ATCACCTGGG CCATTATCCA
    ATGAGTGGTG GTCCTGCTAT GCTAACGAGT CAGGTGTGTG AGAATCATGA CAATCATTAT
    AGCGAAAGTA CTGAACTTTC TCCTGAGCTC TTTGACAGTC CAAATATTCA GTTCTTTGTG
    CTGAATAATA CAACCTTAGT GTCTTGTATC CAGATAAGAT CAGAAGAGAG TGTGCCTGGA
    GGAGGTTTAG CTGCTGGCCT TGTGTCAGCC AACTCAAATG TTAGAATCAT AGTACGTGAT
    CTCTCTGGAA AGTACTCATG GGATTCTGCC ATACTGTATG GGCCACCCAT TGTAAGTGGT
    TTGCCTGAAC CTACATCTTT CATACTTTCA ATGTCTTACC AAGAGAAACC AGAAGAGCCT
    CCTACATCTA ATGAATGCTT AGAAGACATA ACAGTAAAAG ATGGACTTTC TCTCCAGCTT
    AGAAGATTTA GAGAAACTGT TCCAACTTGG TCTACAATAA GAGAGGAGGA AGATGTTCTT
    GATGAGCTCC TGCAGTATTT AGGCACTACA AGTCCTGAAT GTTTACAGAG AACTGGAATC
    TCCCTCAATG TTCCTGCTCC ACAACCTGTG TGCATTTCTG AAAAACAGGA GAATGATGTC
    ATTAATGCTA TCCTTAAGCA ATACACAGAA GAAAAAGAGT TTGTAGAAAA GCACTTTAAT
    GACTTAAACA TGAAAGCCTC AGAACAAGAT GAACCAACAC CTCAGAAACC TCAGTCAGCA
    TTTTATTACT GCAGATTGCT TCTTAGTATA TTGGGAATGA ATTCCTGGGA CAAACGGAGG
    AGCTTTCATC TCCTGAAGAA AAATGAAAAG CTGCTCAGAG AACTGAGGAA CTTGGATTCA
    AGGCAGTGCC GAGAAACACA CAAGATTGCA GTATTTTACG TTGCTGAAGG ACAAGAAGAT
    AAATACTCCA TTCTCACCAA TATAGGAGGA AGCCAAGCAT ATGAAGATTT TGTTGCTGGC
    CTTGGTTGGG AGGTAAACCT TACAAATCAC TGTGGCTTCA TGGGAGGACT GCAGAAGAAC
    AAAAGCACTG GACTGACCAC TCCATATTTT GCTACCTCTA CAGTAGAAGT AATATTTCAT
    GTATCTACAA GAATGCCTTC TGAATCTGAT GACTCTCTGA CCAAAAAATT GAGACATCTA
    GGAAATGATG AAGTACACAT TGTTTGGTCT GAACATACTA GAGACTACAG GAGAGGAATT
    ATTCCTACAG AGTTTGGTGA TGTCCTCATT GTAATATATC CAATGAAAAA CCACATGTTC
    AGTATCCAGA TCATGAAAAA GCCAGAGGTT CCCTTCTTTG GTCCCCTTTT TGATGGTGCT
    ATTGTGAATG GAAAAGTTCT GCCCATTATG GTTCGATCCA CAGCAATAAA TGCTAGCCGT
    GCTCTGAAAT CACTGATTCC ATTGTATCAA AACTTCTACG AGGAGAGAGC ACGGTACCTG
    CAGACAATTG TCCAGCACCA CTTAGAGCCA ACGACATTTG AAGACTTTGC AGCCCAGGTT
    TTCTCTCCAG CTCCCTACCA TCATTTCCCT GCTGATGCAG ATCATTAA

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

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