ORF » Species Summary » Naegleria gruberi strain NEG-M » FM171 cDNA ORF clone

FM171 cDNA ORF clone, Naegleria gruberi strain NEG-M

The following FM171 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FM171 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
ONa09589 XM_002671102.1
Latest version!		 Naegleria gruberi hypothetical protein (FM171), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

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** 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)
    FM171 ( XM_002671102.1 ) cDNA ORF clone, Naegleria gruberi strain NEG-M -> XP_002671148.1 Naegleria gruberi hypothetical protein (FM171), mRNA.
    Price & Availability↑
    CloneID ONa09589
    Clone ID Related Accession (Same CDS sequence) XM_002671102.1
    Accession Version XM_002671102.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5016bp)
    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 1269705600000
    Organism Naegleria gruberi strain NEG-M
    Product hypothetical protein
    Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003163263). 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
    ATGACCAAGT TTGCAAAGGA CTTTGCAAAG AATAAGTATG TTTGGGATGA AACATTTTGC 
    TTGATGGACT CAGATGGAGA TGGTCTAACA AATGGTGATG AACTAGGAGA CCCTTGTTGT 
    TATTGGTCGA TTGGACAGGG AGCTCCAAGG AGGTATTTAC TCTCGGATTT GTCAGATCCA 
    TCTGATGGAA ATATTACTAA TAGATTTTCA ACAGCTGCCA ACATTTCAAT TGTTGAAAAT 
    TTTGTGGCAA TACCAACTTA TTTTAGTATT GAGCTGAGGT GGAAATTATC AAATGATACG 
    ACAAATGTTA TTTGTTACTA TCAAATACAA ATGTCAACTC TCAATTCTTT GGGATATGTA 
    ACTGTAATGT ACAAGACTCA CCAAGCTGAA ACATACACTA GATTTAATTT GGATCAGAAT 
    GTAACATACA GTTTCAGAGT TCTTCCCTAT AACAAATTTA AAGGATATAA TGCTTATGGA 
    GTTGGAAAAC AAGCAATAAT TTTTACCAAA ACCACAACAG ATCCTTATGG AACTGGAATT 
    GGTGATAATT GTCCTTCAGA GACTGTGAAA TGGTCAGAAT ATTTCCCAGA ATTAGTGAAC 
    TCTACCTATT CGAATTATAG CACCGTATCA AATGAAACTG TAAAATGTCC TTCAACTCAG 
    CAAATTGTCG AATGCGAAAG TAGCTATTCC CTTACCATTT GTGATTCATT TAATGACACT 
    GAGGTAAATT GTACAGAAAG AGTGGCTATG AATTTAACTG ACATTTGCAA TTTTACAGAT 
    AGTGGAACAA ATTGTTCATT ATGTGAGATG GGGCTAAATG GGCTTAATAC TACAAGTTTT 
    ACAATGCCTT CATGTTCCTT CTCTTTCGTT TATTGTTCCA ATGATTCAAT GTCTGAAAAT 
    TGTTCAACAA CCTACTATGT TGAAAACAAT CCAATATGTA AAACAAGTTA TAAGAACACA 
    ACCTGTAAAA CTCTTGCATC TGCTTCATTT GTGACAATTC CATCTGACAA GACAATTATT 
    CTAGATGTCA GCCCACCTAA ATTGGATACA GTCATGGTTT ATGGATGTCT CATATTTGAT 
    AATAATGATT ACGGAAATGA AACTCTTGAT CTTCAATTAC AAATGAACAG TATGGTTGTT 
    ACTGGTTCTC TCCAAATCGG TAACGAGTCA ACACCATATC AACACAAAGC AACAATCACT 
    CTGTATGGAG AGAAGACACC ATTGAGTGAT AAGGGTGTTG GTAACAAGAA TATTGCTGTG 
    ATGAGTGGAG GCGTCTTGAG TTTGCATGGA AAGAGACATG AGGTAACTTG GACTTTATTG 
    AAACAATCAT CAAAAGTTGG AGATAACATC ATTTACCTCG CTCAAGAGAC ATTGTGGGAT 
    GTGGGTGATG AGATTGTGAT TGCATCGACA GATTATGACT TGTATCAGGC CGAGAGAAGA 
    TTTATCACCA GAAGAATTAG TGGAACAGCT TTTGAATTGC ACTCACCACT TGTTTATGGT 
    CACTACGCTG AAACTGAATA CTACACAAAA GCAGATGGTA CGGTTGTAGA GTTTGACCAG 
    AGAGCTGAAG TCGCCTTATT GACACACAAC ATTAAGGTGC AAGGAGATGA AAGTAGTGAT 
    AACAGCTTGT TCGGATGTCA CACTATTTAC ATGAGAACAG CCAAGTACAT CAGATTGAAT 
    AATGCAGAAT TTAGGAGATG TGGTCAGGCA GGAACTTTGG GAAGATATCC AGTTCACTTC 
    CACTTGTTTA ACAATGCTTC AACTTCCTAT GTTAAAAAGT TATCAATCCA CGACACCTAT 
    CAGAGAGGAA TTACATTCCA CGGCGTGAAT AACTTACACG CTGAGGGTAT TGTTGCTTAC 
    AATGTTTTTG GACATACTTT CTTTTTGGAA GATGCAGTTG AAGAGGGAAA TATTATTGAG 
    AATTGTTTGG GACTTGTAAC AAAAGCCATC CCAGACTCGA GAGCTATTCT AAGTCCTACC 
    AATCATGATG CTTCCCCAGC AACATTCTGG ATGACTAATC CTCACAATAC TCTTATCAAC 
    AATAGAGCTG CTGGTAGTGA AGGTCATGGA ATTTGGTATC AATTAGAACC TTACAGTTTA 
    GGTCCAAGTA TGTCTCCTTA CATCCAACCC AGCAGATGGT ATTGGGGAAA ATTTTACAAC 
    AACACAGTTC ATAGTAATAG ACAGCATGGT CTCAATTTAT GGCACGATTT CTTTGTTTGT 
    ACCGATCCTA GATTAGAAAT CTTCCAAAAG ATTAGGTGTG GTAGTGCCGA AAATCCTTGG 
    GCCGTAGCCG AATTTACAAA ACTCGTCTCT TATAGAAATA AGGTACAAGG ACAATTTGCC 
    TATGTGCAAG GAGAAATAGC CATGAAGGAT AGTATCTATG CAGATAATCC TATTGGTTAT 
    ACTTTCAATG TGATCAACCA AGACAAGTTC ACAGCCAAAG ACTGCATTTT CATTGGAGAG 
    TCTGGAAATA AGGGAAATAC TGGTAGTTGT GCTTATGGTT GTTATTCTTG TGGTAATTAC 
    AAAAATCCAA ATTCTACCTA TCACAGATCC TATGCAAATT ACAGAACCCA ACCAATTGTT 
    GGTGTAGAAT TTCACAGAGA CGGAAAACCA ATGACTTTGG ACGGAATTGA GTTTTTCAAT 
    TTTGTTGATA ATTGCAACAG AAAAGCAAAT GCTATTAGTA TTAAGAATGA TAAGATGGCA 
    AGAATGGTTC AAGGCGATTA CCTCGTCAAG AATTTAAAGT TCCACAACTC TAACGTCATA 
    TATCTATTGG TTGGTAAGAG TAATGGTCTA CACGATAATT ACAAACACTC TATTATTATC 
    GATCTAGATG GTTGCTTATC CTATAACATT ACTGTTCCTG CCGGATTCAA TAGAGTCAAT 
    TCTAGAGTCA TTCCAGCAAA CAATATTATG GTAGATTTTG ATAAGTGCTT TTACGTTTCA 
    GCATGGAATG CATACATGTG TGACGAGACT GTAAATTGGT CCAAGTTGGA GTTTGTCTCA 
    CCAGCTATTA CAAACTCTGT CGATCAAACA AGAATTAACT CTACATCAAA TCTTCAAACT 
    GAAAATTTGT TGGGAGAATT AACAACTGGA GGAGAATGGC AGTACAGAGC TCTATATTTG 
    GATAATATCA CAAACAGTTA TACTGTTGAA TGGCTAGGAG TTGTTGGTAC CCCAGAGAAG 
    ATTGAAATAT CTTGGTTAGG AAAATATGGT ATAAGTTTGG GATTCAAGTT CAGTGCATGG 
    GGCCCTATCT CTATTAACAT TGTTAGCCCA AATAAGGAAT ATATTCTATC CCCATCCAAT 
    AGAACTGATG GAGAAACATC GTATGATTGC AAATCAAACA TGGTGTACTT GAAAGTTGAC 
    TCGTATTCAA CAATCTTCGT CCAAGATGCT ACATATGTTC CACCAGAGTT GGATTGTATT 
    ACTTTTGACA ACTCACTGTG TGCAAATTAT TCAAATTGTG GAGGAGCAAA GAGAGGAAAA 
    TGTGTTGGAT TGAATGATTG TGTTTGTAGA TGGGGCTGGA TGGGCGATGA CTGTTCTAAA 
    TTCCATTGTG CTCATAAAGA CTGGTGTTCA GAGCACGGAA CCTGTGTTGG CCCAAATATC 
    TGCAGTTGCT TCCCAGGTTT TGCAGGAGCA AAGTGCAACA AGATTGAAGA GTTTGAACTT 
    TTCAACAGAG TACTTGCCTT TGGGGATATC CACTTGAGAA CTGTGGATGG AAGATTGCTT 
    AAATGTACTA AGGACTCCAA GACCTCTTGC ATGAAAGCTA TTTCATTCCA AAGTGGAACT 
    GATACAGTTG AAGTTTCTTC AGATGGAACG AATGATGTGG TAGTATATGT CAATGGACAA 
    GTTGTAGACC TCAAGGAAAC TGTTGTTAAT GTTCAAGCAG TGGAAAATAA TGCAACACTT 
    GAAATACCAA AAGATTTACA AAACTTTTAT GATCAAATCA AATATCAAAG AGATCCTGAT 
    ACTAATGAAA TTCCACAAAT TCAACAAACT GCTCTCGCTT ACAAACCACC TTCACAACCA 
    GTCTATGTAT TGAATGGAGG TGCTACTATT GTTGAAGAGA AGGATCCAGT GAATTCTTAC 
    AAGGTGAACG ACACTTCCAT TCCATTCAAA GTAATTTTAA TCAAGTTTTC TGGAATCTTT 
    TCAGGCCAGC TCAGATTGAA AAATGATGGA ATCAAGTGGC TTAGTGTCTC CTTCTCACCT 
    GCAAAGGACA CTAACTTTAC AGGAACTGAA AAGGGAGGTT TATATGGAAC ACTAGATGGT 
    AATGCATCCA ATGAATTTAC TTTGAGGAAT GGTCTTGTAT TGAATGATCC ATCTGCCACA 
    GATATTCATA AACGATTTGG AGAGAGCTGG AGAGTGCCAC AAAGCGAATC CTATTTCATT 
    TATACAGCAG ATGAAACGTA CAACTCAATT AACATTGTCG ATTTTGAACC AGCTATTTCT 
    GCCACATCCG AAAATCAAAC CTTGAACGAA CTTGCTAAAA AGATTTGCAC AAATCTTGGT 
    TTAACTGGAA CTTTCTATCA GACTTGTTTG TTCGATGTAA TTTCAACTGG TGACACTTCC 
    TTTGCAATGG CTAGTGCTAA TGCAGTTGCT GCTGATGCAT GTGAATCCAA CCCAGCTTCC 
    TGTGCAAATG TTACCTGTCC AAATCATTGC AGTTTGAATG GAATTTGTTT GGATGGTGTA 
    TGTCAATGTT TATCAGGATT TTTGGGATCT GATTGTTCTG TTGTGGATGC AAACGCTCAA 
    TTTGCCTCCA TTATCATAGG AGCAGTTATT TCTGTTGTGG TTGTTTTGGT GATTATATTG 
    GTGGCAATAT TTGTCTTATT TTACATAGGT ACCAAGCTGA AGAAAGGTTG GGGTGATAAA 
    CACAGAACAA TACCAAGCAT GGTTAGTATT GTGCCCACAC TTACTGGAAA AGATGAAATA 
    CCAATGGATC ATGGCAATAT TGTAATGGGT AATCAACACT ACGGAACAGT TTTATTCCAC 
    AAGAAAACAA ATCAAAGAAC TCAAAATACT GCTTAA

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

    RefSeq XP_002671148.1
    CDS1..5016
    Translation

    Target ORF information:

    RefSeq Version XM_002671102.1
    Organism Naegleria gruberi strain NEG-M
    Definition Naegleria gruberi hypothetical protein (FM171), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_002671102.1

    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
    ATGACCAAGT TTGCAAAGGA CTTTGCAAAG AATAAGTATG TTTGGGATGA AACATTTTGC 
    TTGATGGACT CAGATGGAGA TGGTCTAACA AATGGTGATG AACTAGGAGA CCCTTGTTGT 
    TATTGGTCGA TTGGACAGGG AGCTCCAAGG AGGTATTTAC TCTCGGATTT GTCAGATCCA 
    TCTGATGGAA ATATTACTAA TAGATTTTCA ACAGCTGCCA ACATTTCAAT TGTTGAAAAT 
    TTTGTGGCAA TACCAACTTA TTTTAGTATT GAGCTGAGGT GGAAATTATC AAATGATACG 
    ACAAATGTTA TTTGTTACTA TCAAATACAA ATGTCAACTC TCAATTCTTT GGGATATGTA 
    ACTGTAATGT ACAAGACTCA CCAAGCTGAA ACATACACTA GATTTAATTT GGATCAGAAT 
    GTAACATACA GTTTCAGAGT TCTTCCCTAT AACAAATTTA AAGGATATAA TGCTTATGGA 
    GTTGGAAAAC AAGCAATAAT TTTTACCAAA ACCACAACAG ATCCTTATGG AACTGGAATT 
    GGTGATAATT GTCCTTCAGA GACTGTGAAA TGGTCAGAAT ATTTCCCAGA ATTAGTGAAC 
    TCTACCTATT CGAATTATAG CACCGTATCA AATGAAACTG TAAAATGTCC TTCAACTCAG 
    CAAATTGTCG AATGCGAAAG TAGCTATTCC CTTACCATTT GTGATTCATT TAATGACACT 
    GAGGTAAATT GTACAGAAAG AGTGGCTATG AATTTAACTG ACATTTGCAA TTTTACAGAT 
    AGTGGAACAA ATTGTTCATT ATGTGAGATG GGGCTAAATG GGCTTAATAC TACAAGTTTT 
    ACAATGCCTT CATGTTCCTT CTCTTTCGTT TATTGTTCCA ATGATTCAAT GTCTGAAAAT 
    TGTTCAACAA CCTACTATGT TGAAAACAAT CCAATATGTA AAACAAGTTA TAAGAACACA 
    ACCTGTAAAA CTCTTGCATC TGCTTCATTT GTGACAATTC CATCTGACAA GACAATTATT 
    CTAGATGTCA GCCCACCTAA ATTGGATACA GTCATGGTTT ATGGATGTCT CATATTTGAT 
    AATAATGATT ACGGAAATGA AACTCTTGAT CTTCAATTAC AAATGAACAG TATGGTTGTT 
    ACTGGTTCTC TCCAAATCGG TAACGAGTCA ACACCATATC AACACAAAGC AACAATCACT 
    CTGTATGGAG AGAAGACACC ATTGAGTGAT AAGGGTGTTG GTAACAAGAA TATTGCTGTG 
    ATGAGTGGAG GCGTCTTGAG TTTGCATGGA AAGAGACATG AGGTAACTTG GACTTTATTG 
    AAACAATCAT CAAAAGTTGG AGATAACATC ATTTACCTCG CTCAAGAGAC ATTGTGGGAT 
    GTGGGTGATG AGATTGTGAT TGCATCGACA GATTATGACT TGTATCAGGC CGAGAGAAGA 
    TTTATCACCA GAAGAATTAG TGGAACAGCT TTTGAATTGC ACTCACCACT TGTTTATGGT 
    CACTACGCTG AAACTGAATA CTACACAAAA GCAGATGGTA CGGTTGTAGA GTTTGACCAG 
    AGAGCTGAAG TCGCCTTATT GACACACAAC ATTAAGGTGC AAGGAGATGA AAGTAGTGAT 
    AACAGCTTGT TCGGATGTCA CACTATTTAC ATGAGAACAG CCAAGTACAT CAGATTGAAT 
    AATGCAGAAT TTAGGAGATG TGGTCAGGCA GGAACTTTGG GAAGATATCC AGTTCACTTC 
    CACTTGTTTA ACAATGCTTC AACTTCCTAT GTTAAAAAGT TATCAATCCA CGACACCTAT 
    CAGAGAGGAA TTACATTCCA CGGCGTGAAT AACTTACACG CTGAGGGTAT TGTTGCTTAC 
    AATGTTTTTG GACATACTTT CTTTTTGGAA GATGCAGTTG AAGAGGGAAA TATTATTGAG 
    AATTGTTTGG GACTTGTAAC AAAAGCCATC CCAGACTCGA GAGCTATTCT AAGTCCTACC 
    AATCATGATG CTTCCCCAGC AACATTCTGG ATGACTAATC CTCACAATAC TCTTATCAAC 
    AATAGAGCTG CTGGTAGTGA AGGTCATGGA ATTTGGTATC AATTAGAACC TTACAGTTTA 
    GGTCCAAGTA TGTCTCCTTA CATCCAACCC AGCAGATGGT ATTGGGGAAA ATTTTACAAC 
    AACACAGTTC ATAGTAATAG ACAGCATGGT CTCAATTTAT GGCACGATTT CTTTGTTTGT 
    ACCGATCCTA GATTAGAAAT CTTCCAAAAG ATTAGGTGTG GTAGTGCCGA AAATCCTTGG 
    GCCGTAGCCG AATTTACAAA ACTCGTCTCT TATAGAAATA AGGTACAAGG ACAATTTGCC 
    TATGTGCAAG GAGAAATAGC CATGAAGGAT AGTATCTATG CAGATAATCC TATTGGTTAT 
    ACTTTCAATG TGATCAACCA AGACAAGTTC ACAGCCAAAG ACTGCATTTT CATTGGAGAG 
    TCTGGAAATA AGGGAAATAC TGGTAGTTGT GCTTATGGTT GTTATTCTTG TGGTAATTAC 
    AAAAATCCAA ATTCTACCTA TCACAGATCC TATGCAAATT ACAGAACCCA ACCAATTGTT 
    GGTGTAGAAT TTCACAGAGA CGGAAAACCA ATGACTTTGG ACGGAATTGA GTTTTTCAAT 
    TTTGTTGATA ATTGCAACAG AAAAGCAAAT GCTATTAGTA TTAAGAATGA TAAGATGGCA 
    AGAATGGTTC AAGGCGATTA CCTCGTCAAG AATTTAAAGT TCCACAACTC TAACGTCATA 
    TATCTATTGG TTGGTAAGAG TAATGGTCTA CACGATAATT ACAAACACTC TATTATTATC 
    GATCTAGATG GTTGCTTATC CTATAACATT ACTGTTCCTG CCGGATTCAA TAGAGTCAAT 
    TCTAGAGTCA TTCCAGCAAA CAATATTATG GTAGATTTTG ATAAGTGCTT TTACGTTTCA 
    GCATGGAATG CATACATGTG TGACGAGACT GTAAATTGGT CCAAGTTGGA GTTTGTCTCA 
    CCAGCTATTA CAAACTCTGT CGATCAAACA AGAATTAACT CTACATCAAA TCTTCAAACT 
    GAAAATTTGT TGGGAGAATT AACAACTGGA GGAGAATGGC AGTACAGAGC TCTATATTTG 
    GATAATATCA CAAACAGTTA TACTGTTGAA TGGCTAGGAG TTGTTGGTAC CCCAGAGAAG 
    ATTGAAATAT CTTGGTTAGG AAAATATGGT ATAAGTTTGG GATTCAAGTT CAGTGCATGG 
    GGCCCTATCT CTATTAACAT TGTTAGCCCA AATAAGGAAT ATATTCTATC CCCATCCAAT 
    AGAACTGATG GAGAAACATC GTATGATTGC AAATCAAACA TGGTGTACTT GAAAGTTGAC 
    TCGTATTCAA CAATCTTCGT CCAAGATGCT ACATATGTTC CACCAGAGTT GGATTGTATT 
    ACTTTTGACA ACTCACTGTG TGCAAATTAT TCAAATTGTG GAGGAGCAAA GAGAGGAAAA 
    TGTGTTGGAT TGAATGATTG TGTTTGTAGA TGGGGCTGGA TGGGCGATGA CTGTTCTAAA 
    TTCCATTGTG CTCATAAAGA CTGGTGTTCA GAGCACGGAA CCTGTGTTGG CCCAAATATC 
    TGCAGTTGCT TCCCAGGTTT TGCAGGAGCA AAGTGCAACA AGATTGAAGA GTTTGAACTT 
    TTCAACAGAG TACTTGCCTT TGGGGATATC CACTTGAGAA CTGTGGATGG AAGATTGCTT 
    AAATGTACTA AGGACTCCAA GACCTCTTGC ATGAAAGCTA TTTCATTCCA AAGTGGAACT 
    GATACAGTTG AAGTTTCTTC AGATGGAACG AATGATGTGG TAGTATATGT CAATGGACAA 
    GTTGTAGACC TCAAGGAAAC TGTTGTTAAT GTTCAAGCAG TGGAAAATAA TGCAACACTT 
    GAAATACCAA AAGATTTACA AAACTTTTAT GATCAAATCA AATATCAAAG AGATCCTGAT 
    ACTAATGAAA TTCCACAAAT TCAACAAACT GCTCTCGCTT ACAAACCACC TTCACAACCA 
    GTCTATGTAT TGAATGGAGG TGCTACTATT GTTGAAGAGA AGGATCCAGT GAATTCTTAC 
    AAGGTGAACG ACACTTCCAT TCCATTCAAA GTAATTTTAA TCAAGTTTTC TGGAATCTTT 
    TCAGGCCAGC TCAGATTGAA AAATGATGGA ATCAAGTGGC TTAGTGTCTC CTTCTCACCT 
    GCAAAGGACA CTAACTTTAC AGGAACTGAA AAGGGAGGTT TATATGGAAC ACTAGATGGT 
    AATGCATCCA ATGAATTTAC TTTGAGGAAT GGTCTTGTAT TGAATGATCC ATCTGCCACA 
    GATATTCATA AACGATTTGG AGAGAGCTGG AGAGTGCCAC AAAGCGAATC CTATTTCATT 
    TATACAGCAG ATGAAACGTA CAACTCAATT AACATTGTCG ATTTTGAACC AGCTATTTCT 
    GCCACATCCG AAAATCAAAC CTTGAACGAA CTTGCTAAAA AGATTTGCAC AAATCTTGGT 
    TTAACTGGAA CTTTCTATCA GACTTGTTTG TTCGATGTAA TTTCAACTGG TGACACTTCC 
    TTTGCAATGG CTAGTGCTAA TGCAGTTGCT GCTGATGCAT GTGAATCCAA CCCAGCTTCC 
    TGTGCAAATG TTACCTGTCC AAATCATTGC AGTTTGAATG GAATTTGTTT GGATGGTGTA 
    TGTCAATGTT TATCAGGATT TTTGGGATCT GATTGTTCTG TTGTGGATGC AAACGCTCAA 
    TTTGCCTCCA TTATCATAGG AGCAGTTATT TCTGTTGTGG TTGTTTTGGT GATTATATTG 
    GTGGCAATAT TTGTCTTATT TTACATAGGT ACCAAGCTGA AGAAAGGTTG GGGTGATAAA 
    CACAGAACAA TACCAAGCAT GGTTAGTATT GTGCCCACAC TTACTGGAAA AGATGAAATA 
    CCAATGGATC ATGGCAATAT TGTAATGGGT AATCAACACT ACGGAACAGT TTTATTCCAC 
    AAGAAAACAA ATCAAAGAAC TCAAAATACT GCTTAA

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

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