ORF » Species Summary » Rattus norvegicus » Srrm2 cDNA ORF clone

Srrm2 cDNA ORF clone, Rattus norvegicus(Norway rat)

The following Srrm2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Srrm2 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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ORa11608 NM_001277154.1
Latest version!		 Rattus norvegicus serine/arginine repetitive matrix 2 (Srrm2), mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD Quote Price

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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)
    Srrm2 ( NM_001277154.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> NP_001264083.1 Rattus norvegicus serine/arginine repetitive matrix 2 (Srrm2), mRNA.
    Price & Availability↑
    CloneID ORa11608
    Clone ID Related Accession (Same CDS sequence) NM_001277154.1
    Accession Version NM_001277154.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 8124bp)
    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 2019-10-09
    Organism Rattus norvegicus(Norway rat)
    Product serine/arginine repetitive matrix protein 2
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AABR07029202.1, AABR07029203.1, BC166455.1 and AABR07029204.1. On or before Mar 15, 2013 this sequence version replaced XM_220207.6, XM_001056343.3. Sequence Note: The RefSeq transcript and protein were derived from transcript and genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. There are no full-length transcripts supporting this RefSeq in rat and it is unknown if this exon combination exists in rat; however, it is predicted based on partial transcript alignments and on full-length transcript support from the mouse homolog (GeneID 75956, NM_175229.3 and AK090123.1). ##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
    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
    ATGTACAACG GGATCGGGCT GCCGACGCCC CGGGGCAGCG GCACCAACGG CTACGTTCAG 
    CGCAACCTGT CCCTGGTTCG GGGCCGCCGT GGTGAGCGGC CTGACTACAA GGGAGAGGAG 
    GAACTGCGGC GCCTGGAGGC TGCCCTGGTG AAGCGACCTA ATCCTGACAT CCTGGACCAC 
    GAGCGCAAGC GGCGCGTGGA GCTGCGATGC CTCGAGCTGG AGGAGATGAT GGAAGAGCAG 
    GGGTACGAAG AACAGCAAAT TCAGGAAAAA GTGGCGACCT TTCGACTCAT GTTGCTGGAA 
    AAGGATGTGA ACCCTGGGGG CAAAGAAGAA ACCCCAGGGC AGAGGCCAGT GGTAACTGAG 
    ACCCATCAGT TGGCAGAACT GAATGAGAAG AAGAATGAAC GACTCCGTGC TGCCTTTGGT 
    ATCAGTGATT CCTATGTGGA TGGCAGTTCT TTTGATCCTC AGCGACGTGC TCGAGAAGCT 
    AAGCAAACGG CTCCTGAGCC TCCCAAACCA TACAGTCTTG TTCGAGAGAC CAGCAGTTCT 
    CGATCACCAA CTCCAAAGCA AAAGAAGAAG AAAAAGAAGA AAGATAGAGG ACGCAGGTCA 
    GAGAGCAGTT CTCCTCGACG GGAAAGGAAG AAGAGTTCAA AGAAGAAGAA ACACAGGTCA 
    GAATCTGAGT CCAAGAAACG AAAACACAGG TCTCCTACTC CAAAGAGCAA ACGTAAATCA 
    AAAGACAAGA AAAGGAAACG GTCTCGAAGT ACAACACCAG CTCCTAAGAG CCGTCGAGCA 
    CATCGGTCAA CTTCTGCTGA CTCTGCTTCT TCCTCCGATA CATCTCGTAG TCGGTCTCGA 
    AGTGCTGCTG CTAAAATTCA TACAACATCC TTGACTGGGC AAAGTCCTCC CCTTGCTTCA 
    GGGCATCAAG GGGAGGTAGA TGCACCTAGT GAACCAGGTG CCACCAACAT ACAACAGCCT 
    AGTAGCCCAG ATCCCTCTAC AAAGCAATCT AGCAGTCCTT ATGAAGACAA AGATAAGAAG 
    GAGAAATCTG CAGTTCGACC TAGCCCCTCT CCGGAAAGGA GCAGCACAGG GCCAGAACTA 
    CCTGCCCCCA CTCCGCTCCT TGTTGAGCAA CATGGCGACT CCCCACGACC CCTTGCAGCA 
    ATCCCGTCCA GTCAGGAGCC AGTTAACCCC TCATCTGAGG CTTCCCCAAC CCGGGGCTGT 
    TCACCACCTA AGTCTCCTGA GAAACCTCCC CAGTCATCTT CCTCAGAGAG CTGCCCACCA 
    TCCCCTCAAC CTACCAAACT TTCTCGGCAT GCCAGCTCTT CTCCTGAAAG TCTTAAACCC 
    ACACCAGCTC CTGGGTCCCG TCGAGAGATT TCTTCTTCAC CCACCTCTAA GAATCGCTCA 
    CATGGCAGAG CAAAGCGGGA TAAATCTCAT TCTCATACCC CTTCTCATAG AGCAGGGAGG 
    TCTCGTAGTC CTGCCACTAA GAGAGGACGA TCTCGGTCTA GAACCCCCAC CAAGAGAGGT 
    CACTCTAGGT CCCGGTCCCC TCAGTGGCGA AGGTCACGAT CTGCACAGAG GTGGGGAAAA 
    TCTAGAAGTC CCCAGAGGCG TGGCCGATCA AGGTCTCCTC AGAGGCCAGG CTGGTCCAGG 
    AGCAGAAATA CCCAGAGAAG AGGCAGGTCT AGGTCAGCAA GACGAGGCAG ATCACATTCT 
    AGATCTCCAG CCACTAGGGG CAGATCCCGA TCTAGAACGC CAGCTAGAAG GGGTAGGTCT 
    CGGTCTAGAA CACCTGCCAG GAGGAGATCA CGATCCAGAA CACCTGCCAG ACGCAGGTCT 
    CGGTCTAGAA CACCAGCTCG CCGGGGCCGG TCTAGATCAA GAACACCCAC TAGGCGCAGG 
    TCTAGAACAC GATCACCAGT TCGAAGGAGG TCTCGAAGTA GATCGCAAGC CAGGAGAAGT 
    GGCAGGTCTA GGTCCAGAAC ACCAGCCAGG AGAAGTGGCA GGTCAAGGTC TAGAACACCA 
    GCCAGGAGAG GGAGGTCACG GTCTAGAACG CCAGCCAGAA GAAGTGGTCG ATCTCGGTCT 
    AGAACACCAG CCAGGAGAGG GAGGTCACGG TCCAGAACGC CAGCTCGACG ACGATCTCGC 
    AGTAGAAGTC TTGTGAGACG TGGAAGATCT CACTCTAGAA CACCACAAAG AAGAGGACGA 
    TCTGGCTCAT CCTCAGAGAG GAAGAACAAA TCTAGAACAT CACAGAGGAG AAGCAGATCC 
    AACTCAAGCC CAGAAATGAA AAAATCTCAT GTTTCCTCAA GACGGAGCAG GTCTCTTTCT 
    TCACCAAGAT CCAAAGCAAA ATCTTTGAGG CGAAGCCTTT CAGGTTCTTC TCCATGTCCT 
    AAACAAAAGT CACAGACACC AACTAGGCGA AGTCGTTCTG GTTCTTCGCC ACCTAAACAG 
    AAGTCGAAAA CACCACCAAG ACAGAGTCGT TCAAATTCTC CTCAGCCTAA AGTAAAATCT 
    GGAACACCAC CAAGATCAGG ATCTGTAACA AACATGCAGG CTGAAGAATG CTCTACAACA 
    CCACAGAGAC AGAGCCATTC TGAATCATCA CCTGATGGTG AGGTGAAATC AAGGACCCCA 
    TCAAGACAAA GCTGCTCTGG GTCTTCTCCT CGAGTGAAAT CTAGCACACC TCCAAGACAG 
    AGCCCATCTA GGTCATCATC TCCACAACCC AAAGTGAAGG CAGTAATATC ACCAAGACGA 
    AGAAGCCATT CTAGCTCCTC TTCTCCAAGT CCTAGTAGAG TGACATCTAG GACACCTCAG 
    AGAAAAAGCA GATCAGTATC TCCTTGCCCC AAGGTAGACT CTAGATTGTT AAGACATAGC 
    CGTTCTAGAT CCTCCTCACC AGATACCAAA ATGGAACTGG GAACGCCACT GAGACACAGT 
    CACTCAGGGT CTACATCACC GTATCCGAAA AGTATGCTCC AGACTCCACC AGATCAAAAT 
    CTTTCTGGAT CAAAGTCACC CTGTCCCCAA AAGTCTAGGG ATTCACCAAC AGGAAGCTCT 
    GGATCTTTTT CCCTCTGTCC AGGTGTAACC CCTAGTAGTA TATTACCAGG AGAGAGCAGT 
    TTTAGCTCCT CATTTGTGCA ACAGAAAGGA CAATCTCAAA CTTGGCCAGA CACTTCAAGT 
    CCAGAAGTTA GGCAGATGCA CTTGGAGTCT CCATCGCTGC AGAGCAAATC TCAAACATCT 
    CCTAAGGGTG GTCTTTCCAG ATCTTCATCT CCAGTAACTG AGCTGACAGC CAGATCGCCA 
    GTAAAACAAG ATAAAAGTGA ACTATCAACA GATCCAAAGT TGAAGTCAGG AATGTCTCCT 
    GAGCAAAATA AGACTAAACC TGACTCTAGC CTATATCCTT TAGTAGACTC TAAATCTCTT 
    CTGGTACAGA GCAGATTGGA GCCTTCTGAA TTAAAAGAGA GACTAGGTTT AATTGAAGAG 
    GATGTTGCAT CATCGTGTGT ACTAAGAGAC AAATTTAGTC CTACACAGGA TAGGCCTGAG 
    TCCTCCACAG TGCTGAAGGA CACACCTAGA GTACTGTTAA AAGAAAGAAG TGGAGCTGGG 
    TCACCTCCAG GCACAAGAGA CCAAAAAATT TTGTTGCCTA ATTCAAGTCA AGATGAATTA 
    ATGGAAGTAG AAAAATCTGA GCAACCTTTA AGCCAAGTTC TACCCACTTT ATCTCCAGAA 
    CATAAAGAAA TGTCTGCAAG TAACTTTGAG TCATCTCCTG AAATAGAAGA AAGCCCTGCT 
    GTATTGTCTA CACTTGATCA AAGCCAGTCA CAGCCTTCAA AAGCAGCAGA AATCCCTGCA 
    GTAGCTTCAT GTTGGGTTGG GCCACAAGTT TCTCCAGAAC ATAAAGAACT ATCTCATTCT 
    CCCCCCAGGG ACAATAGCTT TGAGTCATTA GAGTTTAGAA ACTCAGGCCC TGTTTTAGAA 
    GTAAATACTG ATTTTTCTCC TGAGGTTAAA GAAGAATTGA ATGGACCATT CCTTAATCAA 
    ACAGAAACAG ATCCATCTCT GGACATGAAA GAACAGTCAA CAAGGTCCTC CAGGCGCAGC 
    AGTTCTGAGT TATCCCCAGA AATAGTGGAA AAGGTAGGAA TATTTTCAAG TCAGAGTGTA 
    TCTTCACCCC TACTTGAGAC TGTACAACAA AGAACACCTT CCAGAGAAAG AAGTAGTTCT 
    GTGTCTTCTC CTGAACTGAA AGATGGTTTA CCCAGAACCC CATCTAGGAG AAGCCGGTCT 
    GGGTCTTCTC CAAGACTTAG AGATGGGTCT GGGACTCCTT CTAGGCATAG CCTATCTGGA 
    TCCTCTCCTG GGATCAAAGA AACACCTCAA ACCCCATCCA GGGGACGAAG TGAATGTGAC 
    TCTTCTCCAG AACCTAAAGC ATTGCCTCAG ACTCCTAGAG CCCGAAGTCA TTCTCCATCG 
    TCCCCAGAAC GTAATAACAA GAGTGTCACC CCTCAGAGAG AAAGAAGTGG GTCAGAGTCA 
    TCAGTAGAAC AGAAAACTCT GACTAGGACC TCCCCTGGGC AAAGAAGTCG ATCTGGGTCT 
    TCCCAAGAGC TTGATGGAAA ACCCAGTGTG TCCCCACAAG AAAGAAGTGA GTCAGACTCT 
    TCTCCAGATT CTAAACCCAA GGCTCGAACT CCTCTCAGAC AGAGAAGCCA CTCCGGATCA 
    TCTCCAGAGG TTGACAGCAA ATCTCGACAC TCTCCTAGGC TCAGTAGGTC TGGCTCATCT 
    CCTGAAATGA AAGAAAAGTC AAGAGTGCTA CAGAGGGCTC AAAGCGGTAC TGATTCTTCT 
    CCTGAACACA AGATACCTGC TCCTCGGGCC CTGCCCAGGC GTAGTAGATC AGGTTCATCA 
    AGCAAAGAGA GAGGCCCTTC CCCTGAAGGA AGCAGTAGTT CTGAGTCTTC TCCAGAGCAT 
    CCCCCCAAAT CCAGAACTGC TCGAAGAGGC TCCAGGTCCT CAGTGGAGCC AAAGACAAAG 
    TCCCGCACGC CACCTCGACG CCGGAGTTCT CGCTCATCTC CTGAGCTAAC CAGGAAGGCT 
    AGAGTCTCTC GAAGAAGCCG GTCTGCCTCC TCATCACCAG AAACCCGTTC TAGAACTCCA 
    CCAAGACGCA GAAGAAGTCC TTCAGTATCT TCACCAGAGC CAACTGAAAA GTCAAGGTCT 
    TCAAGGAGGA GGCGCTCAGT TTCTTCTCCC CGTAACAAGA CAACTTCAAG GAGAGGCCGG 
    TCTCCTTCAC CCAAACCTCG TGGACTCCAA AGATCCCGAT CCCGCTCACG TAGAGAGAAA 
    ACCAGAACAA CCCGACGTCG AGATAGATCT GGATCATCTC AGTCAACATC ACGAAGAAGA 
    CAGAGGAGCC GGTCTAGGTC ACGGGTTACT CGGAGACGGA GGGGTGGCTC TGGTTACCAT 
    TCAAGATCAC CTACAAGACA GGAAAGTTCC CGAACCTCCT CTAGACGCAG AAGAGGCCGC 
    TCCCGTACAC CCCTGACCAG TCGGAAGCGA TCTCGATCAC GCACATCACC AGCTCCTTGG 
    AAGCGCTCTA GATCTCGAGC CTCACCAGCT ACTCATCGGC GATCCAGGTC CAGAACACCC 
    CTGATCAGCC GACGTCGATC CAGATCTCGT ACCTCACCCG TGAGTAGGAG ACGGTCAAGG 
    TCAGTGAATA GGCGTAGATC TCGATCAAGA GCATCTCCAG TGAGTCGAAG GCGATCCAGG 
    TCCAGAACAC CACCAGTAAC TCGTCGTCGT TCAAGGTCCA GGACACCAAC AACTCGCCGT 
    CGCTCTCGTT CTAGAACTCC ACCAGTGACT CGCAGAAGAT CCAGATCCAG GAGTCCACCA 
    GTAACCAGGA GACGATCTAG AAGCAGAACT TCACCTGTTA CAAGAAGAAG ATCAAGATCC 
    AGGACATCCC CAGTCACCCG GAGAAGATCG AGGTCTCGAA CATCTCCAGT CACCCGTAGG 
    CGGTCCCGTT CCCGAACCTC TCCAGTGACA AGACGCCGTT CCAGGTCCCG AACTCCTCCA 
    GCCATTCGGA GACGCTCTAG GTCTCGGACA CCACTGTTGC CACGCAAGCG CTCTCGAAGC 
    CGCTCACCAC TTGCTATCCG CCGCCGTTCT AGGTCTCGTA CACCTAGGGC AGCTCGAGGC 
    AAGCGATCTT TAACAAGATC TCCTCCAGCC ATCCGTAGGC GGTCTGCATC TGGAAGTAGT 
    TCTGATCGCT CACGTTCTGC CACTCCTCCA GCAACAAGGA ATCATTCTGG ATCTCGGACA 
    CCTCCTGTAG CACTTAGTAG CTCTAGAATG AGCTGTTTTA GTCGTCCTAG CATGTCACCA 
    ACTCCTCTTG ACCGATGTAG ATCACCTGGA ATGCTAGAAC CCCTTGGAAG TGCTAGAACA 
    CCCATGTCTG TGCTCCAGCA AACTGGTGGC TCAATGATGG ACGGTCCAGG TCCTCGGATT 
    CCTGATCATC CAAGATCATC TGTTCCAGAA AACCATGCTC AGTCTAGAAT TGCACTTGCC 
    CTGACAGCCA TCAGTCTTGG CACTGCCCGG CCACCTCCAT CCATGTCTGC TGCTGGCCTT 
    GCTGCAAGAA TGTCCCAGGT TCCAGCTCCT GTACCTCTCA TGAGCCTCAG AACAGCCCCA 
    GCTGCCAACC TTGCCAGCAG GATTCCAGCA GCATCTGCAG CAGCTATGAA CCTTGCTAGT 
    GCCAGGACAT CTGCTATTCC AGCATCTGTG AACCTTGCCG ATTCACGAAC ACCTGCTGCT 
    GCAGCAGCCA TGAACTTGGC CAGCCCTAGA ACAGCAGTGG CTCCTTCAGC TGTGAACCTT 
    GCAGATCCTC GAACCCCTGC AGCTTCAGCT GTGAACCTAG CAGGAGCTAG AACACCAGCT 
    GCATTAGCAG CTTTGAGTCT CACAGGCTCT GGGACACCTC CAACTGCTGG AAATTATCCC 
    TCCAGTTCCA GAACACCCCA GGCTCCAACC CCCGCAAACC TGGTGGGTCC TCGATCTGCG 
    CATGGCACAG CTCCTGTGAA TATTGCTGGC TCTAGAACCC CTGCAGCTTT GGCTCCCACA 
    AATCTCTCCA GTTCCAGGAT GGCTCCAGCA TTGTCTGGTG CAAATCTCAC CAGTCCCAGG 
    GTGCCCCTTT CTGCTTATGA GCGTGTCAGT GGCAGAACCT CACCTTTATT GCTTGATCGA 
    GCCAGGTCCA GAACACCACC ATCTGCCCCA AGCCAGTCTA GAATGACCTC TGAGCGTGAG 
    AGGGCTCCTT CCCCTGCTTC AAGAATGGTC CAGGCTCCTT CCCAATCTCT TCTCCCTCCT 
    GCACAGGATC GGCCTCGGTC ACCTGTGCCA TCTGCTTTTT CAGACCAATC TCGTTCAATT 
    GCCCAGACCA CTCCTGTAGC AGGGTCTCAG TCCCTTTCAT CCGGGACTGT AGCAAAGTCC 
    ACATCCTCTG CTAGTGACCA CAATGGCATG CTTTCTGGCC CTGCCCCTGG GGTATCCCAT 
    GCTGAAGGTG GGGAGCCACA TGCCTCTACT GGGGCCCAGC AGCCTTCTGC ATTGGCTGTT 
    CTGCAACCAG CCAAGGAACG TCGGAGCTCT TCCTCCTCTT CATCATCATC TAGCTCCTCC 
    TCCTCTTCAT CTTCATCTTC GTCATCCTCC TCTTCCTCTG GCTCCAGTTC TAGTGACTCA 
    GAGGGCTCCA GCCTTCCTGC TCAACCTGAG GTGGCACTGA AAAGGGTTCC CAGCCCCACC 
    CCAGTCCCAA AGGAGGCTGT TAGAGAGGGA CGCCCTCAGG AACCAACCCC GGCCAAAAGG 
    AAGAGGCGCT CTAGCAGCTC CAGTTCCAGC TCCTCCTCCT CCTCATCCTC CTCCTCTTCC 
    TCCTCTTCCT CCTCTTCCTC TTCTTCCTCT TCCTCTTCCT CTTCCTCCTC CTCTTCTTCC 
    TCCTCTTCCT CCTCCCCCTC CCCTGCTAAG CCTGGCCCTC AGGCATTACC CAAACCTGCA 
    AGCCCCAAGA AGCCACCCCC TGGCGAGAGG AGGTCTCGCA GTCCTCGGAA GCCAATAGAC 
    TCCCTTCGGG ATTCCCGATC CCTCAGTTAC TCACCTGTTG AGCGTCGACA GCCCTCACCC 
    CAACCCTCAC CAAGGGATCA ACAGAGCAGT GAGCGGGTTT CCTGGAGAGG CCAGCGAGGG 
    GACAGTCATT CTCCTGGCCA CAAGAGGAGG AAGGAGACAC CTAGTCCCCG GTCTAACCGT 
    CACCGCTCCT CCAGGTCTCC ATAA

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

    RefSeq NP_001264083.1
    CDS454..8577
    Translation

    Target ORF information:

    RefSeq Version NM_001277154.1
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus serine/arginine repetitive matrix 2 (Srrm2), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 NM_001277154.1

    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
    ATGTACAACG GGATCGGGCT GCCGACGCCC CGGGGCAGCG GCACCAACGG CTACGTTCAG 
    CGCAACCTGT CCCTGGTTCG GGGCCGCCGT GGTGAGCGGC CTGACTACAA GGGAGAGGAG 
    GAACTGCGGC GCCTGGAGGC TGCCCTGGTG AAGCGACCTA ATCCTGACAT CCTGGACCAC 
    GAGCGCAAGC GGCGCGTGGA GCTGCGATGC CTCGAGCTGG AGGAGATGAT GGAAGAGCAG 
    GGGTACGAAG AACAGCAAAT TCAGGAAAAA GTGGCGACCT TTCGACTCAT GTTGCTGGAA 
    AAGGATGTGA ACCCTGGGGG CAAAGAAGAA ACCCCAGGGC AGAGGCCAGT GGTAACTGAG 
    ACCCATCAGT TGGCAGAACT GAATGAGAAG AAGAATGAAC GACTCCGTGC TGCCTTTGGT 
    ATCAGTGATT CCTATGTGGA TGGCAGTTCT TTTGATCCTC AGCGACGTGC TCGAGAAGCT 
    AAGCAAACGG CTCCTGAGCC TCCCAAACCA TACAGTCTTG TTCGAGAGAC CAGCAGTTCT 
    CGATCACCAA CTCCAAAGCA AAAGAAGAAG AAAAAGAAGA AAGATAGAGG ACGCAGGTCA 
    GAGAGCAGTT CTCCTCGACG GGAAAGGAAG AAGAGTTCAA AGAAGAAGAA ACACAGGTCA 
    GAATCTGAGT CCAAGAAACG AAAACACAGG TCTCCTACTC CAAAGAGCAA ACGTAAATCA 
    AAAGACAAGA AAAGGAAACG GTCTCGAAGT ACAACACCAG CTCCTAAGAG CCGTCGAGCA 
    CATCGGTCAA CTTCTGCTGA CTCTGCTTCT TCCTCCGATA CATCTCGTAG TCGGTCTCGA 
    AGTGCTGCTG CTAAAATTCA TACAACATCC TTGACTGGGC AAAGTCCTCC CCTTGCTTCA 
    GGGCATCAAG GGGAGGTAGA TGCACCTAGT GAACCAGGTG CCACCAACAT ACAACAGCCT 
    AGTAGCCCAG ATCCCTCTAC AAAGCAATCT AGCAGTCCTT ATGAAGACAA AGATAAGAAG 
    GAGAAATCTG CAGTTCGACC TAGCCCCTCT CCGGAAAGGA GCAGCACAGG GCCAGAACTA 
    CCTGCCCCCA CTCCGCTCCT TGTTGAGCAA CATGGCGACT CCCCACGACC CCTTGCAGCA 
    ATCCCGTCCA GTCAGGAGCC AGTTAACCCC TCATCTGAGG CTTCCCCAAC CCGGGGCTGT 
    TCACCACCTA AGTCTCCTGA GAAACCTCCC CAGTCATCTT CCTCAGAGAG CTGCCCACCA 
    TCCCCTCAAC CTACCAAACT TTCTCGGCAT GCCAGCTCTT CTCCTGAAAG TCTTAAACCC 
    ACACCAGCTC CTGGGTCCCG TCGAGAGATT TCTTCTTCAC CCACCTCTAA GAATCGCTCA 
    CATGGCAGAG CAAAGCGGGA TAAATCTCAT TCTCATACCC CTTCTCATAG AGCAGGGAGG 
    TCTCGTAGTC CTGCCACTAA GAGAGGACGA TCTCGGTCTA GAACCCCCAC CAAGAGAGGT 
    CACTCTAGGT CCCGGTCCCC TCAGTGGCGA AGGTCACGAT CTGCACAGAG GTGGGGAAAA 
    TCTAGAAGTC CCCAGAGGCG TGGCCGATCA AGGTCTCCTC AGAGGCCAGG CTGGTCCAGG 
    AGCAGAAATA CCCAGAGAAG AGGCAGGTCT AGGTCAGCAA GACGAGGCAG ATCACATTCT 
    AGATCTCCAG CCACTAGGGG CAGATCCCGA TCTAGAACGC CAGCTAGAAG GGGTAGGTCT 
    CGGTCTAGAA CACCTGCCAG GAGGAGATCA CGATCCAGAA CACCTGCCAG ACGCAGGTCT 
    CGGTCTAGAA CACCAGCTCG CCGGGGCCGG TCTAGATCAA GAACACCCAC TAGGCGCAGG 
    TCTAGAACAC GATCACCAGT TCGAAGGAGG TCTCGAAGTA GATCGCAAGC CAGGAGAAGT 
    GGCAGGTCTA GGTCCAGAAC ACCAGCCAGG AGAAGTGGCA GGTCAAGGTC TAGAACACCA 
    GCCAGGAGAG GGAGGTCACG GTCTAGAACG CCAGCCAGAA GAAGTGGTCG ATCTCGGTCT 
    AGAACACCAG CCAGGAGAGG GAGGTCACGG TCCAGAACGC CAGCTCGACG ACGATCTCGC 
    AGTAGAAGTC TTGTGAGACG TGGAAGATCT CACTCTAGAA CACCACAAAG AAGAGGACGA 
    TCTGGCTCAT CCTCAGAGAG GAAGAACAAA TCTAGAACAT CACAGAGGAG AAGCAGATCC 
    AACTCAAGCC CAGAAATGAA AAAATCTCAT GTTTCCTCAA GACGGAGCAG GTCTCTTTCT 
    TCACCAAGAT CCAAAGCAAA ATCTTTGAGG CGAAGCCTTT CAGGTTCTTC TCCATGTCCT 
    AAACAAAAGT CACAGACACC AACTAGGCGA AGTCGTTCTG GTTCTTCGCC ACCTAAACAG 
    AAGTCGAAAA CACCACCAAG ACAGAGTCGT TCAAATTCTC CTCAGCCTAA AGTAAAATCT 
    GGAACACCAC CAAGATCAGG ATCTGTAACA AACATGCAGG CTGAAGAATG CTCTACAACA 
    CCACAGAGAC AGAGCCATTC TGAATCATCA CCTGATGGTG AGGTGAAATC AAGGACCCCA 
    TCAAGACAAA GCTGCTCTGG GTCTTCTCCT CGAGTGAAAT CTAGCACACC TCCAAGACAG 
    AGCCCATCTA GGTCATCATC TCCACAACCC AAAGTGAAGG CAGTAATATC ACCAAGACGA 
    AGAAGCCATT CTAGCTCCTC TTCTCCAAGT CCTAGTAGAG TGACATCTAG GACACCTCAG 
    AGAAAAAGCA GATCAGTATC TCCTTGCCCC AAGGTAGACT CTAGATTGTT AAGACATAGC 
    CGTTCTAGAT CCTCCTCACC AGATACCAAA ATGGAACTGG GAACGCCACT GAGACACAGT 
    CACTCAGGGT CTACATCACC GTATCCGAAA AGTATGCTCC AGACTCCACC AGATCAAAAT 
    CTTTCTGGAT CAAAGTCACC CTGTCCCCAA AAGTCTAGGG ATTCACCAAC AGGAAGCTCT 
    GGATCTTTTT CCCTCTGTCC AGGTGTAACC CCTAGTAGTA TATTACCAGG AGAGAGCAGT 
    TTTAGCTCCT CATTTGTGCA ACAGAAAGGA CAATCTCAAA CTTGGCCAGA CACTTCAAGT 
    CCAGAAGTTA GGCAGATGCA CTTGGAGTCT CCATCGCTGC AGAGCAAATC TCAAACATCT 
    CCTAAGGGTG GTCTTTCCAG ATCTTCATCT CCAGTAACTG AGCTGACAGC CAGATCGCCA 
    GTAAAACAAG ATAAAAGTGA ACTATCAACA GATCCAAAGT TGAAGTCAGG AATGTCTCCT 
    GAGCAAAATA AGACTAAACC TGACTCTAGC CTATATCCTT TAGTAGACTC TAAATCTCTT 
    CTGGTACAGA GCAGATTGGA GCCTTCTGAA TTAAAAGAGA GACTAGGTTT AATTGAAGAG 
    GATGTTGCAT CATCGTGTGT ACTAAGAGAC AAATTTAGTC CTACACAGGA TAGGCCTGAG 
    TCCTCCACAG TGCTGAAGGA CACACCTAGA GTACTGTTAA AAGAAAGAAG TGGAGCTGGG 
    TCACCTCCAG GCACAAGAGA CCAAAAAATT TTGTTGCCTA ATTCAAGTCA AGATGAATTA 
    ATGGAAGTAG AAAAATCTGA GCAACCTTTA AGCCAAGTTC TACCCACTTT ATCTCCAGAA 
    CATAAAGAAA TGTCTGCAAG TAACTTTGAG TCATCTCCTG AAATAGAAGA AAGCCCTGCT 
    GTATTGTCTA CACTTGATCA AAGCCAGTCA CAGCCTTCAA AAGCAGCAGA AATCCCTGCA 
    GTAGCTTCAT GTTGGGTTGG GCCACAAGTT TCTCCAGAAC ATAAAGAACT ATCTCATTCT 
    CCCCCCAGGG ACAATAGCTT TGAGTCATTA GAGTTTAGAA ACTCAGGCCC TGTTTTAGAA 
    GTAAATACTG ATTTTTCTCC TGAGGTTAAA GAAGAATTGA ATGGACCATT CCTTAATCAA 
    ACAGAAACAG ATCCATCTCT GGACATGAAA GAACAGTCAA CAAGGTCCTC CAGGCGCAGC 
    AGTTCTGAGT TATCCCCAGA AATAGTGGAA AAGGTAGGAA TATTTTCAAG TCAGAGTGTA 
    TCTTCACCCC TACTTGAGAC TGTACAACAA AGAACACCTT CCAGAGAAAG AAGTAGTTCT 
    GTGTCTTCTC CTGAACTGAA AGATGGTTTA CCCAGAACCC CATCTAGGAG AAGCCGGTCT 
    GGGTCTTCTC CAAGACTTAG AGATGGGTCT GGGACTCCTT CTAGGCATAG CCTATCTGGA 
    TCCTCTCCTG GGATCAAAGA AACACCTCAA ACCCCATCCA GGGGACGAAG TGAATGTGAC 
    TCTTCTCCAG AACCTAAAGC ATTGCCTCAG ACTCCTAGAG CCCGAAGTCA TTCTCCATCG 
    TCCCCAGAAC GTAATAACAA GAGTGTCACC CCTCAGAGAG AAAGAAGTGG GTCAGAGTCA 
    TCAGTAGAAC AGAAAACTCT GACTAGGACC TCCCCTGGGC AAAGAAGTCG ATCTGGGTCT 
    TCCCAAGAGC TTGATGGAAA ACCCAGTGTG TCCCCACAAG AAAGAAGTGA GTCAGACTCT 
    TCTCCAGATT CTAAACCCAA GGCTCGAACT CCTCTCAGAC AGAGAAGCCA CTCCGGATCA 
    TCTCCAGAGG TTGACAGCAA ATCTCGACAC TCTCCTAGGC TCAGTAGGTC TGGCTCATCT 
    CCTGAAATGA AAGAAAAGTC AAGAGTGCTA CAGAGGGCTC AAAGCGGTAC TGATTCTTCT 
    CCTGAACACA AGATACCTGC TCCTCGGGCC CTGCCCAGGC GTAGTAGATC AGGTTCATCA 
    AGCAAAGAGA GAGGCCCTTC CCCTGAAGGA AGCAGTAGTT CTGAGTCTTC TCCAGAGCAT 
    CCCCCCAAAT CCAGAACTGC TCGAAGAGGC TCCAGGTCCT CAGTGGAGCC AAAGACAAAG 
    TCCCGCACGC CACCTCGACG CCGGAGTTCT CGCTCATCTC CTGAGCTAAC CAGGAAGGCT 
    AGAGTCTCTC GAAGAAGCCG GTCTGCCTCC TCATCACCAG AAACCCGTTC TAGAACTCCA 
    CCAAGACGCA GAAGAAGTCC TTCAGTATCT TCACCAGAGC CAACTGAAAA GTCAAGGTCT 
    TCAAGGAGGA GGCGCTCAGT TTCTTCTCCC CGTAACAAGA CAACTTCAAG GAGAGGCCGG 
    TCTCCTTCAC CCAAACCTCG TGGACTCCAA AGATCCCGAT CCCGCTCACG TAGAGAGAAA 
    ACCAGAACAA CCCGACGTCG AGATAGATCT GGATCATCTC AGTCAACATC ACGAAGAAGA 
    CAGAGGAGCC GGTCTAGGTC ACGGGTTACT CGGAGACGGA GGGGTGGCTC TGGTTACCAT 
    TCAAGATCAC CTACAAGACA GGAAAGTTCC CGAACCTCCT CTAGACGCAG AAGAGGCCGC 
    TCCCGTACAC CCCTGACCAG TCGGAAGCGA TCTCGATCAC GCACATCACC AGCTCCTTGG 
    AAGCGCTCTA GATCTCGAGC CTCACCAGCT ACTCATCGGC GATCCAGGTC CAGAACACCC 
    CTGATCAGCC GACGTCGATC CAGATCTCGT ACCTCACCCG TGAGTAGGAG ACGGTCAAGG 
    TCAGTGAATA GGCGTAGATC TCGATCAAGA GCATCTCCAG TGAGTCGAAG GCGATCCAGG 
    TCCAGAACAC CACCAGTAAC TCGTCGTCGT TCAAGGTCCA GGACACCAAC AACTCGCCGT 
    CGCTCTCGTT CTAGAACTCC ACCAGTGACT CGCAGAAGAT CCAGATCCAG GAGTCCACCA 
    GTAACCAGGA GACGATCTAG AAGCAGAACT TCACCTGTTA CAAGAAGAAG ATCAAGATCC 
    AGGACATCCC CAGTCACCCG GAGAAGATCG AGGTCTCGAA CATCTCCAGT CACCCGTAGG 
    CGGTCCCGTT CCCGAACCTC TCCAGTGACA AGACGCCGTT CCAGGTCCCG AACTCCTCCA 
    GCCATTCGGA GACGCTCTAG GTCTCGGACA CCACTGTTGC CACGCAAGCG CTCTCGAAGC 
    CGCTCACCAC TTGCTATCCG CCGCCGTTCT AGGTCTCGTA CACCTAGGGC AGCTCGAGGC 
    AAGCGATCTT TAACAAGATC TCCTCCAGCC ATCCGTAGGC GGTCTGCATC TGGAAGTAGT 
    TCTGATCGCT CACGTTCTGC CACTCCTCCA GCAACAAGGA ATCATTCTGG ATCTCGGACA 
    CCTCCTGTAG CACTTAGTAG CTCTAGAATG AGCTGTTTTA GTCGTCCTAG CATGTCACCA 
    ACTCCTCTTG ACCGATGTAG ATCACCTGGA ATGCTAGAAC CCCTTGGAAG TGCTAGAACA 
    CCCATGTCTG TGCTCCAGCA AACTGGTGGC TCAATGATGG ACGGTCCAGG TCCTCGGATT 
    CCTGATCATC CAAGATCATC TGTTCCAGAA AACCATGCTC AGTCTAGAAT TGCACTTGCC 
    CTGACAGCCA TCAGTCTTGG CACTGCCCGG CCACCTCCAT CCATGTCTGC TGCTGGCCTT 
    GCTGCAAGAA TGTCCCAGGT TCCAGCTCCT GTACCTCTCA TGAGCCTCAG AACAGCCCCA 
    GCTGCCAACC TTGCCAGCAG GATTCCAGCA GCATCTGCAG CAGCTATGAA CCTTGCTAGT 
    GCCAGGACAT CTGCTATTCC AGCATCTGTG AACCTTGCCG ATTCACGAAC ACCTGCTGCT 
    GCAGCAGCCA TGAACTTGGC CAGCCCTAGA ACAGCAGTGG CTCCTTCAGC TGTGAACCTT 
    GCAGATCCTC GAACCCCTGC AGCTTCAGCT GTGAACCTAG CAGGAGCTAG AACACCAGCT 
    GCATTAGCAG CTTTGAGTCT CACAGGCTCT GGGACACCTC CAACTGCTGG AAATTATCCC 
    TCCAGTTCCA GAACACCCCA GGCTCCAACC CCCGCAAACC TGGTGGGTCC TCGATCTGCG 
    CATGGCACAG CTCCTGTGAA TATTGCTGGC TCTAGAACCC CTGCAGCTTT GGCTCCCACA 
    AATCTCTCCA GTTCCAGGAT GGCTCCAGCA TTGTCTGGTG CAAATCTCAC CAGTCCCAGG 
    GTGCCCCTTT CTGCTTATGA GCGTGTCAGT GGCAGAACCT CACCTTTATT GCTTGATCGA 
    GCCAGGTCCA GAACACCACC ATCTGCCCCA AGCCAGTCTA GAATGACCTC TGAGCGTGAG 
    AGGGCTCCTT CCCCTGCTTC AAGAATGGTC CAGGCTCCTT CCCAATCTCT TCTCCCTCCT 
    GCACAGGATC GGCCTCGGTC ACCTGTGCCA TCTGCTTTTT CAGACCAATC TCGTTCAATT 
    GCCCAGACCA CTCCTGTAGC AGGGTCTCAG TCCCTTTCAT CCGGGACTGT AGCAAAGTCC 
    ACATCCTCTG CTAGTGACCA CAATGGCATG CTTTCTGGCC CTGCCCCTGG GGTATCCCAT 
    GCTGAAGGTG GGGAGCCACA TGCCTCTACT GGGGCCCAGC AGCCTTCTGC ATTGGCTGTT 
    CTGCAACCAG CCAAGGAACG TCGGAGCTCT TCCTCCTCTT CATCATCATC TAGCTCCTCC 
    TCCTCTTCAT CTTCATCTTC GTCATCCTCC TCTTCCTCTG GCTCCAGTTC TAGTGACTCA 
    GAGGGCTCCA GCCTTCCTGC TCAACCTGAG GTGGCACTGA AAAGGGTTCC CAGCCCCACC 
    CCAGTCCCAA AGGAGGCTGT TAGAGAGGGA CGCCCTCAGG AACCAACCCC GGCCAAAAGG 
    AAGAGGCGCT CTAGCAGCTC CAGTTCCAGC TCCTCCTCCT CCTCATCCTC CTCCTCTTCC 
    TCCTCTTCCT CCTCTTCCTC TTCTTCCTCT TCCTCTTCCT CTTCCTCCTC CTCTTCTTCC 
    TCCTCTTCCT CCTCCCCCTC CCCTGCTAAG CCTGGCCCTC AGGCATTACC CAAACCTGCA 
    AGCCCCAAGA AGCCACCCCC TGGCGAGAGG AGGTCTCGCA GTCCTCGGAA GCCAATAGAC 
    TCCCTTCGGG ATTCCCGATC CCTCAGTTAC TCACCTGTTG AGCGTCGACA GCCCTCACCC 
    CAACCCTCAC CAAGGGATCA ACAGAGCAGT GAGCGGGTTT CCTGGAGAGG CCAGCGAGGG 
    GACAGTCATT CTCCTGGCCA CAAGAGGAGG AAGGAGACAC CTAGTCCCCG GTCTAACCGT 
    CACCGCTCCT CCAGGTCTCC ATAA

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

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