ORF » Species Summary » Monodelphis domestica » CACNA1I cDNA ORF clone

CACNA1I cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

The following CACNA1I gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CACNA1I 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
OMc44853 XM_016425444.1
Latest version!		 Monodelphis domestica calcium voltage-gated channel subunit alpha1 I (CACNA1I), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00

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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)
    CACNA1I ( XM_016425444.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016280930.1 Monodelphis domestica calcium voltage-gated channel subunit alpha1 I (CACNA1I), mRNA.
    Price & Availability↑
    CloneID OMc44853
    Clone ID Related Accession (Same CDS sequence) XM_016425444.1
    Accession Version XM_016425444.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4377bp)
    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 1461600000000
    Organism Monodelphis domestica(gray short-tailed opossum)
    Product LOW QUALITY PROTEIN: voltage-dependent T-type calcium channel subunit alpha-1I
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008808.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 1 indel ##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
    ATGAACAGTT GTCAGCCCGA GGAGCTGACC AACATCCTTG AGATCAGTAA CGTGGTCTTC 
    ACCAGCATGT TTGCCCTGGA GATGATCCTG AAGCTGGCAG CCTTTGGCCT CTTTGACTAC 
    CTTCGGAATC CGTACAACAT CTTTGACAGT ATCATCGTCA TCATCAGTAT CTGGGAGATC 
    ATTGGCCAGT CAGATGGTGG CCTCTCAGTG TTGAGGACTT TCCGCCTGCT TCGGGTGCTG 
    AAGTTGGTAC GGTTCATGCC AGCCCTGCGA CGACAGCTGG TGGTGTTGAT GAAGACCATG 
    GACAACGTAG CCACTTTCTG TATGCTGCTG ATGCTGTTCA TCTTTATCTT CAGCATTCTA 
    GGGATGCACA TTTTTGGCTG CAAATTCAGT CTTAGGACTG ATACGGGAGA CACTGTTCCT 
    GACCGGAAGA ACTTCGACTC ACTCCTCTGG GCTATTGTCA CAGTGTTCCA GATTCTGACC 
    CAGGAAGACT GGAATATGGT GCTCTACAAT GGCATGGCCT CCACTTCACC CTGGGCCTCC 
    CTCTACTTTG TGGCCCTCAT GACCTTCGGC AACTATGTTC TCTTCAATCT GCTGGTGGCC 
    ATCTTGGTGG AGGGCTTCCA GGCAGAGGGG GATGCCAACC GTTCCTATTC AGATGAGGAC 
    CAAAGCTCGT CCAACATAGA AGAGTTTGAC AAATTCCGGG AGGGTCACGA AGGCCATTTT 
    GATGTCAAGC TTTGTCCCAT CCCCATGACC CCTAATGGAC ACCTGGACCC AAGCCTTCCT 
    CTACCTGCCC CCCTGGCCAC CACAGGGGGC ATACCCCCTG GCCCTTGCCA CTCTCTGCAG 
    CCTGACCAGG TGCTTATTGC CCTGGACTCC CGAAAGAGCA GTGTGATGTC TCTGGGGAGG 
    ATAAGTTATG ACCAGCGGTC TCTGTCTAGC TCTCGCAGCT CCTACTATGG AGCCTGGGGC 
    CATAGTGGAG CCTGGGCTAG CAGAAGATCC AGTTGGAACA GCCTAGCCAG GGGCCATAGC 
    TTGAAGCTCA GGGCACCCTC TGCAGAACAT GAGTCACTCC TCTCTGGGGA GAGGGGCCGG 
    ACAACAGAGG GGGAGCGGGA TGATGGTGCC CCTCGGGGCC CACCCTATCA TCCACCTTCC 
    CACCCCCATC ACCATCACCA CCACCTCCAC CATCCACACC GATACCGCCA TCGTCGGACA 
    CTCTCCCTTG ATACCAAGGA TTCATTGGAC CTGGCAGAGT TGCCAACGCC AGTTCCTCAT 
    GCTCATCTGA GGTCCACTCG GAAAGTGGGC ACAGGCCCAG GCACTAGTGA GCACCAGGAT 
    TGCAATGGAA AGATGCCCAA CATTGCCAAA GATGTCTTCA CCAAGATGGA CAACCGGAAG 
    GACCACGAGG AGGATGAAGA AGAGATTGAT TATAGCCTGT GTTTCCGAAT TCGGAAGATG 
    ATTGATGTTT ACAAGCCGGA TTGGTGTGAG ATCAGGGAAG ACTGGTCTGT CTACCTCTTC 
    TCTCCTGAGA ACAGGTTCCG GGTCCTTTGC CAGACCATCA TCGCCCACAA GCTCTTTGAC 
    TATGTCGTCC TGGCTTTTAT CTTCCTCAAC TGCATCACCA TCGCCTTGGA GAGGCCCCAG 
    ATAGAGGCTG GCAGCACTGA GCGAATATTC CTCACTGTGT CCAACTACAT CTTCACAGCC 
    ATCTTTGTTG GGGAGATGAC TCTAAAGGTG GTCTCCCTAG GCCTATATTT TGGGGAGCAG 
    GCCTACCTGC GAAGCAGCTG GAACATCTTG GATGGCTTCC TGGTCTTTGT GTCTCTCATT 
    GACATTGTGG TCTCTGTGGC CTCCGCTGGA GGAGCCAAGA TTCTTGGAGT TCTCCGGGTC 
    CTTCGCCTCC TCCGGACGCT TCGCCCACTG CGGGTCATCA GCCGTGCCCC AGGGCTGAAG 
    CTTGTGGTGG AGACACTGAT CTCATCCCTC AAGCCCATTG GAAATATTGT CCTCATCTGC 
    TGTGCCTTCT TCATCATTTT TGGCATCCTA GGGGTACAGC TCTTCAAGGG GAAGTTTTAC 
    CACTGCCTGG GGGTTGACAT CCGGAATATC ACCAACCGCT CCGACTGCAT GGCTGCCAAC 
    TACCGCTGGG TACACCACAA GTACAACTTT GACAACTTGG GCCAGGCCTT GATGTCCCTC 
    TTTGTCTTGG CCTCCAAAGA TGGCTGGGTC AACATCATGT ACAACGGACT AGATGCAGTG 
    GCTGTGGACC AGCAGGTATT GTGTCTACCT CCTTGTGAAG CTTGGCATGG AGGAGTCATG 
    CCTCCTCTTC TCATCCCACA GTCCTTGGAG ATTGCTCTCA AATACTGCAA CTACATGTTC 
    ACCACTGTCT TCGTGCTGGA GGCCATGCTG AAGCTGGTAG CATTTGGGCT GAGGCGCTTC 
    TTCAAAGACA GGTGGAACCA ACTGGATCTG GCCATTGTGC TCCTGTCAGT CATGGGCATC 
    ACCCTGGAGG AGATTGAGAT CAACGCTGCT CTGCCCATCA ATCCCACCAT CATCCGCATC 
    ATGAGGGTGC TACGTATTGC CCGAGTGCTG AAGCTGCTGA AGATGGCCAC AGGGATGCGA 
    GCCCTGCTGG ACACGGTGGT TCAGGCCCTC CCCCAGCGCC CTCCTCTGCC CTGTACCCAG 
    GACACGCTGC GGGACTGCAC CCATGATGAG CGGAGCTGCC TCAGCAACCT CCAGTTCATC 
    TCGCCGCTGT ATTTCGTCAG CTTCGTGCTC ACGGCCCAGT TCGTGCTCAT CAATGTGGTG 
    GTGGCTGTGC TGATGAAGCA TCTGGATGAC AGCAACAAGG AGGCCCAGGA GGACGCCGAG 
    ATGGATGCCG AGATCGAGCT GGAGATGGCT CACGGCCTGT GTCCCCGGAG CTCGGGCTCC 
    CCGGGCTCCG GCAAAGGCGG AGGCTGTGCC AGTGGCGCGG GGACGGGAGG CCCCCCTCCG 
    GCCGAAGCCG AAGCTCGCCG CTGCGTGCGC TGTTACTCCC CGGCACAGGA GAACTTGTGG 
    CTGGACAGTG TCTCTTTAAT TATTAAGGAC TCCTTCGAAG GAGAGTTAAT GATCATCGAT 
    AACCTGTCAG GCTCCGTCTT CCACCATTAC TCCTCGCCGG CCGTGTGCGA GAAGTGTAAC 
    CATGACCAGC AAGAGGTCCA GTTGGCTGAG GTGGAGGCCT TCTCCCTGAA CTCAGACAAG 
    TCCTCTTCAA TCCTTCTGGG AGATGATGTG AGCCTAGAGG ATCCCACCAC AGGCCCTGGG 
    GGCTCCAAGG AAATCAAGCA GGGAGAATCG GAGACCCCTG ACCCCATCAA AATCGGGGAC 
    TTGGGAGAAT GCTTCTTTCC TTTGTCCAAC ACAGCCGTCT CGGCAACCCC AGAGAGCTAC 
    CTGTGTGAAA TGGAGAAGGA TCCCTTCAAT CCTGTCCAGT CCTGGCTGAA GCATGAGAGC 
    AGTCAGGTTC CCTCTAGTCC ATTCTCGCCA GAAGCTGCTA GCCCCCTCTT ACCTGTGCCA 
    GCAGAGTTCT TTCATCCAGC TGTGNCCACC AGCCAGAAAG TAGAGGAGAA GGCCACCTGC 
    AAAGGAACCC TCCCCAAGAT CTCTCTGCAG GGTTCCTGGG CATCCCTACG ATCTCCAAGT 
    GTCAACTGCA CGCTCCTCCG ACAGACCACC GAGAGTGACA CATCCCTGGA TGACAGCCGG 
    AGCAGTGGCT CTGTGGGCAG CCTCCAGACC ACACTGGACG ACAGTTTGAA TCTCAGCGAC 
    TCTCCCCAGT GTACCCTGGA CCTCCCCTCA GCTTTGTGCC CTGGGCTTCC AGGTCCCCAC 
    ATGAGGGCCT CACACAGGAC TGTGGTGGCA GCTGCCCTCT CCCCAGCCTC TCGGCGCCGG 
    AGTCTTCGAG GCCGGGGCCT CTTCAGTCTG CGAACCCTTC GAGGCCACCA GCGGAGCCAC 
    AGCAGCGGGG GCAGCACGAG CCCTGGATGT ACCCACCATG ACTCTATGGA CCCCTCAGAT 
    GAGGAGGGTG TGGGCAGCAG CCTCCGTGGG GCAGGCACCA ACAGCAGCGA GCAGTCGGAG 
    ACCCTCAGTA GCCTCTCGCT CACCTCCCTC TTCTCCCCTG CCCTCCCACC CCCAGGCCTT 
    CGGCTGGCCA AGAGGTGTAG TAGCACCAGT AGCCTGTCTA CCGTGGCCCC CTTGTCCTCC 
    ACCAAGGGTC CACTGCCTCC CCTGGGGACT GAGGGCACAA AGCCCTACTC AGCTGACCCC 
    CAGGGCTTCC TGTCCACACC CTCCTGGGGG ACAGACTTCT GCAAAGACCA CCGCTCAGCC 
    AGCGAGGACG CCCAGGGGCC AGATGGCCAG CCTCATGGGC TGAGTTCCAC AGAACGCAAG 
    CCACAGCAGC CTCCCCAGGT GGAGCTGGGG GAAGGGGTGA CCAAGAGGAA CAGATGA

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

    RefSeq XP_016280930.1
    CDS19..4395
    Translation

    Target ORF information:

    RefSeq Version XM_016425444.1
    Organism Monodelphis domestica(gray short-tailed opossum)
    Definition Monodelphis domestica calcium voltage-gated channel subunit alpha1 I (CACNA1I), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_016425444.1

    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
    ATGAACAGTT GTCAGCCCGA GGAGCTGACC AACATCCTTG AGATCAGTAA CGTGGTCTTC 
    ACCAGCATGT TTGCCCTGGA GATGATCCTG AAGCTGGCAG CCTTTGGCCT CTTTGACTAC 
    CTTCGGAATC CGTACAACAT CTTTGACAGT ATCATCGTCA TCATCAGTAT CTGGGAGATC 
    ATTGGCCAGT CAGATGGTGG CCTCTCAGTG TTGAGGACTT TCCGCCTGCT TCGGGTGCTG 
    AAGTTGGTAC GGTTCATGCC AGCCCTGCGA CGACAGCTGG TGGTGTTGAT GAAGACCATG 
    GACAACGTAG CCACTTTCTG TATGCTGCTG ATGCTGTTCA TCTTTATCTT CAGCATTCTA 
    GGGATGCACA TTTTTGGCTG CAAATTCAGT CTTAGGACTG ATACGGGAGA CACTGTTCCT 
    GACCGGAAGA ACTTCGACTC ACTCCTCTGG GCTATTGTCA CAGTGTTCCA GATTCTGACC 
    CAGGAAGACT GGAATATGGT GCTCTACAAT GGCATGGCCT CCACTTCACC CTGGGCCTCC 
    CTCTACTTTG TGGCCCTCAT GACCTTCGGC AACTATGTTC TCTTCAATCT GCTGGTGGCC 
    ATCTTGGTGG AGGGCTTCCA GGCAGAGGGG GATGCCAACC GTTCCTATTC AGATGAGGAC 
    CAAAGCTCGT CCAACATAGA AGAGTTTGAC AAATTCCGGG AGGGTCACGA AGGCCATTTT 
    GATGTCAAGC TTTGTCCCAT CCCCATGACC CCTAATGGAC ACCTGGACCC AAGCCTTCCT 
    CTACCTGCCC CCCTGGCCAC CACAGGGGGC ATACCCCCTG GCCCTTGCCA CTCTCTGCAG 
    CCTGACCAGG TGCTTATTGC CCTGGACTCC CGAAAGAGCA GTGTGATGTC TCTGGGGAGG 
    ATAAGTTATG ACCAGCGGTC TCTGTCTAGC TCTCGCAGCT CCTACTATGG AGCCTGGGGC 
    CATAGTGGAG CCTGGGCTAG CAGAAGATCC AGTTGGAACA GCCTAGCCAG GGGCCATAGC 
    TTGAAGCTCA GGGCACCCTC TGCAGAACAT GAGTCACTCC TCTCTGGGGA GAGGGGCCGG 
    ACAACAGAGG GGGAGCGGGA TGATGGTGCC CCTCGGGGCC CACCCTATCA TCCACCTTCC 
    CACCCCCATC ACCATCACCA CCACCTCCAC CATCCACACC GATACCGCCA TCGTCGGACA 
    CTCTCCCTTG ATACCAAGGA TTCATTGGAC CTGGCAGAGT TGCCAACGCC AGTTCCTCAT 
    GCTCATCTGA GGTCCACTCG GAAAGTGGGC ACAGGCCCAG GCACTAGTGA GCACCAGGAT 
    TGCAATGGAA AGATGCCCAA CATTGCCAAA GATGTCTTCA CCAAGATGGA CAACCGGAAG 
    GACCACGAGG AGGATGAAGA AGAGATTGAT TATAGCCTGT GTTTCCGAAT TCGGAAGATG 
    ATTGATGTTT ACAAGCCGGA TTGGTGTGAG ATCAGGGAAG ACTGGTCTGT CTACCTCTTC 
    TCTCCTGAGA ACAGGTTCCG GGTCCTTTGC CAGACCATCA TCGCCCACAA GCTCTTTGAC 
    TATGTCGTCC TGGCTTTTAT CTTCCTCAAC TGCATCACCA TCGCCTTGGA GAGGCCCCAG 
    ATAGAGGCTG GCAGCACTGA GCGAATATTC CTCACTGTGT CCAACTACAT CTTCACAGCC 
    ATCTTTGTTG GGGAGATGAC TCTAAAGGTG GTCTCCCTAG GCCTATATTT TGGGGAGCAG 
    GCCTACCTGC GAAGCAGCTG GAACATCTTG GATGGCTTCC TGGTCTTTGT GTCTCTCATT 
    GACATTGTGG TCTCTGTGGC CTCCGCTGGA GGAGCCAAGA TTCTTGGAGT TCTCCGGGTC 
    CTTCGCCTCC TCCGGACGCT TCGCCCACTG CGGGTCATCA GCCGTGCCCC AGGGCTGAAG 
    CTTGTGGTGG AGACACTGAT CTCATCCCTC AAGCCCATTG GAAATATTGT CCTCATCTGC 
    TGTGCCTTCT TCATCATTTT TGGCATCCTA GGGGTACAGC TCTTCAAGGG GAAGTTTTAC 
    CACTGCCTGG GGGTTGACAT CCGGAATATC ACCAACCGCT CCGACTGCAT GGCTGCCAAC 
    TACCGCTGGG TACACCACAA GTACAACTTT GACAACTTGG GCCAGGCCTT GATGTCCCTC 
    TTTGTCTTGG CCTCCAAAGA TGGCTGGGTC AACATCATGT ACAACGGACT AGATGCAGTG 
    GCTGTGGACC AGCAGGTATT GTGTCTACCT CCTTGTGAAG CTTGGCATGG AGGAGTCATG 
    CCTCCTCTTC TCATCCCACA GTCCTTGGAG ATTGCTCTCA AATACTGCAA CTACATGTTC 
    ACCACTGTCT TCGTGCTGGA GGCCATGCTG AAGCTGGTAG CATTTGGGCT GAGGCGCTTC 
    TTCAAAGACA GGTGGAACCA ACTGGATCTG GCCATTGTGC TCCTGTCAGT CATGGGCATC 
    ACCCTGGAGG AGATTGAGAT CAACGCTGCT CTGCCCATCA ATCCCACCAT CATCCGCATC 
    ATGAGGGTGC TACGTATTGC CCGAGTGCTG AAGCTGCTGA AGATGGCCAC AGGGATGCGA 
    GCCCTGCTGG ACACGGTGGT TCAGGCCCTC CCCCAGCGCC CTCCTCTGCC CTGTACCCAG 
    GACACGCTGC GGGACTGCAC CCATGATGAG CGGAGCTGCC TCAGCAACCT CCAGTTCATC 
    TCGCCGCTGT ATTTCGTCAG CTTCGTGCTC ACGGCCCAGT TCGTGCTCAT CAATGTGGTG 
    GTGGCTGTGC TGATGAAGCA TCTGGATGAC AGCAACAAGG AGGCCCAGGA GGACGCCGAG 
    ATGGATGCCG AGATCGAGCT GGAGATGGCT CACGGCCTGT GTCCCCGGAG CTCGGGCTCC 
    CCGGGCTCCG GCAAAGGCGG AGGCTGTGCC AGTGGCGCGG GGACGGGAGG CCCCCCTCCG 
    GCCGAAGCCG AAGCTCGCCG CTGCGTGCGC TGTTACTCCC CGGCACAGGA GAACTTGTGG 
    CTGGACAGTG TCTCTTTAAT TATTAAGGAC TCCTTCGAAG GAGAGTTAAT GATCATCGAT 
    AACCTGTCAG GCTCCGTCTT CCACCATTAC TCCTCGCCGG CCGTGTGCGA GAAGTGTAAC 
    CATGACCAGC AAGAGGTCCA GTTGGCTGAG GTGGAGGCCT TCTCCCTGAA CTCAGACAAG 
    TCCTCTTCAA TCCTTCTGGG AGATGATGTG AGCCTAGAGG ATCCCACCAC AGGCCCTGGG 
    GGCTCCAAGG AAATCAAGCA GGGAGAATCG GAGACCCCTG ACCCCATCAA AATCGGGGAC 
    TTGGGAGAAT GCTTCTTTCC TTTGTCCAAC ACAGCCGTCT CGGCAACCCC AGAGAGCTAC 
    CTGTGTGAAA TGGAGAAGGA TCCCTTCAAT CCTGTCCAGT CCTGGCTGAA GCATGAGAGC 
    AGTCAGGTTC CCTCTAGTCC ATTCTCGCCA GAAGCTGCTA GCCCCCTCTT ACCTGTGCCA 
    GCAGAGTTCT TTCATCCAGC TGTGNCCACC AGCCAGAAAG TAGAGGAGAA GGCCACCTGC 
    AAAGGAACCC TCCCCAAGAT CTCTCTGCAG GGTTCCTGGG CATCCCTACG ATCTCCAAGT 
    GTCAACTGCA CGCTCCTCCG ACAGACCACC GAGAGTGACA CATCCCTGGA TGACAGCCGG 
    AGCAGTGGCT CTGTGGGCAG CCTCCAGACC ACACTGGACG ACAGTTTGAA TCTCAGCGAC 
    TCTCCCCAGT GTACCCTGGA CCTCCCCTCA GCTTTGTGCC CTGGGCTTCC AGGTCCCCAC 
    ATGAGGGCCT CACACAGGAC TGTGGTGGCA GCTGCCCTCT CCCCAGCCTC TCGGCGCCGG 
    AGTCTTCGAG GCCGGGGCCT CTTCAGTCTG CGAACCCTTC GAGGCCACCA GCGGAGCCAC 
    AGCAGCGGGG GCAGCACGAG CCCTGGATGT ACCCACCATG ACTCTATGGA CCCCTCAGAT 
    GAGGAGGGTG TGGGCAGCAG CCTCCGTGGG GCAGGCACCA ACAGCAGCGA GCAGTCGGAG 
    ACCCTCAGTA GCCTCTCGCT CACCTCCCTC TTCTCCCCTG CCCTCCCACC CCCAGGCCTT 
    CGGCTGGCCA AGAGGTGTAG TAGCACCAGT AGCCTGTCTA CCGTGGCCCC CTTGTCCTCC 
    ACCAAGGGTC CACTGCCTCC CCTGGGGACT GAGGGCACAA AGCCCTACTC AGCTGACCCC 
    CAGGGCTTCC TGTCCACACC CTCCTGGGGG ACAGACTTCT GCAAAGACCA CCGCTCAGCC 
    AGCGAGGACG CCCAGGGGCC AGATGGCCAG CCTCATGGGC TGAGTTCCAC AGAACGCAAG 
    CCACAGCAGC CTCCCCAGGT GGAGCTGGGG GAAGGGGTGA CCAAGAGGAA CAGATGA

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

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