Adamts20 cDNA ORF clone, Rattus norvegicus(Norway rat)

The following Adamts20 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Adamts20 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
ORa47403 XM_008765879.2
Latest version!
Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (Adamts20), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $951.30
$1359.00
ORa55721 XM_017603351.1
Latest version!
Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (Adamts20), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

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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 ORa47403
    Clone ID Related Accession (Same CDS sequence) XM_008765879.2
    Accession Version XM_008765879.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5790bp)
    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 2016-07-25
    Organism Rattus norvegicus(Norway rat)
    Product LOW QUALITY PROTEIN: A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005106.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_008765879.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 5% 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
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    ATGCGGGTGG CCAAGTGGCT GACCGGGTTG CTCTGCCCGA TCTCGCTCCT TCTCACTGGG 
    TCCTGGGAAG TTCGTTTCCA CCCACGACAG GAAGCCCTGG TGAAGACTCT GGCCTCCTAC
    GAAGTGGTGA CCCCCACGCG GGTCAATGAG TTCGGAGACG TGTTCCCCCA AAACCGGCAT
    TTCAGCCGGA AGAAACGAAG CTCCGGGGTG CCGGAGCCTC CTCCGCTCAG GACCCACTAC
    CGTATTAGCG CCTACGGGCA GCTCTTCCAG CTGAACCTGA GCGCTGACTC CGCCTTCCTG
    GCTGCAGGCT ATACTGAGGT GCACTTGGGG ACCCCGGTGC CCGGACCAGG CGGGCGCAGC
    GCGGAGCCCC CAGACCTGCG CCACTGTTTC TACCGTGGCC AGGTCAACGC GCGAGAGGAC
    CACATTGCTG TCTTCAGTCT GTGTGGGGGA CTGATGGGAA CATTCAAAGC AAATGATGGG
    GAGTATTTCT TAGAGCCAGT CCTGAAGGCA GATGGGAGTG AGCACGAAGA TGACCACAAC
    AAGCCGCATC TGATCTACAG ACAGGAAGTA AAGAGGAACG CCTTCGTGCG GTCTCAGTCT
    CATGGGCCTT GCGGAGTTTC AGAAAATCAG ACGGAGAAAA CTGCTTTGCC CTCTCCTAGC
    TTCCGGAACA CGACCGGAGA CCTTAATAGG AGGAAGGGAG CGGTGTTCGG ATTGGAAGGT
    GAACGGAGCC GGTTACATTC CAGGAGTAAG CGTTTCCTGT CGTACCCAAG ATACGTGGAA
    GTTATGGTGA CGGCGGACGC TAAGATGGTT CGCCATCACG GGCAGAATTT GCAGCACTAT
    GTGCTGACGC TAATGTCCAT CGTTGCTGCA ATCTACAAGG ATTCGAGCAT TGGGAACCTT
    ATAAATATAG TGATTGTGAA GTTAGTGATA ATTCACAGTG AGCAGGAAGG ACCGGTGATC
    AGTTTTAATG CAGCCACCAC GTTGCGCAAC TTTTGCTTGT GGCAACAGAG TCAGAATGTT
    CTGGACGATG CTCATCCTTC CCACCATGAC ACCGCGGTCC TCATCACTAG GGAAGACATT
    TGTGGAGCTA AGGAGAAATG TGACACATTA GGCTTAGCGG AGTTAGGCAC CCTGTGCGAT
    CCTTCGAGGA GCTGCTCCAT TAGCGAGGAG AACGGACTGA GCGCCGCCTT CACCATCGCC
    CACGAGCTTG GGCACGTGTT TAACGTCCCA CACGATGACA GTTTTAAATG TAAAGAATCT
    GGGACTAAAC ATCAGTATCA CGTAATGGCC CCGACTCTAA ATTACCACAC AAGCCCTTGG
    ACCTGGTCGG CCTGCAGTCA GAAGCACATA ACGGAGTTTC TGGACACTGG CCATGGAGAA
    TGCCTTCTCG ACAAACCCAA CGGAAGAACC TATGACCTGT CTCCCCAGCT CCCAGGCTCG
    GTGTACGATG GGAACAAGCA GTGCGAACTC ATGTTCGGTC CCGGATCGCA AGTGTGCCCC
    TACTTGAAGC AGTGTCGGCG CCTGTGGTGC ACGAGCGCAG AAGGCGTCCA CAAGGGCTGT
    CGCACACAGC ACATGCCGCT GGCAGATGGG ACAAGCTGTG GTCCTGGGAT GCACTGCCAC
    CGCGGGCTGT GTGTGACCAG AGACATGGAG ACCCGTCCTG TGGATGGCGA GTGGGGGCCG
    TGGGGACCCT ACAGCTCGTG TTCCAGAACC TGTGGTGGGG GAATCAGGAG CACAGCCAGG
    CTCTGTGACC GGCCTGAGCC ACGAAACGGA GGAAGGTACT GTGTGGGCCG CAGGATGAAA
    TTTCGGTCAT GTAATACTGA TTCATGTCCA AAAGGCAAGC GAGACTTCCG AGAAAAGCAA
    TGTTCCGACT TCGATGGTAA ACATTTCGAC ATCAGCGGCC TCCCCCCCAA TGTGAGGTGG
    CTTCCGAAGT ACAGCGGGAT CGCCGTCAAA GATCGCTGTA AACTCTATTG CCGGGTGGCT
    GGGACCACCA GCTTCTACCA GCTAAAGGAC AGAGTCGCTG ACGGGACACC CTGTGGGACG
    GAAACTAACG ACATCTGTGT CCAGGGCCTC TGTCGGCAAG CCGGCTGTGA TCATGTGTTA
    AACTCCAAGG CCAAGAGAGA CAAATGTGGA GTGTGTGGTG GTGATAACTC TTCGTGCCAG
    ACCCTGGCGG GTGTCTTCAA CAGTGCACAT TATGGTTACA ATGTCGTTGT AAAGATCCCT
    GCAGGGGCTA CAAACATTGA AATTCTCCAG CACAGCTATT CTGGAAGACC AGAAGATGAC
    AACTATCTCG CACTGTCTGA CACTCAAGGG AACTTCCTTC TGAATGGAAA CTTTGTTGTA
    AGTATGGCAA AGAAAGAGAT CAACATCCAG GGCGCTGTTT TCGAGTACAG TGGGTCCAAC
    AACTCCATTG AAAGGATCAA TAGCACGGAC CGGCTGGAAG CGGAGCTTGT TCTGCAGGTG
    TTGTGTGTGG GTAATTTATA CAACCCTGAC GTGCACTATA TCTTCAACAT CCCCATTGAG
    GAGAGGAGTA ATCTGTTCTC CTGGGATCCG TATGGGCCGT GGCAAGACTG TACCAAAATG
    TGCCAAGGTC TTCATAGAAG AAAAATTGCC TGCATTCGTA AGAGTGACCG TGCGGTCGTA
    TCTGACCAAA GTTGTAGCCA CTTACCGCTG CCACTGTTTG TGACTGAAAG GTGCAATACG
    GACTGTGAAC TCAGGTGGCA CATCACGGGG AAAAGTGACT GCTCATCCCA GTGTGGCCAA
    GGATACAGGA CCCTAGACGT TCACTGCATG AAGTACTCCG TTCATAAAGG ACAGACTGTC
    CCAGTGGGAG ACCAGTACTG TGGTGACCAG CTCAAACCTC CCAACCGAGA GCCCTGTCAT
    GGCAGCTGTG TTTTAACAAG GTGGCATTAT TCAGAGTGGT CCCAGTGTTC TAGGAGTTGT
    GGCGGCGGTG AGAAGACTCG AGAGTCCTAC TGTGTAAACG GCTTTGGCCA CCGCCTTGCT
    GAACGAGAGT GTCAGGAGCT CCCTCGGGTG GTGCTGGGGA ACTGCAATGA CTTTCCGTGT
    CCCGGCTGGG CAACTAGTGA GTGGAGTGAG TGTCCTGTCA CGTGCGGAAA GGGAATGAAG
    CAGAGGCAGG TTTGGTGCCA GCGGAGCGAA GACCCCGTGG GGGATGACTT CTGCGATGCC
    AGTACCAAGC CTGAGTCGCT GGGACCCTGT GAGCTCCGTG CGTGCGCTTC TTGGCATGTG
    GGACCGTGGG GTTCTTGCAC GGTCACCTGT GGACACGGAT ACCAGGTGCG TGCTGTTAAG
    TGCGTCAGTG AGATACTTGG CACCGTGCTA GATGACAGAG AATGCCCCAG AGCCAGCCGG
    CCAAGTGACA GACAGGTAAA GGAGGTCTCT ATGGATCAGA AGAAGAAATG CTTATGTCTT
    CATAGAAGAA AAATTGCCTG CATTCGTAAG AGTGACCGTG CGGTCGTATC TGACCAAAGT
    TGTAGCCACT TACCGCTGCC ACTGTTTGTG ACTGAAAGGT GCAATACGGA CTGTGAACTC
    AGTGCCTGCT TTCTCGTGGG CATATTCACC GTGACCAATC CCCTGCTTGC CACCCCCACA
    AGGCTGAAGC AGAGAGACAC CTCAGCAGGT CGAGGCAAGT GGGCGCAATT CAACTCATCC
    GCTACTCTCA TCGTGGGCGT CACGGCAGCT CACCTCAGCC CTAGGGTGAC GACTTCCTGT
    GGACATGGGA AAACCACTCG GCGTGTTCTA TGTGTGAACT ACCACCAACT GGTGGACGAG
    AGTTACTGTG ACCCCGAAGG CCGTCCTGTG ACTGAACAAG AATGTCGCCT GGCGGCCTGC
    CCGCCCTCGT ACAGCCGCTC TCCCAGCTCC TCTGAGCAGC CAAGTCATGG TCCAGGCAGA
    AATGTTCCAT TAACTCACAA ACCAGAAGAG AATCCAGATC AGGGGGTCCA GCTGTCAATC
    AGAGGAAACC AGTGGAGAAC AGGCCCTTGG GGAGCATGCT CCAGAAGGTG CTGCGGGCGG
    TCTTCAGCAC AGGGCTGTGG GGTCTGCCAG GACGAAGATG GGCGAAGCGC CACTTCCTGT
    GAGGCGACCT CCAAGCCCCC AGAGTCCAAG CACTGTGGCT CCGGACCTTG TCCGCAGTGG
    AATTATGGGG ACTGGGGAGA GTGCACACAG ACCTGTGGCG CAGGGGTAAA ATCAAGATTT
    GTGATCTGTC AGTTTCCCGA TGGCCAAATG GCACAAGAAC ACAGCTGCGA ACTGCCGAAG
    CCACCTAGCA TGATGCAATG TCACCTGCGC GCCTGCCCTG ATGATGTGTC CTGGTATCGG
    GGATCATGGA AATCGTGCTC AGCTTCTTGT GGTAAAGGCA TAAAGTACCG GGAGGTTCTC
    TGCATTGATC AAGTCCAAAG GAAACTAGAA GAAAAATATT GCAGTCATTT GCATAAACCT
    CGGACTCACA AACCTTGCAG ATCAGGACGA TGCCCTTCGT GGAAAGCCAA TAAATGGAAG
    GAGTGCTCTG TGACCTGTGG GTCTGGGGTA CAGCAGAGGG AGGTGTACTG CAGACTGAGA
    GGCACTGGTC GAGTGGCTGA AGACATGTGT GAGCCTTCTA CCCGGCCTCA GGTGCAACGG
    CCATGCTGGC ATCAGGACTG TACGAGGTAC CAGTGGACAA CAGGAGACTG GCTAGACTGT
    TCAACATCCT GTAAGAAAAA GGAGACCTAT CGGCTGGTGA AATGCGTGAA TGAACGAAAC
    ATGCAAGTGA ATGAAAGTCT CTGTGACCCT TTAACGAAAC CCGTTTCGAT CAAAAAGTGC
    AGGAATTCTC ACTGCAAGTA CATGGTGGTG ACAGGAGACT CGTCGCAGTG TGCAGGTAAC
    TGTGGGCTCA CTTACTCACA GAGGATTACA TACTGTACCA GGATCCAGCC GCCTAAGAAA
    AATGCATTCC ATCATCAACT TCGGCCTGTA AACTACGGGC AGTGCCCCGT GATACCTTCT
    CCTCAGGTGT ACAAATGCGA CATTAGAAGT TGTTTGCGTG GAGCCACTTG GAAAGTGGGA
    AAGTGGAGCA AGTGCTCAGT AACTTGTGGA AATGGGATAA TGGAGAGAAG AGTAGCGTGC
    AGGACTGAGA ACGGTTGGCC CAGTGACTTA TGTTTAAAGC GTTTAAAGCC AGATGCCCAA
    AAGAAATGTT ATGCCAATGA CTGTAAATTA CTCACCACCT GCAAAGAAAT CCAAGTTACA
    AACAACATTA CCAAGGATGG CAACTATGAT CTTAACGTCA GGGGAAGAAT ATTGAAGATT
    CATTGCTCAG GCATGCAGCT GGAGAACCCT AGAGAATATT TACCCCTGGT CAAAGTTGAA
    GACAACTTTT CGGAAATATA TGGCCTTAGA CTTCAAAATC CCTACGAATG CCCCTTCAAC
    GGAAGTAGGA GGGCAGACTG TGCGTGTGAA AATGACTACC CACCTGCCGG ATACACTGTT
    TTTAGCAAAG TGAGAGTTGA TCTCGCATCC ATGCAAATCA AAACGACGGA TCTTCTTTTC
    TCCCGGACAC TATTTGGAAA GGCAGTTCCA TTTGCCACAG CTGGAGACTG CTACAGTGCT
    GCCAGATGCC CACAGGGGCA GTTCAGCATC AACTTAGCAG GAACTGGCAT GAAGGTATCT
    AGCACGGCAA AGTGGCTCGC TCAGGGGAGG TATGCCTCGG TCATCATCCA CAGATCTCAG
    GACGGAACCA AAGTGTACGG CAGATGCGGA GGGTTCTGTG GCAAGTGCGT TCCTCACGTG
    TCTACGGGGC TCCCGATTCA AGTGCTATGA

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

    RefSeq XP_008764101.1
    CDS288..6077
    Translation

    Target ORF information:

    RefSeq Version XM_008765879.2
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (Adamts20), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_008765879.2

    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
    ATGCGGGTGG CCAAGTGGCT GACCGGGTTG CTCTGCCCGA TCTCGCTCCT TCTCACTGGG 
    TCCTGGGAAG TTCGTTTCCA CCCACGACAG GAAGCCCTGG TGAAGACTCT GGCCTCCTAC
    GAAGTGGTGA CCCCCACGCG GGTCAATGAG TTCGGAGACG TGTTCCCCCA AAACCGGCAT
    TTCAGCCGGA AGAAACGAAG CTCCGGGGTG CCGGAGCCTC CTCCGCTCAG GACCCACTAC
    CGTATTAGCG CCTACGGGCA GCTCTTCCAG CTGAACCTGA GCGCTGACTC CGCCTTCCTG
    GCTGCAGGCT ATACTGAGGT GCACTTGGGG ACCCCGGTGC CCGGACCAGG CGGGCGCAGC
    GCGGAGCCCC CAGACCTGCG CCACTGTTTC TACCGTGGCC AGGTCAACGC GCGAGAGGAC
    CACATTGCTG TCTTCAGTCT GTGTGGGGGA CTGATGGGAA CATTCAAAGC AAATGATGGG
    GAGTATTTCT TAGAGCCAGT CCTGAAGGCA GATGGGAGTG AGCACGAAGA TGACCACAAC
    AAGCCGCATC TGATCTACAG ACAGGAAGTA AAGAGGAACG CCTTCGTGCG GTCTCAGTCT
    CATGGGCCTT GCGGAGTTTC AGAAAATCAG ACGGAGAAAA CTGCTTTGCC CTCTCCTAGC
    TTCCGGAACA CGACCGGAGA CCTTAATAGG AGGAAGGGAG CGGTGTTCGG ATTGGAAGGT
    GAACGGAGCC GGTTACATTC CAGGAGTAAG CGTTTCCTGT CGTACCCAAG ATACGTGGAA
    GTTATGGTGA CGGCGGACGC TAAGATGGTT CGCCATCACG GGCAGAATTT GCAGCACTAT
    GTGCTGACGC TAATGTCCAT CGTTGCTGCA ATCTACAAGG ATTCGAGCAT TGGGAACCTT
    ATAAATATAG TGATTGTGAA GTTAGTGATA ATTCACAGTG AGCAGGAAGG ACCGGTGATC
    AGTTTTAATG CAGCCACCAC GTTGCGCAAC TTTTGCTTGT GGCAACAGAG TCAGAATGTT
    CTGGACGATG CTCATCCTTC CCACCATGAC ACCGCGGTCC TCATCACTAG GGAAGACATT
    TGTGGAGCTA AGGAGAAATG TGACACATTA GGCTTAGCGG AGTTAGGCAC CCTGTGCGAT
    CCTTCGAGGA GCTGCTCCAT TAGCGAGGAG AACGGACTGA GCGCCGCCTT CACCATCGCC
    CACGAGCTTG GGCACGTGTT TAACGTCCCA CACGATGACA GTTTTAAATG TAAAGAATCT
    GGGACTAAAC ATCAGTATCA CGTAATGGCC CCGACTCTAA ATTACCACAC AAGCCCTTGG
    ACCTGGTCGG CCTGCAGTCA GAAGCACATA ACGGAGTTTC TGGACACTGG CCATGGAGAA
    TGCCTTCTCG ACAAACCCAA CGGAAGAACC TATGACCTGT CTCCCCAGCT CCCAGGCTCG
    GTGTACGATG GGAACAAGCA GTGCGAACTC ATGTTCGGTC CCGGATCGCA AGTGTGCCCC
    TACTTGAAGC AGTGTCGGCG CCTGTGGTGC ACGAGCGCAG AAGGCGTCCA CAAGGGCTGT
    CGCACACAGC ACATGCCGCT GGCAGATGGG ACAAGCTGTG GTCCTGGGAT GCACTGCCAC
    CGCGGGCTGT GTGTGACCAG AGACATGGAG ACCCGTCCTG TGGATGGCGA GTGGGGGCCG
    TGGGGACCCT ACAGCTCGTG TTCCAGAACC TGTGGTGGGG GAATCAGGAG CACAGCCAGG
    CTCTGTGACC GGCCTGAGCC ACGAAACGGA GGAAGGTACT GTGTGGGCCG CAGGATGAAA
    TTTCGGTCAT GTAATACTGA TTCATGTCCA AAAGGCAAGC GAGACTTCCG AGAAAAGCAA
    TGTTCCGACT TCGATGGTAA ACATTTCGAC ATCAGCGGCC TCCCCCCCAA TGTGAGGTGG
    CTTCCGAAGT ACAGCGGGAT CGCCGTCAAA GATCGCTGTA AACTCTATTG CCGGGTGGCT
    GGGACCACCA GCTTCTACCA GCTAAAGGAC AGAGTCGCTG ACGGGACACC CTGTGGGACG
    GAAACTAACG ACATCTGTGT CCAGGGCCTC TGTCGGCAAG CCGGCTGTGA TCATGTGTTA
    AACTCCAAGG CCAAGAGAGA CAAATGTGGA GTGTGTGGTG GTGATAACTC TTCGTGCCAG
    ACCCTGGCGG GTGTCTTCAA CAGTGCACAT TATGGTTACA ATGTCGTTGT AAAGATCCCT
    GCAGGGGCTA CAAACATTGA AATTCTCCAG CACAGCTATT CTGGAAGACC AGAAGATGAC
    AACTATCTCG CACTGTCTGA CACTCAAGGG AACTTCCTTC TGAATGGAAA CTTTGTTGTA
    AGTATGGCAA AGAAAGAGAT CAACATCCAG GGCGCTGTTT TCGAGTACAG TGGGTCCAAC
    AACTCCATTG AAAGGATCAA TAGCACGGAC CGGCTGGAAG CGGAGCTTGT TCTGCAGGTG
    TTGTGTGTGG GTAATTTATA CAACCCTGAC GTGCACTATA TCTTCAACAT CCCCATTGAG
    GAGAGGAGTA ATCTGTTCTC CTGGGATCCG TATGGGCCGT GGCAAGACTG TACCAAAATG
    TGCCAAGGTC TTCATAGAAG AAAAATTGCC TGCATTCGTA AGAGTGACCG TGCGGTCGTA
    TCTGACCAAA GTTGTAGCCA CTTACCGCTG CCACTGTTTG TGACTGAAAG GTGCAATACG
    GACTGTGAAC TCAGGTGGCA CATCACGGGG AAAAGTGACT GCTCATCCCA GTGTGGCCAA
    GGATACAGGA CCCTAGACGT TCACTGCATG AAGTACTCCG TTCATAAAGG ACAGACTGTC
    CCAGTGGGAG ACCAGTACTG TGGTGACCAG CTCAAACCTC CCAACCGAGA GCCCTGTCAT
    GGCAGCTGTG TTTTAACAAG GTGGCATTAT TCAGAGTGGT CCCAGTGTTC TAGGAGTTGT
    GGCGGCGGTG AGAAGACTCG AGAGTCCTAC TGTGTAAACG GCTTTGGCCA CCGCCTTGCT
    GAACGAGAGT GTCAGGAGCT CCCTCGGGTG GTGCTGGGGA ACTGCAATGA CTTTCCGTGT
    CCCGGCTGGG CAACTAGTGA GTGGAGTGAG TGTCCTGTCA CGTGCGGAAA GGGAATGAAG
    CAGAGGCAGG TTTGGTGCCA GCGGAGCGAA GACCCCGTGG GGGATGACTT CTGCGATGCC
    AGTACCAAGC CTGAGTCGCT GGGACCCTGT GAGCTCCGTG CGTGCGCTTC TTGGCATGTG
    GGACCGTGGG GTTCTTGCAC GGTCACCTGT GGACACGGAT ACCAGGTGCG TGCTGTTAAG
    TGCGTCAGTG AGATACTTGG CACCGTGCTA GATGACAGAG AATGCCCCAG AGCCAGCCGG
    CCAAGTGACA GACAGGTAAA GGAGGTCTCT ATGGATCAGA AGAAGAAATG CTTATGTCTT
    CATAGAAGAA AAATTGCCTG CATTCGTAAG AGTGACCGTG CGGTCGTATC TGACCAAAGT
    TGTAGCCACT TACCGCTGCC ACTGTTTGTG ACTGAAAGGT GCAATACGGA CTGTGAACTC
    AGTGCCTGCT TTCTCGTGGG CATATTCACC GTGACCAATC CCCTGCTTGC CACCCCCACA
    AGGCTGAAGC AGAGAGACAC CTCAGCAGGT CGAGGCAAGT GGGCGCAATT CAACTCATCC
    GCTACTCTCA TCGTGGGCGT CACGGCAGCT CACCTCAGCC CTAGGGTGAC GACTTCCTGT
    GGACATGGGA AAACCACTCG GCGTGTTCTA TGTGTGAACT ACCACCAACT GGTGGACGAG
    AGTTACTGTG ACCCCGAAGG CCGTCCTGTG ACTGAACAAG AATGTCGCCT GGCGGCCTGC
    CCGCCCTCGT ACAGCCGCTC TCCCAGCTCC TCTGAGCAGC CAAGTCATGG TCCAGGCAGA
    AATGTTCCAT TAACTCACAA ACCAGAAGAG AATCCAGATC AGGGGGTCCA GCTGTCAATC
    AGAGGAAACC AGTGGAGAAC AGGCCCTTGG GGAGCATGCT CCAGAAGGTG CTGCGGGCGG
    TCTTCAGCAC AGGGCTGTGG GGTCTGCCAG GACGAAGATG GGCGAAGCGC CACTTCCTGT
    GAGGCGACCT CCAAGCCCCC AGAGTCCAAG CACTGTGGCT CCGGACCTTG TCCGCAGTGG
    AATTATGGGG ACTGGGGAGA GTGCACACAG ACCTGTGGCG CAGGGGTAAA ATCAAGATTT
    GTGATCTGTC AGTTTCCCGA TGGCCAAATG GCACAAGAAC ACAGCTGCGA ACTGCCGAAG
    CCACCTAGCA TGATGCAATG TCACCTGCGC GCCTGCCCTG ATGATGTGTC CTGGTATCGG
    GGATCATGGA AATCGTGCTC AGCTTCTTGT GGTAAAGGCA TAAAGTACCG GGAGGTTCTC
    TGCATTGATC AAGTCCAAAG GAAACTAGAA GAAAAATATT GCAGTCATTT GCATAAACCT
    CGGACTCACA AACCTTGCAG ATCAGGACGA TGCCCTTCGT GGAAAGCCAA TAAATGGAAG
    GAGTGCTCTG TGACCTGTGG GTCTGGGGTA CAGCAGAGGG AGGTGTACTG CAGACTGAGA
    GGCACTGGTC GAGTGGCTGA AGACATGTGT GAGCCTTCTA CCCGGCCTCA GGTGCAACGG
    CCATGCTGGC ATCAGGACTG TACGAGGTAC CAGTGGACAA CAGGAGACTG GCTAGACTGT
    TCAACATCCT GTAAGAAAAA GGAGACCTAT CGGCTGGTGA AATGCGTGAA TGAACGAAAC
    ATGCAAGTGA ATGAAAGTCT CTGTGACCCT TTAACGAAAC CCGTTTCGAT CAAAAAGTGC
    AGGAATTCTC ACTGCAAGTA CATGGTGGTG ACAGGAGACT CGTCGCAGTG TGCAGGTAAC
    TGTGGGCTCA CTTACTCACA GAGGATTACA TACTGTACCA GGATCCAGCC GCCTAAGAAA
    AATGCATTCC ATCATCAACT TCGGCCTGTA AACTACGGGC AGTGCCCCGT GATACCTTCT
    CCTCAGGTGT ACAAATGCGA CATTAGAAGT TGTTTGCGTG GAGCCACTTG GAAAGTGGGA
    AAGTGGAGCA AGTGCTCAGT AACTTGTGGA AATGGGATAA TGGAGAGAAG AGTAGCGTGC
    AGGACTGAGA ACGGTTGGCC CAGTGACTTA TGTTTAAAGC GTTTAAAGCC AGATGCCCAA
    AAGAAATGTT ATGCCAATGA CTGTAAATTA CTCACCACCT GCAAAGAAAT CCAAGTTACA
    AACAACATTA CCAAGGATGG CAACTATGAT CTTAACGTCA GGGGAAGAAT ATTGAAGATT
    CATTGCTCAG GCATGCAGCT GGAGAACCCT AGAGAATATT TACCCCTGGT CAAAGTTGAA
    GACAACTTTT CGGAAATATA TGGCCTTAGA CTTCAAAATC CCTACGAATG CCCCTTCAAC
    GGAAGTAGGA GGGCAGACTG TGCGTGTGAA AATGACTACC CACCTGCCGG ATACACTGTT
    TTTAGCAAAG TGAGAGTTGA TCTCGCATCC ATGCAAATCA AAACGACGGA TCTTCTTTTC
    TCCCGGACAC TATTTGGAAA GGCAGTTCCA TTTGCCACAG CTGGAGACTG CTACAGTGCT
    GCCAGATGCC CACAGGGGCA GTTCAGCATC AACTTAGCAG GAACTGGCAT GAAGGTATCT
    AGCACGGCAA AGTGGCTCGC TCAGGGGAGG TATGCCTCGG TCATCATCCA CAGATCTCAG
    GACGGAACCA AAGTGTACGG CAGATGCGGA GGGTTCTGTG GCAAGTGCGT TCCTCACGTG
    TCTACGGGGC TCCCGATTCA AGTGCTATGA

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

    CloneID ORa55721
    Clone ID Related Accession (Same CDS sequence) XM_017603351.1
    Accession Version XM_017603351.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5070bp)
    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 2016-07-25
    Organism Rattus norvegicus(Norway rat)
    Product A disintegrin and metalloproteinase with thrombospondin motifs 20 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000075.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 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 ##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
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    ATGCGGGTGG CCAAGTGGCT GACCGGGTTG CTCTGCCCGA TCTCGCTCCT TCTCACTGGG 
    TCCTGGGAAG TTCGTTTCCA CCCACGACAG GAAGCCCTGG TGAAGACTCT GGCCTCCTAC
    GAAGTGGTGA CCCCCACGCG GGTCAATGAG TTCGGAGACG TGTTCCCCCA AAACCGGCAT
    TTCAGCCGGA AGAAACGAAG CTCCGGGGTG CCGGAGCCTC CTCCGCTCAG GACCCACTAC
    CGTATTAGCG CCTACGGGCA GCTCTTCCAG CTGAACCTGA GCGCTGACTC CGCCTTCCTG
    GCTGCAGGCT ATACTGAGGT GCACTTGGGG ACCCCGGTGC CCGGACCAGG CGGGCGCAGC
    GCGGAGCCCC CAGACCTGCG CCACTGTTTC TACCGTGGCC AGGTCAACGC GCGAGAGGAC
    CACATTGCTG TCTTCAGTCT GTGTGGGGGA CTGATGGGAA CATTCAAAGC AAATGATGGG
    GAGTATTTCT TAGAGCCAGT CCTGAAGGCA GATGGGAGTG AGCACGAAGA TGACCACAAC
    AAGCCGCATC TGATCTACAG ACAGGAAGTA AAGAGGAACG CCTTCGTGCG GTCTCAGTCT
    CATGGGCCTT GCGGAGTTTC AGAAAATCAG ACGGAGAAAA CTGCTTTGCC CTCTCCTAGC
    TTCCGGAACA CGACCGGAGA CCTTAATAGG AGGAAGGGAG CGGTGTTCGG ATTGGAAGGT
    GAACGGAGCC GGTTACATTC CAGGAGTAAG CGTTTCCTGT CGTACCCAAG ATACGTGGAA
    GTTATGGTGA CGGCGGACGC TAAGATGGTT CGCCATCACG GGCAGAATTT GCAGCACTAT
    GTGCTGACGC TAATGTCCAT CGTTGCTGCA ATCTACAAGG ATTCGAGCAT TGGGAACCTT
    ATAAATATAG TGATTGTGAA GTTAGTGATA ATTCACAGTG AGCAGGAAGG ACCGGTGATC
    AGTTTTAATG CAGCCACCAC GTTGCGCAAC TTTTGCTTGT GGCAACAGAG TCAGAATGTT
    CTGGACGATG CTCATCCTTC CCACCATGAC ACCGCGGTCC TCATCACTAG GGAAGACATT
    TGTGGAGCTA AGGAGAAATG TGACACATTA GGCTTAGCGG AGTTAGGCAC CCTGTGCGAT
    CCTTCGAGGA GCTGCTCCAT TAGCGAGGAG AACGGACTGA GCGCCGCCTT CACCATCGCC
    CACGAGCTTG GGCACGTGTT TAACGTCCCA CACGATGACA GTTTTAAATG TAAAGAATCT
    GGGACTAAAC ATCAGTATCA CGTAATGGCC CCGACTCTAA ATTACCACAC AAGCCCTTGG
    ACCTGGTCGG CCTGCAGTCA GAAGCACATA ACGGAGTTTC TGGACACTGG CCATGGAGAA
    TGCCTTCTCG ACAAACCCAA CGGAAGAACC TATGACCTGT CTCCCCAGCT CCCAGGCTCG
    GTGTACGATG GGAACAAGCA GTGCGAACTC ATGTTCGGTC CCGGATCGCA AGTGTGCCCC
    TACTTGAAGC AGTGTCGGCG CCTGTGGTGC ACGAGCGCAG AAGGCGTCCA CAAGGGCTGT
    CGCACACAGC ACATGCCGCT GGCAGATGGG ACAAGCTGTG GTCCTGGGAT GCACTGCCAC
    CGCGGGCTGT GTGTGACCAG AGACATGGAG ACCCGTCCTG TGGATGGCGA GTGGGGGCCG
    TGGGGACCCT ACAGCTCGTG TTCCAGAACC TGTGGTGGGG GAATCAGGAG CACAGCCAGG
    CTCTGTGACC GGCCTGAGCC ACGAAACGGA GGAAGGTACT GTGTGGGCCG CAGGATGAAA
    TTTCGGTCAT GTAATACTGA TTCATGTCCA AAAGGCAAGC GAGACTTCCG AGAAAAGCAA
    TGTTCCGACT TCGATGGTAA ACATTTCGAC ATCAGCGGCC TCCCCCCCAA TGTGAGGTGG
    CTTCCGAAGT ACAGCGGGAT CGCCGTCAAA GATCGCTGTA AACTCTATTG CCGGGTGGCT
    GGGACCACCA GCTTCTACCA GCTAAAGGAC AGAGTCGCTG ACGGGACACC CTGTGGGACG
    GAAACTAACG ACATCTGTGT CCAGGGCCTC TGTCGGCAAG CCGGCTGTGA TCATGTGTTA
    AACTCCAAGG CCAAGAGAGA CAAATGTGGA GTGTGTGGTG GTGATAACTC TTCGTGCCAG
    ACCCTGGCGG GTGTCTTCAA CAGTGCACAT TATGGTTACA ATGTCGTTGT AAAGATCCCT
    GCAGGGGCTA CAAACATTGA AATTCTCCAG CACAGCTATT CTGGAAGACC AGAAGATGAC
    AACTATCTCG CACTGTCTGA CACTCAAGGG AACTTCCTTC TGAATGGAAA CTTTGTTGTA
    AGTATGGCAA AGAAAGAGAT CAACATCCAG GGCGCTGTTT TCGAGTACAG TGGGTCCAAC
    AACTCCATTG AAAGGATCAA TAGCACGGAC CGGCTGGAAG CGGAGCTTGT TCTGCAGGTG
    TTGTGTGTGG GTAATTTATA CAACCCTGAC GTGCACTATA TCTTCAACAT CCCCATTGAG
    GAGAGGAGTA ATCTGTTCTC CTGGGATCCG TATGGGCCGT GGCAAGACTG TACCAAAATG
    TGCCAAGGTA CCCTGGCCTT ATATAAGAGC CCTAAGTTGA TGCATGCTGG TATTATTTGG
    ATTTCTCTTA AGTCTGGCTG GCTAATGAGA CACATGGAGC ACACGGGCAC GCAAAGTGCC
    CTGTCTGCAC CCCCTCTTCT CGGTCTTTCT CTTTCTTACT TGGTATTTTC AGACACAGCA
    GCTACAGGTA CCAAGAGCGG GGGCGGTCCC AGGCCCGTCT CACTGTCCTT TGGCTTTTTA
    AAGTGCTCCG TGTCCTGTGG AAGAGGCAGT CAGGCCCGGT ACGTGAGCTG CCGTGACGCC
    CACGATGGAG TAGCGGATGA GTTGAATTGC GCCCACTTGC CTCGACCTGC TGAGGTGTCT
    CTCTGCTTCA GCCCTTGTGG GGAGTGGCAA GCAGGGGATT GGTCACCGTG TTCAGCCTCC
    TGTGGACATG GGAAAACCAC TCGGCGTGTT CTATGTGTGA ACTACCACCA ACTGGTGGAC
    GAGAGTTACT GTGACCCCGA AGGCCGTCCT GTGACTGAAC AAGAATGTCG CCTGGCGGCC
    TGCCCGCCCT CGTACAGCCG CTCTCCCAGC TCCTCTGAGC AGCCAAGTCA TGGTCCAGGC
    AGAAATGTTC CATTAACTCA CAAACCAGAA GAGAATCCAG ATCAGGGGGT CCAGCTGTCA
    ATCAGAGGAA ACCAGTGGAG AACAGGCCCT TGGGGAGCAT GCTCCAGAAG CTGCGCGGGC
    GGTCTTCAGC ACAGGGCTGT GGTCTGCCAG GACGAAGATG GGCGAAGCGC CACTTCCTGT
    GAGGCGACCT CCAAGCCCCC AGAGTCAAAG CACTGTGGCT CCGGACCTTG TCCGCAGTGG
    AATTATGGGG GCTGGGGAGA ATGCACACAG ACCTGTGGCG CAGGGGTAAA ATCAAGATTT
    GTGATCTGTC AGTTTCCCGA TGGCCAAATG GCACAAGAAC ACAGCTGCGA ACTGCCGAAG
    CCACCTAGCA TGATGCAATG TCACCTGCGC GCCTGCCCTG ATGATGTGTC CTGGTATCGG
    GGATCATGGA AATCGTGCTC AGCTTCTTGT GGTAAAGGCA TAAAGTACCG GGAGGTTCTC
    TGCATTGATC AAGTCCAAAG GAAACTAGAA GAAAAATATT GCAGTCATTT GCATAAACCT
    CGGACTCACA AACCTTGCAG ATCAGGACGA TGCCCTTCGT GGAAAGCCAA TAAATGGAAG
    GAGTGCTCTG TGACCTGTGG GTCTGGGGTA CAGCAGAGGG AGGTGTACTG CAGACTGAGA
    GGCACTGGTC GAGTGGCTGA AGACATGTGT GAGCCTTCTA CCCGGCCTCA GGTGCAACGG
    CCATGCTGGC ATCAGGACTG TACGAGGTAC CAGTGGACAA CAGGAGACTG GCTAGACTGT
    TCAACATCCT GTAAGAAAAA GGAGACCTAT CGGCTGGTGA AATGCGTGAA TGAACGAAAC
    ATGCAAGTGA ATGAAAGTCT CTGTGACCCT TTAACGAAAC CCGTTTCGAT CAAAAAGTGC
    AGGAATTCTC ACTGCAAGTA CATGGTGGTG ACAGGAGACT CGTCGCAGTG TGCAGGTAAC
    TGTGGGCTCA CTTACTCACA GAGGATTACA TACTGTACCA GGATCCAGCC GCCTAAGAAA
    AATGCATTCC ATCATCAACT TCGGCCTGTA AACTACGGGC AGTGCCCCGT GATACCTTCT
    CCTCAGGTGT ACAAATGCGA CATTAGAAGT TGTTTGCGTG GAGCCACTTG GAAAGTGGGA
    AAGTGGAGCA AGTGCTCAGT AACTTGTGGA AATGGGATAA TGGAGAGAAG AGTAGCGTGC
    AGGACTGAGA ACGGTTGGCC CAGTGACTTA TGTTTAAAGC GTTTAAAGCC AGATGCCCAA
    AAGAAATGTT ATGCCAATGA CTGTAAATTA CTCACCACCT GCAAAGAAAT CCAAGTTACA
    AACAACATTA CCAAGGATGG CAACTATGAT CTTAACGTCA GGGGAAGAAT ATTGAAGATT
    CATTGCTCAG GCATGCAGCT GGAGAACCCT AGAGAATATT TACCCCTGGT CAAAGTTGAA
    GACAACTTTT CGGAAATATA TGGCCTTAGA CTTCAAAATC CCTACGAATG CCCCTTCAAC
    GGAAGTAGGA GGGCAGACTG TGCGTGTGAA AATGACTACC CACCTGCCGG ATACACTGTT
    TTTAGCAAAG TGAGAGTTGA TCTCGCATCC ATGCAAATCA AAACGACGGA TCTTCTTTTC
    TCCCGGACAC TATTTGGAAA GGCAGTTCCA TTTGCCACAG CTGGAGACTG CTACAGTGCT
    GCCAGATGCC CACAGGGGCA GTTCAGCATC AACTTAGCAG GAACTGGCAT GAAGGTATCT
    AGCACGGCAA AGTGGCTCGC TCAGGGGAGG TATGCCTCGG TCATCATCCA CAGATCTCAG
    GACGGAACCA AAGTGTACGG CAGATGCGGA GGGTTCTGTG GCAAGTGCGT TCCTCACGTG
    TCTACGGGGC TCCCGATTCA AGTGCTATGA

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

    RefSeq XP_017458840.1
    CDS288..5357
    Translation

    Target ORF information:

    RefSeq Version XM_017603351.1
    Organism Rattus norvegicus(Norway rat)
    Definition Rattus norvegicus ADAM metallopeptidase with thrombospondin type 1 motif, 20 (Adamts20), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017603351.1

    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
    ATGCGGGTGG CCAAGTGGCT GACCGGGTTG CTCTGCCCGA TCTCGCTCCT TCTCACTGGG 
    TCCTGGGAAG TTCGTTTCCA CCCACGACAG GAAGCCCTGG TGAAGACTCT GGCCTCCTAC
    GAAGTGGTGA CCCCCACGCG GGTCAATGAG TTCGGAGACG TGTTCCCCCA AAACCGGCAT
    TTCAGCCGGA AGAAACGAAG CTCCGGGGTG CCGGAGCCTC CTCCGCTCAG GACCCACTAC
    CGTATTAGCG CCTACGGGCA GCTCTTCCAG CTGAACCTGA GCGCTGACTC CGCCTTCCTG
    GCTGCAGGCT ATACTGAGGT GCACTTGGGG ACCCCGGTGC CCGGACCAGG CGGGCGCAGC
    GCGGAGCCCC CAGACCTGCG CCACTGTTTC TACCGTGGCC AGGTCAACGC GCGAGAGGAC
    CACATTGCTG TCTTCAGTCT GTGTGGGGGA CTGATGGGAA CATTCAAAGC AAATGATGGG
    GAGTATTTCT TAGAGCCAGT CCTGAAGGCA GATGGGAGTG AGCACGAAGA TGACCACAAC
    AAGCCGCATC TGATCTACAG ACAGGAAGTA AAGAGGAACG CCTTCGTGCG GTCTCAGTCT
    CATGGGCCTT GCGGAGTTTC AGAAAATCAG ACGGAGAAAA CTGCTTTGCC CTCTCCTAGC
    TTCCGGAACA CGACCGGAGA CCTTAATAGG AGGAAGGGAG CGGTGTTCGG ATTGGAAGGT
    GAACGGAGCC GGTTACATTC CAGGAGTAAG CGTTTCCTGT CGTACCCAAG ATACGTGGAA
    GTTATGGTGA CGGCGGACGC TAAGATGGTT CGCCATCACG GGCAGAATTT GCAGCACTAT
    GTGCTGACGC TAATGTCCAT CGTTGCTGCA ATCTACAAGG ATTCGAGCAT TGGGAACCTT
    ATAAATATAG TGATTGTGAA GTTAGTGATA ATTCACAGTG AGCAGGAAGG ACCGGTGATC
    AGTTTTAATG CAGCCACCAC GTTGCGCAAC TTTTGCTTGT GGCAACAGAG TCAGAATGTT
    CTGGACGATG CTCATCCTTC CCACCATGAC ACCGCGGTCC TCATCACTAG GGAAGACATT
    TGTGGAGCTA AGGAGAAATG TGACACATTA GGCTTAGCGG AGTTAGGCAC CCTGTGCGAT
    CCTTCGAGGA GCTGCTCCAT TAGCGAGGAG AACGGACTGA GCGCCGCCTT CACCATCGCC
    CACGAGCTTG GGCACGTGTT TAACGTCCCA CACGATGACA GTTTTAAATG TAAAGAATCT
    GGGACTAAAC ATCAGTATCA CGTAATGGCC CCGACTCTAA ATTACCACAC AAGCCCTTGG
    ACCTGGTCGG CCTGCAGTCA GAAGCACATA ACGGAGTTTC TGGACACTGG CCATGGAGAA
    TGCCTTCTCG ACAAACCCAA CGGAAGAACC TATGACCTGT CTCCCCAGCT CCCAGGCTCG
    GTGTACGATG GGAACAAGCA GTGCGAACTC ATGTTCGGTC CCGGATCGCA AGTGTGCCCC
    TACTTGAAGC AGTGTCGGCG CCTGTGGTGC ACGAGCGCAG AAGGCGTCCA CAAGGGCTGT
    CGCACACAGC ACATGCCGCT GGCAGATGGG ACAAGCTGTG GTCCTGGGAT GCACTGCCAC
    CGCGGGCTGT GTGTGACCAG AGACATGGAG ACCCGTCCTG TGGATGGCGA GTGGGGGCCG
    TGGGGACCCT ACAGCTCGTG TTCCAGAACC TGTGGTGGGG GAATCAGGAG CACAGCCAGG
    CTCTGTGACC GGCCTGAGCC ACGAAACGGA GGAAGGTACT GTGTGGGCCG CAGGATGAAA
    TTTCGGTCAT GTAATACTGA TTCATGTCCA AAAGGCAAGC GAGACTTCCG AGAAAAGCAA
    TGTTCCGACT TCGATGGTAA ACATTTCGAC ATCAGCGGCC TCCCCCCCAA TGTGAGGTGG
    CTTCCGAAGT ACAGCGGGAT CGCCGTCAAA GATCGCTGTA AACTCTATTG CCGGGTGGCT
    GGGACCACCA GCTTCTACCA GCTAAAGGAC AGAGTCGCTG ACGGGACACC CTGTGGGACG
    GAAACTAACG ACATCTGTGT CCAGGGCCTC TGTCGGCAAG CCGGCTGTGA TCATGTGTTA
    AACTCCAAGG CCAAGAGAGA CAAATGTGGA GTGTGTGGTG GTGATAACTC TTCGTGCCAG
    ACCCTGGCGG GTGTCTTCAA CAGTGCACAT TATGGTTACA ATGTCGTTGT AAAGATCCCT
    GCAGGGGCTA CAAACATTGA AATTCTCCAG CACAGCTATT CTGGAAGACC AGAAGATGAC
    AACTATCTCG CACTGTCTGA CACTCAAGGG AACTTCCTTC TGAATGGAAA CTTTGTTGTA
    AGTATGGCAA AGAAAGAGAT CAACATCCAG GGCGCTGTTT TCGAGTACAG TGGGTCCAAC
    AACTCCATTG AAAGGATCAA TAGCACGGAC CGGCTGGAAG CGGAGCTTGT TCTGCAGGTG
    TTGTGTGTGG GTAATTTATA CAACCCTGAC GTGCACTATA TCTTCAACAT CCCCATTGAG
    GAGAGGAGTA ATCTGTTCTC CTGGGATCCG TATGGGCCGT GGCAAGACTG TACCAAAATG
    TGCCAAGGTA CCCTGGCCTT ATATAAGAGC CCTAAGTTGA TGCATGCTGG TATTATTTGG
    ATTTCTCTTA AGTCTGGCTG GCTAATGAGA CACATGGAGC ACACGGGCAC GCAAAGTGCC
    CTGTCTGCAC CCCCTCTTCT CGGTCTTTCT CTTTCTTACT TGGTATTTTC AGACACAGCA
    GCTACAGGTA CCAAGAGCGG GGGCGGTCCC AGGCCCGTCT CACTGTCCTT TGGCTTTTTA
    AAGTGCTCCG TGTCCTGTGG AAGAGGCAGT CAGGCCCGGT ACGTGAGCTG CCGTGACGCC
    CACGATGGAG TAGCGGATGA GTTGAATTGC GCCCACTTGC CTCGACCTGC TGAGGTGTCT
    CTCTGCTTCA GCCCTTGTGG GGAGTGGCAA GCAGGGGATT GGTCACCGTG TTCAGCCTCC
    TGTGGACATG GGAAAACCAC TCGGCGTGTT CTATGTGTGA ACTACCACCA ACTGGTGGAC
    GAGAGTTACT GTGACCCCGA AGGCCGTCCT GTGACTGAAC AAGAATGTCG CCTGGCGGCC
    TGCCCGCCCT CGTACAGCCG CTCTCCCAGC TCCTCTGAGC AGCCAAGTCA TGGTCCAGGC
    AGAAATGTTC CATTAACTCA CAAACCAGAA GAGAATCCAG ATCAGGGGGT CCAGCTGTCA
    ATCAGAGGAA ACCAGTGGAG AACAGGCCCT TGGGGAGCAT GCTCCAGAAG CTGCGCGGGC
    GGTCTTCAGC ACAGGGCTGT GGTCTGCCAG GACGAAGATG GGCGAAGCGC CACTTCCTGT
    GAGGCGACCT CCAAGCCCCC AGAGTCAAAG CACTGTGGCT CCGGACCTTG TCCGCAGTGG
    AATTATGGGG GCTGGGGAGA ATGCACACAG ACCTGTGGCG CAGGGGTAAA ATCAAGATTT
    GTGATCTGTC AGTTTCCCGA TGGCCAAATG GCACAAGAAC ACAGCTGCGA ACTGCCGAAG
    CCACCTAGCA TGATGCAATG TCACCTGCGC GCCTGCCCTG ATGATGTGTC CTGGTATCGG
    GGATCATGGA AATCGTGCTC AGCTTCTTGT GGTAAAGGCA TAAAGTACCG GGAGGTTCTC
    TGCATTGATC AAGTCCAAAG GAAACTAGAA GAAAAATATT GCAGTCATTT GCATAAACCT
    CGGACTCACA AACCTTGCAG ATCAGGACGA TGCCCTTCGT GGAAAGCCAA TAAATGGAAG
    GAGTGCTCTG TGACCTGTGG GTCTGGGGTA CAGCAGAGGG AGGTGTACTG CAGACTGAGA
    GGCACTGGTC GAGTGGCTGA AGACATGTGT GAGCCTTCTA CCCGGCCTCA GGTGCAACGG
    CCATGCTGGC ATCAGGACTG TACGAGGTAC CAGTGGACAA CAGGAGACTG GCTAGACTGT
    TCAACATCCT GTAAGAAAAA GGAGACCTAT CGGCTGGTGA AATGCGTGAA TGAACGAAAC
    ATGCAAGTGA ATGAAAGTCT CTGTGACCCT TTAACGAAAC CCGTTTCGAT CAAAAAGTGC
    AGGAATTCTC ACTGCAAGTA CATGGTGGTG ACAGGAGACT CGTCGCAGTG TGCAGGTAAC
    TGTGGGCTCA CTTACTCACA GAGGATTACA TACTGTACCA GGATCCAGCC GCCTAAGAAA
    AATGCATTCC ATCATCAACT TCGGCCTGTA AACTACGGGC AGTGCCCCGT GATACCTTCT
    CCTCAGGTGT ACAAATGCGA CATTAGAAGT TGTTTGCGTG GAGCCACTTG GAAAGTGGGA
    AAGTGGAGCA AGTGCTCAGT AACTTGTGGA AATGGGATAA TGGAGAGAAG AGTAGCGTGC
    AGGACTGAGA ACGGTTGGCC CAGTGACTTA TGTTTAAAGC GTTTAAAGCC AGATGCCCAA
    AAGAAATGTT ATGCCAATGA CTGTAAATTA CTCACCACCT GCAAAGAAAT CCAAGTTACA
    AACAACATTA CCAAGGATGG CAACTATGAT CTTAACGTCA GGGGAAGAAT ATTGAAGATT
    CATTGCTCAG GCATGCAGCT GGAGAACCCT AGAGAATATT TACCCCTGGT CAAAGTTGAA
    GACAACTTTT CGGAAATATA TGGCCTTAGA CTTCAAAATC CCTACGAATG CCCCTTCAAC
    GGAAGTAGGA GGGCAGACTG TGCGTGTGAA AATGACTACC CACCTGCCGG ATACACTGTT
    TTTAGCAAAG TGAGAGTTGA TCTCGCATCC ATGCAAATCA AAACGACGGA TCTTCTTTTC
    TCCCGGACAC TATTTGGAAA GGCAGTTCCA TTTGCCACAG CTGGAGACTG CTACAGTGCT
    GCCAGATGCC CACAGGGGCA GTTCAGCATC AACTTAGCAG GAACTGGCAT GAAGGTATCT
    AGCACGGCAA AGTGGCTCGC TCAGGGGAGG TATGCCTCGG TCATCATCCA CAGATCTCAG
    GACGGAACCA AAGTGTACGG CAGATGCGGA GGGTTCTGTG GCAAGTGCGT TCCTCACGTG
    TCTACGGGGC TCCCGATTCA AGTGCTATGA

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