ADAMTS7 cDNA ORF clone, Danio rerio(Zebrafish)

The following ADAMTS7 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS7 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
ODa143545 XM_021478001.1
Latest version!
Danio rerio ADAM metallopeptidase with thrombospondin type 1 motif 7 (adamts7), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
ODa59890 XM_017357231.1
Latest version!
Danio rerio ADAM metallopeptidase with thrombospondin type 1 motif 7 (adamts7), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00

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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 ODa143545
    Clone ID Related Accession (Same CDS sequence) XM_021478001.1
    Accession Version XM_021478001.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5427bp)
    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 2017-06-14
    Organism Danio rerio(zebrafish)
    Product A disintegrin and metalloproteinase with thrombospondin motifs 7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007118.7) 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 :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-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
    ATGTTCCAGG AGGGATCTGT TTTGTCCTCT GTGCAGTTTG ACATGATGGT TCCGCTGGAC 
    TGCGGCATTA AAGTTTTGGG ACCAGCAACT TTTTCTCTGT ACTTCGTGAT AACAGCTGGA
    CTTATTTCTG TGATCGAGAG CACAACATCG ATCGGATATA ATCAAGACAC AGATGGTTCT
    CTCAGTGGAG TTCCCAGCTA CGAAGTTGTT TATCCTATCA GAGTGGATTC CTCAGGACAT
    TTTTTGTCTA ATCTTGTGTC TCACCGTGTA AGTCGAATTC AGAGAAGAGA GACAGAAAAA
    AGCAAAGAGA GACTGACCCA GGTCTACTAC TATCTTCAGT ATGGTGGTCA GGACCTTCAC
    TTTAACCTCA CCCTGAACCC TCATCTGCTG GCTCCTGGAT TCCTTACTGA GCGGAGATAT
    GGTGGCCTGC AGGGCTCAAC TCTACATGGT CATGGCCACT CTCTCTGTTT CTTCCTGGGA
    GATGTCTGGA GCAGCATGCT GAAGAGTGGT CAGGCAGCGG TCAGCACCTG CAATGGCCTG
    ACAGGGCTGT TCAAGCTTTC AGAGGAGGAG TTCTTCATTA GTCCACTGGA ACAGGAGCAA
    GAAGAGTCCA CAACACAGGC TCATGCCATC TATAAACGAC ACGCTGTCCA GTCTGAACGC
    CAGCTGGTGC AGCCGCTGTT TGGAGAGCAC ACAGCAAACG CCACCTGTGG GGTCAAAGGA
    GGAGCCGAGC AGTTTGAGAG GCAGAGGGAG CGCTGGGAGA GTCGACAGCA GCGCAAACGG
    ATTCGACAGC GCTCGATAAG CACTGAGAAG TGGGTAGAGA CTCTGGTAGT GGCTGATCCT
    AAAATGGTGG AGTACCATGG AAGCAAAGGA GTTGTGAGCT ATGTGCTCTC TGTCATGAAT
    ATTGTGGCTG GGTTGTTTCG AGATGCCAGC ATCGGAAATG CCATCAACAT TGCTGTTGTG
    CGTCTTGTTC TGTTGGAAAA GGACGAGGAG GATTTGAAAA TCACCCATCA TGCAGACAAC
    AGTCTGCACA GCTTCTGTAA GTGGCAGAAA AACATCAATA TGAAAGACGA TGACCATCCA
    GTCCATCATG ACGTGGCTGT CCTGATTACT AGAAAAGACA TTTGTGCTGC CATTAATAAG
    CCATGTGAGA CACTGGGACT GTCTCATGTG GCAGGAATGT GTCAACCTCA TCGCAGCTGC
    AGCATCAATG AAGACACAGG CCTGCCGCTG GCATTCACTA TCGCTCACGA ACTCGGCCAC
    AACTTTGGGA TTCAGCATGA TGGGAACGGG AATGACTGCG AGCCCATTGG GAAAAGGCCT
    TTCGTCATGT CTCCACAGCT CTTGTATGGT ACTTCACCAC CAAACTGGTC TCGGTGCAGC
    CGTGAATACA TCACACGCTT CCTTGATCGA GGTTGGGGCT GGTGTCTGGA TGACCCTCCT
    GTCAGAAATG AGCTGGATCT TCACCCTGCT CCCCCTGGTG TCCTGTACAG CGCTGCTCAT
    CAGTGCAAGC TGCAGTATGG ATCCAGTTCA CTGCTCTGTG ACGAAGTAGA TAACATCTGC
    AGCACCCTGT GGTGCACAGT GGGCTCAACC TGCCACTCCA GACTGGATGG TGCTGTTGAT
    GGGACAAAGT GTGGAGAGGA CAAGTGGTGT TTTGATGGAG AGTGTGTGAC GAAAGGCACC
    CAGCCTGAAA GTGTGCATGG AGGCTGGGCT TCATGGAGCG ATTGGTCAGA CTGCTCCAGG
    ACCTGCGGCA CAGGAGTTCA GAATGCCCAA AGGGACTGCA TAAACCCTGT ACCTAAGTAT
    GGAGGAAGAT ACTGTCTTGG AGAACGTCAA AGATATCGAA CTTGTAACCA TGAGTCCTGT
    CCTGTGGACC AGCCCAGCTT CAGACACATG CAGTGCAGCC GCTTCAACAC GGTCCCTTAT
    AAGGGGAAGT TTTATAAATG GATACATGTG AATAACAGAG TTAATCCATG CGAGCTGCAC
    TGCCGACCCA TGAATGAGCA TTTCTCAGAA AGGATGCTGG ATACGGTCAT TGATGGGACA
    CAGTGCTACG AGGGCAGCCA GAGTCGTGAC ATATGTGTTA ACGGCATTTG CAAGTATTTA
    GGCTGTGATT TTGAGATCGA CTCAGACGCA GTTGAGGATC AATGCGGAGT TTGCCTTGGA
    AATGGATCCA CATGTGAGAC TGTCAGGAAG ACCTTTGAGG ACAGTGAAGG ACTCGGCTAT
    GTCGACATAG GTTTAATTCC GGAAGGAGCA CGGGACATCC GTATTGAGGA AGTTGCAGAG
    GCTGGGAACT ACTTGGCTTT ACGCAGTAAT GACCCTGAAA AATATTTCCT GAACGGTGGC
    TGGACGATTC AGTGGAATGG CGAGTATAAG GCTGCAGGGA CAATTTTCAC TTATGAAAGG
    ACCGGGCAGC TGGAAAACCT ATCTTCCCCC GGACCGACCA TGGAGCCAGT GTGGATTCAG
    CTGCTATTTC AAGAGACGAA TCCAGGCGTG AGGTACGAGT ACACCATAAG CAGAGACACT
    CTCCTTGACT CCAGCAATGG TACTGCTGTC TCTTATTTCC AGTGGATTTA TGGGGCTTGG
    ACTGAATGCA GCGCCACATG TGGAACTGGT ATGCAAAGGC AAATTGTGCA TTGTGTGGAG
    AAAACGTCTG GAATTGTTGA GGAGCATTAC TGTGATGCAT CCATGAGACC AGATGACAAG
    CAAACTAGCT GCAATAAGGG CTTGTGTCCT GCCATATGGT GGGCTGGAGA CTGGCAGAAG
    TGCTCATCTA GCTGTGGGGA AATGGGGCTC AGGAAGAGAA CTGTGCTGTG TATTCGGAGC
    CTTGGGCTTG ATGAGCAACG AGCGCTTCAG CCTGCTGAAT GTCAGCACTT ACCTAAGCCT
    GAGTCCATTA TTCCGTGTAA CACGCAAGTG TCCTGTCCTG CAGACTGGAC CACTGGAAGC
    TGGTCAGAGT GCTCAGTGAG CTGCGCCACT GGTTTGCGGA TACGTGATGT GACCTGCAGA
    TGGAATACTG GATCAGACTG TGATCCGAAA GCCAAGCCCA ACTCAACCAT GCCATGCTAT
    GCTCAGGACT GCCCCATAAA CACAGACATT AGCGACTGGT CAGGAAGTGG CGCTTCCAGC
    AAAGAAGTTT TCAATGAGAT AGATGTTATA CCACATGATG GTCACTTCAG TCAGACCAAA
    AACCAGCCCA GGCAAAATGC TGACCTCAAT GACATTGTAG AGAATGATTT CTCACATTAC
    AATCACATTG AAAAGTCCCC TGAAAATTCC ATTGTGAAAA ATCTTCATGT CGATGATTTC
    TATTACGACT ATAACTTCAT CAAATTCCAT GAGGATCTGT CATATGACCT CGATGAAGAT
    GATGCGTTTG ATAACTCAGG AATAAAACAT AAAGATCTGA CAGGGACATA TGTATCCAAT
    ACTACTACCT CATCACCAAG CACCACTGCA GACCAACACA GTACGGCCAC TATGTACTCT
    GATAGCATTA CTAAAGGTAC TGAAGGTCAC AAGCCCCCCA ATAAAGGCAT TGCAGATGAC
    AATAATGATG CGCTATTTGC TGAAGACTAT TTACTTCCTG TCATTACAAC AACTGAACCA
    ACCTCTTCAG TTACCAGGTT ATTTAATAAA TTGAAGGCAT CAGGCACTGA TTCTGACCTA
    ATGCAGGACA TCAGTGTTAC AAGGAACCCT CTATCAACAG CAGATGTCTC CCTTCAGAAC
    GAAAATGAAT TTGTGTCGGA CACCTTTTTA ACTCCTGAAC CAGATTTAGA TTCAAAGGGG
    AATTTAAATA ATGAAGATGA TTACGATGAC GAACTAAAAG ATACAACCAA AATTCCCATA
    CCTGAAGATG AGAATGAAGA GTTTGGCGAA GATGTTCCTG GAGGTGAAAG TGAGTGGGAA
    AGCTTTCAAC CACCATCCTT TACTCAACCT TATGAACCTC CTTTAGATTA TATATTTCAG
    TTTGAAACCT ATGAAAACAG TGCTGTTCAA AATCCAACTA CTCCATTACA TTGGAATATG
    GCCTCACCAA CAGTTTCAAC TACTCGACAA TCAAATCTTC TCAGCAGTGT TTCCAGCAAT
    GACTTTACAA AGCATGAACC AACAACTAAC TCTGAGACAA GTGAACCCTG GCCTGCTGTA
    AGAGAGTTCA CTGTGACCTC AAACAGCCTT TCTCAAGAGT TTTCTCCGAC TTCCTCTATC
    CCAGCCAAAC ATTACAGTAG CATGACCTCA GAAGCTGGAA CAACAGCGCT ACCTCCTACA
    GAAATGGAAA GTGATTTTGA GCCCCCGATC TTTACTCCAG TTGAGATTCC GGACACAATC
    ATTTCAGCGG AGACTTACGA TTGGTATTCA ACAGCCATTG CACTAACTAA GAACAATGGG
    CCTAGAACAG AGCCTTGGGG GACTACAGTC CCCTTACCTC GCTGGACAGA GATTGATAAC
    AATGAGGTTA TTATTGGCCG AATACCGAGA CCTTCTGGGC TGAATCCTAC TCTCTTTACT
    CCTACTGAGC AGCCATCTCA GGGCACTAGC AGTGAGCATT CAGTGCATTC CTCAAGCCCT
    CTGATGCCCA CTGGGCTGGT CATGGCCTCC CTTTCCCCAT CAGCCTCCCC TGCACACTGG
    AATAAAGGCA ACTGGAGTGC TTGCTCAACA AGTTGTGGGC TTGGAGCCAT CTGGAGGACA
    GTGTCCTGCA GCAGTGGAGA TGAATCAGAC TGTGATTTAG CTACAAGGCC AGTGCCAGCA
    CGCCGCTGCT ACCTTCGACC TTGCTCTGCA TGGAATATTG GAGAATGGAG TAAATGTTCA
    AAGAATTGTG GTGTAGGAGT AAAAGTGAGA GAGATTCAGT GTCACGACAC AAGAGATCAG
    AGGTCGCTGA GGCCATTTCA TTGTCAAGCT ACCTCTCCGA GACCTCCTGT CCGAATCCCC
    TGTAACATTC ACAGCTGTTT GGACTGGTAC ACCTCATCCT GGGGGCAGTG TTCAGAGATG
    TGTGGAGGGG GGGAACAGCA GAGACTGGTC ACTTGCCCAG AAACTGGGAG ATGTGATGAG
    GACCTGCAGC CCAGCTCCAT CCAGTCTTGC AATGTCCATC CATGCAACCA GTGGATAACT
    GGATCCTGGG GTCAATGCTC TGTGTCCTGT GGAGGAGGCA TTCAGCGCAG ACTGGTCAAA
    TGTGTCAACA CTAAAGCAGA GCTAGAAGAT GAGAATGAGC ATGTGGATTG TGAACACGAC
    CCTCGACCAA ACAACACAAA GAAGTGTAAC GTCCATGACT GTGACAGCGC CCCCTCTGGT
    CAGCTGTGTT TACGGGACCT ACTGACGTTA CGTTTCTGCC AGACACTCCA TTGGCTTGGC
    CGATGTCAAG TGCCTTCTGT TCGTGTGAAG TGCTGCAAGA CCTGCAGTTT GCCACCACGA
    GGCAGTGATC GCACCACAAG CCGCTAA

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

    RefSeq XP_021333676.1
    CDS284..5710
    Translation

    Target ORF information:

    RefSeq Version XM_021478001.1
    Organism Danio rerio(zebrafish)
    Definition Danio rerio ADAM metallopeptidase with thrombospondin type 1 motif 7 (adamts7), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_021478001.1

    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
    ATGTTCCAGG AGGGATCTGT TTTGTCCTCT GTGCAGTTTG ACATGATGGT TCCGCTGGAC 
    TGCGGCATTA AAGTTTTGGG ACCAGCAACT TTTTCTCTGT ACTTCGTGAT AACAGCTGGA
    CTTATTTCTG TGATCGAGAG CACAACATCG ATCGGATATA ATCAAGACAC AGATGGTTCT
    CTCAGTGGAG TTCCCAGCTA CGAAGTTGTT TATCCTATCA GAGTGGATTC CTCAGGACAT
    TTTTTGTCTA ATCTTGTGTC TCACCGTGTA AGTCGAATTC AGAGAAGAGA GACAGAAAAA
    AGCAAAGAGA GACTGACCCA GGTCTACTAC TATCTTCAGT ATGGTGGTCA GGACCTTCAC
    TTTAACCTCA CCCTGAACCC TCATCTGCTG GCTCCTGGAT TCCTTACTGA GCGGAGATAT
    GGTGGCCTGC AGGGCTCAAC TCTACATGGT CATGGCCACT CTCTCTGTTT CTTCCTGGGA
    GATGTCTGGA GCAGCATGCT GAAGAGTGGT CAGGCAGCGG TCAGCACCTG CAATGGCCTG
    ACAGGGCTGT TCAAGCTTTC AGAGGAGGAG TTCTTCATTA GTCCACTGGA ACAGGAGCAA
    GAAGAGTCCA CAACACAGGC TCATGCCATC TATAAACGAC ACGCTGTCCA GTCTGAACGC
    CAGCTGGTGC AGCCGCTGTT TGGAGAGCAC ACAGCAAACG CCACCTGTGG GGTCAAAGGA
    GGAGCCGAGC AGTTTGAGAG GCAGAGGGAG CGCTGGGAGA GTCGACAGCA GCGCAAACGG
    ATTCGACAGC GCTCGATAAG CACTGAGAAG TGGGTAGAGA CTCTGGTAGT GGCTGATCCT
    AAAATGGTGG AGTACCATGG AAGCAAAGGA GTTGTGAGCT ATGTGCTCTC TGTCATGAAT
    ATTGTGGCTG GGTTGTTTCG AGATGCCAGC ATCGGAAATG CCATCAACAT TGCTGTTGTG
    CGTCTTGTTC TGTTGGAAAA GGACGAGGAG GATTTGAAAA TCACCCATCA TGCAGACAAC
    AGTCTGCACA GCTTCTGTAA GTGGCAGAAA AACATCAATA TGAAAGACGA TGACCATCCA
    GTCCATCATG ACGTGGCTGT CCTGATTACT AGAAAAGACA TTTGTGCTGC CATTAATAAG
    CCATGTGAGA CACTGGGACT GTCTCATGTG GCAGGAATGT GTCAACCTCA TCGCAGCTGC
    AGCATCAATG AAGACACAGG CCTGCCGCTG GCATTCACTA TCGCTCACGA ACTCGGCCAC
    AACTTTGGGA TTCAGCATGA TGGGAACGGG AATGACTGCG AGCCCATTGG GAAAAGGCCT
    TTCGTCATGT CTCCACAGCT CTTGTATGGT ACTTCACCAC CAAACTGGTC TCGGTGCAGC
    CGTGAATACA TCACACGCTT CCTTGATCGA GGTTGGGGCT GGTGTCTGGA TGACCCTCCT
    GTCAGAAATG AGCTGGATCT TCACCCTGCT CCCCCTGGTG TCCTGTACAG CGCTGCTCAT
    CAGTGCAAGC TGCAGTATGG ATCCAGTTCA CTGCTCTGTG ACGAAGTAGA TAACATCTGC
    AGCACCCTGT GGTGCACAGT GGGCTCAACC TGCCACTCCA GACTGGATGG TGCTGTTGAT
    GGGACAAAGT GTGGAGAGGA CAAGTGGTGT TTTGATGGAG AGTGTGTGAC GAAAGGCACC
    CAGCCTGAAA GTGTGCATGG AGGCTGGGCT TCATGGAGCG ATTGGTCAGA CTGCTCCAGG
    ACCTGCGGCA CAGGAGTTCA GAATGCCCAA AGGGACTGCA TAAACCCTGT ACCTAAGTAT
    GGAGGAAGAT ACTGTCTTGG AGAACGTCAA AGATATCGAA CTTGTAACCA TGAGTCCTGT
    CCTGTGGACC AGCCCAGCTT CAGACACATG CAGTGCAGCC GCTTCAACAC GGTCCCTTAT
    AAGGGGAAGT TTTATAAATG GATACATGTG AATAACAGAG TTAATCCATG CGAGCTGCAC
    TGCCGACCCA TGAATGAGCA TTTCTCAGAA AGGATGCTGG ATACGGTCAT TGATGGGACA
    CAGTGCTACG AGGGCAGCCA GAGTCGTGAC ATATGTGTTA ACGGCATTTG CAAGTATTTA
    GGCTGTGATT TTGAGATCGA CTCAGACGCA GTTGAGGATC AATGCGGAGT TTGCCTTGGA
    AATGGATCCA CATGTGAGAC TGTCAGGAAG ACCTTTGAGG ACAGTGAAGG ACTCGGCTAT
    GTCGACATAG GTTTAATTCC GGAAGGAGCA CGGGACATCC GTATTGAGGA AGTTGCAGAG
    GCTGGGAACT ACTTGGCTTT ACGCAGTAAT GACCCTGAAA AATATTTCCT GAACGGTGGC
    TGGACGATTC AGTGGAATGG CGAGTATAAG GCTGCAGGGA CAATTTTCAC TTATGAAAGG
    ACCGGGCAGC TGGAAAACCT ATCTTCCCCC GGACCGACCA TGGAGCCAGT GTGGATTCAG
    CTGCTATTTC AAGAGACGAA TCCAGGCGTG AGGTACGAGT ACACCATAAG CAGAGACACT
    CTCCTTGACT CCAGCAATGG TACTGCTGTC TCTTATTTCC AGTGGATTTA TGGGGCTTGG
    ACTGAATGCA GCGCCACATG TGGAACTGGT ATGCAAAGGC AAATTGTGCA TTGTGTGGAG
    AAAACGTCTG GAATTGTTGA GGAGCATTAC TGTGATGCAT CCATGAGACC AGATGACAAG
    CAAACTAGCT GCAATAAGGG CTTGTGTCCT GCCATATGGT GGGCTGGAGA CTGGCAGAAG
    TGCTCATCTA GCTGTGGGGA AATGGGGCTC AGGAAGAGAA CTGTGCTGTG TATTCGGAGC
    CTTGGGCTTG ATGAGCAACG AGCGCTTCAG CCTGCTGAAT GTCAGCACTT ACCTAAGCCT
    GAGTCCATTA TTCCGTGTAA CACGCAAGTG TCCTGTCCTG CAGACTGGAC CACTGGAAGC
    TGGTCAGAGT GCTCAGTGAG CTGCGCCACT GGTTTGCGGA TACGTGATGT GACCTGCAGA
    TGGAATACTG GATCAGACTG TGATCCGAAA GCCAAGCCCA ACTCAACCAT GCCATGCTAT
    GCTCAGGACT GCCCCATAAA CACAGACATT AGCGACTGGT CAGGAAGTGG CGCTTCCAGC
    AAAGAAGTTT TCAATGAGAT AGATGTTATA CCACATGATG GTCACTTCAG TCAGACCAAA
    AACCAGCCCA GGCAAAATGC TGACCTCAAT GACATTGTAG AGAATGATTT CTCACATTAC
    AATCACATTG AAAAGTCCCC TGAAAATTCC ATTGTGAAAA ATCTTCATGT CGATGATTTC
    TATTACGACT ATAACTTCAT CAAATTCCAT GAGGATCTGT CATATGACCT CGATGAAGAT
    GATGCGTTTG ATAACTCAGG AATAAAACAT AAAGATCTGA CAGGGACATA TGTATCCAAT
    ACTACTACCT CATCACCAAG CACCACTGCA GACCAACACA GTACGGCCAC TATGTACTCT
    GATAGCATTA CTAAAGGTAC TGAAGGTCAC AAGCCCCCCA ATAAAGGCAT TGCAGATGAC
    AATAATGATG CGCTATTTGC TGAAGACTAT TTACTTCCTG TCATTACAAC AACTGAACCA
    ACCTCTTCAG TTACCAGGTT ATTTAATAAA TTGAAGGCAT CAGGCACTGA TTCTGACCTA
    ATGCAGGACA TCAGTGTTAC AAGGAACCCT CTATCAACAG CAGATGTCTC CCTTCAGAAC
    GAAAATGAAT TTGTGTCGGA CACCTTTTTA ACTCCTGAAC CAGATTTAGA TTCAAAGGGG
    AATTTAAATA ATGAAGATGA TTACGATGAC GAACTAAAAG ATACAACCAA AATTCCCATA
    CCTGAAGATG AGAATGAAGA GTTTGGCGAA GATGTTCCTG GAGGTGAAAG TGAGTGGGAA
    AGCTTTCAAC CACCATCCTT TACTCAACCT TATGAACCTC CTTTAGATTA TATATTTCAG
    TTTGAAACCT ATGAAAACAG TGCTGTTCAA AATCCAACTA CTCCATTACA TTGGAATATG
    GCCTCACCAA CAGTTTCAAC TACTCGACAA TCAAATCTTC TCAGCAGTGT TTCCAGCAAT
    GACTTTACAA AGCATGAACC AACAACTAAC TCTGAGACAA GTGAACCCTG GCCTGCTGTA
    AGAGAGTTCA CTGTGACCTC AAACAGCCTT TCTCAAGAGT TTTCTCCGAC TTCCTCTATC
    CCAGCCAAAC ATTACAGTAG CATGACCTCA GAAGCTGGAA CAACAGCGCT ACCTCCTACA
    GAAATGGAAA GTGATTTTGA GCCCCCGATC TTTACTCCAG TTGAGATTCC GGACACAATC
    ATTTCAGCGG AGACTTACGA TTGGTATTCA ACAGCCATTG CACTAACTAA GAACAATGGG
    CCTAGAACAG AGCCTTGGGG GACTACAGTC CCCTTACCTC GCTGGACAGA GATTGATAAC
    AATGAGGTTA TTATTGGCCG AATACCGAGA CCTTCTGGGC TGAATCCTAC TCTCTTTACT
    CCTACTGAGC AGCCATCTCA GGGCACTAGC AGTGAGCATT CAGTGCATTC CTCAAGCCCT
    CTGATGCCCA CTGGGCTGGT CATGGCCTCC CTTTCCCCAT CAGCCTCCCC TGCACACTGG
    AATAAAGGCA ACTGGAGTGC TTGCTCAACA AGTTGTGGGC TTGGAGCCAT CTGGAGGACA
    GTGTCCTGCA GCAGTGGAGA TGAATCAGAC TGTGATTTAG CTACAAGGCC AGTGCCAGCA
    CGCCGCTGCT ACCTTCGACC TTGCTCTGCA TGGAATATTG GAGAATGGAG TAAATGTTCA
    AAGAATTGTG GTGTAGGAGT AAAAGTGAGA GAGATTCAGT GTCACGACAC AAGAGATCAG
    AGGTCGCTGA GGCCATTTCA TTGTCAAGCT ACCTCTCCGA GACCTCCTGT CCGAATCCCC
    TGTAACATTC ACAGCTGTTT GGACTGGTAC ACCTCATCCT GGGGGCAGTG TTCAGAGATG
    TGTGGAGGGG GGGAACAGCA GAGACTGGTC ACTTGCCCAG AAACTGGGAG ATGTGATGAG
    GACCTGCAGC CCAGCTCCAT CCAGTCTTGC AATGTCCATC CATGCAACCA GTGGATAACT
    GGATCCTGGG GTCAATGCTC TGTGTCCTGT GGAGGAGGCA TTCAGCGCAG ACTGGTCAAA
    TGTGTCAACA CTAAAGCAGA GCTAGAAGAT GAGAATGAGC ATGTGGATTG TGAACACGAC
    CCTCGACCAA ACAACACAAA GAAGTGTAAC GTCCATGACT GTGACAGCGC CCCCTCTGGT
    CAGCTGTGTT TACGGGACCT ACTGACGTTA CGTTTCTGCC AGACACTCCA TTGGCTTGGC
    CGATGTCAAG TGCCTTCTGT TCGTGTGAAG TGCTGCAAGA CCTGCAGTTT GCCACCACGA
    GGCAGTGATC GCACCACAAG CCGCTAA

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

    CloneID ODa59890
    Clone ID Related Accession (Same CDS sequence) XM_017357231.1
    Accession Version XM_017357231.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5349bp)
    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 2016-06-23
    Organism Danio rerio(Zebrafish)
    Product A disintegrin and metalloproteinase with thrombospondin motifs 7
    Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007118.6) 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 :: Danio rerio Annotation Release 105 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
    5101
    5161
    5221
    5281
    5341
    ATGTTCCAGG AGGGATCTGT TTTGTCCTCT GTGCAGTTTG ACATGATGGT TCCGCTGGAC 
    TGCGGCATTA AAGTTTTGGG ACCAGCAACT TTTTCTCTGT ACTTCGTGAT AACAGCTGGA
    CTTATTTCTG TGATCGAGAG CACAACATCG ATCGGATATA ATCAAGACAC AGATGGTTCT
    CTCAGTGGAG TTCCCAGCTA CGAAGTTGTT TATCCTATCA GAGTGGATTC CTCAGGACAT
    TTTTTGTCTA ATCTTGTGTC TCACCGTGTA AGTCGAATTC AGAGAAGAGA GACAGAAAAA
    AGCAAAGAGA GACTGACCCA GGTCTACTAC TATCTTCAGT ATGGTGGTCA GGACCTTCAC
    TTTAACCTCA CCCTGAACCC TCATCTGCTG GCTCCTGGAT TCCTTACTGA GCGGAGATAT
    GGTGGCCTGC AGGGCTCAAC TCTACATGGT CATGGCCACT CTCTCTGTTT CTTCCTGGGA
    GATGTCTGGA GCAGCATGCT GAAGAGTGGT CAGGCAGCGG TCAGCACCTG CAATGGCCTG
    ACAGGGCTGT TCAAGCTTTC AGAGGAGGAG TTCTTCATTA GTCCACTGGA ACAGGAGCAA
    GAAGAGTCCA CAACACAGGC TCATGCCATC TATAAACGAC ACGCTGTCCA GTCTGAACGC
    CAGCTGGTGC AGCCGCTGTT TGGAGAGCAC ACAGCAAACG CCACCTGTGG GGTCAAAGGA
    GGAGCCGAGC AGTTTGAGAG GCAGAGGGAG CGCTGGGAGA GTCGACAGCA GCGCAAACGG
    ATTCGACAGC GCTCGATAAG CACTGAGAAG TGGGTAGAGA CTCTGGTAGT GGCTGATCCT
    AAAATGGTGG AGTACCATGG AAGCAAAGGA GTTGTGAGCT ATGTGCTCTC TGTCATGAAT
    ATTGTGGCTG GGTTGTTTCG AGATGCCAGC ATCGGAAATG CCATCAACAT TGCTGTTGTG
    CGTCTTGTTC TGTTGGAAAA GGACGAGGTA AGTAAAATGA CTTATCAGCC ATGGAGACAT
    TTGGTCTTGC CAAGAAAAGA CATTTGTGCT GCCATTAATA AGCCATGTGA GACACTGGGA
    CTGTCTCATG TGGCAGGAAT GTGTCAACCT CATCGCAGCT GCAGCATCAA TGAAGACACA
    GGCCTGCCGC TGGCATTCAC TATCGCTCAC GAACTCGGCC ACAACTTTGG GATTCAGCAT
    GATGGGAACG GGAATGACTG CGAGCCCATT GGGAAAAGGC CTTTCGTCAT GTCTCCACAG
    CTCTTGTATG GTACTTCACC ACCAAACTGG TCTCGGTGCA GCCGTGAATA CATCACACGC
    TTCCTTGATC GAGGTTGGGG CTGGTGTCTG GATGACCCTC CTGTCAGAAA TGAGCTGGAT
    CTTCACCCTG CTCCCCCTGG TGTCCTGTAC AGCGCTGCTC ATCAGTGCAA GCTGCAGTAT
    GGATCCAGTT CACTGCTCTG TGACGAAGTA GATAACATCT GCAGCACCCT GTGGTGCACA
    GTGGGCTCAA CCTGCCACTC CAGACTGGAT GGTGCTGTTG ATGGGACAAA GTGTGGAGAG
    GACAAGTGGT GTTTTGATGG AGAGTGTGTG ACGAAAGGCA CCCAGCCTGA AAGTGTGCAT
    GGAGGCTGGG CTTCATGGAG CGATTGGTCA GACTGCTCCA GGACCTGCGG CACAGGAGTT
    CAGAATGCCC AAAGGGACTG CATAAACCCT GTACCTAAGT ATGGAGGAAG ATACTGTCTT
    GGAGAACGTC AAAGATATCG AACTTGTAAC CATGAGTCCT GTCCTGTGGA CCAGCCCAGC
    TTCAGACACA TGCAGTGCAG CCGCTTCAAC ACGGTCCCTT ATAAGGGGAA GTTTTATAAA
    TGGATACATG TGAATAACAG AGTTAATCCA TGCGAGCTGC ACTGCCGACC CATGAATGAG
    CATTTCTCAG AAAGGATGCT GGATACGGTC ATTGATGGGA CACAGTGCTA CGAGGGCAGC
    CAGAGTCGTG ACATATGTGT TAACGGCATT TGCAAGTATT TAGGCTGTGA TTTTGAGATC
    GACTCAGACG CAGTTGAGGA TCAATGCGGA GTTTGCCTTG GAAATGGATC CACATGTGAG
    ACTGTCAGGA AGACCTTTGA GGACAGTGAA GGACTCGGCT ATGTCGACAT AGGTTTAATT
    CCGGAAGGAG CACGGGACAT CCGTATTGAG GAAGTTGCAG AGGCTGGGAA CTACTTGGCT
    TTACGCAGTA ATGACCCTGA AAAATATTTC CTGAACGGTG GCTGGACGAT TCAGTGGAAT
    GGCGAGTATA AGGCTGCAGG GACAATTTTC ACTTATGAAA GGACCGGGCA GCTGGAAAAC
    CTATCTTCCC CCGGACCGAC CATGGAGCCA GTGTGGATTC AGCTGCTATT TCAAGAGACG
    AATCCAGGCG TGAGGTACGA GTACACCATA AGCAGAGACA CTCTCCTTGA CTCCAGCAAT
    GGTACTGCTG TCTCTTATTT CCAGTGGATT TATGGGGCTT GGACTGAATG CAGCGCCACA
    TGTGGAACTG GTATGCAAAG GCAAATTGTG CATTGTGTGG AGAAAACGTC TGGAATTGTT
    GAGGAGCATT ACTGTGATGC ATCCATGAGA CCAGATGACA AGCAAACTAG CTGCAATAAG
    GGCTTGTGTC CTGCCATATG GTGGGCTGGA GACTGGCAGA AGTGCTCATC TAGCTGTGGG
    GAAATGGGGC TCAGGAAGAG AACTGTGCTG TGTATTCGGA GCCTTGGGCT TGATGAGCAA
    CGAGCGCTTC AGCCTGCTGA ATGTCAGCAC TTACCTAAGC CTGAGTCCAT TATTCCGTGT
    AACACGCAAG TGTCCTGTCC TGCAGACTGG ACCACTGGAA GCTGGTCAGA GTGCTCAGTG
    AGCTGCGCCA CTGGTTTGCG GATACGTGAT GTGACCTGCA GATGGAATAC TGGATCAGAC
    TGTGATCCGA AAGCCAAGCC CAACTCAACC ATGCCATGCT ATGCTCAGGA CTGCCCCATA
    AACACAGACA TTAGCGACTG GTCAGGAAGT GGCGCTTCCA GCAAAGAAGT TTTCAATGAG
    ATAGATGTTA TACCACATGA TGGTCACTTC AGTCAGACCA AAAACCAGCC CAGGCAAAAT
    GCTGACCTCA ATGACATTGT AGAGAATGAT TTCTCACATT ACAATCACAT TGAAAAGTCC
    CCTGAAAATT CCATTGTGAA AAATCTTCAT GTCGATGATT TCTATTACGA CTATAACTTC
    ATCAAATTCC ATGAGGATCT GTCATATGAC CTCGATGAAG ATGATGCGTT TGATAACTCA
    GGAATAAAAC ATAAAGATCT GACAGGGACA TATGTATCCA ATACTACTAC CTCATCACCA
    AGCACCACTG CAGACCAACA CAGTACGGCC ACTATGTACT CTGATAGCAT TACTAAAGGT
    ACTGAAGGTC ACAAGCCCCC CAATAAAGGC ATTGCAGATG ACAATAATGA TGCGCTATTT
    GCTGAAGACT ATTTACTTCC TGTCATTACA ACAACTGAAC CAACCTCTTC AGTTACCAGG
    TTATTTAATA AATTGAAGGC ATCAGGCACT GATTCTGACC TAATGCAGGA CATCAGTGTT
    ACAAGGAACC CTCTATCAAC AGCAGATGTC TCCCTTCAGA ACGAAAATGA ATTTGTGTCG
    GACACCTTTT TAACTCCTGA ACCAGATTTA GATTCAAAGG GGAATTTAAA TAATGAAGAT
    GATTACGATG ACGAACTAAA AGATACAACC AAAATTCCCA TACCTGAAGA TGAGAATGAA
    GAGTTTGGCG AAGATGTTCC TGGAGGTGAA AGTGAGTGGG AAAGCTTTCA ACCACCATCC
    TTTACTCAAC CTTATGAACC TCCTTTAGAT TATATATTTC AGTTTGAAAC CTATGAAAAC
    AGTGCTGTTC AAAATCCAAC TACTCCATTA CATTGGAATA TGGCCTCACC AACAGTTTCA
    ACTACTCGAC AATCAAATCT TCTCAGCAGT GTTTCCAGCA ATGACTTTAC AAAGCATGAA
    CCAACAACTA ACTCTGAGAC AAGTGAACCC TGGCCTGCTG TAAGAGAGTT CACTGTGACC
    TCAAACAGCC TTTCTCAAGA GTTTTCTCCG ACTTCCTCTA TCCCAGCCAA ACATTACAGT
    AGCATGACCT CAGAAGCTGG AACAACAGCG CTACCTCCTA CAGAAATGGA AAGTGATTTT
    GAGCCCCCGA TCTTTACTCC AGTTGAGATT CCGGACACAA TCATTTCAGC GGAGACTTAC
    GATTGGTATT CAACAGCCAT TGCACTAACT AAGAACAATG GGCCTAGAAC AGAGCCTTGG
    GGGACTACAG TCCCCTTACC TCGCTGGACA GAGATTGATA ACAATGAGGT TATTATTGGC
    CGAATACCGA GACCTTCTGG GCTGAATCCT ACTCTCTTTA CTCCTACTGA GCAGCCATCT
    CAGGGCACTA GCAGTGAGCA TTCAGTGCAT TCCTCAAGCC CTCTGATGCC CACTGGGCTG
    GTCATGGCCT CCCTTTCCCC ATCAGCCTCC CCTGCACACT GGAATAAAGG CAACTGGAGT
    GCTTGCTCAA CAAGTTGTGG GCTTGGAGCC ATCTGGAGGA CAGTGTCCTG CAGCAGTGGA
    GATGAATCAG ACTGTGATTT AGCTACAAGG CCAGTGCCAG CACGCCGCTG CTACCTTCGA
    CCTTGCTCTG CATGGAATAT TGGAGAATGG AGTAAATGTT CAAAGAATTG TGGTGTAGGA
    GTAAAAGTGA GAGAGATTCA GTGTCACGAC ACAAGAGATC AGAGGTCGCT GAGGCCATTT
    CATTGTCAAG CTACCTCTCC GAGACCTCCT GTCCGAATCC CCTGTAACAT TCACAGCTGT
    TTGGACTGGT ACACCTCATC CTGGGGGCAG TGTTCAGAGA TGTGTGGAGG GGGGGAACAG
    CAGAGACTGG TCACTTGCCC AGAAACTGGG AGATGTGATG AGGACCTGCA GCCCAGCTCC
    ATCCAGTCTT GCAATGTCCA TCCATGCAAC CAGTGGATAA CTGGATCCTG GGGTCAATGC
    TCTGTGTCCT GTGGAGGAGG CATTCAGCGC AGACTGGTCA AATGTGTCAA CACTAAAGCA
    GAGCTAGAAG ATGAGAATGA GCATGTGGAT TGTGAACACG ACCCTCGACC AAACAACACA
    AAGAAGTGTA ACGTCCATGA CTGTGACAGC GCCCCCTCTG GTCAGCTGTG TTTACGGGAC
    CTACTGACGT TACGTTTCTG CCAGACACTC CATTGGCTTG GCCGATGTCA AGTGCCTTCT
    GTTCGTGTGA AGTGCTGCAA GACCTGCAGT TTGCCACCAC GAGGCAGTGA TCGCACCACA
    AGCCGCTAA

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

    RefSeq XP_017212720.1
    CDS256..5604
    Translation

    Target ORF information:

    RefSeq Version XM_017357231.1
    Organism Danio rerio(Zebrafish)
    Definition Danio rerio ADAM metallopeptidase with thrombospondin type 1 motif 7 (adamts7), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017357231.1

    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
    ATGTTCCAGG AGGGATCTGT TTTGTCCTCT GTGCAGTTTG ACATGATGGT TCCGCTGGAC 
    TGCGGCATTA AAGTTTTGGG ACCAGCAACT TTTTCTCTGT ACTTCGTGAT AACAGCTGGA
    CTTATTTCTG TGATCGAGAG CACAACATCG ATCGGATATA ATCAAGACAC AGATGGTTCT
    CTCAGTGGAG TTCCCAGCTA CGAAGTTGTT TATCCTATCA GAGTGGATTC CTCAGGACAT
    TTTTTGTCTA ATCTTGTGTC TCACCGTGTA AGTCGAATTC AGAGAAGAGA GACAGAAAAA
    AGCAAAGAGA GACTGACCCA GGTCTACTAC TATCTTCAGT ATGGTGGTCA GGACCTTCAC
    TTTAACCTCA CCCTGAACCC TCATCTGCTG GCTCCTGGAT TCCTTACTGA GCGGAGATAT
    GGTGGCCTGC AGGGCTCAAC TCTACATGGT CATGGCCACT CTCTCTGTTT CTTCCTGGGA
    GATGTCTGGA GCAGCATGCT GAAGAGTGGT CAGGCAGCGG TCAGCACCTG CAATGGCCTG
    ACAGGGCTGT TCAAGCTTTC AGAGGAGGAG TTCTTCATTA GTCCACTGGA ACAGGAGCAA
    GAAGAGTCCA CAACACAGGC TCATGCCATC TATAAACGAC ACGCTGTCCA GTCTGAACGC
    CAGCTGGTGC AGCCGCTGTT TGGAGAGCAC ACAGCAAACG CCACCTGTGG GGTCAAAGGA
    GGAGCCGAGC AGTTTGAGAG GCAGAGGGAG CGCTGGGAGA GTCGACAGCA GCGCAAACGG
    ATTCGACAGC GCTCGATAAG CACTGAGAAG TGGGTAGAGA CTCTGGTAGT GGCTGATCCT
    AAAATGGTGG AGTACCATGG AAGCAAAGGA GTTGTGAGCT ATGTGCTCTC TGTCATGAAT
    ATTGTGGCTG GGTTGTTTCG AGATGCCAGC ATCGGAAATG CCATCAACAT TGCTGTTGTG
    CGTCTTGTTC TGTTGGAAAA GGACGAGGTA AGTAAAATGA CTTATCAGCC ATGGAGACAT
    TTGGTCTTGC CAAGAAAAGA CATTTGTGCT GCCATTAATA AGCCATGTGA GACACTGGGA
    CTGTCTCATG TGGCAGGAAT GTGTCAACCT CATCGCAGCT GCAGCATCAA TGAAGACACA
    GGCCTGCCGC TGGCATTCAC TATCGCTCAC GAACTCGGCC ACAACTTTGG GATTCAGCAT
    GATGGGAACG GGAATGACTG CGAGCCCATT GGGAAAAGGC CTTTCGTCAT GTCTCCACAG
    CTCTTGTATG GTACTTCACC ACCAAACTGG TCTCGGTGCA GCCGTGAATA CATCACACGC
    TTCCTTGATC GAGGTTGGGG CTGGTGTCTG GATGACCCTC CTGTCAGAAA TGAGCTGGAT
    CTTCACCCTG CTCCCCCTGG TGTCCTGTAC AGCGCTGCTC ATCAGTGCAA GCTGCAGTAT
    GGATCCAGTT CACTGCTCTG TGACGAAGTA GATAACATCT GCAGCACCCT GTGGTGCACA
    GTGGGCTCAA CCTGCCACTC CAGACTGGAT GGTGCTGTTG ATGGGACAAA GTGTGGAGAG
    GACAAGTGGT GTTTTGATGG AGAGTGTGTG ACGAAAGGCA CCCAGCCTGA AAGTGTGCAT
    GGAGGCTGGG CTTCATGGAG CGATTGGTCA GACTGCTCCA GGACCTGCGG CACAGGAGTT
    CAGAATGCCC AAAGGGACTG CATAAACCCT GTACCTAAGT ATGGAGGAAG ATACTGTCTT
    GGAGAACGTC AAAGATATCG AACTTGTAAC CATGAGTCCT GTCCTGTGGA CCAGCCCAGC
    TTCAGACACA TGCAGTGCAG CCGCTTCAAC ACGGTCCCTT ATAAGGGGAA GTTTTATAAA
    TGGATACATG TGAATAACAG AGTTAATCCA TGCGAGCTGC ACTGCCGACC CATGAATGAG
    CATTTCTCAG AAAGGATGCT GGATACGGTC ATTGATGGGA CACAGTGCTA CGAGGGCAGC
    CAGAGTCGTG ACATATGTGT TAACGGCATT TGCAAGTATT TAGGCTGTGA TTTTGAGATC
    GACTCAGACG CAGTTGAGGA TCAATGCGGA GTTTGCCTTG GAAATGGATC CACATGTGAG
    ACTGTCAGGA AGACCTTTGA GGACAGTGAA GGACTCGGCT ATGTCGACAT AGGTTTAATT
    CCGGAAGGAG CACGGGACAT CCGTATTGAG GAAGTTGCAG AGGCTGGGAA CTACTTGGCT
    TTACGCAGTA ATGACCCTGA AAAATATTTC CTGAACGGTG GCTGGACGAT TCAGTGGAAT
    GGCGAGTATA AGGCTGCAGG GACAATTTTC ACTTATGAAA GGACCGGGCA GCTGGAAAAC
    CTATCTTCCC CCGGACCGAC CATGGAGCCA GTGTGGATTC AGCTGCTATT TCAAGAGACG
    AATCCAGGCG TGAGGTACGA GTACACCATA AGCAGAGACA CTCTCCTTGA CTCCAGCAAT
    GGTACTGCTG TCTCTTATTT CCAGTGGATT TATGGGGCTT GGACTGAATG CAGCGCCACA
    TGTGGAACTG GTATGCAAAG GCAAATTGTG CATTGTGTGG AGAAAACGTC TGGAATTGTT
    GAGGAGCATT ACTGTGATGC ATCCATGAGA CCAGATGACA AGCAAACTAG CTGCAATAAG
    GGCTTGTGTC CTGCCATATG GTGGGCTGGA GACTGGCAGA AGTGCTCATC TAGCTGTGGG
    GAAATGGGGC TCAGGAAGAG AACTGTGCTG TGTATTCGGA GCCTTGGGCT TGATGAGCAA
    CGAGCGCTTC AGCCTGCTGA ATGTCAGCAC TTACCTAAGC CTGAGTCCAT TATTCCGTGT
    AACACGCAAG TGTCCTGTCC TGCAGACTGG ACCACTGGAA GCTGGTCAGA GTGCTCAGTG
    AGCTGCGCCA CTGGTTTGCG GATACGTGAT GTGACCTGCA GATGGAATAC TGGATCAGAC
    TGTGATCCGA AAGCCAAGCC CAACTCAACC ATGCCATGCT ATGCTCAGGA CTGCCCCATA
    AACACAGACA TTAGCGACTG GTCAGGAAGT GGCGCTTCCA GCAAAGAAGT TTTCAATGAG
    ATAGATGTTA TACCACATGA TGGTCACTTC AGTCAGACCA AAAACCAGCC CAGGCAAAAT
    GCTGACCTCA ATGACATTGT AGAGAATGAT TTCTCACATT ACAATCACAT TGAAAAGTCC
    CCTGAAAATT CCATTGTGAA AAATCTTCAT GTCGATGATT TCTATTACGA CTATAACTTC
    ATCAAATTCC ATGAGGATCT GTCATATGAC CTCGATGAAG ATGATGCGTT TGATAACTCA
    GGAATAAAAC ATAAAGATCT GACAGGGACA TATGTATCCA ATACTACTAC CTCATCACCA
    AGCACCACTG CAGACCAACA CAGTACGGCC ACTATGTACT CTGATAGCAT TACTAAAGGT
    ACTGAAGGTC ACAAGCCCCC CAATAAAGGC ATTGCAGATG ACAATAATGA TGCGCTATTT
    GCTGAAGACT ATTTACTTCC TGTCATTACA ACAACTGAAC CAACCTCTTC AGTTACCAGG
    TTATTTAATA AATTGAAGGC ATCAGGCACT GATTCTGACC TAATGCAGGA CATCAGTGTT
    ACAAGGAACC CTCTATCAAC AGCAGATGTC TCCCTTCAGA ACGAAAATGA ATTTGTGTCG
    GACACCTTTT TAACTCCTGA ACCAGATTTA GATTCAAAGG GGAATTTAAA TAATGAAGAT
    GATTACGATG ACGAACTAAA AGATACAACC AAAATTCCCA TACCTGAAGA TGAGAATGAA
    GAGTTTGGCG AAGATGTTCC TGGAGGTGAA AGTGAGTGGG AAAGCTTTCA ACCACCATCC
    TTTACTCAAC CTTATGAACC TCCTTTAGAT TATATATTTC AGTTTGAAAC CTATGAAAAC
    AGTGCTGTTC AAAATCCAAC TACTCCATTA CATTGGAATA TGGCCTCACC AACAGTTTCA
    ACTACTCGAC AATCAAATCT TCTCAGCAGT GTTTCCAGCA ATGACTTTAC AAAGCATGAA
    CCAACAACTA ACTCTGAGAC AAGTGAACCC TGGCCTGCTG TAAGAGAGTT CACTGTGACC
    TCAAACAGCC TTTCTCAAGA GTTTTCTCCG ACTTCCTCTA TCCCAGCCAA ACATTACAGT
    AGCATGACCT CAGAAGCTGG AACAACAGCG CTACCTCCTA CAGAAATGGA AAGTGATTTT
    GAGCCCCCGA TCTTTACTCC AGTTGAGATT CCGGACACAA TCATTTCAGC GGAGACTTAC
    GATTGGTATT CAACAGCCAT TGCACTAACT AAGAACAATG GGCCTAGAAC AGAGCCTTGG
    GGGACTACAG TCCCCTTACC TCGCTGGACA GAGATTGATA ACAATGAGGT TATTATTGGC
    CGAATACCGA GACCTTCTGG GCTGAATCCT ACTCTCTTTA CTCCTACTGA GCAGCCATCT
    CAGGGCACTA GCAGTGAGCA TTCAGTGCAT TCCTCAAGCC CTCTGATGCC CACTGGGCTG
    GTCATGGCCT CCCTTTCCCC ATCAGCCTCC CCTGCACACT GGAATAAAGG CAACTGGAGT
    GCTTGCTCAA CAAGTTGTGG GCTTGGAGCC ATCTGGAGGA CAGTGTCCTG CAGCAGTGGA
    GATGAATCAG ACTGTGATTT AGCTACAAGG CCAGTGCCAG CACGCCGCTG CTACCTTCGA
    CCTTGCTCTG CATGGAATAT TGGAGAATGG AGTAAATGTT CAAAGAATTG TGGTGTAGGA
    GTAAAAGTGA GAGAGATTCA GTGTCACGAC ACAAGAGATC AGAGGTCGCT GAGGCCATTT
    CATTGTCAAG CTACCTCTCC GAGACCTCCT GTCCGAATCC CCTGTAACAT TCACAGCTGT
    TTGGACTGGT ACACCTCATC CTGGGGGCAG TGTTCAGAGA TGTGTGGAGG GGGGGAACAG
    CAGAGACTGG TCACTTGCCC AGAAACTGGG AGATGTGATG AGGACCTGCA GCCCAGCTCC
    ATCCAGTCTT GCAATGTCCA TCCATGCAAC CAGTGGATAA CTGGATCCTG GGGTCAATGC
    TCTGTGTCCT GTGGAGGAGG CATTCAGCGC AGACTGGTCA AATGTGTCAA CACTAAAGCA
    GAGCTAGAAG ATGAGAATGA GCATGTGGAT TGTGAACACG ACCCTCGACC AAACAACACA
    AAGAAGTGTA ACGTCCATGA CTGTGACAGC GCCCCCTCTG GTCAGCTGTG TTTACGGGAC
    CTACTGACGT TACGTTTCTG CCAGACACTC CATTGGCTTG GCCGATGTCA AGTGCCTTCT
    GTTCGTGTGA AGTGCTGCAA GACCTGCAGT TTGCCACCAC GAGGCAGTGA TCGCACCACA
    AGCCGCTAA

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