lamb1b cDNA ORF clone, Danio rerio(zebrafish)

The following lamb1b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the lamb1b 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
ODa30573 NM_001277130.1
Latest version!
Danio rerio laminin, beta 1b (lamb1b), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $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 ODa30573
    Clone ID Related Accession (Same CDS sequence) NM_001277130.1
    Accession Version NM_001277130.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5304bp)
    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 2018-12-01
    Organism Danio rerio(zebrafish)
    Product laminin, beta 1b precursor
    Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BX640593.8. On Mar 9, 2013 this sequence version replaced XM_679446.4. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: GDQH01007016.1, GFIL01014217.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA4476730, SAMEA4476745 [ECO:0000348] ##Evidence-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
    ATGAGGCTTT TCCACACTAC AGCTCTTGTC ATATCTATTG CTCTGCACAC TTTGGCACAA 
    CTGCCCGATC ACAATGACAT GTGTGCGGAG GGCAGCTGTT ACCCTGCGAC CGGTGATCTG
    CTGATAGGAA GAGCACATCG ACTCACAGCC TCCTCCACCT GTGGACTGAA TAGTCCAGAG
    GAATTCTGCA TGGTCAACAT ATTAGAGGAT ACCGTGTGCT TTGAATGTGA TTCCCGACGG
    CTGTACAATG AATTCACCCA TCCCGACAGC CACACCATTG AGAACGTGGT GACAACCTTC
    GCTCCCAACC GCCTTAAAAC CTGGTGGCAG TCTGAAAATG GAGTTGAAAA TGTGACCATT
    CAGCTGGATT TGGAGGCTGA ATTCCACTTC ACACACCTCA TCATGACCTT TAGGACATTT
    CGTCCTGCAG CCATGCTGAT TGAGCGATCA GCAGATTATG GGAGGACCTG GCAGGTGTAC
    CGCTACTACG CTTTCAACTG CGATGAATCC TATCCACATG TCCCAAAAGG ACCGATCAAA
    AAAGTAGATG ATGTCATTTG TGATAGCCGC TATTCCGGCA TGGAACCATC AACAGAAGGA
    GAAGTCATTT TTAGGGTACT TGATCCTGCA TTTAAGATTC CTGACCCTTA TAGTCCTCAT
    ATTCAGAACC TACTGAAGAT CACAAACCTG CGCATAGCAA TGGAAAAGTT GCACAAACTT
    GGTGATCTGT CTAATTACCG AAAAGAAGCG AGAAAGAAAT ATTTCTATGC TGTCTATGAC
    ATGGTCATAC GTGGCAACTG TTTCTGCTAT GGCCATGCCT CAAAATGTGC TCCTATTGGC
    AACGAGGCAG GCGTTGAAGG AATGGTTCAT GGTCACTGCA TGTGTAATCA CCACACTACT
    GGACTGAACT GTGAAGAGTG TGAGGACTTT TACCAAGATC AGCCCTGGAG ACCAGCAGTA
    GGCCGAGAGA CAAACGCTTG CAAGAAATGT GAGTGTAACC GTCACTCAGA CTCCTGTCAC
    TTTGACATGG CCGTTTATCT GTCATCGGGA AACCGCAGTG GAGGAGTTTG TGATGACTGT
    GAGCACAACA CACAGGGCCA ATGGTGTGAG AACTGCAAAC CTTTCTACTA CAAGCACCCT
    CAAAGAGATA TCAGAGACCC CAGGATCTGT GAGCCTTGTG ACTGTGATCC GCGAGGTTCT
    CTATATGAAG GCCTGTGTGA CAGCGCTACA AATGTTATGA GAGACATGAT TGCGGGACAG
    TGTCACTGCA AAGCTAACGT GGAGGGACAA CGTTGTGACC ACTGTAAAAA GGGACACTAT
    GGCCTCAGCG ATGACCCGTT AGGCTGTCGG TCATGCAGCT GTAATCCTCT AGGCACACTC
    CCAGGAGGAA CTCCTTGTGA TATACAGACA GGAAGCTGTT ACTGCAAACG TCTTGTGACT
    GGACGTAATT GTGACCAGTG TCTGCCTCAG CACTGGGGTC TCAGCAATGA TATGGACGGC
    TGCAGACCAT GTGACTGTGA TGTGGGCGGG GCTTTGAACA ATAACTGCTC TCAAGAGACA
    GGACAGTGCG CTTGTAAGGA GCACATGTTT GGTAGGCGTT GTGACCAGTT GCAATCTGGG
    TACTACTTCG CAGCCCTAGA CCACTACATT TATGAAGCTG AATTTGCTTC CTTCGGACCG
    GCAGTAAAAG TGGTTCAAAG ACCGTTACCT CAGGATCGTA AACCTACATG GACAGGTACA
    GGCTTTGTGA ATGTACCAGA GGGTGAAACG CTGACATTCA ACATTAACAA TTTCCCAAGA
    TCTATGGAAT ACAACTTAAT GATCCGCTAT GAACCACTGT TGCCAGATGA ATGGGAGCAG
    GTTATAGTAA AGTTGGAGCG GCCCAGAGAC ATTGATCAGT CAACACACTG CACTACTACA
    TACGATGATG AACAGATGGT CTCACTGCAC CCTGGATCAA GATATGTTGT TGTGCCTAAT
    CCAGTGTGTC TGGAAACGGG TCAAAACTAC ACCCTCAAAA TTAGTTTCCC ACAGTACTCT
    TCATACAACT ATCACTCCTC TCCTCGCACA CTTGTTGATT CACTAGTGCT TCTGCCAGAG
    GTGCAAGACC TGGATCTGTT TTGTGGAGGA GACCATCAGC AGAAGAACTG GGAGATGTTC
    CAGAAATACA GATGTTTGGA GCGGAGCCAG AGTGTTATTA AAATCCCTTT AACGGATATT
    TGCAAAGACT ATATCTTCAG TGTGTCAGCT CTGCTGCACA ACGGAGCCCT TGAGTGTAAG
    TGTGACCCAC GAGGGTCTCT GAGCACCGTG TGTGATCCTA TCGGTGGGCA GTGTCAGTGT
    CGACCCAATG TTTCAGGAAA GAACTGTGAT GCCTGTGCTC CAGCCACCTA CCTGTTCGGA
    CCCTCAGGAT GTAGAGCTTG TGACTGTAAT CCGCTGGGCT CTCAGAACCT TTTCTGCCAC
    CCCAGCAATG GACAGTGTTT GTGTGTGCCT GGAGCATTTG GGCGCCAATG TGGCAACTGT
    AAACCCAACC ATTGGGGCTA CCCTACTTGC AAGCCCTGCT CCTGTAATGG AAACAGTGAA
    CAGTGTCACC CTCTCACAGG CAAATGTCTG AACTGCAGGG GTCACACCTC AGGCCACAAC
    TGCGAGAGGT GTGAAAGTGG TTATCACCGT AGCACATTGT TGGGCTCCAG AGATCAATGC
    AGGCCTTGTA TGTGTCCTAA TGGACCCGGA AGTGGTATGC AGTTTTCTGA GAGCTGTTAC
    CAAAATCCCA ACACTCTTCA AATGGTCTGT GTCTGCAACG CAGGCTACAA GGGACCTAAA
    TGTGAGGAAT GTGCTTCTGG TTACTATGGC AACACTCGGG TACCAGGGGG ACGGTGCCAC
    CCATGTCAAT GTAATGGAAA TATTAATATG CAGGACCCTG AATCATGTGA CGCACGCACT
    GGTGCTTGTC TCAAATGCCT GTTTCACACT GATGGCACTG AGTGCCAGTA CTGTAGTCGT
    GGCTACTATG GAGATGCCCG TTCACAGAAC TGTAGGAGAT GCATGTGCAA TCTCGTAGGT
    AGTTCCAGAC AAAGCTGTGT TGATGGCCTG TGTGAGTGTG ACCGGATAAG TGGGCAGTGC
    CCATGTCTGC CTGGCGTGGA GGGTCAGCTC TGTGACCGCT GTGCCCCCAA CACATGGAAC
    ATCAACAGTG GAAGAGGATG CCAGCCTTGC CGGTGCCACC CTGAACACTC CTACAGTTCC
    TCCTGTGACT TGCTGTCAGG TCAGTGTTCC TGTAAGCCTG GTTTTGGAGG CAAGACATGC
    GAGGAGTGCA GGGAACTGTT TTGGGGTGAC CCTGAAGTTG AATGCCATGC ATGTGACTGT
    GACCCAAGAG GCATCGCCAC TCAGCAGTGT AATAAAACAT CAGGTGACTG CGTTTGCATA
    GAGGGTGTTG CCGGCCGCAG GTGTGACACG TGTGGGCGGG GCTTTGTAGG CACCTTTCCA
    GATTGTGAGG CGTGTCATTA CTGTTTCCGT GAATGGGATG TTAATGTGGG AGAGCTGACC
    AATCACACGC AGAGGCTGGT GGATACGGTT GAGGAAATGA AGGATTCGGG GGTGGCGACA
    CCATATAAAG ACATCATAAA GAGTCTGGAC GATGAAAGTA GGCAACTCCG AGAGATACTG
    GAGGATGACA AGGTTCAGCA AACTTTCGCA CACACGCAGA GGATGATGAA GAAAGCTAGT
    GAGACAGCAT CACTTCTGAG AAAGTCTATG GACCGATCTG AAACAGACTT GGACATGGTA
    TCTACTGATC ATCACCGGGC AATTAAGGAC CTAAAAAGTC TGACCAAGGA GGCCCAAAAC
    CTACAAGAAA TCACCTCTGA TAAACAGCAG CAGGTTTTGA ACATAAAGCA TTCAGACCCC
    AGAGGTGCAG TGGACAGCAT CCGTGACTAT TATAGGGAAT CAGCTGAAGC AGATTTCCGT
    GTCAGTCAAG CCATCTCTGA ACCAGTCAGA CAGTCTGCCT TGCTACGAAA AGATACAGAG
    GCCAAACTAG AAAGAACTGA GAATGAATTT AACCTGAAAC ATCAGCTGTA CACACAGAGG
    CTGAGCAAAA TTGAAACTGA ACTGAACTCG ACAGACCTTT CACGACTAAG CCGTCAGGTG
    TGTGGAGGGG CTGCAGGTCT AGATGGATGT AAGGATTGTG GTGGTCTGGG CTGTAAGCAT
    GAGGATGGCA TGTCCCATTG TGGTGGGGAA GGATGTGATA CTATTGTGAC CCGATCCCAA
    GACTCCTTAA ATAAAGCCAA AAACTTAGAC CAGGAGGTCC TGCACACTCT CAAAGAAGTA
    GACAAGTTAA ACAGGATGGT GTCAGACGCT CGAGGACGTG CGGATGAGGC TAAACTTAGC
    GCTCAGGATG TGTTACTAAG AGCCAATCAG AGCAAAGCAC GAGTGGAACA GACCAATGAG
    GATCTCAGAA ACCTCATTCA GCAGATACGA GACTTCCTCA CAAACGAAAC CGATCCAAAG
    CGTATAGAGG AAGTGGCTAA TGAGGTGATG AAACTGAGTC TACCTGTGTC GTCCGGGGCA
    CTAAAAAACA TGACCACAGA AATACGCAAA CATGTGGCCA GATTGACCAA TGTGGAGGAT
    ATTCTTTCCC AGACGGCAGA AAAAACCCGC AATGCAGAGA GACTCCTGGA ACAAGCAAAG
    GCTGCCAATA AGAAAGCAAC AACTCTAAAA CACACCTCTG ATGAGGTGAA GAAAACTCTA
    GAGGACACCG ACCGTGCTCA AACTGCTGCC AATGAAAAAA TTAAGGCAGC TGAGCGTGAC
    CTAAACCAAA CAAATCAACA AATCACTTCT GTACAATCAA AAACTGAAGC GACCGAATTC
    AAACTGAGCA GCAGCACAGG CAGAATGGTA AATCTAGAGG GAGATCTTGA TGATCTCCAG
    AGGAAAACTG CAGAAACGTC CCGCAGTGCA GATCAGACTC AGAGACAAGC TGAGGACACC
    ACAGCGGAGC TGGAGCACAC AGAACGGGAT TTGGATACAC TCGTGCTACC CAAGTATCAG
    CTGGCCAGTG GCCTGATAGA TCAAAAAGCA GCAGGTGTGT TTGATGCACG TCAAAAGGCC
    GAGCAACTAC AACAGGAGGC AAAGGATCTA TTAATAGATG CCACCAACAA GCTACAGAGA
    CTAAGAGAGC TGGAGAGATC ATTTGCTGCA AATCAGCACA TTCTAATGGG GAAATCTCAA
    GAGCTAGAAG GGCTGGAGAA TGAAGCCAGA GATGTGCTGC AAGAGCTCAG TCAGAAGATC
    AACATCTACA GCACCTGCGC TTAA

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

    RefSeq NP_001264059.1
    CDS18..5321
    Translation

    Target ORF information:

    RefSeq Version NM_001277130.1
    Organism Danio rerio(zebrafish)
    Definition Danio rerio laminin, beta 1b (lamb1b), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001277130.1

    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
    ATGAGGCTTT TCCACACTAC AGCTCTTGTC ATATCTATTG CTCTGCACAC TTTGGCACAA 
    CTGCCCGATC ACAATGACAT GTGTGCGGAG GGCAGCTGTT ACCCTGCGAC CGGTGATCTG
    CTGATAGGAA GAGCACATCG ACTCACAGCC TCCTCCACCT GTGGACTGAA TAGTCCAGAG
    GAATTCTGCA TGGTCAACAT ATTAGAGGAT ACCGTGTGCT TTGAATGTGA TTCCCGACGG
    CTGTACAATG AATTCACCCA TCCCGACAGC CACACCATTG AGAACGTGGT GACAACCTTC
    GCTCCCAACC GCCTTAAAAC CTGGTGGCAG TCTGAAAATG GAGTTGAAAA TGTGACCATT
    CAGCTGGATT TGGAGGCTGA ATTCCACTTC ACACACCTCA TCATGACCTT TAGGACATTT
    CGTCCTGCAG CCATGCTGAT TGAGCGATCA GCAGATTATG GGAGGACCTG GCAGGTGTAC
    CGCTACTACG CTTTCAACTG CGATGAATCC TATCCACATG TCCCAAAAGG ACCGATCAAA
    AAAGTAGATG ATGTCATTTG TGATAGCCGC TATTCCGGCA TGGAACCATC AACAGAAGGA
    GAAGTCATTT TTAGGGTACT TGATCCTGCA TTTAAGATTC CTGACCCTTA TAGTCCTCAT
    ATTCAGAACC TACTGAAGAT CACAAACCTG CGCATAGCAA TGGAAAAGTT GCACAAACTT
    GGTGATCTGT CTAATTACCG AAAAGAAGCG AGAAAGAAAT ATTTCTATGC TGTCTATGAC
    ATGGTCATAC GTGGCAACTG TTTCTGCTAT GGCCATGCCT CAAAATGTGC TCCTATTGGC
    AACGAGGCAG GCGTTGAAGG AATGGTTCAT GGTCACTGCA TGTGTAATCA CCACACTACT
    GGACTGAACT GTGAAGAGTG TGAGGACTTT TACCAAGATC AGCCCTGGAG ACCAGCAGTA
    GGCCGAGAGA CAAACGCTTG CAAGAAATGT GAGTGTAACC GTCACTCAGA CTCCTGTCAC
    TTTGACATGG CCGTTTATCT GTCATCGGGA AACCGCAGTG GAGGAGTTTG TGATGACTGT
    GAGCACAACA CACAGGGCCA ATGGTGTGAG AACTGCAAAC CTTTCTACTA CAAGCACCCT
    CAAAGAGATA TCAGAGACCC CAGGATCTGT GAGCCTTGTG ACTGTGATCC GCGAGGTTCT
    CTATATGAAG GCCTGTGTGA CAGCGCTACA AATGTTATGA GAGACATGAT TGCGGGACAG
    TGTCACTGCA AAGCTAACGT GGAGGGACAA CGTTGTGACC ACTGTAAAAA GGGACACTAT
    GGCCTCAGCG ATGACCCGTT AGGCTGTCGG TCATGCAGCT GTAATCCTCT AGGCACACTC
    CCAGGAGGAA CTCCTTGTGA TATACAGACA GGAAGCTGTT ACTGCAAACG TCTTGTGACT
    GGACGTAATT GTGACCAGTG TCTGCCTCAG CACTGGGGTC TCAGCAATGA TATGGACGGC
    TGCAGACCAT GTGACTGTGA TGTGGGCGGG GCTTTGAACA ATAACTGCTC TCAAGAGACA
    GGACAGTGCG CTTGTAAGGA GCACATGTTT GGTAGGCGTT GTGACCAGTT GCAATCTGGG
    TACTACTTCG CAGCCCTAGA CCACTACATT TATGAAGCTG AATTTGCTTC CTTCGGACCG
    GCAGTAAAAG TGGTTCAAAG ACCGTTACCT CAGGATCGTA AACCTACATG GACAGGTACA
    GGCTTTGTGA ATGTACCAGA GGGTGAAACG CTGACATTCA ACATTAACAA TTTCCCAAGA
    TCTATGGAAT ACAACTTAAT GATCCGCTAT GAACCACTGT TGCCAGATGA ATGGGAGCAG
    GTTATAGTAA AGTTGGAGCG GCCCAGAGAC ATTGATCAGT CAACACACTG CACTACTACA
    TACGATGATG AACAGATGGT CTCACTGCAC CCTGGATCAA GATATGTTGT TGTGCCTAAT
    CCAGTGTGTC TGGAAACGGG TCAAAACTAC ACCCTCAAAA TTAGTTTCCC ACAGTACTCT
    TCATACAACT ATCACTCCTC TCCTCGCACA CTTGTTGATT CACTAGTGCT TCTGCCAGAG
    GTGCAAGACC TGGATCTGTT TTGTGGAGGA GACCATCAGC AGAAGAACTG GGAGATGTTC
    CAGAAATACA GATGTTTGGA GCGGAGCCAG AGTGTTATTA AAATCCCTTT AACGGATATT
    TGCAAAGACT ATATCTTCAG TGTGTCAGCT CTGCTGCACA ACGGAGCCCT TGAGTGTAAG
    TGTGACCCAC GAGGGTCTCT GAGCACCGTG TGTGATCCTA TCGGTGGGCA GTGTCAGTGT
    CGACCCAATG TTTCAGGAAA GAACTGTGAT GCCTGTGCTC CAGCCACCTA CCTGTTCGGA
    CCCTCAGGAT GTAGAGCTTG TGACTGTAAT CCGCTGGGCT CTCAGAACCT TTTCTGCCAC
    CCCAGCAATG GACAGTGTTT GTGTGTGCCT GGAGCATTTG GGCGCCAATG TGGCAACTGT
    AAACCCAACC ATTGGGGCTA CCCTACTTGC AAGCCCTGCT CCTGTAATGG AAACAGTGAA
    CAGTGTCACC CTCTCACAGG CAAATGTCTG AACTGCAGGG GTCACACCTC AGGCCACAAC
    TGCGAGAGGT GTGAAAGTGG TTATCACCGT AGCACATTGT TGGGCTCCAG AGATCAATGC
    AGGCCTTGTA TGTGTCCTAA TGGACCCGGA AGTGGTATGC AGTTTTCTGA GAGCTGTTAC
    CAAAATCCCA ACACTCTTCA AATGGTCTGT GTCTGCAACG CAGGCTACAA GGGACCTAAA
    TGTGAGGAAT GTGCTTCTGG TTACTATGGC AACACTCGGG TACCAGGGGG ACGGTGCCAC
    CCATGTCAAT GTAATGGAAA TATTAATATG CAGGACCCTG AATCATGTGA CGCACGCACT
    GGTGCTTGTC TCAAATGCCT GTTTCACACT GATGGCACTG AGTGCCAGTA CTGTAGTCGT
    GGCTACTATG GAGATGCCCG TTCACAGAAC TGTAGGAGAT GCATGTGCAA TCTCGTAGGT
    AGTTCCAGAC AAAGCTGTGT TGATGGCCTG TGTGAGTGTG ACCGGATAAG TGGGCAGTGC
    CCATGTCTGC CTGGCGTGGA GGGTCAGCTC TGTGACCGCT GTGCCCCCAA CACATGGAAC
    ATCAACAGTG GAAGAGGATG CCAGCCTTGC CGGTGCCACC CTGAACACTC CTACAGTTCC
    TCCTGTGACT TGCTGTCAGG TCAGTGTTCC TGTAAGCCTG GTTTTGGAGG CAAGACATGC
    GAGGAGTGCA GGGAACTGTT TTGGGGTGAC CCTGAAGTTG AATGCCATGC ATGTGACTGT
    GACCCAAGAG GCATCGCCAC TCAGCAGTGT AATAAAACAT CAGGTGACTG CGTTTGCATA
    GAGGGTGTTG CCGGCCGCAG GTGTGACACG TGTGGGCGGG GCTTTGTAGG CACCTTTCCA
    GATTGTGAGG CGTGTCATTA CTGTTTCCGT GAATGGGATG TTAATGTGGG AGAGCTGACC
    AATCACACGC AGAGGCTGGT GGATACGGTT GAGGAAATGA AGGATTCGGG GGTGGCGACA
    CCATATAAAG ACATCATAAA GAGTCTGGAC GATGAAAGTA GGCAACTCCG AGAGATACTG
    GAGGATGACA AGGTTCAGCA AACTTTCGCA CACACGCAGA GGATGATGAA GAAAGCTAGT
    GAGACAGCAT CACTTCTGAG AAAGTCTATG GACCGATCTG AAACAGACTT GGACATGGTA
    TCTACTGATC ATCACCGGGC AATTAAGGAC CTAAAAAGTC TGACCAAGGA GGCCCAAAAC
    CTACAAGAAA TCACCTCTGA TAAACAGCAG CAGGTTTTGA ACATAAAGCA TTCAGACCCC
    AGAGGTGCAG TGGACAGCAT CCGTGACTAT TATAGGGAAT CAGCTGAAGC AGATTTCCGT
    GTCAGTCAAG CCATCTCTGA ACCAGTCAGA CAGTCTGCCT TGCTACGAAA AGATACAGAG
    GCCAAACTAG AAAGAACTGA GAATGAATTT AACCTGAAAC ATCAGCTGTA CACACAGAGG
    CTGAGCAAAA TTGAAACTGA ACTGAACTCG ACAGACCTTT CACGACTAAG CCGTCAGGTG
    TGTGGAGGGG CTGCAGGTCT AGATGGATGT AAGGATTGTG GTGGTCTGGG CTGTAAGCAT
    GAGGATGGCA TGTCCCATTG TGGTGGGGAA GGATGTGATA CTATTGTGAC CCGATCCCAA
    GACTCCTTAA ATAAAGCCAA AAACTTAGAC CAGGAGGTCC TGCACACTCT CAAAGAAGTA
    GACAAGTTAA ACAGGATGGT GTCAGACGCT CGAGGACGTG CGGATGAGGC TAAACTTAGC
    GCTCAGGATG TGTTACTAAG AGCCAATCAG AGCAAAGCAC GAGTGGAACA GACCAATGAG
    GATCTCAGAA ACCTCATTCA GCAGATACGA GACTTCCTCA CAAACGAAAC CGATCCAAAG
    CGTATAGAGG AAGTGGCTAA TGAGGTGATG AAACTGAGTC TACCTGTGTC GTCCGGGGCA
    CTAAAAAACA TGACCACAGA AATACGCAAA CATGTGGCCA GATTGACCAA TGTGGAGGAT
    ATTCTTTCCC AGACGGCAGA AAAAACCCGC AATGCAGAGA GACTCCTGGA ACAAGCAAAG
    GCTGCCAATA AGAAAGCAAC AACTCTAAAA CACACCTCTG ATGAGGTGAA GAAAACTCTA
    GAGGACACCG ACCGTGCTCA AACTGCTGCC AATGAAAAAA TTAAGGCAGC TGAGCGTGAC
    CTAAACCAAA CAAATCAACA AATCACTTCT GTACAATCAA AAACTGAAGC GACCGAATTC
    AAACTGAGCA GCAGCACAGG CAGAATGGTA AATCTAGAGG GAGATCTTGA TGATCTCCAG
    AGGAAAACTG CAGAAACGTC CCGCAGTGCA GATCAGACTC AGAGACAAGC TGAGGACACC
    ACAGCGGAGC TGGAGCACAC AGAACGGGAT TTGGATACAC TCGTGCTACC CAAGTATCAG
    CTGGCCAGTG GCCTGATAGA TCAAAAAGCA GCAGGTGTGT TTGATGCACG TCAAAAGGCC
    GAGCAACTAC AACAGGAGGC AAAGGATCTA TTAATAGATG CCACCAACAA GCTACAGAGA
    CTAAGAGAGC TGGAGAGATC ATTTGCTGCA AATCAGCACA TTCTAATGGG GAAATCTCAA
    GAGCTAGAAG GGCTGGAGAA TGAAGCCAGA GATGTGCTGC AAGAGCTCAG TCAGAAGATC
    AACATCTACA GCACCTGCGC TTAA

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