mast1b cDNA ORF clone, Danio rerio(zebrafish)

The following mast1b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the mast1b 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
ODa47036 XM_009299113.3
Latest version!
Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $881.30
$1259.00
ODa47037 XM_009299114.2
Latest version!
Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $881.30
$1259.00
View Old Accession Versions >>
ODa47036 XM_009299113.2 Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $881.30
$1259.00
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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 ODa47036
    Clone ID Related Accession (Same CDS sequence) XM_009299113.2 , XM_009299113.3
    Accession Version XM_009299113.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4905bp)
    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 microtubule-associated serine/threonine-protein kinase 1 isoform X1
    Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007114.6) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009299113.1. ##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##

    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
    ATGGATGATT CGGGGATAAT CAGACGCAGG CGGCTGCAGG ATCTTCCACT GCCTCGTAAA 
    AACAGCAGTT GCCGCAGCAA CCGGAAGAGT CTGATTCTGA CCTCCACCTC CCCGACTTTG
    CCCCGCCCAC ACTCGCCATT ACCAGGACAC ATAGGAAGTA GTCCTCTGGA CAGCCCTCGT
    AACTTCTCTC CCAGTACTCC TGCACATTTC TCCTTCGCTT CCTCTAGACG AGATGGGCGT
    CGCTGGTCCC TGGCGTCTCT TCCATCTTCT GGATATGGAA CCAACACACC CAGTTCAACG
    TCTTCCAGCT CGTCTCAGGA GCGTCTGCAT CAGCTGCCGT CTCAGCCCAC CATGGACGAG
    CTGCACTTTC TGTCCAAACA CTTCGGCAGC ACAGAGAGCA TCACCGATGA TGATGGAGGA
    CGCTGCTCAC CTCACATAAG ACCACGCTCA CGCAGCCTGA GTCCGGGCCG CTCTCACTCC
    TGCTACGACA ATGAGATCAT CATGATGAAT CATGTTTACA GGGAACGCTT CCCTAAGGCC
    ACGGCGCAGA TGGAGGGCAG GTTGTGTGAT TTTGTCCACT CGTACTGTCC TGAGAACGTC
    CTGCCTCTGG CTGACGGGGT CCTCAGCTTC ATCCATCACC AGATCATCGA GCTGTCCAGA
    GACTGCCTGA CCAAATCTAG AGAGGGCCTC ATCACATCCG TCTACTTCTT TGAGCTGCAG
    GAGAATCTGG AGAAACTTCT GGATGATGCG TATAAGCGGT CAGAGAGTTC AGAGTTGACC
    TTTGTCACAG AGTTGGTAAA GAAGATCTTC TTCATCATCG CTCGACCTGC TCGACTTCTG
    GAGTGTTTGG AGTTTAACCC TGAAGAGTTC TACCATCTGC TGGAAGCGGC TGAAGATCAC
    GCTAAAGAAG GTCACCTGAT GAAGACGGAC ATCCCGCGCT ACATCATCAG TCAGCTGGGT
    CTGACACGAG ACCCTCTGGA GGAGATGGTC AGTCGGGAGC ATTATGACAG CGAGGGTCCC
    GTCACACCAG AGACAGACGA CTCTGCAGAG GGAAAAATGA AACCCATGAA GCCACCAGGA
    GAGGCAGATT TCCAAACCAT CAAACTCATC AGCAATGGAG CCTACGGCGA GGTGTATCTG
    GTCCGTCATC TGGAGACCCG GCAGCGCTTC GCGATGAAGA AAATCAACAA GCAGAACCTG
    ATTCTGAGGA ACCAGATCCA GCAGGCGTTT GTGGAGCGAG ACATCCTGAC CTTTGCTGAG
    AACCCGTTCG TGGTCAGCAT GTTCTGCTCC TTTGAGACCA GAAGACACCT GTGTATGGTC
    ATGGAGTATG TGGAGGGAGG TGATTGTGCC ACACTGCTCA AAAACATCGG AGCGCTGCCT
    GTGGAAATGG CCCGTATGTA CTTTGCAGAA ACCGTCCTGG CTCTGGAGTA CATCCACAAC
    TATGGCATCG TGCATCGAGA TCTCAAACCT GACAATCTGC TCATCACGTC AATGGGTCAC
    ATTAAACTCA CCGATTTCGG TTTGTCCAAA ATGGGCCTCA TGAGTCTCAC CACAAATTTG
    TATGAAGGAC ACATCGAGAA GGACACCAGG GAGTTCCTGG ATAAACAGGT TTGTGGCACA
    CCGGAGTACA TCGCCCCTGA GGTGATCCTG CGGCAGGGCT ATGGGAAGCC GGTGGACTGG
    TGGGCGATGG GCATCATCCT CTATGAGTTC CTGGTGGGCT GCGTGCCGTT CTTCGGCGAC
    ACTCCAGAGG AGCTGTTCGG TCAGGTGATC TCAGATGATA TTGTGTGGCC CGAGGATGAT
    GACGCACTTC CTCCGGACGC ACAGCACCTG ATCTCATCTT TACTTCAGAC CAGCCCACTG
    CTCAGACTGG GCACAGGCGG AGCATTTGAG GTGAAGCAGC ATCCGTTCTT CGGCGATCTG
    GACTGGGGCA GTTTACTCCG CCAGAAAGCT GAGTTCATCC CAAACCTGGA GTCTGAAGAA
    GACACCAGCT ACTTTGACAC ACGATCAGAG CGATATCATC ACGTTCACTC GTACGATGAG
    GACGACACTA ATGATGACGA GCCTGTGGAG ATTCACCGCT TCTCCTCCTG CTCGCCACGA
    TTCAGCAAGG TGTACAGCAG CATGGAGCAT CTGTCCCAGC TGGAGCACAA ACCTGTGGTG
    ACCCGCCGAG AGCCCAAACC TCACAGAGAA GACCGGGCCA AGAGAGAGAG CATGGGCAGC
    CTGACCCTCC GAGACAAGAC CTGGAGAACC GGATCCCCAG AGATGAAGCG TCTGTCGTGT
    TCGGAGTCGT CCTTCACCGA ATCAGACTCC AGTCCTCCCG GAGCTCGCCG CCGTTTCTCA
    GCGCTGATGG ACACACACCG CTTCGCTTCT CCACTGGAGG GAGACAGTGA CACACACACA
    CGCCAGCCGC CCGTCAAAAC CAGAGGGACG TCACTAGAGG GCGCCAGTGT TCCCGTCAGT
    TCCGGACTGT TTGAGTCCAG CTCTGCCGTG TCAGTGGGAC ATCCTGGAGA CAAGCTTCTG
    CGTCCCGCTG AAGGTCCATC AGCTCCTCTG CACATGCCGG AGCCCTTCAG TGCACGAGTA
    GGAAGTGACC TCGTCTTACG AAGAGCACGA CATCATCAGA TACCGAGCGA CAGTGAGAAA
    CGAACCGCCA CTCGCTCCGG CACAAAAGTC ATCAAGTCGG CCTCCGCCAC GGCGCTGTCT
    GTCATTATAC CTGCAGTTGA GCAGCATGGT ACGTCTCCGC TGGCCAGTCC CATGTCTCCT
    CGATCCGTCT CATCCAATCC CTCGTCTCGT GACTCATCTC CGAGTCGTGA TTATTCGCCT
    ACGGTCAATG TCCTGCGCTC ACCGATCACC ATCCATCGCT CTGGGAAGAA GTACGGCTTC
    ACTCTGCGAG CCATCAGAGT CTACATGGGC GACAGTCACG TGTATAGCGT ACATCACATG
    GTCTGGCATG TAGAATGTGG TGGGCCGGCC CAGGAGGCGG GGCTTTGTGC TGGTGACCTC
    ATCACACATG TGAATGGAGA GCCTGTGCAC GGATTGGTGC ACACAGAGGT GGTGGAGCTC
    ATTCTGAAGA GTGGCAGCAA AGTAACAGTG ACGACTACTC CGTTCGAAAA CACCTCCATA
    AAGATTGGTC CCGCCAGGAA GCTGAGCTAC AAAGCCAAGA TGGCCAGACG CAACAAGAAA
    TCAGCAGCAA AAGATGGACA AGAGAGTAAG AAACGCAGCT CTCTCTTTCG TAAGATCACT
    AAGCAGTCAA ACCTTCTTCA CACCAGTCGT AGTCTGTCTT CTCTGAATCG CTCGCTGTCG
    TCTGGAGACA GTCTGCCTGG ATCTCCCACA CATAACCTGT CTGCCCGCTC TCCGACACAG
    ACGTACCGCT CTCCGCCAGA CTCCACCTAC CTCGGCACGT CATCCCAGAG CAGCTCTCCC
    GCATCCAGCA CACCAAACTC GCCTGCTACA TCTCAGCACA TGCGTCCAAG CTCTCTTTAT
    GGCCTCTCAC CCAAACTCCA CCGCCAGTAT CGTTCTGCAC GCTGCAAATC TGCCGGGAAT
    ATTCCTCTGT CCCCATTGGC TCACACACCA TCCCCGACTT CGTCCTCTCC ACCACCCATA
    GCGGGACACA TCGTTGGCAG CTCCAACACC ACCCAGGCCT TCCCTGCAAA GCTTCACGCC
    TCCCCTCCAA TAACACGTCC ACGACCTAAA AGTGCAGAAC CACCCCGTTC CCCTCTTCTC
    CAAAGGGTGC AGTCCGCCGA GAAGCTCGGT CCACCTTCTC CGCCATCCTC GTCATCTTCT
    GATAGGAAGG GAGGGCTTGG CATTAGAAAG CATGGTTTGG ATGTTGTGCA TGCCGAATAC
    CGCCGGGAGT CCTTCCACTG CGAGCATGCC CTCCAGAGCT TGATGGAGAT AGAAGGAGAA
    AACACGCCCA GTGCTCTACC CTCTCCACCT GATCAAACGC CAACGCACAT GCCCATCAAG
    CACACGTTGA GTCCAGCAAG GCAACTCGGG AGGCAAGACT CAATCATGGA TAGAGAGTTT
    GAAGGGAAAT CGAAGCAGGC TGACTCAAGC GAAGCAATTT TGAAGACTGC ATCAAAAACT
    GAACCAGTAG CAATCATTGT AGATCTTAAA TCAACCCCGT TGGGTGAAAC AACCCAGAGG
    GATAAAGTAG CCTCTAAGTT TGAGTCTTCC CAAGTTTCAG TTGCCTCAAT GGGGAAGGTT
    GTAGCCAAGG ATGTGGGAAA GATTGAATCT TCTAGTACTT TGGTAACTGG CCCCAAGATC
    CCAGATTGGA CGCCAATTGT CCAGAGCTCT GGAGTACAGG AACTCAAACC TCATCAAACC
    GAGAGTCCTA AAGGGCTGGA GAATGGCAAA GACATTGGAA AGATCCCAGT GAAAGAGAAA
    ACCCAATTGA CAAAGACTCC AGAGGCAAGC AAGTCAAGTA AAGGACCTTT AAATGTTGAG
    GGGACTGGAT CTGGTTCTAT TGGTACACCT AAAGTCTCAG AAGCAGTTCC AAGCCAGTCT
    AAGAGCATTC AGGAACGGGC TCAAACTCCA TCAGGGTCAA CTCGAGGCCC TCAGGAGGAA
    AGATGTCGCC TCGAAGCAGT CGAAGTCTCT CCTCCCTCTC CATCTCCAAT TGCTAGGTCA
    CCTTGCACAA GCAAGTCAAG GGCCATTTCT CCTGGTGACC GGTCCAGTTT TGTGACCCAG
    CTGACCAGTG TGGCTAAAAC TGTGCTTGGG CCAATGAAAT TGGGCTCCCA GGATGGGGGG
    AAGGCCAAAG ACAGCTCCAA GACAAATGAG GACAAACGAG CCGCCACATT GGGAAAGTCC
    GAGGCCTCAT CTGGGGGTCG CCGAGGATTG ACGGGAACTT GGCCTGGCCC TGGATCATCA
    TCAAAGCCTG AAAAGGCATC AAAGAGCTCT TCCAAGCATT CATAA

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

    RefSeq XP_009297388.1
    CDS311..5215
    Translation

    Target ORF information:

    RefSeq Version XM_009299113.2
    Organism Danio rerio(Zebrafish)
    Definition Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_009299113.2

    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
    ATGGATGATT CGGGGATAAT CAGACGCAGG CGGCTGCAGG ATCTTCCACT GCCTCGTAAA 
    AACAGCAGTT GCCGCAGCAA CCGGAAGAGT CTGATTCTGA CCTCCACCTC CCCGACTTTG
    CCCCGCCCAC ACTCGCCATT ACCAGGACAC ATAGGAAGTA GTCCTCTGGA CAGCCCTCGT
    AACTTCTCTC CCAGTACTCC TGCACATTTC TCCTTCGCTT CCTCTAGACG AGATGGGCGT
    CGCTGGTCCC TGGCGTCTCT TCCATCTTCT GGATATGGAA CCAACACACC CAGTTCAACG
    TCTTCCAGCT CGTCTCAGGA GCGTCTGCAT CAGCTGCCGT CTCAGCCCAC CATGGACGAG
    CTGCACTTTC TGTCCAAACA CTTCGGCAGC ACAGAGAGCA TCACCGATGA TGATGGAGGA
    CGCTGCTCAC CTCACATAAG ACCACGCTCA CGCAGCCTGA GTCCGGGCCG CTCTCACTCC
    TGCTACGACA ATGAGATCAT CATGATGAAT CATGTTTACA GGGAACGCTT CCCTAAGGCC
    ACGGCGCAGA TGGAGGGCAG GTTGTGTGAT TTTGTCCACT CGTACTGTCC TGAGAACGTC
    CTGCCTCTGG CTGACGGGGT CCTCAGCTTC ATCCATCACC AGATCATCGA GCTGTCCAGA
    GACTGCCTGA CCAAATCTAG AGAGGGCCTC ATCACATCCG TCTACTTCTT TGAGCTGCAG
    GAGAATCTGG AGAAACTTCT GGATGATGCG TATAAGCGGT CAGAGAGTTC AGAGTTGACC
    TTTGTCACAG AGTTGGTAAA GAAGATCTTC TTCATCATCG CTCGACCTGC TCGACTTCTG
    GAGTGTTTGG AGTTTAACCC TGAAGAGTTC TACCATCTGC TGGAAGCGGC TGAAGATCAC
    GCTAAAGAAG GTCACCTGAT GAAGACGGAC ATCCCGCGCT ACATCATCAG TCAGCTGGGT
    CTGACACGAG ACCCTCTGGA GGAGATGGTC AGTCGGGAGC ATTATGACAG CGAGGGTCCC
    GTCACACCAG AGACAGACGA CTCTGCAGAG GGAAAAATGA AACCCATGAA GCCACCAGGA
    GAGGCAGATT TCCAAACCAT CAAACTCATC AGCAATGGAG CCTACGGCGA GGTGTATCTG
    GTCCGTCATC TGGAGACCCG GCAGCGCTTC GCGATGAAGA AAATCAACAA GCAGAACCTG
    ATTCTGAGGA ACCAGATCCA GCAGGCGTTT GTGGAGCGAG ACATCCTGAC CTTTGCTGAG
    AACCCGTTCG TGGTCAGCAT GTTCTGCTCC TTTGAGACCA GAAGACACCT GTGTATGGTC
    ATGGAGTATG TGGAGGGAGG TGATTGTGCC ACACTGCTCA AAAACATCGG AGCGCTGCCT
    GTGGAAATGG CCCGTATGTA CTTTGCAGAA ACCGTCCTGG CTCTGGAGTA CATCCACAAC
    TATGGCATCG TGCATCGAGA TCTCAAACCT GACAATCTGC TCATCACGTC AATGGGTCAC
    ATTAAACTCA CCGATTTCGG TTTGTCCAAA ATGGGCCTCA TGAGTCTCAC CACAAATTTG
    TATGAAGGAC ACATCGAGAA GGACACCAGG GAGTTCCTGG ATAAACAGGT TTGTGGCACA
    CCGGAGTACA TCGCCCCTGA GGTGATCCTG CGGCAGGGCT ATGGGAAGCC GGTGGACTGG
    TGGGCGATGG GCATCATCCT CTATGAGTTC CTGGTGGGCT GCGTGCCGTT CTTCGGCGAC
    ACTCCAGAGG AGCTGTTCGG TCAGGTGATC TCAGATGATA TTGTGTGGCC CGAGGATGAT
    GACGCACTTC CTCCGGACGC ACAGCACCTG ATCTCATCTT TACTTCAGAC CAGCCCACTG
    CTCAGACTGG GCACAGGCGG AGCATTTGAG GTGAAGCAGC ATCCGTTCTT CGGCGATCTG
    GACTGGGGCA GTTTACTCCG CCAGAAAGCT GAGTTCATCC CAAACCTGGA GTCTGAAGAA
    GACACCAGCT ACTTTGACAC ACGATCAGAG CGATATCATC ACGTTCACTC GTACGATGAG
    GACGACACTA ATGATGACGA GCCTGTGGAG ATTCACCGCT TCTCCTCCTG CTCGCCACGA
    TTCAGCAAGG TGTACAGCAG CATGGAGCAT CTGTCCCAGC TGGAGCACAA ACCTGTGGTG
    ACCCGCCGAG AGCCCAAACC TCACAGAGAA GACCGGGCCA AGAGAGAGAG CATGGGCAGC
    CTGACCCTCC GAGACAAGAC CTGGAGAACC GGATCCCCAG AGATGAAGCG TCTGTCGTGT
    TCGGAGTCGT CCTTCACCGA ATCAGACTCC AGTCCTCCCG GAGCTCGCCG CCGTTTCTCA
    GCGCTGATGG ACACACACCG CTTCGCTTCT CCACTGGAGG GAGACAGTGA CACACACACA
    CGCCAGCCGC CCGTCAAAAC CAGAGGGACG TCACTAGAGG GCGCCAGTGT TCCCGTCAGT
    TCCGGACTGT TTGAGTCCAG CTCTGCCGTG TCAGTGGGAC ATCCTGGAGA CAAGCTTCTG
    CGTCCCGCTG AAGGTCCATC AGCTCCTCTG CACATGCCGG AGCCCTTCAG TGCACGAGTA
    GGAAGTGACC TCGTCTTACG AAGAGCACGA CATCATCAGA TACCGAGCGA CAGTGAGAAA
    CGAACCGCCA CTCGCTCCGG CACAAAAGTC ATCAAGTCGG CCTCCGCCAC GGCGCTGTCT
    GTCATTATAC CTGCAGTTGA GCAGCATGGT ACGTCTCCGC TGGCCAGTCC CATGTCTCCT
    CGATCCGTCT CATCCAATCC CTCGTCTCGT GACTCATCTC CGAGTCGTGA TTATTCGCCT
    ACGGTCAATG TCCTGCGCTC ACCGATCACC ATCCATCGCT CTGGGAAGAA GTACGGCTTC
    ACTCTGCGAG CCATCAGAGT CTACATGGGC GACAGTCACG TGTATAGCGT ACATCACATG
    GTCTGGCATG TAGAATGTGG TGGGCCGGCC CAGGAGGCGG GGCTTTGTGC TGGTGACCTC
    ATCACACATG TGAATGGAGA GCCTGTGCAC GGATTGGTGC ACACAGAGGT GGTGGAGCTC
    ATTCTGAAGA GTGGCAGCAA AGTAACAGTG ACGACTACTC CGTTCGAAAA CACCTCCATA
    AAGATTGGTC CCGCCAGGAA GCTGAGCTAC AAAGCCAAGA TGGCCAGACG CAACAAGAAA
    TCAGCAGCAA AAGATGGACA AGAGAGTAAG AAACGCAGCT CTCTCTTTCG TAAGATCACT
    AAGCAGTCAA ACCTTCTTCA CACCAGTCGT AGTCTGTCTT CTCTGAATCG CTCGCTGTCG
    TCTGGAGACA GTCTGCCTGG ATCTCCCACA CATAACCTGT CTGCCCGCTC TCCGACACAG
    ACGTACCGCT CTCCGCCAGA CTCCACCTAC CTCGGCACGT CATCCCAGAG CAGCTCTCCC
    GCATCCAGCA CACCAAACTC GCCTGCTACA TCTCAGCACA TGCGTCCAAG CTCTCTTTAT
    GGCCTCTCAC CCAAACTCCA CCGCCAGTAT CGTTCTGCAC GCTGCAAATC TGCCGGGAAT
    ATTCCTCTGT CCCCATTGGC TCACACACCA TCCCCGACTT CGTCCTCTCC ACCACCCATA
    GCGGGACACA TCGTTGGCAG CTCCAACACC ACCCAGGCCT TCCCTGCAAA GCTTCACGCC
    TCCCCTCCAA TAACACGTCC ACGACCTAAA AGTGCAGAAC CACCCCGTTC CCCTCTTCTC
    CAAAGGGTGC AGTCCGCCGA GAAGCTCGGT CCACCTTCTC CGCCATCCTC GTCATCTTCT
    GATAGGAAGG GAGGGCTTGG CATTAGAAAG CATGGTTTGG ATGTTGTGCA TGCCGAATAC
    CGCCGGGAGT CCTTCCACTG CGAGCATGCC CTCCAGAGCT TGATGGAGAT AGAAGGAGAA
    AACACGCCCA GTGCTCTACC CTCTCCACCT GATCAAACGC CAACGCACAT GCCCATCAAG
    CACACGTTGA GTCCAGCAAG GCAACTCGGG AGGCAAGACT CAATCATGGA TAGAGAGTTT
    GAAGGGAAAT CGAAGCAGGC TGACTCAAGC GAAGCAATTT TGAAGACTGC ATCAAAAACT
    GAACCAGTAG CAATCATTGT AGATCTTAAA TCAACCCCGT TGGGTGAAAC AACCCAGAGG
    GATAAAGTAG CCTCTAAGTT TGAGTCTTCC CAAGTTTCAG TTGCCTCAAT GGGGAAGGTT
    GTAGCCAAGG ATGTGGGAAA GATTGAATCT TCTAGTACTT TGGTAACTGG CCCCAAGATC
    CCAGATTGGA CGCCAATTGT CCAGAGCTCT GGAGTACAGG AACTCAAACC TCATCAAACC
    GAGAGTCCTA AAGGGCTGGA GAATGGCAAA GACATTGGAA AGATCCCAGT GAAAGAGAAA
    ACCCAATTGA CAAAGACTCC AGAGGCAAGC AAGTCAAGTA AAGGACCTTT AAATGTTGAG
    GGGACTGGAT CTGGTTCTAT TGGTACACCT AAAGTCTCAG AAGCAGTTCC AAGCCAGTCT
    AAGAGCATTC AGGAACGGGC TCAAACTCCA TCAGGGTCAA CTCGAGGCCC TCAGGAGGAA
    AGATGTCGCC TCGAAGCAGT CGAAGTCTCT CCTCCCTCTC CATCTCCAAT TGCTAGGTCA
    CCTTGCACAA GCAAGTCAAG GGCCATTTCT CCTGGTGACC GGTCCAGTTT TGTGACCCAG
    CTGACCAGTG TGGCTAAAAC TGTGCTTGGG CCAATGAAAT TGGGCTCCCA GGATGGGGGG
    AAGGCCAAAG ACAGCTCCAA GACAAATGAG GACAAACGAG CCGCCACATT GGGAAAGTCC
    GAGGCCTCAT CTGGGGGTCG CCGAGGATTG ACGGGAACTT GGCCTGGCCC TGGATCATCA
    TCAAAGCCTG AAAAGGCATC AAAGAGCTCT TCCAAGCATT CATAA

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

    CloneID ODa47036
    Clone ID Related Accession (Same CDS sequence) XM_009299113.2 , XM_009299113.3
    Accession Version XM_009299113.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4905bp)
    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 microtubule-associated serine/threonine-protein kinase 1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007114.7) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_009299113.2. ##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
    ATGGATGATT CGGGGATAAT CAGACGCAGG CGGCTGCAGG ATCTTCCACT GCCTCGTAAA 
    AACAGCAGTT GCCGCAGCAA CCGGAAGAGT CTGATTCTGA CCTCCACCTC CCCGACTTTG
    CCCCGCCCAC ACTCGCCATT ACCAGGACAC ATAGGAAGTA GTCCTCTGGA CAGCCCTCGT
    AACTTCTCTC CCAGTACTCC TGCACATTTC TCCTTCGCTT CCTCTAGACG AGATGGGCGT
    CGCTGGTCCC TGGCGTCTCT TCCATCTTCT GGATATGGAA CCAACACACC CAGTTCAACG
    TCTTCCAGCT CGTCTCAGGA GCGTCTGCAT CAGCTGCCGT CTCAGCCCAC CATGGACGAG
    CTGCACTTTC TGTCCAAACA CTTCGGCAGC ACAGAGAGCA TCACCGATGA TGATGGAGGA
    CGCTGCTCAC CTCACATAAG ACCACGCTCA CGCAGCCTGA GTCCGGGCCG CTCTCACTCC
    TGCTACGACA ATGAGATCAT CATGATGAAT CATGTTTACA GGGAACGCTT CCCTAAGGCC
    ACGGCGCAGA TGGAGGGCAG GTTGTGTGAT TTTGTCCACT CGTACTGTCC TGAGAACGTC
    CTGCCTCTGG CTGACGGGGT CCTCAGCTTC ATCCATCACC AGATCATCGA GCTGTCCAGA
    GACTGCCTGA CCAAATCTAG AGAGGGCCTC ATCACATCCG TCTACTTCTT TGAGCTGCAG
    GAGAATCTGG AGAAACTTCT GGATGATGCG TATAAGCGGT CAGAGAGTTC AGAGTTGACC
    TTTGTCACAG AGTTGGTAAA GAAGATCTTC TTCATCATCG CTCGACCTGC TCGACTTCTG
    GAGTGTTTGG AGTTTAACCC TGAAGAGTTC TACCATCTGC TGGAAGCGGC TGAAGATCAC
    GCTAAAGAAG GTCACCTGAT GAAGACGGAC ATCCCGCGCT ACATCATCAG TCAGCTGGGT
    CTGACACGAG ACCCTCTGGA GGAGATGGTC AGTCGGGAGC ATTATGACAG CGAGGGTCCC
    GTCACACCAG AGACAGACGA CTCTGCAGAG GGAAAAATGA AACCCATGAA GCCACCAGGA
    GAGGCAGATT TCCAAACCAT CAAACTCATC AGCAATGGAG CCTACGGCGA GGTGTATCTG
    GTCCGTCATC TGGAGACCCG GCAGCGCTTC GCGATGAAGA AAATCAACAA GCAGAACCTG
    ATTCTGAGGA ACCAGATCCA GCAGGCGTTT GTGGAGCGAG ACATCCTGAC CTTTGCTGAG
    AACCCGTTCG TGGTCAGCAT GTTCTGCTCC TTTGAGACCA GAAGACACCT GTGTATGGTC
    ATGGAGTATG TGGAGGGAGG TGATTGTGCC ACACTGCTCA AAAACATCGG AGCGCTGCCT
    GTGGAAATGG CCCGTATGTA CTTTGCAGAA ACCGTCCTGG CTCTGGAGTA CATCCACAAC
    TATGGCATCG TGCATCGAGA TCTCAAACCT GACAATCTGC TCATCACGTC AATGGGTCAC
    ATTAAACTCA CCGATTTCGG TTTGTCCAAA ATGGGCCTCA TGAGTCTCAC CACAAATTTG
    TATGAAGGAC ACATCGAGAA GGACACCAGG GAGTTCCTGG ATAAACAGGT TTGTGGCACA
    CCGGAGTACA TCGCCCCTGA GGTGATCCTG CGGCAGGGCT ATGGGAAGCC GGTGGACTGG
    TGGGCGATGG GCATCATCCT CTATGAGTTC CTGGTGGGCT GCGTGCCGTT CTTCGGCGAC
    ACTCCAGAGG AGCTGTTCGG TCAGGTGATC TCAGATGATA TTGTGTGGCC CGAGGATGAT
    GACGCACTTC CTCCGGACGC ACAGCACCTG ATCTCATCTT TACTTCAGAC CAGCCCACTG
    CTCAGACTGG GCACAGGCGG AGCATTTGAG GTGAAGCAGC ATCCGTTCTT CGGCGATCTG
    GACTGGGGCA GTTTACTCCG CCAGAAAGCT GAGTTCATCC CAAACCTGGA GTCTGAAGAA
    GACACCAGCT ACTTTGACAC ACGATCAGAG CGATATCATC ACGTTCACTC GTACGATGAG
    GACGACACTA ATGATGACGA GCCTGTGGAG ATTCACCGCT TCTCCTCCTG CTCGCCACGA
    TTCAGCAAGG TGTACAGCAG CATGGAGCAT CTGTCCCAGC TGGAGCACAA ACCTGTGGTG
    ACCCGCCGAG AGCCCAAACC TCACAGAGAA GACCGGGCCA AGAGAGAGAG CATGGGCAGC
    CTGACCCTCC GAGACAAGAC CTGGAGAACC GGATCCCCAG AGATGAAGCG TCTGTCGTGT
    TCGGAGTCGT CCTTCACCGA ATCAGACTCC AGTCCTCCCG GAGCTCGCCG CCGTTTCTCA
    GCGCTGATGG ACACACACCG CTTCGCTTCT CCACTGGAGG GAGACAGTGA CACACACACA
    CGCCAGCCGC CCGTCAAAAC CAGAGGGACG TCACTAGAGG GCGCCAGTGT TCCCGTCAGT
    TCCGGACTGT TTGAGTCCAG CTCTGCCGTG TCAGTGGGAC ATCCTGGAGA CAAGCTTCTG
    CGTCCCGCTG AAGGTCCATC AGCTCCTCTG CACATGCCGG AGCCCTTCAG TGCACGAGTA
    GGAAGTGACC TCGTCTTACG AAGAGCACGA CATCATCAGA TACCGAGCGA CAGTGAGAAA
    CGAACCGCCA CTCGCTCCGG CACAAAAGTC ATCAAGTCGG CCTCCGCCAC GGCGCTGTCT
    GTCATTATAC CTGCAGTTGA GCAGCATGGT ACGTCTCCGC TGGCCAGTCC CATGTCTCCT
    CGATCCGTCT CATCCAATCC CTCGTCTCGT GACTCATCTC CGAGTCGTGA TTATTCGCCT
    ACGGTCAATG TCCTGCGCTC ACCGATCACC ATCCATCGCT CTGGGAAGAA GTACGGCTTC
    ACTCTGCGAG CCATCAGAGT CTACATGGGC GACAGTCACG TGTATAGCGT ACATCACATG
    GTCTGGCATG TAGAATGTGG TGGGCCGGCC CAGGAGGCGG GGCTTTGTGC TGGTGACCTC
    ATCACACATG TGAATGGAGA GCCTGTGCAC GGATTGGTGC ACACAGAGGT GGTGGAGCTC
    ATTCTGAAGA GTGGCAGCAA AGTAACAGTG ACGACTACTC CGTTCGAAAA CACCTCCATA
    AAGATTGGTC CCGCCAGGAA GCTGAGCTAC AAAGCCAAGA TGGCCAGACG CAACAAGAAA
    TCAGCAGCAA AAGATGGACA AGAGAGTAAG AAACGCAGCT CTCTCTTTCG TAAGATCACT
    AAGCAGTCAA ACCTTCTTCA CACCAGTCGT AGTCTGTCTT CTCTGAATCG CTCGCTGTCG
    TCTGGAGACA GTCTGCCTGG ATCTCCCACA CATAACCTGT CTGCCCGCTC TCCGACACAG
    ACGTACCGCT CTCCGCCAGA CTCCACCTAC CTCGGCACGT CATCCCAGAG CAGCTCTCCC
    GCATCCAGCA CACCAAACTC GCCTGCTACA TCTCAGCACA TGCGTCCAAG CTCTCTTTAT
    GGCCTCTCAC CCAAACTCCA CCGCCAGTAT CGTTCTGCAC GCTGCAAATC TGCCGGGAAT
    ATTCCTCTGT CCCCATTGGC TCACACACCA TCCCCGACTT CGTCCTCTCC ACCACCCATA
    GCGGGACACA TCGTTGGCAG CTCCAACACC ACCCAGGCCT TCCCTGCAAA GCTTCACGCC
    TCCCCTCCAA TAACACGTCC ACGACCTAAA AGTGCAGAAC CACCCCGTTC CCCTCTTCTC
    CAAAGGGTGC AGTCCGCCGA GAAGCTCGGT CCACCTTCTC CGCCATCCTC GTCATCTTCT
    GATAGGAAGG GAGGGCTTGG CATTAGAAAG CATGGTTTGG ATGTTGTGCA TGCCGAATAC
    CGCCGGGAGT CCTTCCACTG CGAGCATGCC CTCCAGAGCT TGATGGAGAT AGAAGGAGAA
    AACACGCCCA GTGCTCTACC CTCTCCACCT GATCAAACGC CAACGCACAT GCCCATCAAG
    CACACGTTGA GTCCAGCAAG GCAACTCGGG AGGCAAGACT CAATCATGGA TAGAGAGTTT
    GAAGGGAAAT CGAAGCAGGC TGACTCAAGC GAAGCAATTT TGAAGACTGC ATCAAAAACT
    GAACCAGTAG CAATCATTGT AGATCTTAAA TCAACCCCGT TGGGTGAAAC AACCCAGAGG
    GATAAAGTAG CCTCTAAGTT TGAGTCTTCC CAAGTTTCAG TTGCCTCAAT GGGGAAGGTT
    GTAGCCAAGG ATGTGGGAAA GATTGAATCT TCTAGTACTT TGGTAACTGG CCCCAAGATC
    CCAGATTGGA CGCCAATTGT CCAGAGCTCT GGAGTACAGG AACTCAAACC TCATCAAACC
    GAGAGTCCTA AAGGGCTGGA GAATGGCAAA GACATTGGAA AGATCCCAGT GAAAGAGAAA
    ACCCAATTGA CAAAGACTCC AGAGGCAAGC AAGTCAAGTA AAGGACCTTT AAATGTTGAG
    GGGACTGGAT CTGGTTCTAT TGGTACACCT AAAGTCTCAG AAGCAGTTCC AAGCCAGTCT
    AAGAGCATTC AGGAACGGGC TCAAACTCCA TCAGGGTCAA CTCGAGGCCC TCAGGAGGAA
    AGATGTCGCC TCGAAGCAGT CGAAGTCTCT CCTCCCTCTC CATCTCCAAT TGCTAGGTCA
    CCTTGCACAA GCAAGTCAAG GGCCATTTCT CCTGGTGACC GGTCCAGTTT TGTGACCCAG
    CTGACCAGTG TGGCTAAAAC TGTGCTTGGG CCAATGAAAT TGGGCTCCCA GGATGGGGGG
    AAGGCCAAAG ACAGCTCCAA GACAAATGAG GACAAACGAG CCGCCACATT GGGAAAGTCC
    GAGGCCTCAT CTGGGGGTCG CCGAGGATTG ACGGGAACTT GGCCTGGCCC TGGATCATCA
    TCAAAGCCTG AAAAGGCATC AAAGAGCTCT TCCAAGCATT CATAA

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

    RefSeq XP_009297388.1
    CDS305..5209
    Translation

    Target ORF information:

    RefSeq Version XM_009299113.3
    Organism Danio rerio(zebrafish)
    Definition Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_009299113.3

    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
    ATGGATGATT CGGGGATAAT CAGACGCAGG CGGCTGCAGG ATCTTCCACT GCCTCGTAAA 
    AACAGCAGTT GCCGCAGCAA CCGGAAGAGT CTGATTCTGA CCTCCACCTC CCCGACTTTG
    CCCCGCCCAC ACTCGCCATT ACCAGGACAC ATAGGAAGTA GTCCTCTGGA CAGCCCTCGT
    AACTTCTCTC CCAGTACTCC TGCACATTTC TCCTTCGCTT CCTCTAGACG AGATGGGCGT
    CGCTGGTCCC TGGCGTCTCT TCCATCTTCT GGATATGGAA CCAACACACC CAGTTCAACG
    TCTTCCAGCT CGTCTCAGGA GCGTCTGCAT CAGCTGCCGT CTCAGCCCAC CATGGACGAG
    CTGCACTTTC TGTCCAAACA CTTCGGCAGC ACAGAGAGCA TCACCGATGA TGATGGAGGA
    CGCTGCTCAC CTCACATAAG ACCACGCTCA CGCAGCCTGA GTCCGGGCCG CTCTCACTCC
    TGCTACGACA ATGAGATCAT CATGATGAAT CATGTTTACA GGGAACGCTT CCCTAAGGCC
    ACGGCGCAGA TGGAGGGCAG GTTGTGTGAT TTTGTCCACT CGTACTGTCC TGAGAACGTC
    CTGCCTCTGG CTGACGGGGT CCTCAGCTTC ATCCATCACC AGATCATCGA GCTGTCCAGA
    GACTGCCTGA CCAAATCTAG AGAGGGCCTC ATCACATCCG TCTACTTCTT TGAGCTGCAG
    GAGAATCTGG AGAAACTTCT GGATGATGCG TATAAGCGGT CAGAGAGTTC AGAGTTGACC
    TTTGTCACAG AGTTGGTAAA GAAGATCTTC TTCATCATCG CTCGACCTGC TCGACTTCTG
    GAGTGTTTGG AGTTTAACCC TGAAGAGTTC TACCATCTGC TGGAAGCGGC TGAAGATCAC
    GCTAAAGAAG GTCACCTGAT GAAGACGGAC ATCCCGCGCT ACATCATCAG TCAGCTGGGT
    CTGACACGAG ACCCTCTGGA GGAGATGGTC AGTCGGGAGC ATTATGACAG CGAGGGTCCC
    GTCACACCAG AGACAGACGA CTCTGCAGAG GGAAAAATGA AACCCATGAA GCCACCAGGA
    GAGGCAGATT TCCAAACCAT CAAACTCATC AGCAATGGAG CCTACGGCGA GGTGTATCTG
    GTCCGTCATC TGGAGACCCG GCAGCGCTTC GCGATGAAGA AAATCAACAA GCAGAACCTG
    ATTCTGAGGA ACCAGATCCA GCAGGCGTTT GTGGAGCGAG ACATCCTGAC CTTTGCTGAG
    AACCCGTTCG TGGTCAGCAT GTTCTGCTCC TTTGAGACCA GAAGACACCT GTGTATGGTC
    ATGGAGTATG TGGAGGGAGG TGATTGTGCC ACACTGCTCA AAAACATCGG AGCGCTGCCT
    GTGGAAATGG CCCGTATGTA CTTTGCAGAA ACCGTCCTGG CTCTGGAGTA CATCCACAAC
    TATGGCATCG TGCATCGAGA TCTCAAACCT GACAATCTGC TCATCACGTC AATGGGTCAC
    ATTAAACTCA CCGATTTCGG TTTGTCCAAA ATGGGCCTCA TGAGTCTCAC CACAAATTTG
    TATGAAGGAC ACATCGAGAA GGACACCAGG GAGTTCCTGG ATAAACAGGT TTGTGGCACA
    CCGGAGTACA TCGCCCCTGA GGTGATCCTG CGGCAGGGCT ATGGGAAGCC GGTGGACTGG
    TGGGCGATGG GCATCATCCT CTATGAGTTC CTGGTGGGCT GCGTGCCGTT CTTCGGCGAC
    ACTCCAGAGG AGCTGTTCGG TCAGGTGATC TCAGATGATA TTGTGTGGCC CGAGGATGAT
    GACGCACTTC CTCCGGACGC ACAGCACCTG ATCTCATCTT TACTTCAGAC CAGCCCACTG
    CTCAGACTGG GCACAGGCGG AGCATTTGAG GTGAAGCAGC ATCCGTTCTT CGGCGATCTG
    GACTGGGGCA GTTTACTCCG CCAGAAAGCT GAGTTCATCC CAAACCTGGA GTCTGAAGAA
    GACACCAGCT ACTTTGACAC ACGATCAGAG CGATATCATC ACGTTCACTC GTACGATGAG
    GACGACACTA ATGATGACGA GCCTGTGGAG ATTCACCGCT TCTCCTCCTG CTCGCCACGA
    TTCAGCAAGG TGTACAGCAG CATGGAGCAT CTGTCCCAGC TGGAGCACAA ACCTGTGGTG
    ACCCGCCGAG AGCCCAAACC TCACAGAGAA GACCGGGCCA AGAGAGAGAG CATGGGCAGC
    CTGACCCTCC GAGACAAGAC CTGGAGAACC GGATCCCCAG AGATGAAGCG TCTGTCGTGT
    TCGGAGTCGT CCTTCACCGA ATCAGACTCC AGTCCTCCCG GAGCTCGCCG CCGTTTCTCA
    GCGCTGATGG ACACACACCG CTTCGCTTCT CCACTGGAGG GAGACAGTGA CACACACACA
    CGCCAGCCGC CCGTCAAAAC CAGAGGGACG TCACTAGAGG GCGCCAGTGT TCCCGTCAGT
    TCCGGACTGT TTGAGTCCAG CTCTGCCGTG TCAGTGGGAC ATCCTGGAGA CAAGCTTCTG
    CGTCCCGCTG AAGGTCCATC AGCTCCTCTG CACATGCCGG AGCCCTTCAG TGCACGAGTA
    GGAAGTGACC TCGTCTTACG AAGAGCACGA CATCATCAGA TACCGAGCGA CAGTGAGAAA
    CGAACCGCCA CTCGCTCCGG CACAAAAGTC ATCAAGTCGG CCTCCGCCAC GGCGCTGTCT
    GTCATTATAC CTGCAGTTGA GCAGCATGGT ACGTCTCCGC TGGCCAGTCC CATGTCTCCT
    CGATCCGTCT CATCCAATCC CTCGTCTCGT GACTCATCTC CGAGTCGTGA TTATTCGCCT
    ACGGTCAATG TCCTGCGCTC ACCGATCACC ATCCATCGCT CTGGGAAGAA GTACGGCTTC
    ACTCTGCGAG CCATCAGAGT CTACATGGGC GACAGTCACG TGTATAGCGT ACATCACATG
    GTCTGGCATG TAGAATGTGG TGGGCCGGCC CAGGAGGCGG GGCTTTGTGC TGGTGACCTC
    ATCACACATG TGAATGGAGA GCCTGTGCAC GGATTGGTGC ACACAGAGGT GGTGGAGCTC
    ATTCTGAAGA GTGGCAGCAA AGTAACAGTG ACGACTACTC CGTTCGAAAA CACCTCCATA
    AAGATTGGTC CCGCCAGGAA GCTGAGCTAC AAAGCCAAGA TGGCCAGACG CAACAAGAAA
    TCAGCAGCAA AAGATGGACA AGAGAGTAAG AAACGCAGCT CTCTCTTTCG TAAGATCACT
    AAGCAGTCAA ACCTTCTTCA CACCAGTCGT AGTCTGTCTT CTCTGAATCG CTCGCTGTCG
    TCTGGAGACA GTCTGCCTGG ATCTCCCACA CATAACCTGT CTGCCCGCTC TCCGACACAG
    ACGTACCGCT CTCCGCCAGA CTCCACCTAC CTCGGCACGT CATCCCAGAG CAGCTCTCCC
    GCATCCAGCA CACCAAACTC GCCTGCTACA TCTCAGCACA TGCGTCCAAG CTCTCTTTAT
    GGCCTCTCAC CCAAACTCCA CCGCCAGTAT CGTTCTGCAC GCTGCAAATC TGCCGGGAAT
    ATTCCTCTGT CCCCATTGGC TCACACACCA TCCCCGACTT CGTCCTCTCC ACCACCCATA
    GCGGGACACA TCGTTGGCAG CTCCAACACC ACCCAGGCCT TCCCTGCAAA GCTTCACGCC
    TCCCCTCCAA TAACACGTCC ACGACCTAAA AGTGCAGAAC CACCCCGTTC CCCTCTTCTC
    CAAAGGGTGC AGTCCGCCGA GAAGCTCGGT CCACCTTCTC CGCCATCCTC GTCATCTTCT
    GATAGGAAGG GAGGGCTTGG CATTAGAAAG CATGGTTTGG ATGTTGTGCA TGCCGAATAC
    CGCCGGGAGT CCTTCCACTG CGAGCATGCC CTCCAGAGCT TGATGGAGAT AGAAGGAGAA
    AACACGCCCA GTGCTCTACC CTCTCCACCT GATCAAACGC CAACGCACAT GCCCATCAAG
    CACACGTTGA GTCCAGCAAG GCAACTCGGG AGGCAAGACT CAATCATGGA TAGAGAGTTT
    GAAGGGAAAT CGAAGCAGGC TGACTCAAGC GAAGCAATTT TGAAGACTGC ATCAAAAACT
    GAACCAGTAG CAATCATTGT AGATCTTAAA TCAACCCCGT TGGGTGAAAC AACCCAGAGG
    GATAAAGTAG CCTCTAAGTT TGAGTCTTCC CAAGTTTCAG TTGCCTCAAT GGGGAAGGTT
    GTAGCCAAGG ATGTGGGAAA GATTGAATCT TCTAGTACTT TGGTAACTGG CCCCAAGATC
    CCAGATTGGA CGCCAATTGT CCAGAGCTCT GGAGTACAGG AACTCAAACC TCATCAAACC
    GAGAGTCCTA AAGGGCTGGA GAATGGCAAA GACATTGGAA AGATCCCAGT GAAAGAGAAA
    ACCCAATTGA CAAAGACTCC AGAGGCAAGC AAGTCAAGTA AAGGACCTTT AAATGTTGAG
    GGGACTGGAT CTGGTTCTAT TGGTACACCT AAAGTCTCAG AAGCAGTTCC AAGCCAGTCT
    AAGAGCATTC AGGAACGGGC TCAAACTCCA TCAGGGTCAA CTCGAGGCCC TCAGGAGGAA
    AGATGTCGCC TCGAAGCAGT CGAAGTCTCT CCTCCCTCTC CATCTCCAAT TGCTAGGTCA
    CCTTGCACAA GCAAGTCAAG GGCCATTTCT CCTGGTGACC GGTCCAGTTT TGTGACCCAG
    CTGACCAGTG TGGCTAAAAC TGTGCTTGGG CCAATGAAAT TGGGCTCCCA GGATGGGGGG
    AAGGCCAAAG ACAGCTCCAA GACAAATGAG GACAAACGAG CCGCCACATT GGGAAAGTCC
    GAGGCCTCAT CTGGGGGTCG CCGAGGATTG ACGGGAACTT GGCCTGGCCC TGGATCATCA
    TCAAAGCCTG AAAAGGCATC AAAGAGCTCT TCCAAGCATT CATAA

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

    CloneID ODa47037
    Clone ID Related Accession (Same CDS sequence) XM_009299114.2
    Accession Version XM_009299114.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4869bp)
    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 microtubule-associated serine/threonine-protein kinase 1 isoform X2
    Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007114.6) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009299114.1. ##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##

    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
    ATGCAGGCCG GTGGGTTTCG GCGCACTAAA AGTTGCCGCA GCAACCGGAA GAGTCTGATT 
    CTGACCTCCA CCTCCCCGAC TTTGCCCCGC CCACACTCGC CATTACCAGG ACACATAGGA
    AGTAGTCCTC TGGACAGCCC TCGTAACTTC TCTCCCAGTA CTCCTGCACA TTTCTCCTTC
    GCTTCCTCTA GACGAGATGG GCGTCGCTGG TCCCTGGCGT CTCTTCCATC TTCTGGATAT
    GGAACCAACA CACCCAGTTC AACGTCTTCC AGCTCGTCTC AGGAGCGTCT GCATCAGCTG
    CCGTCTCAGC CCACCATGGA CGAGCTGCAC TTTCTGTCCA AACACTTCGG CAGCACAGAG
    AGCATCACCG ATGATGATGG AGGACGCTGC TCACCTCACA TAAGACCACG CTCACGCAGC
    CTGAGTCCGG GCCGCTCTCA CTCCTGCTAC GACAATGAGA TCATCATGAT GAATCATGTT
    TACAGGGAAC GCTTCCCTAA GGCCACGGCG CAGATGGAGG GCAGGTTGTG TGATTTTGTC
    CACTCGTACT GTCCTGAGAA CGTCCTGCCT CTGGCTGACG GGGTCCTCAG CTTCATCCAT
    CACCAGATCA TCGAGCTGTC CAGAGACTGC CTGACCAAAT CTAGAGAGGG CCTCATCACA
    TCCGTCTACT TCTTTGAGCT GCAGGAGAAT CTGGAGAAAC TTCTGGATGA TGCGTATAAG
    CGGTCAGAGA GTTCAGAGTT GACCTTTGTC ACAGAGTTGG TAAAGAAGAT CTTCTTCATC
    ATCGCTCGAC CTGCTCGACT TCTGGAGTGT TTGGAGTTTA ACCCTGAAGA GTTCTACCAT
    CTGCTGGAAG CGGCTGAAGA TCACGCTAAA GAAGGTCACC TGATGAAGAC GGACATCCCG
    CGCTACATCA TCAGTCAGCT GGGTCTGACA CGAGACCCTC TGGAGGAGAT GGTCAGTCGG
    GAGCATTATG ACAGCGAGGG TCCCGTCACA CCAGAGACAG ACGACTCTGC AGAGGGAAAA
    ATGAAACCCA TGAAGCCACC AGGAGAGGCA GATTTCCAAA CCATCAAACT CATCAGCAAT
    GGAGCCTACG GCGAGGTGTA TCTGGTCCGT CATCTGGAGA CCCGGCAGCG CTTCGCGATG
    AAGAAAATCA ACAAGCAGAA CCTGATTCTG AGGAACCAGA TCCAGCAGGC GTTTGTGGAG
    CGAGACATCC TGACCTTTGC TGAGAACCCG TTCGTGGTCA GCATGTTCTG CTCCTTTGAG
    ACCAGAAGAC ACCTGTGTAT GGTCATGGAG TATGTGGAGG GAGGTGATTG TGCCACACTG
    CTCAAAAACA TCGGAGCGCT GCCTGTGGAA ATGGCCCGTA TGTACTTTGC AGAAACCGTC
    CTGGCTCTGG AGTACATCCA CAACTATGGC ATCGTGCATC GAGATCTCAA ACCTGACAAT
    CTGCTCATCA CGTCAATGGG TCACATTAAA CTCACCGATT TCGGTTTGTC CAAAATGGGC
    CTCATGAGTC TCACCACAAA TTTGTATGAA GGACACATCG AGAAGGACAC CAGGGAGTTC
    CTGGATAAAC AGGTTTGTGG CACACCGGAG TACATCGCCC CTGAGGTGAT CCTGCGGCAG
    GGCTATGGGA AGCCGGTGGA CTGGTGGGCG ATGGGCATCA TCCTCTATGA GTTCCTGGTG
    GGCTGCGTGC CGTTCTTCGG CGACACTCCA GAGGAGCTGT TCGGTCAGGT GATCTCAGAT
    GATATTGTGT GGCCCGAGGA TGATGACGCA CTTCCTCCGG ACGCACAGCA CCTGATCTCA
    TCTTTACTTC AGACCAGCCC ACTGCTCAGA CTGGGCACAG GCGGAGCATT TGAGGTGAAG
    CAGCATCCGT TCTTCGGCGA TCTGGACTGG GGCAGTTTAC TCCGCCAGAA AGCTGAGTTC
    ATCCCAAACC TGGAGTCTGA AGAAGACACC AGCTACTTTG ACACACGATC AGAGCGATAT
    CATCACGTTC ACTCGTACGA TGAGGACGAC ACTAATGATG ACGAGCCTGT GGAGATTCAC
    CGCTTCTCCT CCTGCTCGCC ACGATTCAGC AAGGTGTACA GCAGCATGGA GCATCTGTCC
    CAGCTGGAGC ACAAACCTGT GGTGACCCGC CGAGAGCCCA AACCTCACAG AGAAGACCGG
    GCCAAGAGAG AGAGCATGGG CAGCCTGACC CTCCGAGACA AGACCTGGAG AACCGGATCC
    CCAGAGATGA AGCGTCTGTC GTGTTCGGAG TCGTCCTTCA CCGAATCAGA CTCCAGTCCT
    CCCGGAGCTC GCCGCCGTTT CTCAGCGCTG ATGGACACAC ACCGCTTCGC TTCTCCACTG
    GAGGGAGACA GTGACACACA CACACGCCAG CCGCCCGTCA AAACCAGAGG GACGTCACTA
    GAGGGCGCCA GTGTTCCCGT CAGTTCCGGA CTGTTTGAGT CCAGCTCTGC CGTGTCAGTG
    GGACATCCTG GAGACAAGCT TCTGCGTCCC GCTGAAGGTC CATCAGCTCC TCTGCACATG
    CCGGAGCCCT TCAGTGCACG AGTAGGAAGT GACCTCGTCT TACGAAGAGC ACGACATCAT
    CAGATACCGA GCGACAGTGA GAAACGAACC GCCACTCGCT CCGGCACAAA AGTCATCAAG
    TCGGCCTCCG CCACGGCGCT GTCTGTCATT ATACCTGCAG TTGAGCAGCA TGGTACGTCT
    CCGCTGGCCA GTCCCATGTC TCCTCGATCC GTCTCATCCA ATCCCTCGTC TCGTGACTCA
    TCTCCGAGTC GTGATTATTC GCCTACGGTC AATGTCCTGC GCTCACCGAT CACCATCCAT
    CGCTCTGGGA AGAAGTACGG CTTCACTCTG CGAGCCATCA GAGTCTACAT GGGCGACAGT
    CACGTGTATA GCGTACATCA CATGGTCTGG CATGTAGAAT GTGGTGGGCC GGCCCAGGAG
    GCGGGGCTTT GTGCTGGTGA CCTCATCACA CATGTGAATG GAGAGCCTGT GCACGGATTG
    GTGCACACAG AGGTGGTGGA GCTCATTCTG AAGAGTGGCA GCAAAGTAAC AGTGACGACT
    ACTCCGTTCG AAAACACCTC CATAAAGATT GGTCCCGCCA GGAAGCTGAG CTACAAAGCC
    AAGATGGCCA GACGCAACAA GAAATCAGCA GCAAAAGATG GACAAGAGAG TAAGAAACGC
    AGCTCTCTCT TTCGTAAGAT CACTAAGCAG TCAAACCTTC TTCACACCAG TCGTAGTCTG
    TCTTCTCTGA ATCGCTCGCT GTCGTCTGGA GACAGTCTGC CTGGATCTCC CACACATAAC
    CTGTCTGCCC GCTCTCCGAC ACAGACGTAC CGCTCTCCGC CAGACTCCAC CTACCTCGGC
    ACGTCATCCC AGAGCAGCTC TCCCGCATCC AGCACACCAA ACTCGCCTGC TACATCTCAG
    CACATGCGTC CAAGCTCTCT TTATGGCCTC TCACCCAAAC TCCACCGCCA GTATCGTTCT
    GCACGCTGCA AATCTGCCGG GAATATTCCT CTGTCCCCAT TGGCTCACAC ACCATCCCCG
    ACTTCGTCCT CTCCACCACC CATAGCGGGA CACATCGTTG GCAGCTCCAA CACCACCCAG
    GCCTTCCCTG CAAAGCTTCA CGCCTCCCCT CCAATAACAC GTCCACGACC TAAAAGTGCA
    GAACCACCCC GTTCCCCTCT TCTCCAAAGG GTGCAGTCCG CCGAGAAGCT CGGTCCACCT
    TCTCCGCCAT CCTCGTCATC TTCTGATAGG AAGGGAGGGC TTGGCATTAG AAAGCATGGT
    TTGGATGTTG TGCATGCCGA ATACCGCCGG GAGTCCTTCC ACTGCGAGCA TGCCCTCCAG
    AGCTTGATGG AGATAGAAGG AGAAAACACG CCCAGTGCTC TACCCTCTCC ACCTGATCAA
    ACGCCAACGC ACATGCCCAT CAAGCACACG TTGAGTCCAG CAAGGCAACT CGGGAGGCAA
    GACTCAATCA TGGATAGAGA GTTTGAAGGG AAATCGAAGC AGGCTGACTC AAGCGAAGCA
    ATTTTGAAGA CTGCATCAAA AACTGAACCA GTAGCAATCA TTGTAGATCT TAAATCAACC
    CCGTTGGGTG AAACAACCCA GAGGGATAAA GTAGCCTCTA AGTTTGAGTC TTCCCAAGTT
    TCAGTTGCCT CAATGGGGAA GGTTGTAGCC AAGGATGTGG GAAAGATTGA ATCTTCTAGT
    ACTTTGGTAA CTGGCCCCAA GATCCCAGAT TGGACGCCAA TTGTCCAGAG CTCTGGAGTA
    CAGGAACTCA AACCTCATCA AACCGAGAGT CCTAAAGGGC TGGAGAATGG CAAAGACATT
    GGAAAGATCC CAGTGAAAGA GAAAACCCAA TTGACAAAGA CTCCAGAGGC AAGCAAGTCA
    AGTAAAGGAC CTTTAAATGT TGAGGGGACT GGATCTGGTT CTATTGGTAC ACCTAAAGTC
    TCAGAAGCAG TTCCAAGCCA GTCTAAGAGC ATTCAGGAAC GGGCTCAAAC TCCATCAGGG
    TCAACTCGAG GCCCTCAGGA GGAAAGATGT CGCCTCGAAG CAGTCGAAGT CTCTCCTCCC
    TCTCCATCTC CAATTGCTAG GTCACCTTGC ACAAGCAAGT CAAGGGCCAT TTCTCCTGGT
    GACCGGTCCA GTTTTGTGAC CCAGCTGACC AGTGTGGCTA AAACTGTGCT TGGGCCAATG
    AAATTGGGCT CCCAGGATGG GGGGAAGGCC AAAGACAGCT CCAAGACAAA TGAGGACAAA
    CGAGCCGCCA CATTGGGAAA GTCCGAGGCC TCATCTGGGG GTCGCCGAGG ATTGACGGGA
    ACTTGGCCTG GCCCTGGATC ATCATCAAAG CCTGAAAAGG CATCAAAGAG CTCTTCCAAG
    CATTCATAA

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

    RefSeq XP_009297389.1
    CDS78..4946
    Translation

    Target ORF information:

    RefSeq Version XM_009299114.2
    Organism Danio rerio(Zebrafish)
    Definition Danio rerio microtubule associated serine/threonine kinase 1b (mast1b), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_009299114.2

    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
    ATGCAGGCCG GTGGGTTTCG GCGCACTAAA AGTTGCCGCA GCAACCGGAA GAGTCTGATT 
    CTGACCTCCA CCTCCCCGAC TTTGCCCCGC CCACACTCGC CATTACCAGG ACACATAGGA
    AGTAGTCCTC TGGACAGCCC TCGTAACTTC TCTCCCAGTA CTCCTGCACA TTTCTCCTTC
    GCTTCCTCTA GACGAGATGG GCGTCGCTGG TCCCTGGCGT CTCTTCCATC TTCTGGATAT
    GGAACCAACA CACCCAGTTC AACGTCTTCC AGCTCGTCTC AGGAGCGTCT GCATCAGCTG
    CCGTCTCAGC CCACCATGGA CGAGCTGCAC TTTCTGTCCA AACACTTCGG CAGCACAGAG
    AGCATCACCG ATGATGATGG AGGACGCTGC TCACCTCACA TAAGACCACG CTCACGCAGC
    CTGAGTCCGG GCCGCTCTCA CTCCTGCTAC GACAATGAGA TCATCATGAT GAATCATGTT
    TACAGGGAAC GCTTCCCTAA GGCCACGGCG CAGATGGAGG GCAGGTTGTG TGATTTTGTC
    CACTCGTACT GTCCTGAGAA CGTCCTGCCT CTGGCTGACG GGGTCCTCAG CTTCATCCAT
    CACCAGATCA TCGAGCTGTC CAGAGACTGC CTGACCAAAT CTAGAGAGGG CCTCATCACA
    TCCGTCTACT TCTTTGAGCT GCAGGAGAAT CTGGAGAAAC TTCTGGATGA TGCGTATAAG
    CGGTCAGAGA GTTCAGAGTT GACCTTTGTC ACAGAGTTGG TAAAGAAGAT CTTCTTCATC
    ATCGCTCGAC CTGCTCGACT TCTGGAGTGT TTGGAGTTTA ACCCTGAAGA GTTCTACCAT
    CTGCTGGAAG CGGCTGAAGA TCACGCTAAA GAAGGTCACC TGATGAAGAC GGACATCCCG
    CGCTACATCA TCAGTCAGCT GGGTCTGACA CGAGACCCTC TGGAGGAGAT GGTCAGTCGG
    GAGCATTATG ACAGCGAGGG TCCCGTCACA CCAGAGACAG ACGACTCTGC AGAGGGAAAA
    ATGAAACCCA TGAAGCCACC AGGAGAGGCA GATTTCCAAA CCATCAAACT CATCAGCAAT
    GGAGCCTACG GCGAGGTGTA TCTGGTCCGT CATCTGGAGA CCCGGCAGCG CTTCGCGATG
    AAGAAAATCA ACAAGCAGAA CCTGATTCTG AGGAACCAGA TCCAGCAGGC GTTTGTGGAG
    CGAGACATCC TGACCTTTGC TGAGAACCCG TTCGTGGTCA GCATGTTCTG CTCCTTTGAG
    ACCAGAAGAC ACCTGTGTAT GGTCATGGAG TATGTGGAGG GAGGTGATTG TGCCACACTG
    CTCAAAAACA TCGGAGCGCT GCCTGTGGAA ATGGCCCGTA TGTACTTTGC AGAAACCGTC
    CTGGCTCTGG AGTACATCCA CAACTATGGC ATCGTGCATC GAGATCTCAA ACCTGACAAT
    CTGCTCATCA CGTCAATGGG TCACATTAAA CTCACCGATT TCGGTTTGTC CAAAATGGGC
    CTCATGAGTC TCACCACAAA TTTGTATGAA GGACACATCG AGAAGGACAC CAGGGAGTTC
    CTGGATAAAC AGGTTTGTGG CACACCGGAG TACATCGCCC CTGAGGTGAT CCTGCGGCAG
    GGCTATGGGA AGCCGGTGGA CTGGTGGGCG ATGGGCATCA TCCTCTATGA GTTCCTGGTG
    GGCTGCGTGC CGTTCTTCGG CGACACTCCA GAGGAGCTGT TCGGTCAGGT GATCTCAGAT
    GATATTGTGT GGCCCGAGGA TGATGACGCA CTTCCTCCGG ACGCACAGCA CCTGATCTCA
    TCTTTACTTC AGACCAGCCC ACTGCTCAGA CTGGGCACAG GCGGAGCATT TGAGGTGAAG
    CAGCATCCGT TCTTCGGCGA TCTGGACTGG GGCAGTTTAC TCCGCCAGAA AGCTGAGTTC
    ATCCCAAACC TGGAGTCTGA AGAAGACACC AGCTACTTTG ACACACGATC AGAGCGATAT
    CATCACGTTC ACTCGTACGA TGAGGACGAC ACTAATGATG ACGAGCCTGT GGAGATTCAC
    CGCTTCTCCT CCTGCTCGCC ACGATTCAGC AAGGTGTACA GCAGCATGGA GCATCTGTCC
    CAGCTGGAGC ACAAACCTGT GGTGACCCGC CGAGAGCCCA AACCTCACAG AGAAGACCGG
    GCCAAGAGAG AGAGCATGGG CAGCCTGACC CTCCGAGACA AGACCTGGAG AACCGGATCC
    CCAGAGATGA AGCGTCTGTC GTGTTCGGAG TCGTCCTTCA CCGAATCAGA CTCCAGTCCT
    CCCGGAGCTC GCCGCCGTTT CTCAGCGCTG ATGGACACAC ACCGCTTCGC TTCTCCACTG
    GAGGGAGACA GTGACACACA CACACGCCAG CCGCCCGTCA AAACCAGAGG GACGTCACTA
    GAGGGCGCCA GTGTTCCCGT CAGTTCCGGA CTGTTTGAGT CCAGCTCTGC CGTGTCAGTG
    GGACATCCTG GAGACAAGCT TCTGCGTCCC GCTGAAGGTC CATCAGCTCC TCTGCACATG
    CCGGAGCCCT TCAGTGCACG AGTAGGAAGT GACCTCGTCT TACGAAGAGC ACGACATCAT
    CAGATACCGA GCGACAGTGA GAAACGAACC GCCACTCGCT CCGGCACAAA AGTCATCAAG
    TCGGCCTCCG CCACGGCGCT GTCTGTCATT ATACCTGCAG TTGAGCAGCA TGGTACGTCT
    CCGCTGGCCA GTCCCATGTC TCCTCGATCC GTCTCATCCA ATCCCTCGTC TCGTGACTCA
    TCTCCGAGTC GTGATTATTC GCCTACGGTC AATGTCCTGC GCTCACCGAT CACCATCCAT
    CGCTCTGGGA AGAAGTACGG CTTCACTCTG CGAGCCATCA GAGTCTACAT GGGCGACAGT
    CACGTGTATA GCGTACATCA CATGGTCTGG CATGTAGAAT GTGGTGGGCC GGCCCAGGAG
    GCGGGGCTTT GTGCTGGTGA CCTCATCACA CATGTGAATG GAGAGCCTGT GCACGGATTG
    GTGCACACAG AGGTGGTGGA GCTCATTCTG AAGAGTGGCA GCAAAGTAAC AGTGACGACT
    ACTCCGTTCG AAAACACCTC CATAAAGATT GGTCCCGCCA GGAAGCTGAG CTACAAAGCC
    AAGATGGCCA GACGCAACAA GAAATCAGCA GCAAAAGATG GACAAGAGAG TAAGAAACGC
    AGCTCTCTCT TTCGTAAGAT CACTAAGCAG TCAAACCTTC TTCACACCAG TCGTAGTCTG
    TCTTCTCTGA ATCGCTCGCT GTCGTCTGGA GACAGTCTGC CTGGATCTCC CACACATAAC
    CTGTCTGCCC GCTCTCCGAC ACAGACGTAC CGCTCTCCGC CAGACTCCAC CTACCTCGGC
    ACGTCATCCC AGAGCAGCTC TCCCGCATCC AGCACACCAA ACTCGCCTGC TACATCTCAG
    CACATGCGTC CAAGCTCTCT TTATGGCCTC TCACCCAAAC TCCACCGCCA GTATCGTTCT
    GCACGCTGCA AATCTGCCGG GAATATTCCT CTGTCCCCAT TGGCTCACAC ACCATCCCCG
    ACTTCGTCCT CTCCACCACC CATAGCGGGA CACATCGTTG GCAGCTCCAA CACCACCCAG
    GCCTTCCCTG CAAAGCTTCA CGCCTCCCCT CCAATAACAC GTCCACGACC TAAAAGTGCA
    GAACCACCCC GTTCCCCTCT TCTCCAAAGG GTGCAGTCCG CCGAGAAGCT CGGTCCACCT
    TCTCCGCCAT CCTCGTCATC TTCTGATAGG AAGGGAGGGC TTGGCATTAG AAAGCATGGT
    TTGGATGTTG TGCATGCCGA ATACCGCCGG GAGTCCTTCC ACTGCGAGCA TGCCCTCCAG
    AGCTTGATGG AGATAGAAGG AGAAAACACG CCCAGTGCTC TACCCTCTCC ACCTGATCAA
    ACGCCAACGC ACATGCCCAT CAAGCACACG TTGAGTCCAG CAAGGCAACT CGGGAGGCAA
    GACTCAATCA TGGATAGAGA GTTTGAAGGG AAATCGAAGC AGGCTGACTC AAGCGAAGCA
    ATTTTGAAGA CTGCATCAAA AACTGAACCA GTAGCAATCA TTGTAGATCT TAAATCAACC
    CCGTTGGGTG AAACAACCCA GAGGGATAAA GTAGCCTCTA AGTTTGAGTC TTCCCAAGTT
    TCAGTTGCCT CAATGGGGAA GGTTGTAGCC AAGGATGTGG GAAAGATTGA ATCTTCTAGT
    ACTTTGGTAA CTGGCCCCAA GATCCCAGAT TGGACGCCAA TTGTCCAGAG CTCTGGAGTA
    CAGGAACTCA AACCTCATCA AACCGAGAGT CCTAAAGGGC TGGAGAATGG CAAAGACATT
    GGAAAGATCC CAGTGAAAGA GAAAACCCAA TTGACAAAGA CTCCAGAGGC AAGCAAGTCA
    AGTAAAGGAC CTTTAAATGT TGAGGGGACT GGATCTGGTT CTATTGGTAC ACCTAAAGTC
    TCAGAAGCAG TTCCAAGCCA GTCTAAGAGC ATTCAGGAAC GGGCTCAAAC TCCATCAGGG
    TCAACTCGAG GCCCTCAGGA GGAAAGATGT CGCCTCGAAG CAGTCGAAGT CTCTCCTCCC
    TCTCCATCTC CAATTGCTAG GTCACCTTGC ACAAGCAAGT CAAGGGCCAT TTCTCCTGGT
    GACCGGTCCA GTTTTGTGAC CCAGCTGACC AGTGTGGCTA AAACTGTGCT TGGGCCAATG
    AAATTGGGCT CCCAGGATGG GGGGAAGGCC AAAGACAGCT CCAAGACAAA TGAGGACAAA
    CGAGCCGCCA CATTGGGAAA GTCCGAGGCC TCATCTGGGG GTCGCCGAGG ATTGACGGGA
    ACTTGGCCTG GCCCTGGATC ATCATCAAAG CCTGAAAAGG CATCAAAGAG CTCTTCCAAG
    CATTCATAA

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