kif13b cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following kif13b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kif13b 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
OXa59398 XM_031903083.1
Latest version!
Xenopus tropicalis kinesin family member 13B (kif13b), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa40774 XM_018089550.1
Latest version!
Xenopus tropicalis kinesin family member 13B (kif13b), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
OXa59397 XM_031903082.1
Latest version!
Xenopus tropicalis kinesin family member 13B (kif13b), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    CloneID OXa59398
    Clone ID Related Accession (Same CDS sequence) XM_031903083.1
    Accession Version XM_031903083.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4374bp)
    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 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product kinesin-like protein KIF13B isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 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
    ATGAGCGACT CCACTGTAAA GGTGGCGGTA CGGATCCGGC CCATGAACCG AAGGGAAGTG 
    GACCTTCAGA CAAAATGTGT AGTGGATGTA GAAAACAATC AGATCGTCCT GTACCCGTCC
    AATGCCAGCC TTTCCAAGGG GGATGCCCGG AGCCAGCCAA AGGTATTCGC CTACGACCAT
    TGTTTCTGGT CCATGGATGA GTCCGTCAAA GAGAAGTTTG CAGGACAAGA TGTAGTCTTT
    CAGTGCCTTG GAGAGAACAT ACTACAGAAT GCCTTTGAAG GCTACAACGC ATGTATCTTT
    GCCTATGGGC AGACTGGCTC TGGGAAGTCC TACACCATGA TGGGCACAGC TGACCAGCCC
    GGGCTGATCC CAAGACTATG CAGCACTTTA TTTGAAAGGA CACAGAAAGC GGAGAACGAA
    GAGCTGAGCT TTAAAGTGGA AGTCTCCTTT ATGGAAATCT ACAATGAGAA AGTCCGGGAT
    CTCCTTGACC CAAAAGGAAG CCGCCAGTCT CTTAAAGTCA GAGAGCACAA AGTGTTGGGC
    CCATACGTCG ATGGCCTATC AAAGCTAGCC GTCACCAGTT ACAAGGACAT TGAGTCTTTG
    ATGTCAGAAG GCAACAAATC TCGCACAGTG GCGGCGACCA ACATGAATGA AGAGAGCAGT
    CGATCCCATG CTGTCTTCAA CATTATCCTT ACTCACACGC TGGTCGATGT CAAGTCCGGG
    ACCTCAGGGG AGAAGGTGAG CAAGCTGAGC TTAGTAGATT TGGCCGGGAG CGAAAGAGCC
    ACAAAGACTG GAGCTGCCGG GGAACGTTTA AAGGAAGGGA GCAATATCAA CAAGTCCCTC
    ACCACCCTTG GCCTGGTTAT CTCAGCCTTG GCAGATCAAG GGGCCGGCAA GAATAAGAAC
    AAGTTTGTTC CGTATCGAGA CTCCGTGTTA ACATGGCTGC TGAAAGACAG TCTGGGAGGG
    AACAGTAAAA CAGCGATGGT AGCCACGGTG AGCCCCGCTG CTGATAACTA TGATGAGACG
    CTCTCCACCC TGAGGTATGC CGACCGAGCC AAGAACATAG TCAACCATGC CGTCGTCAAT
    GAGGACCCCA ACGCCAGAAT AATCCGGGAA TTGCGTGAGG AGGTGGAGAA ACTGAGGGTT
    CAGCTTACCC AAGCCGAGTC TATGAAGGCC CCAGAGTTAA AAGAACGTCT GCAGGAATCT
    GAGAAGCTAA TTCAAGAGAT GACTGTGACT TGGGAAGAGA AGCTCAGAAT GACAGAGGAC
    ATTGCCCAGG AGCGCCAGAA GCAGCTGGAA AGCCTTGGGA TTTCACTTCA GTCTTCTGGG
    ATCAAAGTGG GAGATAATAA GAGTTTCTTA GTCAATTTAA ATGCAGATCC AGCCCTCAAC
    GAGCTCCTGG TGTACTACCT TAAGGATCAC ACATTAATCG GGTCCCATGA CTCCCAGGAC
    ATCCAGCTGT GTGGCTTGGG AATTCTGCCT GAACACTGCA TTATAGACAT CTCTCCGGAA
    GGGCAGGTTA TACTGACACC AATGAAAAAC ACTAGGACCT ATGTGAACGG CTCCGCAGTC
    ACTAAAGCAA CACAGCTCCA GCACGGAGAC CGAATTCTCT GGGGGAACAA TCACTTCTTC
    AGGATCAGCT TACCAAAGAA GAAGAAGGCC AAGCAAGAGG ACGAGGAGCA GGACTCCAGC
    CTGAGGAACA GCAGCAGCTT TGAACAACTA GACTTGGATG GAGATAGTTC CAGTGAAGGC
    TCCAGCGAGG TCAACTTCAA CTATGAGTAT GCCCAGATGG AAATCATGAT GAAAGCCCTT
    GGCAATAATG ACCCCATGCA GTCCATCCTA CAGAGCCTGG AGCAGCAGCA TGAGGAAGAG
    AAGCGTTCTG CCCTTGAGCG CCAGAGACTG ATGTATGAGC ACGAGTTGGA CCAGCTGCGC
    CGTAGGCTTT CCCCGGAGAA GCAGCACTAC CGCAGCATGG ACCGGTTCTC CTTTGGATCT
    CCCAACGCTC AGCAGCGAAT CAGGCAGTGG ACAGAAGAAA GAGAAGCAAT GCTGAATCAG
    AGCCTCAGAA AGCTACGGGA GCAGATAGCC AAAGCCAATC TGCATGTTCA GGAGGCCAAT
    TTCATAGCAG AGGAGATGGA TAAGAGGACA GAGTATAAAG TGACACTTCA GATTCCAGCC
    TCCAGTCTCA ATGCCAACAA AAAGCGAGGC GCAGTGCTGA GCGAGCCAGC CATACAGGTG
    CGCAGGAAAG GGAAGGGCAA GCAAATCTGG TCCTTGGAGA AGTTGGAAAA CCGTTTGGTG
    GATATCCGAG ACCTTTACCA GGAATGGAAA GAATGTGATG AAGACGACCC AATGAGCCGC
    TCCTATTTCC GGCGAGCAGA TCCTTTCTAT GATGAGCATG AAAATCACAG CCTGATTGGT
    GTAGCCAACG TCTTCTTGGA GTCTCTTTTC CATGATGTAA AGCTTCAGTA CGCAGTTCCT
    ATCATCAACC AGAAGGGGGA GGTTGCAGGA CGGTTACACG TGGAAGTGGT CCGCATCAGC
    GGCGACATCG AAGATCGGAT AGCGGGAGGG GAAGATGGAG CAGATTTCTC CTTTGAGAAG
    GAGGCTCAGG AAAACAAGTT AGTCTGCATG ATTAAAGTGC TCCAGGCCAC AGGTTTGCCA
    CAGCATCTCA CCAACTTTGT CTTCTGCCAT TACATCTTCT GGGATCAGCC AGAGCCCACT
    ACTGTGGCCC CTGAAGTGGA CACAGCACCC CCGGTCATTA AGGGGACGGA GTGCATGGTG
    GTTTTTGACC ACTGCAAAGA GTTTGTGGTG AACATTACAG AAGACTTCTT AGAATATCTT
    TCTGAGGGGG CCCTGGCCAT TGAGGTTTAT GGCCACAGAC AGAGTGACCC ACACAGGAAT
    CCGGCCCTTT GGGACTTAGG AATAATTCAA GCAAAGACCC GCAGCTTGCG AGATAGGTGG
    AGTGAGGTCA CCAGGAAGGT GGAATTGTGG GTACAAATTC TGGAACTTAA TGAGAATGGG
    GAGTACTGTC CAGTGGAAGT GACGCCAGCC AAAGATGTTC AAACAGGAGG AATCTACCAG
    CTCAAACAGG GACAGTCTCG GCGCCTTCAC ATAGAAGCAC GGTCAGTTCA AGACTCAGGA
    ACACTGCCCC TTATTGAAGA TTCCATTTTA TCTATCTCCA TTGGCTGTGT GAAGATAGTC
    AATGCAAAGG CCATTAAAGC CCATGACTTC CACCAGGATG CTCGAGAAGA TGTTGACAGC
    TACCAGGACC GAGATCTGGA AAGACTGAGG AGGAAATGGC TGAATGCTCT CACCAAACGT
    CAGGAATACT TAGATCAACA ACTGCAAAAA CTGGTCAGCA AACAAGATAA ATCAGAAGAT
    GATGCAGACC GAGAGGCGCA GTTGCTAGAA ATGAGGCTTA CGCTCACGGA AGAGAGGAAT
    GCCGTCATGG TGCCCTCTGC TGGAAGTGGT ATTCCTGGTG CTCCTGCAAA CTGGACCCCC
    GTCTCGGGAA TGGAGACCCA CATTCCGGTC ATTTTCTTAG ATCTTAATGT GGATGACTTC
    AGCTCTCAAG ATGACCTGGA TGGGTTGGAA CCTGCAGGGT GGGACTCCAC TCTCACGTCA
    GAAGATGAGG GCGAGTTCTT CGACCTGCAG ATTGTAAAGC ACCATGAGAG TGAGGTCAAG
    GCAGAAGCCT CCTGGGACTG TACCGTCCAT AACTGCCCCC AGCTCAGTAA AGGTTCTGCC
    CCTGAGGACC GGGTGTTCCT GATTGTCAGG GCAACTGTGC AGCTCAGCCA CCCAGCAGAA
    ATGCAGATTG TTCTGCGCAA GCGTATTTGT GTCAATGTGT ATAGCCGACA GGGGTTTGCT
    CAGAGTTTTC TAAGGCGAAT GTCTCATCGA AGTAGTATTT CCAGCTGTGG TGTCACCGTG
    GAAGTTGTCT CTAATATTCC AGAGGACTCT CAAGGGGCAG AAGATCGGGA GGCCCTTGCC
    AGAATGGCAG CAAACGTTGA AGATACGGGA TCTGCGGATT CGGAGGCGTA TATTGAGAAG
    TACCTGCGCA GCGTGCTTGC CGTGGAGAAC ATCCTCACAT TGGACCGTCT TCGCCAGGCA
    TTCTGTCCTA TTGGAAGAGG CCACCGAAAT CCATGTAGGT TGGATGAAAG CAAGAACAGG
    TTGTCGGAAC TGAGTAGAGA CTCTAAGGAA AAGCTCAGTG CAAGGCGGCA GTCAGAGTGC
    AACCCCCCTC ACTGGGAAAG GTGCCGGAGA GCATCTGCTC CGCCAGTTAT GATTCACCAT
    AGAATGCATG CTGCCGCTGA TGGGAGGCCC AGAGAGTCCA GCCCAATACA AGATACAGAC
    GACTACCCTG CCTTTTGGGC TGAGAGACTC GACCTGTTTT TGTCCAAGTA TTAA

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

    RefSeq XP_031758943.1
    CDS72..4445
    Translation

    Target ORF information:

    RefSeq Version XM_031903083.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis kinesin family member 13B (kif13b), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031903083.1

    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
    ATGAGCGACT CCACTGTAAA GGTGGCGGTA CGGATCCGGC CCATGAACCG AAGGGAAGTG 
    GACCTTCAGA CAAAATGTGT AGTGGATGTA GAAAACAATC AGATCGTCCT GTACCCGTCC
    AATGCCAGCC TTTCCAAGGG GGATGCCCGG AGCCAGCCAA AGGTATTCGC CTACGACCAT
    TGTTTCTGGT CCATGGATGA GTCCGTCAAA GAGAAGTTTG CAGGACAAGA TGTAGTCTTT
    CAGTGCCTTG GAGAGAACAT ACTACAGAAT GCCTTTGAAG GCTACAACGC ATGTATCTTT
    GCCTATGGGC AGACTGGCTC TGGGAAGTCC TACACCATGA TGGGCACAGC TGACCAGCCC
    GGGCTGATCC CAAGACTATG CAGCACTTTA TTTGAAAGGA CACAGAAAGC GGAGAACGAA
    GAGCTGAGCT TTAAAGTGGA AGTCTCCTTT ATGGAAATCT ACAATGAGAA AGTCCGGGAT
    CTCCTTGACC CAAAAGGAAG CCGCCAGTCT CTTAAAGTCA GAGAGCACAA AGTGTTGGGC
    CCATACGTCG ATGGCCTATC AAAGCTAGCC GTCACCAGTT ACAAGGACAT TGAGTCTTTG
    ATGTCAGAAG GCAACAAATC TCGCACAGTG GCGGCGACCA ACATGAATGA AGAGAGCAGT
    CGATCCCATG CTGTCTTCAA CATTATCCTT ACTCACACGC TGGTCGATGT CAAGTCCGGG
    ACCTCAGGGG AGAAGGTGAG CAAGCTGAGC TTAGTAGATT TGGCCGGGAG CGAAAGAGCC
    ACAAAGACTG GAGCTGCCGG GGAACGTTTA AAGGAAGGGA GCAATATCAA CAAGTCCCTC
    ACCACCCTTG GCCTGGTTAT CTCAGCCTTG GCAGATCAAG GGGCCGGCAA GAATAAGAAC
    AAGTTTGTTC CGTATCGAGA CTCCGTGTTA ACATGGCTGC TGAAAGACAG TCTGGGAGGG
    AACAGTAAAA CAGCGATGGT AGCCACGGTG AGCCCCGCTG CTGATAACTA TGATGAGACG
    CTCTCCACCC TGAGGTATGC CGACCGAGCC AAGAACATAG TCAACCATGC CGTCGTCAAT
    GAGGACCCCA ACGCCAGAAT AATCCGGGAA TTGCGTGAGG AGGTGGAGAA ACTGAGGGTT
    CAGCTTACCC AAGCCGAGTC TATGAAGGCC CCAGAGTTAA AAGAACGTCT GCAGGAATCT
    GAGAAGCTAA TTCAAGAGAT GACTGTGACT TGGGAAGAGA AGCTCAGAAT GACAGAGGAC
    ATTGCCCAGG AGCGCCAGAA GCAGCTGGAA AGCCTTGGGA TTTCACTTCA GTCTTCTGGG
    ATCAAAGTGG GAGATAATAA GAGTTTCTTA GTCAATTTAA ATGCAGATCC AGCCCTCAAC
    GAGCTCCTGG TGTACTACCT TAAGGATCAC ACATTAATCG GGTCCCATGA CTCCCAGGAC
    ATCCAGCTGT GTGGCTTGGG AATTCTGCCT GAACACTGCA TTATAGACAT CTCTCCGGAA
    GGGCAGGTTA TACTGACACC AATGAAAAAC ACTAGGACCT ATGTGAACGG CTCCGCAGTC
    ACTAAAGCAA CACAGCTCCA GCACGGAGAC CGAATTCTCT GGGGGAACAA TCACTTCTTC
    AGGATCAGCT TACCAAAGAA GAAGAAGGCC AAGCAAGAGG ACGAGGAGCA GGACTCCAGC
    CTGAGGAACA GCAGCAGCTT TGAACAACTA GACTTGGATG GAGATAGTTC CAGTGAAGGC
    TCCAGCGAGG TCAACTTCAA CTATGAGTAT GCCCAGATGG AAATCATGAT GAAAGCCCTT
    GGCAATAATG ACCCCATGCA GTCCATCCTA CAGAGCCTGG AGCAGCAGCA TGAGGAAGAG
    AAGCGTTCTG CCCTTGAGCG CCAGAGACTG ATGTATGAGC ACGAGTTGGA CCAGCTGCGC
    CGTAGGCTTT CCCCGGAGAA GCAGCACTAC CGCAGCATGG ACCGGTTCTC CTTTGGATCT
    CCCAACGCTC AGCAGCGAAT CAGGCAGTGG ACAGAAGAAA GAGAAGCAAT GCTGAATCAG
    AGCCTCAGAA AGCTACGGGA GCAGATAGCC AAAGCCAATC TGCATGTTCA GGAGGCCAAT
    TTCATAGCAG AGGAGATGGA TAAGAGGACA GAGTATAAAG TGACACTTCA GATTCCAGCC
    TCCAGTCTCA ATGCCAACAA AAAGCGAGGC GCAGTGCTGA GCGAGCCAGC CATACAGGTG
    CGCAGGAAAG GGAAGGGCAA GCAAATCTGG TCCTTGGAGA AGTTGGAAAA CCGTTTGGTG
    GATATCCGAG ACCTTTACCA GGAATGGAAA GAATGTGATG AAGACGACCC AATGAGCCGC
    TCCTATTTCC GGCGAGCAGA TCCTTTCTAT GATGAGCATG AAAATCACAG CCTGATTGGT
    GTAGCCAACG TCTTCTTGGA GTCTCTTTTC CATGATGTAA AGCTTCAGTA CGCAGTTCCT
    ATCATCAACC AGAAGGGGGA GGTTGCAGGA CGGTTACACG TGGAAGTGGT CCGCATCAGC
    GGCGACATCG AAGATCGGAT AGCGGGAGGG GAAGATGGAG CAGATTTCTC CTTTGAGAAG
    GAGGCTCAGG AAAACAAGTT AGTCTGCATG ATTAAAGTGC TCCAGGCCAC AGGTTTGCCA
    CAGCATCTCA CCAACTTTGT CTTCTGCCAT TACATCTTCT GGGATCAGCC AGAGCCCACT
    ACTGTGGCCC CTGAAGTGGA CACAGCACCC CCGGTCATTA AGGGGACGGA GTGCATGGTG
    GTTTTTGACC ACTGCAAAGA GTTTGTGGTG AACATTACAG AAGACTTCTT AGAATATCTT
    TCTGAGGGGG CCCTGGCCAT TGAGGTTTAT GGCCACAGAC AGAGTGACCC ACACAGGAAT
    CCGGCCCTTT GGGACTTAGG AATAATTCAA GCAAAGACCC GCAGCTTGCG AGATAGGTGG
    AGTGAGGTCA CCAGGAAGGT GGAATTGTGG GTACAAATTC TGGAACTTAA TGAGAATGGG
    GAGTACTGTC CAGTGGAAGT GACGCCAGCC AAAGATGTTC AAACAGGAGG AATCTACCAG
    CTCAAACAGG GACAGTCTCG GCGCCTTCAC ATAGAAGCAC GGTCAGTTCA AGACTCAGGA
    ACACTGCCCC TTATTGAAGA TTCCATTTTA TCTATCTCCA TTGGCTGTGT GAAGATAGTC
    AATGCAAAGG CCATTAAAGC CCATGACTTC CACCAGGATG CTCGAGAAGA TGTTGACAGC
    TACCAGGACC GAGATCTGGA AAGACTGAGG AGGAAATGGC TGAATGCTCT CACCAAACGT
    CAGGAATACT TAGATCAACA ACTGCAAAAA CTGGTCAGCA AACAAGATAA ATCAGAAGAT
    GATGCAGACC GAGAGGCGCA GTTGCTAGAA ATGAGGCTTA CGCTCACGGA AGAGAGGAAT
    GCCGTCATGG TGCCCTCTGC TGGAAGTGGT ATTCCTGGTG CTCCTGCAAA CTGGACCCCC
    GTCTCGGGAA TGGAGACCCA CATTCCGGTC ATTTTCTTAG ATCTTAATGT GGATGACTTC
    AGCTCTCAAG ATGACCTGGA TGGGTTGGAA CCTGCAGGGT GGGACTCCAC TCTCACGTCA
    GAAGATGAGG GCGAGTTCTT CGACCTGCAG ATTGTAAAGC ACCATGAGAG TGAGGTCAAG
    GCAGAAGCCT CCTGGGACTG TACCGTCCAT AACTGCCCCC AGCTCAGTAA AGGTTCTGCC
    CCTGAGGACC GGGTGTTCCT GATTGTCAGG GCAACTGTGC AGCTCAGCCA CCCAGCAGAA
    ATGCAGATTG TTCTGCGCAA GCGTATTTGT GTCAATGTGT ATAGCCGACA GGGGTTTGCT
    CAGAGTTTTC TAAGGCGAAT GTCTCATCGA AGTAGTATTT CCAGCTGTGG TGTCACCGTG
    GAAGTTGTCT CTAATATTCC AGAGGACTCT CAAGGGGCAG AAGATCGGGA GGCCCTTGCC
    AGAATGGCAG CAAACGTTGA AGATACGGGA TCTGCGGATT CGGAGGCGTA TATTGAGAAG
    TACCTGCGCA GCGTGCTTGC CGTGGAGAAC ATCCTCACAT TGGACCGTCT TCGCCAGGCA
    TTCTGTCCTA TTGGAAGAGG CCACCGAAAT CCATGTAGGT TGGATGAAAG CAAGAACAGG
    TTGTCGGAAC TGAGTAGAGA CTCTAAGGAA AAGCTCAGTG CAAGGCGGCA GTCAGAGTGC
    AACCCCCCTC ACTGGGAAAG GTGCCGGAGA GCATCTGCTC CGCCAGTTAT GATTCACCAT
    AGAATGCATG CTGCCGCTGA TGGGAGGCCC AGAGAGTCCA GCCCAATACA AGATACAGAC
    GACTACCCTG CCTTTTGGGC TGAGAGACTC GACCTGTTTT TGTCCAAGTA TTAA

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

    CloneID OXa40774
    Clone ID Related Accession (Same CDS sequence) XM_018089550.1
    Accession Version XM_018089550.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5883bp)
    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 2016-09-07
    Organism Xenopus tropicalis(tropical clawed frog)
    Product kinesin-like protein KIF13B
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016683402.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 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
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    ATGTACCGTC TTGGAAAGGC AATAAACTTC ACTGACAGTC CATTACCGGC GTCCCCCGAA 
    GTGGACCTTC AGACAAAATG TGTAGTGGAT GTAGAAAACA ATCAGATCGT CCTGTACCCG
    TCCAATGCCA GCCTTTCCAA GGGGGATGCC CGGAGCCAGC CAAAGGTATT CGCCTACGAC
    CATTGTTTCT GGTCCATGGA TGAGTCCGTC AAAGAGAAGT TTGCAGGACA AGATGTAGTC
    TTTCAGTGCC TTGGAGAGAA CATACTACAG AATGCCTTTG AAGGCTACAA CGCATGTATC
    TTTGCCTATG GGCAGACTGG CTCTGGGAAG TCCTACACCA TGATGGGCAC AGCTGACCAG
    CCCGGGCTGA TCCCGAGACT ATGCAGCACT TTATTTGAAA GGACACAGAA AGCGGAGAAC
    GAAGAGCTGA GCTTTAAAGT GGAAGTCTCC TTTATGGAAA TCTACAATGA GAAAGTCCGG
    GATCTCCTTG ACCCAAAAGG AAGCCGCCAG TCTCTTAAAG TCAGAGAGCA CAAAGTGTTG
    GGCCCATACG TCGATGGCCT ATCAAAGCTA GCCGTCACCA GTTACAAGGA CATTGAGTCT
    TTGATGTCAG AAGGCAACAA ATCTCGCACA GTGGCGGCGA CCAACATGAA TGAAGAGAGC
    AGTCGATCCC ATGCTGTCTT CAACATTATC CTTACTCACA CGCTGGTCGA TGTCAAGTCC
    GGGACCTCGG GGGAGAAGGT GAGCAAGCTG AGCTTAGTAG ATTTGGCCGG GAGCGAAAGA
    GCCACAAAGA CCGGAGCTGC CGGGGAACGT TTAAAGGAAG GGAGCAATAT CAACAAGTCC
    CTCACCACCC TTGGCCTGGT TATCTCAGCC TTGGCAGATC AAGGGGCCGG CAAGAATAAG
    AACAAGTTTG TTCCGTATCG AGACTCCGTG TTAACATGGC TGCTGAAAGA CAGTCTGGGA
    GGGAACAGTA AAACAGCGAT GGTAGCCACG GTGAGCCCCG CTGCTGATAA CTATGATGAG
    ACGCTCTCCA CCCTGAGGTA TGCCGACCGA GCCAAGAACA TAGTCAACCA TGCCGTCGTC
    AATGAGGACC CCAACGCCAG AATAATCCGG GAATTGCGTG AGGAGGTGGA GAAACTGAGG
    GTTCAGCTTA CCCAAGCCGA GTCTATGAAG GCCCCAGAGT TAAAAGAACG TCTGCAGGAA
    TCTGAGAAGC TAATTCAAGA GATGACTGTG ACTTGGGAAG AGAAGCTCAG AATGACAGAG
    GACATTGCCC AGGAGCGCCA GAAGCAGCTG GAAAGCCTTG GGATTTCACT TCAGTCTTCT
    GGGATCAAAG TGGGAGATAA TAAGAGTTTC TTAGTCAATT TAAATGCAGA TCCAGCCCTC
    AACGAGCTCC TGGTGTACTA CCTTAAGGAT CACACATTAA TCGGGTCCCA TGACTCCCAG
    GACATCCAGC TGTGTGGCTT GGGAATTCTG CCTGAACACT GCATTATAGA CATCTCTCTG
    GAAGGGCAGG TTATACTGAC ACCAATGAAA AACACTAGGA CCTATGTGAA CGGCTCCGCA
    GTCACTAAAG CAACACAGCT CCAGCACGGA GACCGAATTC TCTGGGGGAA CAATCACTTC
    TTCAGGATCA GCTTACCAAA GAAGAAGAAG GCCAAGCAAG AGGACGAGGA GCAGGACTCC
    AGCCTGAGGA ACAGCAGCAG CTTTGAACAA CTAGACTTGG ATGGAGATAG TTCCAGTGAA
    GGCTCCAGCG AGGTCAACTT CAACTATGAG TATGCCCAGA TGGAAATCAT GATGAAAGCC
    CTTGGCAATA ATGACCCCAT GCAGTCCATC CTACAGAGCC TGGAGCAGCA GCATGAGGAA
    GAGAAGCGTT CTGCCCTTGA GCGCCAGAGA CTGATGTATG AGCACGAGTT GGACCAGCTG
    CGCCGTAGGC TTTCCCCGGA GAAGCAGCAC TACCGCAGCA TGGACCGGTT CTCCTTTGGA
    TCTCCCAACG CTCAGCAGCG AATCAGGCAG TGGACAGAAG AAAGAGAAGC AATGCTGAAT
    CAGAGCCTCA GAAAGCTACG GGAGCAGATA GCCAAAGCCA ATCTGCATGT TCAGGAGGCC
    AATTTCATAG CAGAGGAGAT GGATAAGAGG ACAGAGTATA AAGTGACACT TCAGATTCCA
    GCCTCCAGTC TCAATGCCAA CAAAAAGCGA GGCGCAGTGC TGAGCGAGCC AGCCATACAG
    GTGCGCAGGA AAGGGAAGGG CAAGCAAATC TGGTCCTTGG AGAAGTTGGA AAACCGTTTG
    GTGGATATCC GAGACCTTTA CCAGGAATGG AAAGAATGTG ATGAAGACGA CCCAATGAGC
    CGCTCCTATT TCCGGCGAGC AGATCCTTTC TACGATGAGC ATGAAAATCA CAGCCTGATT
    GGTGTAGCCA ACGTCTTCTT GGAGTCTCTT TTCCATGATG TAAAGCTTCA GTACGCAGTT
    CCTATCATCA ACCAGAAGGG GGAGGTTGCA GGACGGTTAC ACGTGGAAGT GGTCCGCATC
    AGCGGCGACA TCGAAGATCG GATAGCGGGA GGGGAAGATG GAGCAGATTT CTCCTTTGAG
    AAGGAGGCTC AGGAAAACAA GTTAGTCTGC ATGATTAAAG TGCTCCAGGC CACAGGTTTG
    CCACAGCATC TCACCAACTT TGTCTTCTGC CATTACATCT TCTGGGATCA GCCAGAGCCC
    ACTACTGTGG CCCCTGAAGT GGACACAGCA CCCCCGGTCA TTAAGGGGAC GGAGTGCATG
    GTGGTTTTTG ACCACTGCAA AGAGTTTGTG GTGAACATTA CAGAAGACTT CTTAGAATAT
    CTTTCTGAGG GGGCCCTGGC CATTGAGGTT TATGGCCACA GACAGAGTGA CCCACACAGG
    AATCCGGCCC TTTGGGACTT AGGAATAATT CAAGCAAAGA CCCGCAGCTT GCGAGATAGG
    TGGAGTGAGG TCACCAGGAA GGTGGAATTG TGGGTACAAA TTCTGGAACT TAATGAGAAT
    GGGGAGTACT GTCCAGTGGA AGTGACCCCA GCCAAAGATG TTCAAACAGG AGGAATCTAC
    CAGCTCAAAC AGGGACAGTC TCGGCGCCTT CACATAGAAG CACGGTCAGT TCAAGACTCA
    GGAACACTGC CCCTTATTGA AGATTCCATT TTATCTATCT CCATTGGCTG TGTGAAGATA
    GTCAATGCAA AGGCCATTAA AGCCCATGAC TTCCACCAGG ATGCTCGAGA AGATGTTGAC
    AGCTACCAGG ACCGAGATCT GGAAAGACTG AGGAGGAAAT GGCTGAATGC TCTCACCAAA
    CGTCAGGAAT ACTTAGATCA ACAACTGCAA AAACTGGTCA GCAAACAAGA TAAATCAGAA
    GATGATGCAG ACCGAGAGGC GCAGTTGCTA GAAATGAGGC TTACGCTCAC GGAAGAGAGG
    AATGCCGTCA TGGTGCCCTC TGCTGGAAGT GGTATTCCTG GTGCTCCTGC AAACTGGACC
    CCCGTCTCGG GAATGGAGAC CCACATTCCG GTCATTTTCT TAGATCTTAA TGTGGATGAC
    TTCAGCTCTC AAGATGACCT GGATGGGTTG GAACCTGCAG GGTGGGACTC CACTCTAACG
    TCAGAAGATG AGGGCGAGTT CTTCGACCTG CAGATTGTAA AGCACCATGA GAGTGAGGTC
    AAGGCAGAAG CCTCCTGGGA CTGTACCGTC CATAACTGCC CCCAGCTCAG TAAAGGTTCT
    GCCCCTGAGG ACCGGGTGTT CCTGATTGTC AGGGCAACTG TGCAGCTCAG CCACCCAGCA
    GAAATGCAGA TTGTTCTGCG CAAGCGTATT TGTGTCAATG TGTATAGCCG ACAGGGGTTT
    GCTCAGAGTT TTCTAAGGCG AATGTCTCAT CGAAGTAGTA TTTCCAGCTG TGGTGTCACC
    GTGGAAGTTG TCTCTAATAT TCCAGAGGAC TCTCAAGGGG CAGAAGATCG GGAGGCCCTT
    GCCAGAATGG CAGCAAACGT TGAAGATACG GGATCTGCGG ATTCGGAGGC GTATATTGAG
    AAGTACCTGC GCAGCGTGCT TGCCGTGGAG AACATCCTCA CATTGGACCG TCTTCGCCAG
    GAAGTGGCCG TAAAAGAGCA ATTAACTGGG AAAGGGAAAC TGCACAGAAA GAGCCTCAGC
    TCCCCGAACG TTCACCGGGT AAGTCCCCTT AATGCCTTGT TACTGTGCTT GTGTAGGTGC
    CCGGGGGGTT CTCTAAGCCG ACAGGATCTG GGTGGGCAGC AGAGCTTGGC TAGTAACAAG
    GGTCGTTGGG AAAGCCAACA GGACGTGTCA CAAACCTCCC CTGTGCCCAG CAGGGCAGTC
    GTTTCAGGTC ACTCCTCTCT CCCTAAAATG GTGCCACAGT ACCAACTGCA GGAATCGGGT
    CTGGCAAACA TGGCAACCTC ATACCTGAGC CCTGTGAAAT CCTTAGTGCC CCAGATGCCC
    AAGCTGCTTA AATCCCTGTT TCCTCAGCGG GATGAGAAAG GCCGGCAGTC CTCTCCGCTC
    AGCCAACAGA CGGTGCCACG GATTATGGTC CAGTCAGCCA GCGTTGATGA GAACCCAGCT
    GTTCCTAAAA TGGTTCCCCT TGAGGAATGG AAAAACGTCC GACCCCCAGT AATTGCTCGC
    TCACCCGGCC AAGAGAAGAA GATGGAAAGG GCTCCTGCCG TCCCTTCCCC ACCAAAGGTC
    CCTGACCCTC CAGTACCAGA AACACAGGAA AGTCCTCCCA GTCCCCTCAG TGAAGCCTCC
    AGCGGGTACT TTTCCCACAG CGTTTCCACC GCTACCCTCT CTGAGGTTCT AAGCGCTGGC
    AATGAGGTCC AGATAAGTGT CCATCCCCCA ACTCCAACAG CTGCTGATAG ACACGCAGGG
    CCTCCTCCTA CAAACCCTTC TGGTTCTGAT GTTCTGAACT TAGAAACTAC TCAACCCGTG
    AACGGTTCTG TGTCCCATGA ATTCAAACTA GATGTCTCAC AGGACCCCGA AAGGACTTCC
    ATTGCAAAAG GCCCCAATAG CAAAGAGTTG GATGAAGGAC GAGGTGATAG AACGGAACAT
    CGCAAACCCC TTCTGTCTGA AGCTTCTACA GAACCTCATG GTGAAAATAC AGAAAGTCTT
    TCTCCATCAG ACAACGTGGA ACAAACGGGT TCCGCCACAT CAACCAGTGA ACAAGCGGAA
    GTGCATAGAT CATTGGCTAC CACAGAACTG CCATTGCCCA CAAGTGAGGA CATCCAGAGA
    GCCACACCTT GTAAGCCATT TTCTACTCCA GAACCTCTGT CCCAAACAAA AGGGGTGGTT
    TCTCCATTCA AAATACAGAA AGTAAGGACT TCCGAGCTAA AATCCTTCAC GCGTATGCTT
    GGGGACGAAC TGGGGGAGGT GGGGAAACCA AGTGCCGCCG TCAAGTTGAA AGGAGTTGCG
    TTGGATAATA CAGCGGACAA GCAAGAGGAG GTGTCGGACT CTGATGAACC CCAGGAGGTC
    CCCGAGTGGC TAAAAGAAGG AGAATATGTA ACTGTGGGTT CCAATAAGAA TGGCATTGTA
    CGATATGTGG GTCCGGCAGA CTTCCAGGAA GGAGTCTGGG TCGGGGTGGA ACTTGAAACA
    CCTGCTGGCA AAAACGATGG GTCGGTTGGA GGCAAACACT ACTTCAGGTG TAACCCGGGC
    TACGGTGTCT TGGTGAGGCC AAACCGCCTC AAGAAAGCGA GTGGCGCCGC CCGCAGGCGC
    AGTACAGGCT TACGCTTGCA GGGAGGGACT GTAACGGAGA GTCGGAAAGG CGCAAATCTG
    TCGGGTTCAG CGGGAAACCT TGTGGCCCTC ACTGCCCTCG CCAAGCCGGA CAGAGCCGCG
    GCGCTAAAGG CCGACGAGAG GAACCAGAAG AAAATGGAGA ACAGGAAATC ATGGGCCAAC
    TGA

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

    RefSeq XP_017945039.1
    CDS1..5883
    Translation

    Target ORF information:

    RefSeq Version XM_018089550.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis kinesin family member 13B (kif13b), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018089550.1

    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
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    ATGTACCGTC TTGGAAAGGC AATAAACTTC ACTGACAGTC CATTACCGGC GTCCCCCGAA 
    GTGGACCTTC AGACAAAATG TGTAGTGGAT GTAGAAAACA ATCAGATCGT CCTGTACCCG
    TCCAATGCCA GCCTTTCCAA GGGGGATGCC CGGAGCCAGC CAAAGGTATT CGCCTACGAC
    CATTGTTTCT GGTCCATGGA TGAGTCCGTC AAAGAGAAGT TTGCAGGACA AGATGTAGTC
    TTTCAGTGCC TTGGAGAGAA CATACTACAG AATGCCTTTG AAGGCTACAA CGCATGTATC
    TTTGCCTATG GGCAGACTGG CTCTGGGAAG TCCTACACCA TGATGGGCAC AGCTGACCAG
    CCCGGGCTGA TCCCGAGACT ATGCAGCACT TTATTTGAAA GGACACAGAA AGCGGAGAAC
    GAAGAGCTGA GCTTTAAAGT GGAAGTCTCC TTTATGGAAA TCTACAATGA GAAAGTCCGG
    GATCTCCTTG ACCCAAAAGG AAGCCGCCAG TCTCTTAAAG TCAGAGAGCA CAAAGTGTTG
    GGCCCATACG TCGATGGCCT ATCAAAGCTA GCCGTCACCA GTTACAAGGA CATTGAGTCT
    TTGATGTCAG AAGGCAACAA ATCTCGCACA GTGGCGGCGA CCAACATGAA TGAAGAGAGC
    AGTCGATCCC ATGCTGTCTT CAACATTATC CTTACTCACA CGCTGGTCGA TGTCAAGTCC
    GGGACCTCGG GGGAGAAGGT GAGCAAGCTG AGCTTAGTAG ATTTGGCCGG GAGCGAAAGA
    GCCACAAAGA CCGGAGCTGC CGGGGAACGT TTAAAGGAAG GGAGCAATAT CAACAAGTCC
    CTCACCACCC TTGGCCTGGT TATCTCAGCC TTGGCAGATC AAGGGGCCGG CAAGAATAAG
    AACAAGTTTG TTCCGTATCG AGACTCCGTG TTAACATGGC TGCTGAAAGA CAGTCTGGGA
    GGGAACAGTA AAACAGCGAT GGTAGCCACG GTGAGCCCCG CTGCTGATAA CTATGATGAG
    ACGCTCTCCA CCCTGAGGTA TGCCGACCGA GCCAAGAACA TAGTCAACCA TGCCGTCGTC
    AATGAGGACC CCAACGCCAG AATAATCCGG GAATTGCGTG AGGAGGTGGA GAAACTGAGG
    GTTCAGCTTA CCCAAGCCGA GTCTATGAAG GCCCCAGAGT TAAAAGAACG TCTGCAGGAA
    TCTGAGAAGC TAATTCAAGA GATGACTGTG ACTTGGGAAG AGAAGCTCAG AATGACAGAG
    GACATTGCCC AGGAGCGCCA GAAGCAGCTG GAAAGCCTTG GGATTTCACT TCAGTCTTCT
    GGGATCAAAG TGGGAGATAA TAAGAGTTTC TTAGTCAATT TAAATGCAGA TCCAGCCCTC
    AACGAGCTCC TGGTGTACTA CCTTAAGGAT CACACATTAA TCGGGTCCCA TGACTCCCAG
    GACATCCAGC TGTGTGGCTT GGGAATTCTG CCTGAACACT GCATTATAGA CATCTCTCTG
    GAAGGGCAGG TTATACTGAC ACCAATGAAA AACACTAGGA CCTATGTGAA CGGCTCCGCA
    GTCACTAAAG CAACACAGCT CCAGCACGGA GACCGAATTC TCTGGGGGAA CAATCACTTC
    TTCAGGATCA GCTTACCAAA GAAGAAGAAG GCCAAGCAAG AGGACGAGGA GCAGGACTCC
    AGCCTGAGGA ACAGCAGCAG CTTTGAACAA CTAGACTTGG ATGGAGATAG TTCCAGTGAA
    GGCTCCAGCG AGGTCAACTT CAACTATGAG TATGCCCAGA TGGAAATCAT GATGAAAGCC
    CTTGGCAATA ATGACCCCAT GCAGTCCATC CTACAGAGCC TGGAGCAGCA GCATGAGGAA
    GAGAAGCGTT CTGCCCTTGA GCGCCAGAGA CTGATGTATG AGCACGAGTT GGACCAGCTG
    CGCCGTAGGC TTTCCCCGGA GAAGCAGCAC TACCGCAGCA TGGACCGGTT CTCCTTTGGA
    TCTCCCAACG CTCAGCAGCG AATCAGGCAG TGGACAGAAG AAAGAGAAGC AATGCTGAAT
    CAGAGCCTCA GAAAGCTACG GGAGCAGATA GCCAAAGCCA ATCTGCATGT TCAGGAGGCC
    AATTTCATAG CAGAGGAGAT GGATAAGAGG ACAGAGTATA AAGTGACACT TCAGATTCCA
    GCCTCCAGTC TCAATGCCAA CAAAAAGCGA GGCGCAGTGC TGAGCGAGCC AGCCATACAG
    GTGCGCAGGA AAGGGAAGGG CAAGCAAATC TGGTCCTTGG AGAAGTTGGA AAACCGTTTG
    GTGGATATCC GAGACCTTTA CCAGGAATGG AAAGAATGTG ATGAAGACGA CCCAATGAGC
    CGCTCCTATT TCCGGCGAGC AGATCCTTTC TACGATGAGC ATGAAAATCA CAGCCTGATT
    GGTGTAGCCA ACGTCTTCTT GGAGTCTCTT TTCCATGATG TAAAGCTTCA GTACGCAGTT
    CCTATCATCA ACCAGAAGGG GGAGGTTGCA GGACGGTTAC ACGTGGAAGT GGTCCGCATC
    AGCGGCGACA TCGAAGATCG GATAGCGGGA GGGGAAGATG GAGCAGATTT CTCCTTTGAG
    AAGGAGGCTC AGGAAAACAA GTTAGTCTGC ATGATTAAAG TGCTCCAGGC CACAGGTTTG
    CCACAGCATC TCACCAACTT TGTCTTCTGC CATTACATCT TCTGGGATCA GCCAGAGCCC
    ACTACTGTGG CCCCTGAAGT GGACACAGCA CCCCCGGTCA TTAAGGGGAC GGAGTGCATG
    GTGGTTTTTG ACCACTGCAA AGAGTTTGTG GTGAACATTA CAGAAGACTT CTTAGAATAT
    CTTTCTGAGG GGGCCCTGGC CATTGAGGTT TATGGCCACA GACAGAGTGA CCCACACAGG
    AATCCGGCCC TTTGGGACTT AGGAATAATT CAAGCAAAGA CCCGCAGCTT GCGAGATAGG
    TGGAGTGAGG TCACCAGGAA GGTGGAATTG TGGGTACAAA TTCTGGAACT TAATGAGAAT
    GGGGAGTACT GTCCAGTGGA AGTGACCCCA GCCAAAGATG TTCAAACAGG AGGAATCTAC
    CAGCTCAAAC AGGGACAGTC TCGGCGCCTT CACATAGAAG CACGGTCAGT TCAAGACTCA
    GGAACACTGC CCCTTATTGA AGATTCCATT TTATCTATCT CCATTGGCTG TGTGAAGATA
    GTCAATGCAA AGGCCATTAA AGCCCATGAC TTCCACCAGG ATGCTCGAGA AGATGTTGAC
    AGCTACCAGG ACCGAGATCT GGAAAGACTG AGGAGGAAAT GGCTGAATGC TCTCACCAAA
    CGTCAGGAAT ACTTAGATCA ACAACTGCAA AAACTGGTCA GCAAACAAGA TAAATCAGAA
    GATGATGCAG ACCGAGAGGC GCAGTTGCTA GAAATGAGGC TTACGCTCAC GGAAGAGAGG
    AATGCCGTCA TGGTGCCCTC TGCTGGAAGT GGTATTCCTG GTGCTCCTGC AAACTGGACC
    CCCGTCTCGG GAATGGAGAC CCACATTCCG GTCATTTTCT TAGATCTTAA TGTGGATGAC
    TTCAGCTCTC AAGATGACCT GGATGGGTTG GAACCTGCAG GGTGGGACTC CACTCTAACG
    TCAGAAGATG AGGGCGAGTT CTTCGACCTG CAGATTGTAA AGCACCATGA GAGTGAGGTC
    AAGGCAGAAG CCTCCTGGGA CTGTACCGTC CATAACTGCC CCCAGCTCAG TAAAGGTTCT
    GCCCCTGAGG ACCGGGTGTT CCTGATTGTC AGGGCAACTG TGCAGCTCAG CCACCCAGCA
    GAAATGCAGA TTGTTCTGCG CAAGCGTATT TGTGTCAATG TGTATAGCCG ACAGGGGTTT
    GCTCAGAGTT TTCTAAGGCG AATGTCTCAT CGAAGTAGTA TTTCCAGCTG TGGTGTCACC
    GTGGAAGTTG TCTCTAATAT TCCAGAGGAC TCTCAAGGGG CAGAAGATCG GGAGGCCCTT
    GCCAGAATGG CAGCAAACGT TGAAGATACG GGATCTGCGG ATTCGGAGGC GTATATTGAG
    AAGTACCTGC GCAGCGTGCT TGCCGTGGAG AACATCCTCA CATTGGACCG TCTTCGCCAG
    GAAGTGGCCG TAAAAGAGCA ATTAACTGGG AAAGGGAAAC TGCACAGAAA GAGCCTCAGC
    TCCCCGAACG TTCACCGGGT AAGTCCCCTT AATGCCTTGT TACTGTGCTT GTGTAGGTGC
    CCGGGGGGTT CTCTAAGCCG ACAGGATCTG GGTGGGCAGC AGAGCTTGGC TAGTAACAAG
    GGTCGTTGGG AAAGCCAACA GGACGTGTCA CAAACCTCCC CTGTGCCCAG CAGGGCAGTC
    GTTTCAGGTC ACTCCTCTCT CCCTAAAATG GTGCCACAGT ACCAACTGCA GGAATCGGGT
    CTGGCAAACA TGGCAACCTC ATACCTGAGC CCTGTGAAAT CCTTAGTGCC CCAGATGCCC
    AAGCTGCTTA AATCCCTGTT TCCTCAGCGG GATGAGAAAG GCCGGCAGTC CTCTCCGCTC
    AGCCAACAGA CGGTGCCACG GATTATGGTC CAGTCAGCCA GCGTTGATGA GAACCCAGCT
    GTTCCTAAAA TGGTTCCCCT TGAGGAATGG AAAAACGTCC GACCCCCAGT AATTGCTCGC
    TCACCCGGCC AAGAGAAGAA GATGGAAAGG GCTCCTGCCG TCCCTTCCCC ACCAAAGGTC
    CCTGACCCTC CAGTACCAGA AACACAGGAA AGTCCTCCCA GTCCCCTCAG TGAAGCCTCC
    AGCGGGTACT TTTCCCACAG CGTTTCCACC GCTACCCTCT CTGAGGTTCT AAGCGCTGGC
    AATGAGGTCC AGATAAGTGT CCATCCCCCA ACTCCAACAG CTGCTGATAG ACACGCAGGG
    CCTCCTCCTA CAAACCCTTC TGGTTCTGAT GTTCTGAACT TAGAAACTAC TCAACCCGTG
    AACGGTTCTG TGTCCCATGA ATTCAAACTA GATGTCTCAC AGGACCCCGA AAGGACTTCC
    ATTGCAAAAG GCCCCAATAG CAAAGAGTTG GATGAAGGAC GAGGTGATAG AACGGAACAT
    CGCAAACCCC TTCTGTCTGA AGCTTCTACA GAACCTCATG GTGAAAATAC AGAAAGTCTT
    TCTCCATCAG ACAACGTGGA ACAAACGGGT TCCGCCACAT CAACCAGTGA ACAAGCGGAA
    GTGCATAGAT CATTGGCTAC CACAGAACTG CCATTGCCCA CAAGTGAGGA CATCCAGAGA
    GCCACACCTT GTAAGCCATT TTCTACTCCA GAACCTCTGT CCCAAACAAA AGGGGTGGTT
    TCTCCATTCA AAATACAGAA AGTAAGGACT TCCGAGCTAA AATCCTTCAC GCGTATGCTT
    GGGGACGAAC TGGGGGAGGT GGGGAAACCA AGTGCCGCCG TCAAGTTGAA AGGAGTTGCG
    TTGGATAATA CAGCGGACAA GCAAGAGGAG GTGTCGGACT CTGATGAACC CCAGGAGGTC
    CCCGAGTGGC TAAAAGAAGG AGAATATGTA ACTGTGGGTT CCAATAAGAA TGGCATTGTA
    CGATATGTGG GTCCGGCAGA CTTCCAGGAA GGAGTCTGGG TCGGGGTGGA ACTTGAAACA
    CCTGCTGGCA AAAACGATGG GTCGGTTGGA GGCAAACACT ACTTCAGGTG TAACCCGGGC
    TACGGTGTCT TGGTGAGGCC AAACCGCCTC AAGAAAGCGA GTGGCGCCGC CCGCAGGCGC
    AGTACAGGCT TACGCTTGCA GGGAGGGACT GTAACGGAGA GTCGGAAAGG CGCAAATCTG
    TCGGGTTCAG CGGGAAACCT TGTGGCCCTC ACTGCCCTCG CCAAGCCGGA CAGAGCCGCG
    GCGCTAAAGG CCGACGAGAG GAACCAGAAG AAAATGGAGA ACAGGAAATC ATGGGCCAAC
    TGA

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

    CloneID OXa59397
    Clone ID Related Accession (Same CDS sequence) XM_031903082.1
    Accession Version XM_031903082.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5832bp)
    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 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product kinesin-like protein KIF13B isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 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
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    ATGAGCGACT CCACTGTAAA GGTGGCGGTA CGGATCCGGC CCATGAACCG AAGGGAAGTG 
    GACCTTCAGA CAAAATGTGT AGTGGATGTA GAAAACAATC AGATCGTCCT GTACCCGTCC
    AATGCCAGCC TTTCCAAGGG GGATGCCCGG AGCCAGCCAA AGGTATTCGC CTACGACCAT
    TGTTTCTGGT CCATGGATGA GTCCGTCAAA GAGAAGTTTG CAGGACAAGA TGTAGTCTTT
    CAGTGCCTTG GAGAGAACAT ACTACAGAAT GCCTTTGAAG GCTACAACGC ATGTATCTTT
    GCCTATGGGC AGACTGGCTC TGGGAAGTCC TACACCATGA TGGGCACAGC TGACCAGCCC
    GGGCTGATCC CAAGACTATG CAGCACTTTA TTTGAAAGGA CACAGAAAGC GGAGAACGAA
    GAGCTGAGCT TTAAAGTGGA AGTCTCCTTT ATGGAAATCT ACAATGAGAA AGTCCGGGAT
    CTCCTTGACC CAAAAGGAAG CCGCCAGTCT CTTAAAGTCA GAGAGCACAA AGTGTTGGGC
    CCATACGTCG ATGGCCTATC AAAGCTAGCC GTCACCAGTT ACAAGGACAT TGAGTCTTTG
    ATGTCAGAAG GCAACAAATC TCGCACAGTG GCGGCGACCA ACATGAATGA AGAGAGCAGT
    CGATCCCATG CTGTCTTCAA CATTATCCTT ACTCACACGC TGGTCGATGT CAAGTCCGGG
    ACCTCAGGGG AGAAGGTGAG CAAGCTGAGC TTAGTAGATT TGGCCGGGAG CGAAAGAGCC
    ACAAAGACTG GAGCTGCCGG GGAACGTTTA AAGGAAGGGA GCAATATCAA CAAGTCCCTC
    ACCACCCTTG GCCTGGTTAT CTCAGCCTTG GCAGATCAAG GGGCCGGCAA GAATAAGAAC
    AAGTTTGTTC CGTATCGAGA CTCCGTGTTA ACATGGCTGC TGAAAGACAG TCTGGGAGGG
    AACAGTAAAA CAGCGATGGT AGCCACGGTG AGCCCCGCTG CTGATAACTA TGATGAGACG
    CTCTCCACCC TGAGGTATGC CGACCGAGCC AAGAACATAG TCAACCATGC CGTCGTCAAT
    GAGGACCCCA ACGCCAGAAT AATCCGGGAA TTGCGTGAGG AGGTGGAGAA ACTGAGGGTT
    CAGCTTACCC AAGCCGAGTC TATGAAGGCC CCAGAGTTAA AAGAACGTCT GCAGGAATCT
    GAGAAGCTAA TTCAAGAGAT GACTGTGACT TGGGAAGAGA AGCTCAGAAT GACAGAGGAC
    ATTGCCCAGG AGCGCCAGAA GCAGCTGGAA AGCCTTGGGA TTTCACTTCA GTCTTCTGGG
    ATCAAAGTGG GAGATAATAA GAGTTTCTTA GTCAATTTAA ATGCAGATCC AGCCCTCAAC
    GAGCTCCTGG TGTACTACCT TAAGGATCAC ACATTAATCG GGTCCCATGA CTCCCAGGAC
    ATCCAGCTGT GTGGCTTGGG AATTCTGCCT GAACACTGCA TTATAGACAT CTCTCCGGAA
    GGGCAGGTTA TACTGACACC AATGAAAAAC ACTAGGACCT ATGTGAACGG CTCCGCAGTC
    ACTAAAGCAA CACAGCTCCA GCACGGAGAC CGAATTCTCT GGGGGAACAA TCACTTCTTC
    AGGATCAGCT TACCAAAGAA GAAGAAGGCC AAGCAAGAGG ACGAGGAGCA GGACTCCAGC
    CTGAGGAACA GCAGCAGCTT TGAACAACTA GACTTGGATG GAGATAGTTC CAGTGAAGGC
    TCCAGCGAGG TCAACTTCAA CTATGAGTAT GCCCAGATGG AAATCATGAT GAAAGCCCTT
    GGCAATAATG ACCCCATGCA GTCCATCCTA CAGAGCCTGG AGCAGCAGCA TGAGGAAGAG
    AAGCGTTCTG CCCTTGAGCG CCAGAGACTG ATGTATGAGC ACGAGTTGGA CCAGCTGCGC
    CGTAGGCTTT CCCCGGAGAA GCAGCACTAC CGCAGCATGG ACCGGTTCTC CTTTGGATCT
    CCCAACGCTC AGCAGCGAAT CAGGCAGTGG ACAGAAGAAA GAGAAGCAAT GCTGAATCAG
    AGCCTCAGAA AGCTACGGGA GCAGATAGCC AAAGCCAATC TGCATGTTCA GGAGGCCAAT
    TTCATAGCAG AGGAGATGGA TAAGAGGACA GAGTATAAAG TGACACTTCA GATTCCAGCC
    TCCAGTCTCA ATGCCAACAA AAAGCGAGGC GCAGTGCTGA GCGAGCCAGC CATACAGGTG
    CGCAGGAAAG GGAAGGGCAA GCAAATCTGG TCCTTGGAGA AGTTGGAAAA CCGTTTGGTG
    GATATCCGAG ACCTTTACCA GGAATGGAAA GAATGTGATG AAGACGACCC AATGAGCCGC
    TCCTATTTCC GGCGAGCAGA TCCTTTCTAT GATGAGCATG AAAATCACAG CCTGATTGGT
    GTAGCCAACG TCTTCTTGGA GTCTCTTTTC CATGATGTAA AGCTTCAGTA CGCAGTTCCT
    ATCATCAACC AGAAGGGGGA GGTTGCAGGA CGGTTACACG TGGAAGTGGT CCGCATCAGC
    GGCGACATCG AAGATCGGAT AGCGGGAGGG GAAGATGGAG CAGATTTCTC CTTTGAGAAG
    GAGGCTCAGG AAAACAAGTT AGTCTGCATG ATTAAAGTGC TCCAGGCCAC AGGTTTGCCA
    CAGCATCTCA CCAACTTTGT CTTCTGCCAT TACATCTTCT GGGATCAGCC AGAGCCCACT
    ACTGTGGCCC CTGAAGTGGA CACAGCACCC CCGGTCATTA AGGGGACGGA GTGCATGGTG
    GTTTTTGACC ACTGCAAAGA GTTTGTGGTG AACATTACAG AAGACTTCTT AGAATATCTT
    TCTGAGGGGG CCCTGGCCAT TGAGGTTTAT GGCCACAGAC AGAGTGACCC ACACAGGAAT
    CCGGCCCTTT GGGACTTAGG AATAATTCAA GCAAAGACCC GCAGCTTGCG AGATAGGTGG
    AGTGAGGTCA CCAGGAAGGT GGAATTGTGG GTACAAATTC TGGAACTTAA TGAGAATGGG
    GAGTACTGTC CAGTGGAAGT GACGCCAGCC AAAGATGTTC AAACAGGAGG AATCTACCAG
    CTCAAACAGG GACAGTCTCG GCGCCTTCAC ATAGAAGCAC GGTCAGTTCA AGACTCAGGA
    ACACTGCCCC TTATTGAAGA TTCCATTTTA TCTATCTCCA TTGGCTGTGT GAAGATAGTC
    AATGCAAAGG CCATTAAAGC CCATGACTTC CACCAGGATG CTCGAGAAGA TGTTGACAGC
    TACCAGGACC GAGATCTGGA AAGACTGAGG AGGAAATGGC TGAATGCTCT CACCAAACGT
    CAGGAATACT TAGATCAACA ACTGCAAAAA CTGGTCAGCA AACAAGATAA ATCAGAAGAT
    GATGCAGACC GAGAGGCGCA GTTGCTAGAA ATGAGGCTTA CGCTCACGGA AGAGAGGAAT
    GCCGTCATGG TGCCCTCTGC TGGAAGTGGT ATTCCTGGTG CTCCTGCAAA CTGGACCCCC
    GTCTCGGGAA TGGAGACCCA CATTCCGGTC ATTTTCTTAG ATCTTAATGT GGATGACTTC
    AGCTCTCAAG ATGACCTGGA TGGGTTGGAA CCTGCAGGGT GGGACTCCAC TCTCACGTCA
    GAAGATGAGG GCGAGTTCTT CGACCTGCAG ATTGTAAAGC ACCATGAGAG TGAGGTCAAG
    GCAGAAGCCT CCTGGGACTG TACCGTCCAT AACTGCCCCC AGCTCAGTAA AGGTTCTGCC
    CCTGAGGACC GGGTGTTCCT GATTGTCAGG GCAACTGTGC AGCTCAGCCA CCCAGCAGAA
    ATGCAGATTG TTCTGCGCAA GCGTATTTGT GTCAATGTGT ATAGCCGACA GGGGTTTGCT
    CAGAGTTTTC TAAGGCGAAT GTCTCATCGA AGTAGTATTT CCAGCTGTGG TGTCACCGTG
    GAAGTTGTCT CTAATATTCC AGAGGACTCT CAAGGGGCAG AAGATCGGGA GGCCCTTGCC
    AGAATGGCAG CAAACGTTGA AGATACGGGA TCTGCGGATT CGGAGGCGTA TATTGAGAAG
    TACCTGCGCA GCGTGCTTGC CGTGGAGAAC ATCCTCACAT TGGACCGTCT TCGCCAGGAA
    GTGGCTGTAA AAGAGCAATT AACTGGGAAA GGGAAACTGC ACAGAAAGAG CCTCAGCTCC
    CCAAACGTTC ACCGGCTGTC TGGAAGCCGA CAGGATCTGG GTGGGCAGCA GAGCTTGGCT
    AGTAACAAGG GTCGTTGGGA AAGCCAACAG GACGTGTCAC AAACCTCCCC TGTGCCCAGC
    AGGGCAGTCG TTTCAGGTCA CTCCTCTCTC CCTAAAATGG TGCCACAGTA CCAACTGCAG
    GAATCGGGTC TGGCAAACAT GGCAACCTCA TACCTGAGCC CTGTGAAATC CTTAGTGCCC
    CAGATGCCCA AGCTGCTTAA ATCCCTGTTT CCTCAGCGGG ATGAGAAAGG CCGGCAGTCC
    TCTCCGCTCA GCCAACAGAC GGTGCCGCGG ATTATGGTCC AGTCAGCCAG CGTTGATGAG
    AACCCAGCTG TTCCTAAAAT GGTTCCCCTT GAGGAATGGA AAAACGTCCG ACCCCCAGTA
    ATTGCTCGCT CACCCGGCCA AGAGAAGAAG ATGGAAAGGG CTCCTGCCGT CCCTTCCCCA
    CCAAAGGTCC CTGACCCTCC AGTACCAGAA ACACAGGAAA GTCCTCCCAG TCCCCTCAGT
    GAAGCCTCCA GCGGGTACTT TTCCCACAGC GTTTCCACCG CTACCCTCTC TGAGGTTCTA
    AGCGCTGGCA ATGAGGTCCA GATAAGTGTC CATCCCCCAA CTCCAACAGC TGCTGATAGA
    CACGCAGGGC CTCCTCCTAC AAACCCTTCT GGTTCTGATG TTCTGAACTT AGAAACTACT
    CAACCCGTGA ACGGTTCTGT GTCCCATGAA TTCAAACTAG ATGTCTCACA GGACCCCGAA
    AGGACTTCCA TTGCAAAAGG CCCCAATAGC AAAGAGTTGG ATGAAGGACG AGGTGATAGA
    ACGGAACATC GCAAACCCCT TCTGTCTGAA GCTTCTACAG AACCTCATGG TGAAAATACA
    GAAAGTCTTT CTCCATCAGA CAACGTGGAA CAAACGGGTT CCGCCACATC AACCAGTGAA
    CAAGCGGAAG TGCATAGATC ATTGGCTACC ACAGAACTGC CATTGCCCAC AAGTGAGGAC
    ATCCAGAGAG CCACACCTTG TAAGCCATTT TCTACTCCAG AACCTCTGTC CCAAACAAAA
    GGGGTGGTTT CTCCATTCAA AATACAGAAA GTAAGGACTT CCGAGCTAAA ATCCTTCACG
    CGTATGCTTG GGGATGAACT GGGGGAGGTG GGGAAACCAA GTGCCGCCGT CAAGTTGAAA
    GGAGTTGCGT TGGATAATAC AGCGGACAAG CAAGAGGAGG TGTCGGACTC TGATGAACCC
    CAGGAGGTCC CCGAGTGGCT AAAAGAAGGA GAATATGTAA CTGTGGGTTC CAATAAGAAT
    GGCATTGTAC GATATGTGGG TCCGGCAGAC TTCCAGGAAG GAGTCTGGGT CGGGGTGGAA
    CTTGAAACAC CTGCTGGCAA AAACGATGGG TCGGTTGGAG GCAAACACTA CTTCAGGTGT
    AACCCGGGCT ACGGTGTCTT GGTGAGGCCA AACCGCCTCA AGAAAGCGAG TGGCGCCGCC
    CGCAGGCGCA GTACAGGCTT ACGCTTGCAG GGAGGGACTG TAACGGAGAG TCGGAAAGGC
    GCAAATCTGT CGGGTTCAGC GGGAAACCTT GTGGCCCTCA CTGCCCTCGC CAAGCCGGAC
    AGAGCCGCGG CGCTAAAGGC CGACGAGAGG AACCAGAAGA AAATGGAGAA CAGGAAATCA
    TGGGCCAACT GA

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

    RefSeq XP_031758942.1
    CDS72..5903
    Translation

    Target ORF information:

    RefSeq Version XM_031903082.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis kinesin family member 13B (kif13b), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031903082.1

    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
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    ATGAGCGACT CCACTGTAAA GGTGGCGGTA CGGATCCGGC CCATGAACCG AAGGGAAGTG 
    GACCTTCAGA CAAAATGTGT AGTGGATGTA GAAAACAATC AGATCGTCCT GTACCCGTCC
    AATGCCAGCC TTTCCAAGGG GGATGCCCGG AGCCAGCCAA AGGTATTCGC CTACGACCAT
    TGTTTCTGGT CCATGGATGA GTCCGTCAAA GAGAAGTTTG CAGGACAAGA TGTAGTCTTT
    CAGTGCCTTG GAGAGAACAT ACTACAGAAT GCCTTTGAAG GCTACAACGC ATGTATCTTT
    GCCTATGGGC AGACTGGCTC TGGGAAGTCC TACACCATGA TGGGCACAGC TGACCAGCCC
    GGGCTGATCC CAAGACTATG CAGCACTTTA TTTGAAAGGA CACAGAAAGC GGAGAACGAA
    GAGCTGAGCT TTAAAGTGGA AGTCTCCTTT ATGGAAATCT ACAATGAGAA AGTCCGGGAT
    CTCCTTGACC CAAAAGGAAG CCGCCAGTCT CTTAAAGTCA GAGAGCACAA AGTGTTGGGC
    CCATACGTCG ATGGCCTATC AAAGCTAGCC GTCACCAGTT ACAAGGACAT TGAGTCTTTG
    ATGTCAGAAG GCAACAAATC TCGCACAGTG GCGGCGACCA ACATGAATGA AGAGAGCAGT
    CGATCCCATG CTGTCTTCAA CATTATCCTT ACTCACACGC TGGTCGATGT CAAGTCCGGG
    ACCTCAGGGG AGAAGGTGAG CAAGCTGAGC TTAGTAGATT TGGCCGGGAG CGAAAGAGCC
    ACAAAGACTG GAGCTGCCGG GGAACGTTTA AAGGAAGGGA GCAATATCAA CAAGTCCCTC
    ACCACCCTTG GCCTGGTTAT CTCAGCCTTG GCAGATCAAG GGGCCGGCAA GAATAAGAAC
    AAGTTTGTTC CGTATCGAGA CTCCGTGTTA ACATGGCTGC TGAAAGACAG TCTGGGAGGG
    AACAGTAAAA CAGCGATGGT AGCCACGGTG AGCCCCGCTG CTGATAACTA TGATGAGACG
    CTCTCCACCC TGAGGTATGC CGACCGAGCC AAGAACATAG TCAACCATGC CGTCGTCAAT
    GAGGACCCCA ACGCCAGAAT AATCCGGGAA TTGCGTGAGG AGGTGGAGAA ACTGAGGGTT
    CAGCTTACCC AAGCCGAGTC TATGAAGGCC CCAGAGTTAA AAGAACGTCT GCAGGAATCT
    GAGAAGCTAA TTCAAGAGAT GACTGTGACT TGGGAAGAGA AGCTCAGAAT GACAGAGGAC
    ATTGCCCAGG AGCGCCAGAA GCAGCTGGAA AGCCTTGGGA TTTCACTTCA GTCTTCTGGG
    ATCAAAGTGG GAGATAATAA GAGTTTCTTA GTCAATTTAA ATGCAGATCC AGCCCTCAAC
    GAGCTCCTGG TGTACTACCT TAAGGATCAC ACATTAATCG GGTCCCATGA CTCCCAGGAC
    ATCCAGCTGT GTGGCTTGGG AATTCTGCCT GAACACTGCA TTATAGACAT CTCTCCGGAA
    GGGCAGGTTA TACTGACACC AATGAAAAAC ACTAGGACCT ATGTGAACGG CTCCGCAGTC
    ACTAAAGCAA CACAGCTCCA GCACGGAGAC CGAATTCTCT GGGGGAACAA TCACTTCTTC
    AGGATCAGCT TACCAAAGAA GAAGAAGGCC AAGCAAGAGG ACGAGGAGCA GGACTCCAGC
    CTGAGGAACA GCAGCAGCTT TGAACAACTA GACTTGGATG GAGATAGTTC CAGTGAAGGC
    TCCAGCGAGG TCAACTTCAA CTATGAGTAT GCCCAGATGG AAATCATGAT GAAAGCCCTT
    GGCAATAATG ACCCCATGCA GTCCATCCTA CAGAGCCTGG AGCAGCAGCA TGAGGAAGAG
    AAGCGTTCTG CCCTTGAGCG CCAGAGACTG ATGTATGAGC ACGAGTTGGA CCAGCTGCGC
    CGTAGGCTTT CCCCGGAGAA GCAGCACTAC CGCAGCATGG ACCGGTTCTC CTTTGGATCT
    CCCAACGCTC AGCAGCGAAT CAGGCAGTGG ACAGAAGAAA GAGAAGCAAT GCTGAATCAG
    AGCCTCAGAA AGCTACGGGA GCAGATAGCC AAAGCCAATC TGCATGTTCA GGAGGCCAAT
    TTCATAGCAG AGGAGATGGA TAAGAGGACA GAGTATAAAG TGACACTTCA GATTCCAGCC
    TCCAGTCTCA ATGCCAACAA AAAGCGAGGC GCAGTGCTGA GCGAGCCAGC CATACAGGTG
    CGCAGGAAAG GGAAGGGCAA GCAAATCTGG TCCTTGGAGA AGTTGGAAAA CCGTTTGGTG
    GATATCCGAG ACCTTTACCA GGAATGGAAA GAATGTGATG AAGACGACCC AATGAGCCGC
    TCCTATTTCC GGCGAGCAGA TCCTTTCTAT GATGAGCATG AAAATCACAG CCTGATTGGT
    GTAGCCAACG TCTTCTTGGA GTCTCTTTTC CATGATGTAA AGCTTCAGTA CGCAGTTCCT
    ATCATCAACC AGAAGGGGGA GGTTGCAGGA CGGTTACACG TGGAAGTGGT CCGCATCAGC
    GGCGACATCG AAGATCGGAT AGCGGGAGGG GAAGATGGAG CAGATTTCTC CTTTGAGAAG
    GAGGCTCAGG AAAACAAGTT AGTCTGCATG ATTAAAGTGC TCCAGGCCAC AGGTTTGCCA
    CAGCATCTCA CCAACTTTGT CTTCTGCCAT TACATCTTCT GGGATCAGCC AGAGCCCACT
    ACTGTGGCCC CTGAAGTGGA CACAGCACCC CCGGTCATTA AGGGGACGGA GTGCATGGTG
    GTTTTTGACC ACTGCAAAGA GTTTGTGGTG AACATTACAG AAGACTTCTT AGAATATCTT
    TCTGAGGGGG CCCTGGCCAT TGAGGTTTAT GGCCACAGAC AGAGTGACCC ACACAGGAAT
    CCGGCCCTTT GGGACTTAGG AATAATTCAA GCAAAGACCC GCAGCTTGCG AGATAGGTGG
    AGTGAGGTCA CCAGGAAGGT GGAATTGTGG GTACAAATTC TGGAACTTAA TGAGAATGGG
    GAGTACTGTC CAGTGGAAGT GACGCCAGCC AAAGATGTTC AAACAGGAGG AATCTACCAG
    CTCAAACAGG GACAGTCTCG GCGCCTTCAC ATAGAAGCAC GGTCAGTTCA AGACTCAGGA
    ACACTGCCCC TTATTGAAGA TTCCATTTTA TCTATCTCCA TTGGCTGTGT GAAGATAGTC
    AATGCAAAGG CCATTAAAGC CCATGACTTC CACCAGGATG CTCGAGAAGA TGTTGACAGC
    TACCAGGACC GAGATCTGGA AAGACTGAGG AGGAAATGGC TGAATGCTCT CACCAAACGT
    CAGGAATACT TAGATCAACA ACTGCAAAAA CTGGTCAGCA AACAAGATAA ATCAGAAGAT
    GATGCAGACC GAGAGGCGCA GTTGCTAGAA ATGAGGCTTA CGCTCACGGA AGAGAGGAAT
    GCCGTCATGG TGCCCTCTGC TGGAAGTGGT ATTCCTGGTG CTCCTGCAAA CTGGACCCCC
    GTCTCGGGAA TGGAGACCCA CATTCCGGTC ATTTTCTTAG ATCTTAATGT GGATGACTTC
    AGCTCTCAAG ATGACCTGGA TGGGTTGGAA CCTGCAGGGT GGGACTCCAC TCTCACGTCA
    GAAGATGAGG GCGAGTTCTT CGACCTGCAG ATTGTAAAGC ACCATGAGAG TGAGGTCAAG
    GCAGAAGCCT CCTGGGACTG TACCGTCCAT AACTGCCCCC AGCTCAGTAA AGGTTCTGCC
    CCTGAGGACC GGGTGTTCCT GATTGTCAGG GCAACTGTGC AGCTCAGCCA CCCAGCAGAA
    ATGCAGATTG TTCTGCGCAA GCGTATTTGT GTCAATGTGT ATAGCCGACA GGGGTTTGCT
    CAGAGTTTTC TAAGGCGAAT GTCTCATCGA AGTAGTATTT CCAGCTGTGG TGTCACCGTG
    GAAGTTGTCT CTAATATTCC AGAGGACTCT CAAGGGGCAG AAGATCGGGA GGCCCTTGCC
    AGAATGGCAG CAAACGTTGA AGATACGGGA TCTGCGGATT CGGAGGCGTA TATTGAGAAG
    TACCTGCGCA GCGTGCTTGC CGTGGAGAAC ATCCTCACAT TGGACCGTCT TCGCCAGGAA
    GTGGCTGTAA AAGAGCAATT AACTGGGAAA GGGAAACTGC ACAGAAAGAG CCTCAGCTCC
    CCAAACGTTC ACCGGCTGTC TGGAAGCCGA CAGGATCTGG GTGGGCAGCA GAGCTTGGCT
    AGTAACAAGG GTCGTTGGGA AAGCCAACAG GACGTGTCAC AAACCTCCCC TGTGCCCAGC
    AGGGCAGTCG TTTCAGGTCA CTCCTCTCTC CCTAAAATGG TGCCACAGTA CCAACTGCAG
    GAATCGGGTC TGGCAAACAT GGCAACCTCA TACCTGAGCC CTGTGAAATC CTTAGTGCCC
    CAGATGCCCA AGCTGCTTAA ATCCCTGTTT CCTCAGCGGG ATGAGAAAGG CCGGCAGTCC
    TCTCCGCTCA GCCAACAGAC GGTGCCGCGG ATTATGGTCC AGTCAGCCAG CGTTGATGAG
    AACCCAGCTG TTCCTAAAAT GGTTCCCCTT GAGGAATGGA AAAACGTCCG ACCCCCAGTA
    ATTGCTCGCT CACCCGGCCA AGAGAAGAAG ATGGAAAGGG CTCCTGCCGT CCCTTCCCCA
    CCAAAGGTCC CTGACCCTCC AGTACCAGAA ACACAGGAAA GTCCTCCCAG TCCCCTCAGT
    GAAGCCTCCA GCGGGTACTT TTCCCACAGC GTTTCCACCG CTACCCTCTC TGAGGTTCTA
    AGCGCTGGCA ATGAGGTCCA GATAAGTGTC CATCCCCCAA CTCCAACAGC TGCTGATAGA
    CACGCAGGGC CTCCTCCTAC AAACCCTTCT GGTTCTGATG TTCTGAACTT AGAAACTACT
    CAACCCGTGA ACGGTTCTGT GTCCCATGAA TTCAAACTAG ATGTCTCACA GGACCCCGAA
    AGGACTTCCA TTGCAAAAGG CCCCAATAGC AAAGAGTTGG ATGAAGGACG AGGTGATAGA
    ACGGAACATC GCAAACCCCT TCTGTCTGAA GCTTCTACAG AACCTCATGG TGAAAATACA
    GAAAGTCTTT CTCCATCAGA CAACGTGGAA CAAACGGGTT CCGCCACATC AACCAGTGAA
    CAAGCGGAAG TGCATAGATC ATTGGCTACC ACAGAACTGC CATTGCCCAC AAGTGAGGAC
    ATCCAGAGAG CCACACCTTG TAAGCCATTT TCTACTCCAG AACCTCTGTC CCAAACAAAA
    GGGGTGGTTT CTCCATTCAA AATACAGAAA GTAAGGACTT CCGAGCTAAA ATCCTTCACG
    CGTATGCTTG GGGATGAACT GGGGGAGGTG GGGAAACCAA GTGCCGCCGT CAAGTTGAAA
    GGAGTTGCGT TGGATAATAC AGCGGACAAG CAAGAGGAGG TGTCGGACTC TGATGAACCC
    CAGGAGGTCC CCGAGTGGCT AAAAGAAGGA GAATATGTAA CTGTGGGTTC CAATAAGAAT
    GGCATTGTAC GATATGTGGG TCCGGCAGAC TTCCAGGAAG GAGTCTGGGT CGGGGTGGAA
    CTTGAAACAC CTGCTGGCAA AAACGATGGG TCGGTTGGAG GCAAACACTA CTTCAGGTGT
    AACCCGGGCT ACGGTGTCTT GGTGAGGCCA AACCGCCTCA AGAAAGCGAG TGGCGCCGCC
    CGCAGGCGCA GTACAGGCTT ACGCTTGCAG GGAGGGACTG TAACGGAGAG TCGGAAAGGC
    GCAAATCTGT CGGGTTCAGC GGGAAACCTT GTGGCCCTCA CTGCCCTCGC CAAGCCGGAC
    AGAGCCGCGG CGCTAAAGGC CGACGAGAGG AACCAGAAGA AAATGGAGAA CAGGAAATCA
    TGGGCCAACT GA

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