KIF27 cDNA ORF clone, Macaca mulatta(Rhesus monkey)

The following KIF27 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIF27 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
OMb49490 XM_015118005.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $797.30
$1139.00
OMb49490 XM_015118006.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $797.30
$1139.00
OMb49490 XM_015118007.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $797.30
$1139.00
OMb49491 XM_015118008.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $797.30
$1139.00
OMb49492 XM_015118009.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $713.30
$1019.00
OMb49493 XM_015118010.1
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $713.30
$1019.00
OMb71845 XM_015118005.2
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OMb71845 XM_015118006.2
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OMb71846 XM_015118008.2
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OMb71847 XM_015118009.2
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $643.30
$919.00
OMb71848 XM_015118010.2
Latest version!
Macaca mulatta kinesin family member 27 (KIF27), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $643.30
$919.00

ORF Online Only Promotion

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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 OMb49490
    Clone ID Related Accession (Same CDS sequence) XM_015118006.1 , XM_015118005.1 , XM_015118007.1
    Accession Version XM_015118006.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4284bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    RefSeq XP_014973492.1
    CDS171..4454
    Translation

    Target ORF information:

    RefSeq Version XM_015118006.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118006.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    CloneID OMb49490
    Clone ID Related Accession (Same CDS sequence) XM_015118006.1 , XM_015118005.1 , XM_015118007.1
    Accession Version XM_015118005.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4284bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    RefSeq XP_014973491.1
    CDS226..4509
    Translation

    Target ORF information:

    RefSeq Version XM_015118005.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118005.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    CloneID OMb49490
    Clone ID Related Accession (Same CDS sequence) XM_015118006.1 , XM_015118005.1 , XM_015118007.1
    Accession Version XM_015118007.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4284bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    RefSeq XP_014973493.1
    CDS661..4944
    Translation

    Target ORF information:

    RefSeq Version XM_015118007.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118007.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATA ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    CloneID OMb49491
    Clone ID Related Accession (Same CDS sequence) XM_015118008.1
    Accession Version XM_015118008.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4206bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGAATGAAAA AATAATAGAA
    CAACAACTTC TTGTGGATCA ACTGAGTGAA GAACTAACAA AACTTAACCT GTCAGTGACT
    TCTTCAGCTA AAGAAAATTG TGGAGATGGG CCAGATGCCA GGATCCCTGA AAAGAGACCA
    TATACTGTAC CATTTGATAC TCGTTTGGGG CATTATATTT ATATCCCATC AAGACAAGAT
    TCCAGGAAGG TCCACACAAG TCCGCCTGTG TACTCTCTGG ATCGAATATT TGCTGGGTTT
    CGAACACGAA GTCGGATGCT GTTGGGTCAC ATAGAAGAAC AAGATGAGGT CCTCCACTGC
    CAATTTTCTG ATAACAGTGA TGATGAAGAA TCGGAAGGCC AAGAGAAATC TGGAACTAGA
    TGTAGAAGTC GTTCATGGAT TCAGAAGCCA GACTCTGTTT GTTCCCTTGT TGAACTGAAT
    GATACTCAGG ATGAAACACA AAAGTCAAAT TTGGAGAATG AAGATTTAAA GATTGATTAT
    CTCCAGGAGA GTCAAGAATT GAATTTGCAA AAATTAAAGA ATTCAGAACG CATACTTACT
    GAAGCTAAAC AAAAAATGAG AGAACTTACA ATTAACATCA AGATGAAGGA AGATCTGATT
    AAAGAATTAA TAAAAACAGG TAACGATGCC AAGTCTGTAA GCAAGCAGTA TTCTTTGAAA
    GTAACAAAGC TAGAGCATGA CGCAGAACAG GCAAAAGTCG AACTAACTGA AACACAAAAG
    CAGCTACAGG AACTGGAAAA CAAAGATCTT TCTGATGTTG CAATGAAGGT AAAATTACAG
    AAAGAGTTCC GTAAAAAGAT GGATGCTGCA AAGCTGAGAG TTCAGGTCTT ACAGAAGAAG
    CAACAAGATA GTAAGAAACT GGCATCACTG TCAATCCAAA ATGAGAAACG CGCTAATGAA
    CTAGAGCAGA GTGTAGATCA CATGAAGTAT CAAAAGATAC AGCTACAAAG AAAACTTCGA
    GAAGAAAATG AAAAAAGGAA GCAACTGGAT GCAGTAATTA AGCGGGACCA GCAAAAAATC
    AAAGAATTAC AATTAAAAAC AGGACAGGAA GAAGGTCTAA AACCAAAAGC TGAGGATCTC
    GATGCATGTA ACTTGAAAAG GAGAAAAGGT TCGTTTGGAA GTATAGACCA ACTCCAGAAA
    TTGGATGAGC AAAAGAAATG GTTAGATGAA GAAGTAGAGA AAGTTCTGAA CCAACGCCAA
    GAATTAGAGG AGCTGGAAGA AGACTTAAAG AAACGGGAGG CCATAGTTTC TAAGAAGGAG
    GCTCTATTAC AGGAGAAGAG TCACCTGGAA AATAAGAAAT TGAGATCTAG TCAGGCCTTA
    AACACAGATA ATTTGAAAAT ATCAACTCGC CTGAACTTAC TGGAACAAGA GTTGTCTGAA
    AAGAATGTGC AGCTCCAGAC TAGCACAGCT GAGGAGAAAA TAAAGATTTC AGAACAAGTT
    GAAGTCCTCC AGAAAGAAAA GGATCAGCTC CAGAAACGAA GAAACAGTGT GGATGAAAAA
    CTTAAAAATG GCAGAGTGTT ATCACCTGAA GAAGAACATG TTCTTTTCCA ACTTGAAGAA
    GGGATTGAAG CTTTGGAAGC TGCAATTGAA TATAAGAATG AAAGTATCCA GCGTCGCCGG
    AACTCACTTA GAGCATCATT CCATAACCTC TCTCGTAGTG AAGCAAATGT CTTGGAACAA
    ATAGCTTGCC TGAGTCCTGT TGAGATTAGA GCTATTCTTT TCAGATATTT CAATAAGGTG
    GTGAATTTGC GAGAAGCTGA ACGGAAACAA CAGTTATATA ATGAAGAAAT GAAAATGAAA
    GTTCTGGAAC GGGATAATAT GGTTCGTGAA TTAGAATCTG CACTGGACCA TCTAAAATTA
    CAGTGTGACC AGAGACTGAC CCTCCAGCAA AAGGAACATG AACAAAAGAT GCAGTTGCTA
    TTACATCATT TCAAAGAACA AGATGAAGAA GGCATTATGG AAACTTTCAA AACATATGAA
    GATAAAATCC AGCAGTTGGA AAAAGATCTT TATTTCTATA AGAAAACCAG CCGGGATCTT
    AAGAAGAAAC TTAAGGAACT GGTAGGGGAA GCAATCCGGC GGCAACTAGC ACCATCAGAG
    TATCATGAGG CTGGAGATGG AGTCCTGAAG CCAGAAGAAG GAGGCATGCT TTCAGAAGAA
    TTAAAATGGG CATCCAGACC TGAAAGTATG AAATTAAGTG GAAGAGAAAG AGAAATGGAC
    AGTTCAGCAA GCAGCTTAAG AACACAGCCA AATCCTCAGA AGCTCTGGGA AGATATCCCA
    GAATTACCTC CAATTCATAG TTCTTTAGCA CCCCCCAGTG GGCATATGTT AAGTAATGAG
    GATAAAACAG AAATAGGTGA TAATCAGTTT ACAAAATCTC ACAGTCGACT ATCATCCCAA
    ATTCTGGTTG CGGGAAATGT GGGACAACTT CATGGTATTA CACCGGTAAA ACTGTGTCGA
    AAAGAATTAC GTCAAATTTC CGCCTTAGAA CTATCATTGC GACGTTCCAG TCTTGGAGTT
    GGGGTTGGAT CAATGGCTGC TGATTCCATC GAAGTATCTA GGAAACCAAG TGACTTAAAA
    ACTTAG

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

    RefSeq XP_014973494.1
    CDS179..4384
    Translation

    Target ORF information:

    RefSeq Version XM_015118008.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118008.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGAATGAAAA AATAATAGAA
    CAACAACTTC TTGTGGATCA ACTGAGTGAA GAACTAACAA AACTTAACCT GTCAGTGACT
    TCTTCAGCTA AAGAAAATTG TGGAGATGGG CCAGATGCCA GGATCCCTGA AAAGAGACCA
    TATACTGTAC CATTTGATAC TCGTTTGGGG CATTATATTT ATATCCCATC AAGACAAGAT
    TCCAGGAAGG TCCACACAAG TCCGCCTGTG TACTCTCTGG ATCGAATATT TGCTGGGTTT
    CGAACACGAA GTCGGATGCT GTTGGGTCAC ATAGAAGAAC AAGATGAGGT CCTCCACTGC
    CAATTTTCTG ATAACAGTGA TGATGAAGAA TCGGAAGGCC AAGAGAAATC TGGAACTAGA
    TGTAGAAGTC GTTCATGGAT TCAGAAGCCA GACTCTGTTT GTTCCCTTGT TGAACTGAAT
    GATACTCAGG ATGAAACACA AAAGTCAAAT TTGGAGAATG AAGATTTAAA GATTGATTAT
    CTCCAGGAGA GTCAAGAATT GAATTTGCAA AAATTAAAGA ATTCAGAACG CATACTTACT
    GAAGCTAAAC AAAAAATGAG AGAACTTACA ATTAACATCA AGATGAAGGA AGATCTGATT
    AAAGAATTAA TAAAAACAGG TAACGATGCC AAGTCTGTAA GCAAGCAGTA TTCTTTGAAA
    GTAACAAAGC TAGAGCATGA CGCAGAACAG GCAAAAGTCG AACTAACTGA AACACAAAAG
    CAGCTACAGG AACTGGAAAA CAAAGATCTT TCTGATGTTG CAATGAAGGT AAAATTACAG
    AAAGAGTTCC GTAAAAAGAT GGATGCTGCA AAGCTGAGAG TTCAGGTCTT ACAGAAGAAG
    CAACAAGATA GTAAGAAACT GGCATCACTG TCAATCCAAA ATGAGAAACG CGCTAATGAA
    CTAGAGCAGA GTGTAGATCA CATGAAGTAT CAAAAGATAC AGCTACAAAG AAAACTTCGA
    GAAGAAAATG AAAAAAGGAA GCAACTGGAT GCAGTAATTA AGCGGGACCA GCAAAAAATC
    AAAGAATTAC AATTAAAAAC AGGACAGGAA GAAGGTCTAA AACCAAAAGC TGAGGATCTC
    GATGCATGTA ACTTGAAAAG GAGAAAAGGT TCGTTTGGAA GTATAGACCA ACTCCAGAAA
    TTGGATGAGC AAAAGAAATG GTTAGATGAA GAAGTAGAGA AAGTTCTGAA CCAACGCCAA
    GAATTAGAGG AGCTGGAAGA AGACTTAAAG AAACGGGAGG CCATAGTTTC TAAGAAGGAG
    GCTCTATTAC AGGAGAAGAG TCACCTGGAA AATAAGAAAT TGAGATCTAG TCAGGCCTTA
    AACACAGATA ATTTGAAAAT ATCAACTCGC CTGAACTTAC TGGAACAAGA GTTGTCTGAA
    AAGAATGTGC AGCTCCAGAC TAGCACAGCT GAGGAGAAAA TAAAGATTTC AGAACAAGTT
    GAAGTCCTCC AGAAAGAAAA GGATCAGCTC CAGAAACGAA GAAACAGTGT GGATGAAAAA
    CTTAAAAATG GCAGAGTGTT ATCACCTGAA GAAGAACATG TTCTTTTCCA ACTTGAAGAA
    GGGATTGAAG CTTTGGAAGC TGCAATTGAA TATAAGAATG AAAGTATCCA GCGTCGCCGG
    AACTCACTTA GAGCATCATT CCATAACCTC TCTCGTAGTG AAGCAAATGT CTTGGAACAA
    ATAGCTTGCC TGAGTCCTGT TGAGATTAGA GCTATTCTTT TCAGATATTT CAATAAGGTG
    GTGAATTTGC GAGAAGCTGA ACGGAAACAA CAGTTATATA ATGAAGAAAT GAAAATGAAA
    GTTCTGGAAC GGGATAATAT GGTTCGTGAA TTAGAATCTG CACTGGACCA TCTAAAATTA
    CAGTGTGACC AGAGACTGAC CCTCCAGCAA AAGGAACATG AACAAAAGAT GCAGTTGCTA
    TTACATCATT TCAAAGAACA AGATGAAGAA GGCATTATGG AAACTTTCAA AACATATGAA
    GATAAAATCC AGCAGTTGGA AAAAGATCTT TATTTCTATA AGAAAACCAG CCGGGATCTT
    AAGAAGAAAC TTAAGGAACT GGTAGGGGAA GCAATCCGGC GGCAACTAGC ACCATCAGAG
    TATCATGAGG CTGGAGATGG AGTCCTGAAG CCAGAAGAAG GAGGCATGCT TTCAGAAGAA
    TTAAAATGGG CATCCAGACC TGAAAGTATG AAATTAAGTG GAAGAGAAAG AGAAATGGAC
    AGTTCAGCAA GCAGCTTAAG AACACAGCCA AATCCTCAGA AGCTCTGGGA AGATATCCCA
    GAATTACCTC CAATTCATAG TTCTTTAGCA CCCCCCAGTG GGCATATGTT AAGTAATGAG
    GATAAAACAG AAATAGGTGA TAATCAGTTT ACAAAATCTC ACAGTCGACT ATCATCCCAA
    ATTCTGGTTG CGGGAAATGT GGGACAACTT CATGGTATTA CACCGGTAAA ACTGTGTCGA
    AAAGAATTAC GTCAAATTTC CGCCTTAGAA CTATCATTGC GACGTTCCAG TCTTGGAGTT
    GGGGTTGGAT CAATGGCTGC TGATTCCATC GAAGTATCTA GGAAACCAAG TGACTTAAAA
    ACTTAG

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

    CloneID OMb49492
    Clone ID Related Accession (Same CDS sequence) XM_015118009.1
    Accession Version XM_015118009.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3810bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTG CACACACTGA

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

    RefSeq XP_014973495.1
    CDS226..4035
    Translation

    Target ORF information:

    RefSeq Version XM_015118009.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118009.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTG CACACACTGA

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

    CloneID OMb49493
    Clone ID Related Accession (Same CDS sequence) XM_015118010.1
    Accession Version XM_015118010.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3786bp)
    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 2015-12-20
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014805525.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Macaca mulatta Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGA TCATGAGGCT GGAGATGGAG
    TCCTGA

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

    RefSeq XP_014973496.1
    CDS226..4011
    Translation

    Target ORF information:

    RefSeq Version XM_015118010.1
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118010.1

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TTGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCAG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGA TCATGAGGCT GGAGATGGAG
    TCCTGA

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

    CloneID OMb71845
    Clone ID Related Accession (Same CDS sequence) XM_015118006.2 , XM_015118005.2
    Accession Version XM_015118006.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4284bp)
    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 2019-04-25
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041768.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_015118006.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATC ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    RefSeq XP_014973492.2
    CDS172..4455
    Translation

    Target ORF information:

    RefSeq Version XM_015118006.2
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118006.2

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATC ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    CloneID OMb71845
    Clone ID Related Accession (Same CDS sequence) XM_015118006.2 , XM_015118005.2
    Accession Version XM_015118005.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4284bp)
    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 2019-04-25
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041768.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_015118005.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATC ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    RefSeq XP_014973491.2
    CDS229..4512
    Translation

    Target ORF information:

    RefSeq Version XM_015118005.2
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118005.2

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTA TCATGAGGCT GGAGATGGAG TCCTGAAGCC AGAAGAAGGA
    GGCATGCTTT CAGAAGAATT AAAATGGGCA TCCAGACCTG AAAGTATGAA ATTAAGTGGA
    AGAGAAAGAG AAATGGACAG TTCAGCAAGC AGCTTAAGAA CACAGCCAAA TCCTCAGAAG
    CTCTGGGAAG ATATCCCAGA ATTACCTCCA ATTCATAGTT CTTTAGCACC CCCCAGTGGG
    CATATGTTAA GTAATGAGGA TAAAACAGAA ATAGGTGATC ATCAGTTTAC AAAATCTCAC
    AGTCGACTAT CATCCCAAAT TCTGGTTGCG GGAAATGTGG GACAACTTCA TGGTATTACA
    CCGGTAAAAC TGTGTCGAAA AGAATTACGT CAAATTTCCG CCTTAGAACT ATCATTGCGA
    CGTTCCAGTC TTGGAGTTGG GGTTGGATCA ATGGCTGCTG ATTCCATCGA AGTATCTAGG
    AAACCAAGTG ACTTAAAAAC TTAG

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

    CloneID OMb71846
    Clone ID Related Accession (Same CDS sequence) XM_015118008.2
    Accession Version XM_015118008.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4206bp)
    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 2019-04-25
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041768.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_015118008.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGAATGAAAA AATAATAGAA
    CAACAACTTC TTGTGGATCA ACTGAGTGAA GAACTAACAA AACTTAACCT GTCAGTGACT
    TCTTCAGCTA AAGAAAATTG TGGAGATGGG CCAGATGCCA GGATCCCTGA AAAGAGACCA
    TATACTGTAC CATTTGATAC TCGTTTGGGG CATTATATTT ATATCCCATC AAGACAAGAT
    TCCAGGAAGG TCCACACAAG TCCGCCTGTG TACTCTCTGG ATCGAATATT TGCTGGGTTT
    CGAACACGAA GTCGGATGCT GTTGGGTCAC ATAGAAGAAC AAGATGAGGT CCTCCACTGC
    CAATTTTCTG ATAACAGTGA TGATGAAGAA TCGGAAGGCC AAGAGAAATC TGGAACTAGA
    TGTAGAAGTC GTTCATGGAT TCAGAAGCCA GACTCTGTTT GTTCCCTTGT TGAACTGAAT
    GATACTCAGG ATGAAACACA AAAGTCAAAT TTGGAGAATG AAGATTTAAA GATTGATTAT
    CTCCAGGAGA GTCAAGAATT GAATTTGCAA AAATTAAAGA ATTCAGAACG CATACTTACT
    GAAGCTAAAC AAAAAATGAG AGAACTTACA ATTAACATCA AGATGAAGGA AGATCTGATT
    AAAGAATTAA TAAAAACAGG TAACGATGCC AAGTCTGTAA GCAAGCAGTA TTCTTTGAAA
    GTAACAAAGC TAGAGCATGA CGCAGAACAG GCAAAAGTCG AACTAACTGA AACACAAAAG
    CAGCTACAGG AACTGGAAAA CAAAGATCTT TCTGATGTTG CAATGAAGGT AAAATTACAG
    AAAGAGTTCC GTAAAAAGAT GGATGCTGCA AAGCTGAGAG TTCAGGTCTT ACAGAAGAAG
    CAACAAGATA GTAAGAAACT GGCATCACTG TCAATCCAAA ATGAGAAACG CGCTAATGAA
    CTAGAGCAGA GTGTAGATCA CATGAAGTAT CAAAAGATAC AGCTACAAAG AAAACTTCGA
    GAAGAAAATG AAAAAAGGAA GCAACTGGAT GCAGTAATTA AGCGGGACCA GCAAAAAATC
    AAAGAATTAC AATTAAAAAC AGGACAGGAA GAAGGTCTAA AACCAAAAGC TGAGGATCTC
    GATGCATGTA ACTTGAAAAG GAGAAAAGGT TCGTTTGGAA GTATAGACCA ACTCCAGAAA
    TTGGATGAGC AAAAGAAATG GTTAGATGAA GAAGTAGAGA AAGTTCTGAA CCAACGCCAA
    GAATTAGAGG AGCTGGAAGA AGACTTAAAG AAACGGGAGG CCATAGTTTC TAAGAAGGAG
    GCTCTATTAC AGGAGAAGAG TCACCTGGAA AATAAGAAAT TGAGATCTAG TCAGGCCTTA
    AACACAGATA ATTTGAAAAT ATCAACTCGC CTGAACTTAC TGGAACAAGA GTTGTCTGAA
    AAGAATGTGC AGCTCCAGAC TAGCACAGCT GAGGAGAAAA TAAAGATTTC AGAACAAGTT
    GAAGTCCTCC AGAAAGAAAA GGATCAGCTC CAGAAACGAA GAAACAGTGT GGATGAAAAA
    CTTAAAAATG GCAGAGTGTT ATCACCTGAA GAAGAACATG TTCTTTTCCA ACTCGAAGAA
    GGGATTGAAG CTTTGGAAGC TGCAATTGAA TATAAGAATG AAAGTATCCA GCGTCGCCGG
    AACTCACTTA GAGCATCATT CCATAACCTC TCTCGTAGTG AAGCAAATGT CTTGGAACAA
    ATAGCTTGCC TGAGTCCTGT TGAGATTAGA GCTATTCTTT TCAGATATTT CAATAAGGTG
    GTGAATTTGC GAGAAGCTGA ACGGAAACAA CAGTTATATA ATGAAGAAAT GAAAATGAAA
    GTTCTGGAAC GGGATAATAT GGTTCGTGAA TTAGAATCTG CACTGGACCA TCTAAAATTA
    CAGTGTGACC GGAGACTGAC CCTCCAGCAA AAGGAACATG AACAAAAGAT GCAGTTGCTA
    TTACATCATT TCAAAGAACA AGATGAAGAA GGCATTATGG AAACTTTCAA AACATATGAA
    GATAAAATCC AGCAGTTGGA AAAAGATCTT TATTTCTATA AGAAAACCAG CCGGGATCTT
    AAGAAGAAAC TTAAGGAACT GGTAGGGGAA GCAATCCGGC GGCAACTAGC ACCATCAGAG
    TATCATGAGG CTGGAGATGG AGTCCTGAAG CCAGAAGAAG GAGGCATGCT TTCAGAAGAA
    TTAAAATGGG CATCCAGACC TGAAAGTATG AAATTAAGTG GAAGAGAAAG AGAAATGGAC
    AGTTCAGCAA GCAGCTTAAG AACACAGCCA AATCCTCAGA AGCTCTGGGA AGATATCCCA
    GAATTACCTC CAATTCATAG TTCTTTAGCA CCCCCCAGTG GGCATATGTT AAGTAATGAG
    GATAAAACAG AAATAGGTGA TCATCAGTTT ACAAAATCTC ACAGTCGACT ATCATCCCAA
    ATTCTGGTTG CGGGAAATGT GGGACAACTT CATGGTATTA CACCGGTAAA ACTGTGTCGA
    AAAGAATTAC GTCAAATTTC CGCCTTAGAA CTATCATTGC GACGTTCCAG TCTTGGAGTT
    GGGGTTGGAT CAATGGCTGC TGATTCCATC GAAGTATCTA GGAAACCAAG TGACTTAAAA
    ACTTAG

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

    RefSeq XP_014973494.2
    CDS146..4351
    Translation

    Target ORF information:

    RefSeq Version XM_015118008.2
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118008.2

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGAATGAAAA AATAATAGAA
    CAACAACTTC TTGTGGATCA ACTGAGTGAA GAACTAACAA AACTTAACCT GTCAGTGACT
    TCTTCAGCTA AAGAAAATTG TGGAGATGGG CCAGATGCCA GGATCCCTGA AAAGAGACCA
    TATACTGTAC CATTTGATAC TCGTTTGGGG CATTATATTT ATATCCCATC AAGACAAGAT
    TCCAGGAAGG TCCACACAAG TCCGCCTGTG TACTCTCTGG ATCGAATATT TGCTGGGTTT
    CGAACACGAA GTCGGATGCT GTTGGGTCAC ATAGAAGAAC AAGATGAGGT CCTCCACTGC
    CAATTTTCTG ATAACAGTGA TGATGAAGAA TCGGAAGGCC AAGAGAAATC TGGAACTAGA
    TGTAGAAGTC GTTCATGGAT TCAGAAGCCA GACTCTGTTT GTTCCCTTGT TGAACTGAAT
    GATACTCAGG ATGAAACACA AAAGTCAAAT TTGGAGAATG AAGATTTAAA GATTGATTAT
    CTCCAGGAGA GTCAAGAATT GAATTTGCAA AAATTAAAGA ATTCAGAACG CATACTTACT
    GAAGCTAAAC AAAAAATGAG AGAACTTACA ATTAACATCA AGATGAAGGA AGATCTGATT
    AAAGAATTAA TAAAAACAGG TAACGATGCC AAGTCTGTAA GCAAGCAGTA TTCTTTGAAA
    GTAACAAAGC TAGAGCATGA CGCAGAACAG GCAAAAGTCG AACTAACTGA AACACAAAAG
    CAGCTACAGG AACTGGAAAA CAAAGATCTT TCTGATGTTG CAATGAAGGT AAAATTACAG
    AAAGAGTTCC GTAAAAAGAT GGATGCTGCA AAGCTGAGAG TTCAGGTCTT ACAGAAGAAG
    CAACAAGATA GTAAGAAACT GGCATCACTG TCAATCCAAA ATGAGAAACG CGCTAATGAA
    CTAGAGCAGA GTGTAGATCA CATGAAGTAT CAAAAGATAC AGCTACAAAG AAAACTTCGA
    GAAGAAAATG AAAAAAGGAA GCAACTGGAT GCAGTAATTA AGCGGGACCA GCAAAAAATC
    AAAGAATTAC AATTAAAAAC AGGACAGGAA GAAGGTCTAA AACCAAAAGC TGAGGATCTC
    GATGCATGTA ACTTGAAAAG GAGAAAAGGT TCGTTTGGAA GTATAGACCA ACTCCAGAAA
    TTGGATGAGC AAAAGAAATG GTTAGATGAA GAAGTAGAGA AAGTTCTGAA CCAACGCCAA
    GAATTAGAGG AGCTGGAAGA AGACTTAAAG AAACGGGAGG CCATAGTTTC TAAGAAGGAG
    GCTCTATTAC AGGAGAAGAG TCACCTGGAA AATAAGAAAT TGAGATCTAG TCAGGCCTTA
    AACACAGATA ATTTGAAAAT ATCAACTCGC CTGAACTTAC TGGAACAAGA GTTGTCTGAA
    AAGAATGTGC AGCTCCAGAC TAGCACAGCT GAGGAGAAAA TAAAGATTTC AGAACAAGTT
    GAAGTCCTCC AGAAAGAAAA GGATCAGCTC CAGAAACGAA GAAACAGTGT GGATGAAAAA
    CTTAAAAATG GCAGAGTGTT ATCACCTGAA GAAGAACATG TTCTTTTCCA ACTCGAAGAA
    GGGATTGAAG CTTTGGAAGC TGCAATTGAA TATAAGAATG AAAGTATCCA GCGTCGCCGG
    AACTCACTTA GAGCATCATT CCATAACCTC TCTCGTAGTG AAGCAAATGT CTTGGAACAA
    ATAGCTTGCC TGAGTCCTGT TGAGATTAGA GCTATTCTTT TCAGATATTT CAATAAGGTG
    GTGAATTTGC GAGAAGCTGA ACGGAAACAA CAGTTATATA ATGAAGAAAT GAAAATGAAA
    GTTCTGGAAC GGGATAATAT GGTTCGTGAA TTAGAATCTG CACTGGACCA TCTAAAATTA
    CAGTGTGACC GGAGACTGAC CCTCCAGCAA AAGGAACATG AACAAAAGAT GCAGTTGCTA
    TTACATCATT TCAAAGAACA AGATGAAGAA GGCATTATGG AAACTTTCAA AACATATGAA
    GATAAAATCC AGCAGTTGGA AAAAGATCTT TATTTCTATA AGAAAACCAG CCGGGATCTT
    AAGAAGAAAC TTAAGGAACT GGTAGGGGAA GCAATCCGGC GGCAACTAGC ACCATCAGAG
    TATCATGAGG CTGGAGATGG AGTCCTGAAG CCAGAAGAAG GAGGCATGCT TTCAGAAGAA
    TTAAAATGGG CATCCAGACC TGAAAGTATG AAATTAAGTG GAAGAGAAAG AGAAATGGAC
    AGTTCAGCAA GCAGCTTAAG AACACAGCCA AATCCTCAGA AGCTCTGGGA AGATATCCCA
    GAATTACCTC CAATTCATAG TTCTTTAGCA CCCCCCAGTG GGCATATGTT AAGTAATGAG
    GATAAAACAG AAATAGGTGA TCATCAGTTT ACAAAATCTC ACAGTCGACT ATCATCCCAA
    ATTCTGGTTG CGGGAAATGT GGGACAACTT CATGGTATTA CACCGGTAAA ACTGTGTCGA
    AAAGAATTAC GTCAAATTTC CGCCTTAGAA CTATCATTGC GACGTTCCAG TCTTGGAGTT
    GGGGTTGGAT CAATGGCTGC TGATTCCATC GAAGTATCTA GGAAACCAAG TGACTTAAAA
    ACTTAG

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

    CloneID OMb71847
    Clone ID Related Accession (Same CDS sequence) XM_015118009.2
    Accession Version XM_015118009.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3810bp)
    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 2019-04-25
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041768.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_015118009.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTG CACACACTGA

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

    RefSeq XP_014973495.2
    CDS229..4038
    Translation

    Target ORF information:

    RefSeq Version XM_015118009.2
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118009.2

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGG TAGGGGAAGC AATCCGGCGG
    CAACTAGCAC CATCAGAGTG CACACACTGA

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

    CloneID OMb71848
    Clone ID Related Accession (Same CDS sequence) XM_015118010.2
    Accession Version XM_015118010.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3786bp)
    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 2019-04-25
    Organism Macaca mulatta(Rhesus monkey)
    Product kinesin-like protein KIF27 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041768.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 23, 2019 this sequence version replaced XM_015118010.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca mulatta Annotation Release 103 Annotation Version :: 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGA TCATGAGGCT GGAGATGGAG
    TCCTGA

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

    RefSeq XP_014973496.2
    CDS229..4014
    Translation

    Target ORF information:

    RefSeq Version XM_015118010.2
    Organism Macaca mulatta(Rhesus monkey)
    Definition Macaca mulatta kinesin family member 27 (KIF27), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_015118010.2

    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
    ATGGAAGAAA TACCAGTAAA AGTTGCTGTA AGAATTAGAC CTCTGCTTTG CAAAGAAGTT 
    CTTCATAATC ATCAAGTTTG TGTGAGAGTT ATTCCAAACA GCCAGCAAGT TATCATTGGG
    AGAGACAGAG TCTTCACTTT TGATTTTGTT TTTGGCAAAA ATTCCACTCA AGATGAAGTT
    TATAATACAT GTATAAAGCC CCTAGTGTTG TCACTCATTG AGGGCTATAA TGCAACTGTT
    TTTGCCTATG GACAAACTGG ATCTGGGAAG ACATACACCA TTGGAGGAGG CCATATTGCT
    TCGGTTGTGG AGGGCCAAAA GGGTATCATT CCTCGAGCTA TTCAAGAAAT ATTTCAAAGC
    ATCTCTGAAC ATCCTAGCAT TGAGTTTAAT GTGAAAGTAT CTTATATAGA AGTGTACAAG
    GAAGACCTAA GAGATCTTCT AGAATTGGAG ACATCCATGA AGGATCTTCA CATCCGAGAA
    GATGAGAAAG GAAATACAGT GATTGTTGGG GCCAAGGAAT GCCATGTGGA GAGTGCAGAT
    GAAGTGATGA GCCTTTTGGA GACGGGGAAT GCAGCCAGAC ATACAGGTAC CACCCAAATG
    AATGAGCACT CCAGCAGATC ACATGCAATT TTTACAATCA GCATTTGTCA AGTTCATAAA
    AATGTGGAGG CAGCTGAAGA TGGATCATGG TATTCCCCTC GGCATATTGT CTCAAAGTTC
    CACTTTGTGG ATTTGGCAGG ATCAGAAAGA GTAACCAAAA CGGGGAATAC TGGTGAACGG
    TTCAAAGAAT CCATTCAAAT CAATAGTGGA TTGCTGGCGT TAGGAAATGT AATAAGCGCT
    CTTGGGGACC CACGCAGGAA GAGTTCACAT ATTCCATATA GGGATGCTAA AATTACCCGG
    CTTCTGAAAG ATTCTCTGGG AGGCAGTGCT AAGACTGTCA TGATCACATG TGTCAGCCCC
    TCCTCCTCGA ATTTTGATGA GTCATTAAAT TCTCTCAAAT ATGCCAACAG AGCACGGAAC
    ATTAGAAACA AACCCACTGT AAACTTCAGC CCCGAGTCAG ACCGTATAGA TGAAATGGAA
    TTTGAGATTA AATTGCTTCG AGAAGCTTTG CAAAGCCAGC AGGCTAATGT CAGCCAAACT
    AGCCAGATCA ATCGAGAAGG GAGTCCTGAT ACAAATAGGA TTCATTCTCT TGAGGAGCAA
    GTAGCTCAGC TTCAAGGAGA ATGTCTGGGT TACCAATGTT GTGTAGAAGA AGCCTTTACC
    TTCCTGGTTG ACTTAAAAGA TACTGTCAGA CTAAACCAAA AGCAGCAATA CAAACTGCAG
    GAGTGGTTTA ACATGATCCA AGAGGTCAGG AAGGCTGTGG TCACCTCATT TCGAGGAATC
    GGAGGCACTG CAAGTCTGGA AGAAGGACCA GAGCATGTTA CAGTTCTCCA GCTGAAGAGA
    GAGCTTAAGA AATGCCAGTG TGCGCTTGCT GCTGATGAAG TAGTATTTAA TCAGAAGGAA
    CTGGAGGTGA AGGAACTGAA GAATCAAGTG CAGATGATGG TACAGGAAAA CAAAGGGCAT
    GCGGTATCTT TGAAAGAAGC GCAAAAAGTG AATAGATTGC AGCCCCCGGC AAAAACCACT
    TTACTTTCTA CTTCTATGGA TTTGCCTATT CTAAACATTT CATATAACTG GAATCATACA
    AATGAAAAAA TAATAGAACA ACAACTTCTT GTGGATCAAC TGAGTGAAGA ACTAACAAAA
    CTTAACCTGT CAGTGACTTC TTCAGCTAAA GAAAATTGTG GAGATGGGCC AGATGCCAGG
    ATCCCTGAAA AGAGACCATA TACTGTACCA TTTGATACTC GTTTGGGGCA TTATATTTAT
    ATCCCATCAA GACAAGATTC CAGGAAGGTC CACACAAGTC CGCCTGTGTA CTCTCTGGAT
    CGAATATTTG CTGGGTTTCG AACACGAAGT CGGATGCTGT TGGGTCACAT AGAAGAACAA
    GATGAGGTCC TCCACTGCCA ATTTTCTGAT AACAGTGATG ATGAAGAATC GGAAGGCCAA
    GAGAAATCTG GAACTAGATG TAGAAGTCGT TCATGGATTC AGAAGCCAGA CTCTGTTTGT
    TCCCTTGTTG AACTGAATGA TACTCAGGAT GAAACACAAA AGTCAAATTT GGAGAATGAA
    GATTTAAAGA TTGATTATCT CCAGGAGAGT CAAGAATTGA ATTTGCAAAA ATTAAAGAAT
    TCAGAACGCA TACTTACTGA AGCTAAACAA AAAATGAGAG AACTTACAAT TAACATCAAG
    ATGAAGGAAG ATCTGATTAA AGAATTAATA AAAACAGGTA ACGATGCCAA GTCTGTAAGC
    AAGCAGTATT CTTTGAAAGT AACAAAGCTA GAGCATGACG CAGAACAGGC AAAAGTCGAA
    CTAACTGAAA CACAAAAGCA GCTACAGGAA CTGGAAAACA AAGATCTTTC TGATGTTGCA
    ATGAAGGTAA AATTACAGAA AGAGTTCCGT AAAAAGATGG ATGCTGCAAA GCTGAGAGTT
    CAGGTCTTAC AGAAGAAGCA ACAAGATAGT AAGAAACTGG CATCACTGTC AATCCAAAAT
    GAGAAACGCG CTAATGAACT AGAGCAGAGT GTAGATCACA TGAAGTATCA AAAGATACAG
    CTACAAAGAA AACTTCGAGA AGAAAATGAA AAAAGGAAGC AACTGGATGC AGTAATTAAG
    CGGGACCAGC AAAAAATCAA AGAATTACAA TTAAAAACAG GACAGGAAGA AGGTCTAAAA
    CCAAAAGCTG AGGATCTCGA TGCATGTAAC TTGAAAAGGA GAAAAGGTTC GTTTGGAAGT
    ATAGACCAAC TCCAGAAATT GGATGAGCAA AAGAAATGGT TAGATGAAGA AGTAGAGAAA
    GTTCTGAACC AACGCCAAGA ATTAGAGGAG CTGGAAGAAG ACTTAAAGAA ACGGGAGGCC
    ATAGTTTCTA AGAAGGAGGC TCTATTACAG GAGAAGAGTC ACCTGGAAAA TAAGAAATTG
    AGATCTAGTC AGGCCTTAAA CACAGATAAT TTGAAAATAT CAACTCGCCT GAACTTACTG
    GAACAAGAGT TGTCTGAAAA GAATGTGCAG CTCCAGACTA GCACAGCTGA GGAGAAAATA
    AAGATTTCAG AACAAGTTGA AGTCCTCCAG AAAGAAAAGG ATCAGCTCCA GAAACGAAGA
    AACAGTGTGG ATGAAAAACT TAAAAATGGC AGAGTGTTAT CACCTGAAGA AGAACATGTT
    CTTTTCCAAC TCGAAGAAGG GATTGAAGCT TTGGAAGCTG CAATTGAATA TAAGAATGAA
    AGTATCCAGC GTCGCCGGAA CTCACTTAGA GCATCATTCC ATAACCTCTC TCGTAGTGAA
    GCAAATGTCT TGGAACAAAT AGCTTGCCTG AGTCCTGTTG AGATTAGAGC TATTCTTTTC
    AGATATTTCA ATAAGGTGGT GAATTTGCGA GAAGCTGAAC GGAAACAACA GTTATATAAT
    GAAGAAATGA AAATGAAAGT TCTGGAACGG GATAATATGG TTCGTGAATT AGAATCTGCA
    CTGGACCATC TAAAATTACA GTGTGACCGG AGACTGACCC TCCAGCAAAA GGAACATGAA
    CAAAAGATGC AGTTGCTATT ACATCATTTC AAAGAACAAG ATGAAGAAGG CATTATGGAA
    ACTTTCAAAA CATATGAAGA TAAAATCCAG CAGTTGGAAA AAGATCTTTA TTTCTATAAG
    AAAACCAGCC GGGATCTTAA GAAGAAACTT AAGGAACTGA TCATGAGGCT GGAGATGGAG
    TCCTGA

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

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