SETD5 cDNA ORF clone, Homo sapiens(human)

The following SETD5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SETD5 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
OHu69174 XM_017006784.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X28, mRNA. pcDNA3.1-C-(k)DYK or customized vector 12-14 $475.30
$679.00
OHu94340 XM_017006785.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X30, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $475.30
$679.00
OHu94341 XM_017006786.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X31, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $391.30
$559.00
OHu25673 NM_001080517.3
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant 1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu105394 XM_024453621.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X18, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu94335 XM_017006771.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X9, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu94336 XM_017006773.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X12, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu94337 XM_017006774.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X14, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu94338 XM_017006775.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X16, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu94339 XM_017006783.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X27, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $643.30
$919.00
OHu69173 XM_017006782.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X26, mRNA. pcDNA3.1-C-(k)DYK or customized vector 20 $643.30
$919.00
OHu24689 NM_001292043.2
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant 2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu24689 NM_001349451.2
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant 3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu37346 XM_011533921.2
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $811.30
$1159.00
OHu37346 XM_011533920.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $811.30
$1159.00
OHu37346 XM_017006767.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $811.30
$1159.00
OHu37348 XM_017006770.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X7, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu37350 XM_017006772.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X11, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu37351 XM_005265301.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X13, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu37353 XM_005265303.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X17, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69166 XM_011533922.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69166 XM_017006768.2
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69167 XM_017006769.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69167 XM_024453620.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69168 XM_011533927.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X8, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69169 XM_011533928.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X10, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69170 XM_011533930.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X15, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69171 XM_017006776.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X19, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69171 XM_017006777.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X20, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69171 XM_017006778.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X21, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69172 XM_011533932.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X23, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69172 XM_011533933.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X25, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69172 XM_017006779.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X22, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu69172 XM_017006780.1
Latest version!
Homo sapiens SET domain containing 5 (SETD5), transcript variant X24, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
View Old Accession Versions >>
OHu25673 NM_001080517.2 Homo sapiens SET domain containing 5 (SETD5), transcript variant 1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $923.30
$1319.00
OHu37346 XM_011533921.1 Homo sapiens SET domain containing 5 (SETD5), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $811.30
$1159.00
OHu69166 XM_017006768.1 Homo sapiens SET domain containing 5 (SETD5), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu24689 NM_001292043.1 Homo sapiens SET domain containing 5 (SETD5), transcript variant 2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu24689 NM_001349451.1 Homo sapiens SET domain containing 5 (SETD5), transcript variant 3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
Hide Old Accession Versions >>

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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 OHu69174
    Clone ID Related Accession (Same CDS sequence) XM_017006784.1
    Accession Version XM_017006784.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2928bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X20
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCA TTTCAGAATC TGCAGTGATG AGCATTAG

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

    RefSeq XP_016862273.1
    CDS4170..7097
    Translation

    Target ORF information:

    RefSeq Version XM_017006784.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X28, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006784.1

    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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCA TTTCAGAATC TGCAGTGATG AGCATTAG

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

    CloneID OHu94340
    Clone ID Related Accession (Same CDS sequence) XM_017006785.1
    Accession Version XM_017006785.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2529bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X21
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGATCTGGA TTCAGGCTGC CTTCCTCAGT GTCTGCCATT GCCCTCCTCC ACTGGCATCA
    CGTACATGA

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

    RefSeq XP_016862274.1
    CDS4170..6698
    Translation

    Target ORF information:

    RefSeq Version XM_017006785.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X30, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006785.1

    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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGATCTGGA TTCAGGCTGC CTTCCTCAGT GTCTGCCATT GCCCTCCTCC ACTGGCATCA
    CGTACATGA

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

    CloneID OHu94341
    Clone ID Related Accession (Same CDS sequence) XM_017006786.1
    Accession Version XM_017006786.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2487bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X22
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGGGCAGGA GAGCCACAGA GTGGTGA

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

    RefSeq XP_016862275.1
    CDS4170..6656
    Translation

    Target ORF information:

    RefSeq Version XM_017006786.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X31, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006786.1

    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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGGGCAGGA GAGCCACAGA GTGGTGA

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

    CloneID OHu25673
    Clone ID Related Accession (Same CDS sequence) NM_001080517.2 , NM_001080517.3
    Accession Version NM_001080517.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4329bp)
    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 2019-10-07
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform 1
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC018506.5, AI243838.1, AK092046.1, CR627408.1 and AB051544.1. This sequence is a reference standard in the RefSeqGene project. On Aug 12, 2019 this sequence version replaced NM_001080517.2. Transcript Variant: This variant (1) encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##RefSeq-Attributes-START## RefSeq Select criteria :: based on manual assertion, conservation ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    RefSeq NP_001073986.1
    CDS540..4868
    Translation

    Target ORF information:

    RefSeq Version NM_001080517.3
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001080517.3

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    CloneID OHu105394
    Clone ID Related Accession (Same CDS sequence) XM_024453621.1
    Accession Version XM_024453621.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4140bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X15
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGCAGAGAC ACTTCGCCCA TGTGTGCTAT GATGTGATGC ATGCTGTTGG AAGGACTACT 
    TTAAGTTTAT TTTCCCTCTT TAGGGGAATG AGCAGGGGGA AGGTTATTAG ACTTCATCGG
    CGGAAGCAGG ACAACATATC AGGTGGGGAT AGCAGTGCAA CAGAAAGCTG GGATGAGGAG
    CTTTCTCCTT CCACTGTGTT GTATACAGCA ACACAGCACA CACCTACAAG CATCACCTTA
    ACTGTTAGAA GAACCAAACC CAAGAAGCGG AAAAAGAGTC CAGAAAAGGG TCGTGCAGCA
    CCAAAGACGA AGAAAATCAA GAATTCTCCC TCTGAAGCAC AGAATTTAGA TGAGAATACA
    ACTGAGGGCT GGGAAAATCG GATAAGACTA TGGACTGACC AGTATGAAGA AGCTTTCACT
    AATCAGTACA GTGCAGATGT ACAGAACGCG CTTGAACAAC ACCTACATTC TAGCAAGGAA
    TTTGTGGGCA AACCTACTAT TTTAGACACT ATTAATAAGA CTGAATTGGC CTGTAATAAC
    ACAGTTATTG GTTCCCAAAT GCAGTTACAG CTGGGAAGAG TCACTCGTGT TCAAAAGCAC
    CGGAAGATCC TGAGGGCTGC AAGAGATTTG GCTTTGGACA CTCTTATAAT AGAGTATCGT
    GGGAAAGTCA TGTTACGACA GCAATTTGAG GTCAATGGGC ATTTCTTCAA AAAACCATAC
    CCCTTTGTGC TCTTCTACTC AAAATTCAAT GGTGTAGAGA TGTGTGTGGA TGCCCGTACT
    TTCGGTAATG ATGCTCGGTT CATCAGAAGA TCATGTACAC CAAATGCAGA GGTGCGACAC
    ATGATTGCAG ATGGGATGAT TCACCTGTGC ATCTATGCTG TGTCTGCCAT CACCAAGGAT
    GCTGAGGTCA CCATAGCATT TGATTATGAG TATAGTAACT GTAATTATAA AGTGGACTGT
    GCCTGTCACA AGGGAAACCG GAATTGTCCT ATACAAAAAA GGAATCCTAA TGCTACAGAA
    CTGCCACTCC TACCACCTCC TCCAAGCCTA CCCACCATTG GAGCAGAGAC TAGACGTAGA
    AAAGCACGAC GGAAAGAGCT AGAGATGGAG CAGCAGAATG AGGCTTCAGA GGAGAATAAT
    GACCAGCAAT CACAAGAAGT TCCAGAAAAA GTAACTGTAT CCAGTGATCA TGAGGAAGTA
    GACAATCCAG AAGAAAAACC AGAAGAAGAG AAAGAAGAGG TTATAGATGA CCAGGAGAAC
    CTAGCTCATA GCAGGAGGAC CAGGGAAGAT AGAAAGGTAG AAGCCATCAT GCATGCTTTT
    GAAAACTTAG AGAAAAGAAA GAAGCGGCGG GATCAGCCCT TGGAACAGAG CAACTCTGAT
    GTAGAGATTA CTACAACCAC CTCAGAGACT CCTGTTGGTG AAGAGACAAA AACTGAAGCC
    CCTGAATCTG AAGTTAGCAA CTCTGTTTCA AATGTTACCA TCCCAAGCAC CCCACAGAGT
    GTTGGTGTGA ATACCCGGAG GTCTTCCCAA GCAGGGGATA TTGCTGCAGA AAAACTAGTC
    CCCAAGCCAC CTCCAGCAAA GCCTTCTAGG CCCCGGCCGA AGAGTCGAAT TTCTCGGTAC
    AGGACCAGTT CAGCCCAAAG ACTAAAGCGT CAGAAGCAGG CCAATGCACA GCAGGCAGAA
    TTGTCACAAG CTGCCTTGGA AGAGGGAGGA AGTAACAGTT TAGTAACTCC TACTGAAGCT
    GGAAGTCTAG ACAGTTCAGG AGAAAACAGG CCATTAACAG GGTCTGACCC AACTGTGGTG
    TCAATTACTG GATCCCATGT CAACCGTGCT GCATCTAAAT ACCCCAAAAC CAAAAAGTAT
    CTAGTTACAG AATGGTTGAA TGACAAAGCA GAGAAGCAAG AGTGCCCTGT TGAGTGCCCT
    TTACGTATCA CAACGGATCC AACTGTACTG GCAACGACCC TAAACATGTT ACCAGGTCTT
    ATCCATTCCC CGTTAATTTG CACCACCCCC AAACACTACA TTCGCTTTGG CTCACCCTTT
    ATCCCTGAGA GACGTCGAAG GCCCCTTCTG CCTGATGGCA CATTCAGCTC CTGTAAGAAG
    CGCTGGATAA AACAAGCCTT AGAAGAAGGG ATGACTCAAA CATCATCTGT ACCCCAAGAG
    ACTAGAACTC AGCACCTATA CCAAAGCAAT GAGAATAGTA GCTCTTCTAG TATCTGCAAA
    GACAATGCAG ACTTGTTGAG CCCATTAAAG AAATGGAAGT CTCGCTATCT GATGGAGCAG
    AATGTCACCA AGTTACTTCG GCCTCTGTCT CCAGTCACAC CACCCCCTCC CAATTCAGGC
    TCAAAGAGTC CCCAGCTGGC CACACCTGGC TCATCTCACC CAGGAGAAGA GGAGTGTCGA
    AATGGATACA GCCTCATGTT TTCACCAGTC ACATCTCTTA CTACTGCTAG TCGCTGCAAC
    ACTCCTCTAC AGTTTGAGAA CATATCCTCC CCTGAGAGTT CCCCTGCGCA TAGGCCCGAG
    TCCCTGTCAC CCGAGCTTTG TCACCGAAAA GACCTGGATT TGGCAAAAGT AGGATACCTT
    GACTCCAACA CTAACAGCTG TGCTGATAGA CCTTCCCTAC TCAACTCAGG TCATTCTGAC
    CTGGCTCCTC ATCCCTCCCT CGGACCCACT TCTGAGACTG GTTTCCCAAG CAGAAGTGGA
    GATGGACATC AGACCCTCGT GAGAAACTCA GACCAGGCAT TTCGGACAGA GTTCAACTTG
    ATGTATGCCT ACTCCCCTTT GAATGCTATG CCTCGAGCAG ATGGACTGTA TCGAGGATCT
    CCTCTAGTGG GGGATAGGAA GCCTTTACAT TTGGATGGGG GATATTGTTC CCCTGCAGAA
    GGATTTTCCA GCAGATATGA ACATGGCTTA ATGAAAGACC TCTCTCGTGG ATCCTTGTCA
    CCTGGTGGTG AAAGGGCCTG TGAAGGAGTC CCATCTGCCC CCCAGAACCC ACCACAGAGG
    AAAAAAGTAT CCCTGCTGGA GTACCGAAAA CGGAAACAAG AAGCTAAGGA AAATTCTGCT
    GGTGGGGGAG GTGACTCTGC ACAGAGCAAA AGCAAGTCTG CAGGAGCTGG GCAAGGCAGC
    AGTAACTCCG TTTCCGACAC TGGTGCCCAT GGTGTGCAGG GATCCTCAGC CCGAACTCCA
    TCTTCCCCTC ACAAAAAATT CTCCCCATCT CATTCCTCTA TGTCCCATTT GGAGGCGGTA
    AGCCCATCAG ATTCCAGAGG CACTTCTTCA TCTCACTGCA GACCTCAAGA GAATATCAGC
    AGTAGGTGGA TGGTTCCCAC ATCAGTAGAA CGACTCCGAG AAGGAGGGAG CATCCCCAAG
    GTCCTCCGAA GCAGCGTGAG GGTGGCCCAA AAGGGAGAGC CCTCTCCCAC ATGGGAGAGT
    AACATCACAG AGAAAGACTC AGACCCTGCA GATGGAGAAG GCCCAGAGAC ATTAAGCTCA
    GCACTCTCTA AAGGAGCAAC AGTTTACAGC CCTTCCAGAT ACAGCTACCA GCTCCTGCAG
    TGTGATAGTC CTCGGACAGA ATCACAAAGC CTCCTTCAGC AGAGTTCCTC CCCCTTCAGA
    GGACATCCTA CACAGTCTCC AGGATACAGT TATCGAACTA CTGCACTGAG ACCTGGAAAC
    CCCCCCTCTC ACGGTTCTTC AGAATCATCC CTCTCTTCCA CGTCCTATTC CAGCCCCGCC
    CACCCTGTGT CCACAGACTC GTTGGCCCCA TTTACGGGGA CACCAGGGTA TTTTAGCAGC
    CAGCCACATT CTGGAAACAG CACTGGCAGC AATCTTCCAA GGAGGAGCTG CCCTTCTAGT
    GCTGCTAGCC CTACCCTGCA GGGACCCTCA GACTCGCCAA CCTCAGATTC AGTTTCTCAG
    TCCAGCACAG GAACTCTGAG TTCCACCTCC TTTCCTCAGA ACTCTAGGTC GTCATTGCCA
    TCAGACTTAC GGACTATCAG TCTGCCCAGT GCTGGGCAGT CAGCTGTCTA CCAGGCCTCC
    AGGGTATCTG CGGTTTCCAA TTCACAGCAC TACCCACACC GTGGGAGTGG GGGTGTGCAC
    CAGTACCGAC TCCAGCCACT GCAAGGGTCA GGAGTCAAGA CTCAGACGGG ACTTTCCTAG

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

    RefSeq XP_024309389.1
    CDS281..4420
    Translation

    Target ORF information:

    RefSeq Version XM_024453621.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X18, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_024453621.1

    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
    ATGCAGAGAC ACTTCGCCCA TGTGTGCTAT GATGTGATGC ATGCTGTTGG AAGGACTACT 
    TTAAGTTTAT TTTCCCTCTT TAGGGGAATG AGCAGGGGGA AGGTTATTAG ACTTCATCGG
    CGGAAGCAGG ACAACATATC AGGTGGGGAT AGCAGTGCAA CAGAAAGCTG GGATGAGGAG
    CTTTCTCCTT CCACTGTGTT GTATACAGCA ACACAGCACA CACCTACAAG CATCACCTTA
    ACTGTTAGAA GAACCAAACC CAAGAAGCGG AAAAAGAGTC CAGAAAAGGG TCGTGCAGCA
    CCAAAGACGA AGAAAATCAA GAATTCTCCC TCTGAAGCAC AGAATTTAGA TGAGAATACA
    ACTGAGGGCT GGGAAAATCG GATAAGACTA TGGACTGACC AGTATGAAGA AGCTTTCACT
    AATCAGTACA GTGCAGATGT ACAGAACGCG CTTGAACAAC ACCTACATTC TAGCAAGGAA
    TTTGTGGGCA AACCTACTAT TTTAGACACT ATTAATAAGA CTGAATTGGC CTGTAATAAC
    ACAGTTATTG GTTCCCAAAT GCAGTTACAG CTGGGAAGAG TCACTCGTGT TCAAAAGCAC
    CGGAAGATCC TGAGGGCTGC AAGAGATTTG GCTTTGGACA CTCTTATAAT AGAGTATCGT
    GGGAAAGTCA TGTTACGACA GCAATTTGAG GTCAATGGGC ATTTCTTCAA AAAACCATAC
    CCCTTTGTGC TCTTCTACTC AAAATTCAAT GGTGTAGAGA TGTGTGTGGA TGCCCGTACT
    TTCGGTAATG ATGCTCGGTT CATCAGAAGA TCATGTACAC CAAATGCAGA GGTGCGACAC
    ATGATTGCAG ATGGGATGAT TCACCTGTGC ATCTATGCTG TGTCTGCCAT CACCAAGGAT
    GCTGAGGTCA CCATAGCATT TGATTATGAG TATAGTAACT GTAATTATAA AGTGGACTGT
    GCCTGTCACA AGGGAAACCG GAATTGTCCT ATACAAAAAA GGAATCCTAA TGCTACAGAA
    CTGCCACTCC TACCACCTCC TCCAAGCCTA CCCACCATTG GAGCAGAGAC TAGACGTAGA
    AAAGCACGAC GGAAAGAGCT AGAGATGGAG CAGCAGAATG AGGCTTCAGA GGAGAATAAT
    GACCAGCAAT CACAAGAAGT TCCAGAAAAA GTAACTGTAT CCAGTGATCA TGAGGAAGTA
    GACAATCCAG AAGAAAAACC AGAAGAAGAG AAAGAAGAGG TTATAGATGA CCAGGAGAAC
    CTAGCTCATA GCAGGAGGAC CAGGGAAGAT AGAAAGGTAG AAGCCATCAT GCATGCTTTT
    GAAAACTTAG AGAAAAGAAA GAAGCGGCGG GATCAGCCCT TGGAACAGAG CAACTCTGAT
    GTAGAGATTA CTACAACCAC CTCAGAGACT CCTGTTGGTG AAGAGACAAA AACTGAAGCC
    CCTGAATCTG AAGTTAGCAA CTCTGTTTCA AATGTTACCA TCCCAAGCAC CCCACAGAGT
    GTTGGTGTGA ATACCCGGAG GTCTTCCCAA GCAGGGGATA TTGCTGCAGA AAAACTAGTC
    CCCAAGCCAC CTCCAGCAAA GCCTTCTAGG CCCCGGCCGA AGAGTCGAAT TTCTCGGTAC
    AGGACCAGTT CAGCCCAAAG ACTAAAGCGT CAGAAGCAGG CCAATGCACA GCAGGCAGAA
    TTGTCACAAG CTGCCTTGGA AGAGGGAGGA AGTAACAGTT TAGTAACTCC TACTGAAGCT
    GGAAGTCTAG ACAGTTCAGG AGAAAACAGG CCATTAACAG GGTCTGACCC AACTGTGGTG
    TCAATTACTG GATCCCATGT CAACCGTGCT GCATCTAAAT ACCCCAAAAC CAAAAAGTAT
    CTAGTTACAG AATGGTTGAA TGACAAAGCA GAGAAGCAAG AGTGCCCTGT TGAGTGCCCT
    TTACGTATCA CAACGGATCC AACTGTACTG GCAACGACCC TAAACATGTT ACCAGGTCTT
    ATCCATTCCC CGTTAATTTG CACCACCCCC AAACACTACA TTCGCTTTGG CTCACCCTTT
    ATCCCTGAGA GACGTCGAAG GCCCCTTCTG CCTGATGGCA CATTCAGCTC CTGTAAGAAG
    CGCTGGATAA AACAAGCCTT AGAAGAAGGG ATGACTCAAA CATCATCTGT ACCCCAAGAG
    ACTAGAACTC AGCACCTATA CCAAAGCAAT GAGAATAGTA GCTCTTCTAG TATCTGCAAA
    GACAATGCAG ACTTGTTGAG CCCATTAAAG AAATGGAAGT CTCGCTATCT GATGGAGCAG
    AATGTCACCA AGTTACTTCG GCCTCTGTCT CCAGTCACAC CACCCCCTCC CAATTCAGGC
    TCAAAGAGTC CCCAGCTGGC CACACCTGGC TCATCTCACC CAGGAGAAGA GGAGTGTCGA
    AATGGATACA GCCTCATGTT TTCACCAGTC ACATCTCTTA CTACTGCTAG TCGCTGCAAC
    ACTCCTCTAC AGTTTGAGAA CATATCCTCC CCTGAGAGTT CCCCTGCGCA TAGGCCCGAG
    TCCCTGTCAC CCGAGCTTTG TCACCGAAAA GACCTGGATT TGGCAAAAGT AGGATACCTT
    GACTCCAACA CTAACAGCTG TGCTGATAGA CCTTCCCTAC TCAACTCAGG TCATTCTGAC
    CTGGCTCCTC ATCCCTCCCT CGGACCCACT TCTGAGACTG GTTTCCCAAG CAGAAGTGGA
    GATGGACATC AGACCCTCGT GAGAAACTCA GACCAGGCAT TTCGGACAGA GTTCAACTTG
    ATGTATGCCT ACTCCCCTTT GAATGCTATG CCTCGAGCAG ATGGACTGTA TCGAGGATCT
    CCTCTAGTGG GGGATAGGAA GCCTTTACAT TTGGATGGGG GATATTGTTC CCCTGCAGAA
    GGATTTTCCA GCAGATATGA ACATGGCTTA ATGAAAGACC TCTCTCGTGG ATCCTTGTCA
    CCTGGTGGTG AAAGGGCCTG TGAAGGAGTC CCATCTGCCC CCCAGAACCC ACCACAGAGG
    AAAAAAGTAT CCCTGCTGGA GTACCGAAAA CGGAAACAAG AAGCTAAGGA AAATTCTGCT
    GGTGGGGGAG GTGACTCTGC ACAGAGCAAA AGCAAGTCTG CAGGAGCTGG GCAAGGCAGC
    AGTAACTCCG TTTCCGACAC TGGTGCCCAT GGTGTGCAGG GATCCTCAGC CCGAACTCCA
    TCTTCCCCTC ACAAAAAATT CTCCCCATCT CATTCCTCTA TGTCCCATTT GGAGGCGGTA
    AGCCCATCAG ATTCCAGAGG CACTTCTTCA TCTCACTGCA GACCTCAAGA GAATATCAGC
    AGTAGGTGGA TGGTTCCCAC ATCAGTAGAA CGACTCCGAG AAGGAGGGAG CATCCCCAAG
    GTCCTCCGAA GCAGCGTGAG GGTGGCCCAA AAGGGAGAGC CCTCTCCCAC ATGGGAGAGT
    AACATCACAG AGAAAGACTC AGACCCTGCA GATGGAGAAG GCCCAGAGAC ATTAAGCTCA
    GCACTCTCTA AAGGAGCAAC AGTTTACAGC CCTTCCAGAT ACAGCTACCA GCTCCTGCAG
    TGTGATAGTC CTCGGACAGA ATCACAAAGC CTCCTTCAGC AGAGTTCCTC CCCCTTCAGA
    GGACATCCTA CACAGTCTCC AGGATACAGT TATCGAACTA CTGCACTGAG ACCTGGAAAC
    CCCCCCTCTC ACGGTTCTTC AGAATCATCC CTCTCTTCCA CGTCCTATTC CAGCCCCGCC
    CACCCTGTGT CCACAGACTC GTTGGCCCCA TTTACGGGGA CACCAGGGTA TTTTAGCAGC
    CAGCCACATT CTGGAAACAG CACTGGCAGC AATCTTCCAA GGAGGAGCTG CCCTTCTAGT
    GCTGCTAGCC CTACCCTGCA GGGACCCTCA GACTCGCCAA CCTCAGATTC AGTTTCTCAG
    TCCAGCACAG GAACTCTGAG TTCCACCTCC TTTCCTCAGA ACTCTAGGTC GTCATTGCCA
    TCAGACTTAC GGACTATCAG TCTGCCCAGT GCTGGGCAGT CAGCTGTCTA CCAGGCCTCC
    AGGGTATCTG CGGTTTCCAA TTCACAGCAC TACCCACACC GTGGGAGTGG GGGTGTGCAC
    CAGTACCGAC TCCAGCCACT GCAAGGGTCA GGAGTCAAGA CTCAGACGGG ACTTTCCTAG

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

    CloneID OHu94335
    Clone ID Related Accession (Same CDS sequence) XM_017006771.1
    Accession Version XM_017006771.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4443bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X6
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    RefSeq XP_016862260.1
    CDS436..4878
    Translation

    Target ORF information:

    RefSeq Version XM_017006771.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X9, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006771.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    CloneID OHu94336
    Clone ID Related Accession (Same CDS sequence) XM_017006773.1
    Accession Version XM_017006773.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4407bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X9
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGAA TTCTCCCTCT
    GAAGCACAGA ATTTAGATGA GAATACAACT GAGGGCTGGG AAAATCGGAT AAGACTATGG
    ACTGACCAGT ATGAAGAAGC TTTCACTAAT CAGTACAGTG CAGATGTACA GAACGCGCTT
    GAACAACACC TACATTCTAG CAAGGAATTT GTGGGCAAAC CTACTATTTT AGACACTATT
    AATAAGACTG AATTGGCCTG TAATAACACA GTTATTGGTT CCCAAATGCA GTTACAGCTG
    GGAAGAGTCA CTCGTGTTCA AAAGCACCGG AAGATCCTGA GGGCTGCAAG AGATTTGGCT
    TTGGACACTC TTATAATAGA GTATCGTGGG AAAGTCATGT TACGACAGCA ATTTGAGGTC
    AATGGGCATT TCTTCAAAAA ACCATACCCC TTTGTGCTCT TCTACTCAAA ATTCAATGGT
    GTAGAGATGT GTGTGGATGC CCGTACTTTC GGTAATGATG CTCGGTTCAT CAGAAGATCA
    TGTACACCAA ATGCAGAGGT GCGACACATG ATTGCAGATG GGATGATTCA CCTGTGCATC
    TATGCTGTGT CTGCCATCAC CAAGGATGCT GAGGTCACCA TAGCATTTGA TTATGAGTAT
    AGTAACTGTA ATTATAAAGT GGACTGTGCC TGTCACAAGG GAAACCGGAA TTGTCCTATA
    CAAAAAAGGA ATCCTAATGC TACAGAACTG CCACTCCTAC CACCTCCTCC AAGCCTACCC
    ACCATTGGAG CAGAGACTAG ACGTAGAAAA GCACGACGGA AAGAGCTAGA GATGGAGCAG
    CAGAATGAGG CTTCAGAGGA GAATAATGAC CAGCAATCAC AAGAAGTTCC AGAAAAAGTA
    ACTGTATCCA GTGATCATGA GGAAGTAGAC AATCCAGAAG AAAAACCAGA AGAAGAGAAA
    GAAGAGGTTA TAGATGACCA GGAGAACCTA GCTCATAGCA GGAGGACCAG GGAAGATAGA
    AAGGTAGAAG CCATCATGCA TGCTTTTGAA AACTTAGAGA AAAGAAAGAA GCGGCGGGAT
    CAGCCCTTGG AACAGAGCAA CTCTGATGTA GAGATTACTA CAACCACCTC AGAGACTCCT
    GTTGGTGAAG AGACAAAAAC TGAAGCCCCT GAATCTGAAG TTAGCAACTC TGTTTCAAAT
    GTTACCATCC CAAGCACCCC ACAGAGTGTT GGTGTGAATA CCCGGAGGTC TTCCCAAGCA
    GGGGATATTG CTGCAGAAAA ACTAGTCCCC AAGCCACCTC CAGCAAAGCC TTCTAGGCCC
    CGGCCGAAGA GTCGAATTTC TCGGTACAGG ACCAGTTCAG CCCAAAGACT AAAGCGTCAG
    AAGCAGGCCA ATGCACAGCA GGCAGAATTG TCACAAGCTG CCTTGGAAGA GGGAGGAAGT
    AACAGTTTAG TAACTCCTAC TGAAGCTGGA AGTCTAGACA GTTCAGGAGA AAACAGGCCA
    TTAACAGGGT CTGACCCAAC TGTGGTGTCA ATTACTGGAT CCCATGTCAA CCGTGCTGCA
    TCTAAATACC CCAAAACCAA AAAGTATCTA GTTACAGAAT GGTTGAATGA CAAAGCAGAG
    AAGCAAGAGT GCCCTGTTGA GTGCCCTTTA CGTATCACAA CGGATCCAAC TGTACTGGCA
    ACGACCCTAA ACATGTTACC AGGTCTTATC CATTCCCCGT TAATTTGCAC CACCCCCAAA
    CACTACATTC GCTTTGGCTC ACCCTTTATC CCTGAGAGAC GTCGAAGGCC CCTTCTGCCT
    GATGGCACAT TCAGCTCCTG TAAGAAGCGC TGGATAAAAC AAGCCTTAGA AGAAGGGATG
    ACTCAAACAT CATCTGTACC CCAAGAGACT AGAACTCAGC ACCTATACCA AAGCAATGAG
    AATAGTAGCT CTTCTAGTAT CTGCAAAGAC AATGCAGACT TGTTGAGCCC ATTAAAGAAA
    TGGAAGTCTC GCTATCTGAT GGAGCAGAAT GTCACCAAGT TACTTCGGCC TCTGTCTCCA
    GTCACACCAC CCCCTCCCAA TTCAGGCTCA AAGAGTCCCC AGCTGGCCAC ACCTGGCTCA
    TCTCACCCAG GAGAAGAGGA GTGTCGAAAT GGATACAGCC TCATGTTTTC ACCAGTCACA
    TCTCTTACTA CTGCTAGTCG CTGCAACACT CCTCTACAGT TTGAGAACAT ATCCTCCCCT
    GAGAGTTCCC CTGCGCATAG GCCCGAGTCC CTGTCACCCG AGCTTTGTCA CCGAAAAGAC
    CTGGATTTGG CAAAAGTAGG ATACCTTGAC TCCAACACTA ACAGCTGTGC TGATAGACCT
    TCCCTACTCA ACTCAGGTCA TTCTGACCTG GCTCCTCATC CCTCCCTCGG ACCCACTTCT
    GAGACTGGTT TCCCAAGCAG AAGTGGAGAT GGACATCAGA CCCTCGTGAG AAACTCAGAC
    CAGGCATTTC GGACAGAGTT CAACTTGATG TATGCCTACT CCCCTTTGAA TGCTATGCCT
    CGAGCAGATG GACTGTATCG AGGATCTCCT CTAGTGGGGG ATAGGAAGCC TTTACATTTG
    GATGGGGGAT ATTGTTCCCC TGCAGAAGGA TTTTCCAGCA GATATGAACA TGGCTTAATG
    AAAGACCTCT CTCGTGGATC CTTGTCACCT GGTGGTGAAA GGGCCTGTGA AGGAGTCCCA
    TCTGCCCCCC AGAACCCACC ACAGAGGAAA AAAGTATCCC TGCTGGAGTA CCGAAAACGG
    AAACAAGAAG CTAAGGAAAA TTCTGCTGGT GGGGGAGGTG ACTCTGCACA GAGCAAAAGC
    AAGTCTGCAG GAGCTGGGCA AGGCAGCAGT AACTCCGTTT CCGACACTGG TGCCCATGGT
    GTGCAGGGAT CCTCAGCCCG AACTCCATCT TCCCCTCACA AAAAATTCTC CCCATCTCAT
    TCCTCTATGT CCCATTTGGA GGCGGTAAGC CCATCAGATT CCAGAGGCAC TTCTTCATCT
    CACTGCAGAC CTCAAGAGAA TATCAGCAGT AGGTGGATGG TTCCCACATC AGTAGAACGA
    CTCCGAGAAG GAGGGAGCAT CCCCAAGGTC CTCCGAAGCA GCGTGAGGGT GGCCCAAAAG
    GGAGAGCCCT CTCCCACATG GGAGAGTAAC ATCACAGAGA AAGACTCAGA CCCTGCAGAT
    GGAGAAGGCC CAGAGACATT AAGCTCAGCA CTCTCTAAAG GAGCAACAGT TTACAGCCCT
    TCCAGATACA GCTACCAGCT CCTGCAGTGT GATAGTCCTC GGACAGAATC ACAAAGCCTC
    CTTCAGCAGA GTTCCTCCCC CTTCAGAGGA CATCCTACAC AGTCTCCAGG ATACAGTTAT
    CGAACTACTG CACTGAGACC TGGAAACCCC CCCTCTCACG GTTCTTCAGA ATCATCCCTC
    TCTTCCACGT CCTATTCCAG CCCCGCCCAC CCTGTGTCCA CAGACTCGTT GGCCCCATTT
    ACGGGGACAC CAGGGTATTT TAGCAGCCAG CCACATTCTG GAAACAGCAC TGGCAGCAAT
    CTTCCAAGGA GGAGCTGCCC TTCTAGTGCT GCTAGCCCTA CCCTGCAGGG ACCCTCAGAC
    TCGCCAACCT CAGATTCAGT TTCTCAGTCC AGCACAGGAA CTCTGAGTTC CACCTCCTTT
    CCTCAGAACT CTAGGTCGTC ATTGCCATCA GACTTACGGA CTATCAGTCT GCCCAGTGCT
    GGGCAGTCAG CTGTCTACCA GGCCTCCAGG GTATCTGCGG TTTCCAATTC ACAGCACTAC
    CCACACCGTG GGAGTGGGGG TGTGCACCAG TACCGACTCC AGCCACTGCA AGGGTCAGGA
    GTCAAGACTC AGACGGGACT TTCCTAG

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

    RefSeq XP_016862262.1
    CDS4170..8576
    Translation

    Target ORF information:

    RefSeq Version XM_017006773.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X12, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006773.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGAA TTCTCCCTCT
    GAAGCACAGA ATTTAGATGA GAATACAACT GAGGGCTGGG AAAATCGGAT AAGACTATGG
    ACTGACCAGT ATGAAGAAGC TTTCACTAAT CAGTACAGTG CAGATGTACA GAACGCGCTT
    GAACAACACC TACATTCTAG CAAGGAATTT GTGGGCAAAC CTACTATTTT AGACACTATT
    AATAAGACTG AATTGGCCTG TAATAACACA GTTATTGGTT CCCAAATGCA GTTACAGCTG
    GGAAGAGTCA CTCGTGTTCA AAAGCACCGG AAGATCCTGA GGGCTGCAAG AGATTTGGCT
    TTGGACACTC TTATAATAGA GTATCGTGGG AAAGTCATGT TACGACAGCA ATTTGAGGTC
    AATGGGCATT TCTTCAAAAA ACCATACCCC TTTGTGCTCT TCTACTCAAA ATTCAATGGT
    GTAGAGATGT GTGTGGATGC CCGTACTTTC GGTAATGATG CTCGGTTCAT CAGAAGATCA
    TGTACACCAA ATGCAGAGGT GCGACACATG ATTGCAGATG GGATGATTCA CCTGTGCATC
    TATGCTGTGT CTGCCATCAC CAAGGATGCT GAGGTCACCA TAGCATTTGA TTATGAGTAT
    AGTAACTGTA ATTATAAAGT GGACTGTGCC TGTCACAAGG GAAACCGGAA TTGTCCTATA
    CAAAAAAGGA ATCCTAATGC TACAGAACTG CCACTCCTAC CACCTCCTCC AAGCCTACCC
    ACCATTGGAG CAGAGACTAG ACGTAGAAAA GCACGACGGA AAGAGCTAGA GATGGAGCAG
    CAGAATGAGG CTTCAGAGGA GAATAATGAC CAGCAATCAC AAGAAGTTCC AGAAAAAGTA
    ACTGTATCCA GTGATCATGA GGAAGTAGAC AATCCAGAAG AAAAACCAGA AGAAGAGAAA
    GAAGAGGTTA TAGATGACCA GGAGAACCTA GCTCATAGCA GGAGGACCAG GGAAGATAGA
    AAGGTAGAAG CCATCATGCA TGCTTTTGAA AACTTAGAGA AAAGAAAGAA GCGGCGGGAT
    CAGCCCTTGG AACAGAGCAA CTCTGATGTA GAGATTACTA CAACCACCTC AGAGACTCCT
    GTTGGTGAAG AGACAAAAAC TGAAGCCCCT GAATCTGAAG TTAGCAACTC TGTTTCAAAT
    GTTACCATCC CAAGCACCCC ACAGAGTGTT GGTGTGAATA CCCGGAGGTC TTCCCAAGCA
    GGGGATATTG CTGCAGAAAA ACTAGTCCCC AAGCCACCTC CAGCAAAGCC TTCTAGGCCC
    CGGCCGAAGA GTCGAATTTC TCGGTACAGG ACCAGTTCAG CCCAAAGACT AAAGCGTCAG
    AAGCAGGCCA ATGCACAGCA GGCAGAATTG TCACAAGCTG CCTTGGAAGA GGGAGGAAGT
    AACAGTTTAG TAACTCCTAC TGAAGCTGGA AGTCTAGACA GTTCAGGAGA AAACAGGCCA
    TTAACAGGGT CTGACCCAAC TGTGGTGTCA ATTACTGGAT CCCATGTCAA CCGTGCTGCA
    TCTAAATACC CCAAAACCAA AAAGTATCTA GTTACAGAAT GGTTGAATGA CAAAGCAGAG
    AAGCAAGAGT GCCCTGTTGA GTGCCCTTTA CGTATCACAA CGGATCCAAC TGTACTGGCA
    ACGACCCTAA ACATGTTACC AGGTCTTATC CATTCCCCGT TAATTTGCAC CACCCCCAAA
    CACTACATTC GCTTTGGCTC ACCCTTTATC CCTGAGAGAC GTCGAAGGCC CCTTCTGCCT
    GATGGCACAT TCAGCTCCTG TAAGAAGCGC TGGATAAAAC AAGCCTTAGA AGAAGGGATG
    ACTCAAACAT CATCTGTACC CCAAGAGACT AGAACTCAGC ACCTATACCA AAGCAATGAG
    AATAGTAGCT CTTCTAGTAT CTGCAAAGAC AATGCAGACT TGTTGAGCCC ATTAAAGAAA
    TGGAAGTCTC GCTATCTGAT GGAGCAGAAT GTCACCAAGT TACTTCGGCC TCTGTCTCCA
    GTCACACCAC CCCCTCCCAA TTCAGGCTCA AAGAGTCCCC AGCTGGCCAC ACCTGGCTCA
    TCTCACCCAG GAGAAGAGGA GTGTCGAAAT GGATACAGCC TCATGTTTTC ACCAGTCACA
    TCTCTTACTA CTGCTAGTCG CTGCAACACT CCTCTACAGT TTGAGAACAT ATCCTCCCCT
    GAGAGTTCCC CTGCGCATAG GCCCGAGTCC CTGTCACCCG AGCTTTGTCA CCGAAAAGAC
    CTGGATTTGG CAAAAGTAGG ATACCTTGAC TCCAACACTA ACAGCTGTGC TGATAGACCT
    TCCCTACTCA ACTCAGGTCA TTCTGACCTG GCTCCTCATC CCTCCCTCGG ACCCACTTCT
    GAGACTGGTT TCCCAAGCAG AAGTGGAGAT GGACATCAGA CCCTCGTGAG AAACTCAGAC
    CAGGCATTTC GGACAGAGTT CAACTTGATG TATGCCTACT CCCCTTTGAA TGCTATGCCT
    CGAGCAGATG GACTGTATCG AGGATCTCCT CTAGTGGGGG ATAGGAAGCC TTTACATTTG
    GATGGGGGAT ATTGTTCCCC TGCAGAAGGA TTTTCCAGCA GATATGAACA TGGCTTAATG
    AAAGACCTCT CTCGTGGATC CTTGTCACCT GGTGGTGAAA GGGCCTGTGA AGGAGTCCCA
    TCTGCCCCCC AGAACCCACC ACAGAGGAAA AAAGTATCCC TGCTGGAGTA CCGAAAACGG
    AAACAAGAAG CTAAGGAAAA TTCTGCTGGT GGGGGAGGTG ACTCTGCACA GAGCAAAAGC
    AAGTCTGCAG GAGCTGGGCA AGGCAGCAGT AACTCCGTTT CCGACACTGG TGCCCATGGT
    GTGCAGGGAT CCTCAGCCCG AACTCCATCT TCCCCTCACA AAAAATTCTC CCCATCTCAT
    TCCTCTATGT CCCATTTGGA GGCGGTAAGC CCATCAGATT CCAGAGGCAC TTCTTCATCT
    CACTGCAGAC CTCAAGAGAA TATCAGCAGT AGGTGGATGG TTCCCACATC AGTAGAACGA
    CTCCGAGAAG GAGGGAGCAT CCCCAAGGTC CTCCGAAGCA GCGTGAGGGT GGCCCAAAAG
    GGAGAGCCCT CTCCCACATG GGAGAGTAAC ATCACAGAGA AAGACTCAGA CCCTGCAGAT
    GGAGAAGGCC CAGAGACATT AAGCTCAGCA CTCTCTAAAG GAGCAACAGT TTACAGCCCT
    TCCAGATACA GCTACCAGCT CCTGCAGTGT GATAGTCCTC GGACAGAATC ACAAAGCCTC
    CTTCAGCAGA GTTCCTCCCC CTTCAGAGGA CATCCTACAC AGTCTCCAGG ATACAGTTAT
    CGAACTACTG CACTGAGACC TGGAAACCCC CCCTCTCACG GTTCTTCAGA ATCATCCCTC
    TCTTCCACGT CCTATTCCAG CCCCGCCCAC CCTGTGTCCA CAGACTCGTT GGCCCCATTT
    ACGGGGACAC CAGGGTATTT TAGCAGCCAG CCACATTCTG GAAACAGCAC TGGCAGCAAT
    CTTCCAAGGA GGAGCTGCCC TTCTAGTGCT GCTAGCCCTA CCCTGCAGGG ACCCTCAGAC
    TCGCCAACCT CAGATTCAGT TTCTCAGTCC AGCACAGGAA CTCTGAGTTC CACCTCCTTT
    CCTCAGAACT CTAGGTCGTC ATTGCCATCA GACTTACGGA CTATCAGTCT GCCCAGTGCT
    GGGCAGTCAG CTGTCTACCA GGCCTCCAGG GTATCTGCGG TTTCCAATTC ACAGCACTAC
    CCACACCGTG GGAGTGGGGG TGTGCACCAG TACCGACTCC AGCCACTGCA AGGGTCAGGA
    GTCAAGACTC AGACGGGACT TTCCTAG

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

    CloneID OHu94337
    Clone ID Related Accession (Same CDS sequence) XM_017006774.1
    Accession Version XM_017006774.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4386bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X11
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGAACATA TCCTCCCCTG AGAGTTCCCC TGCGCATAGG
    CCCGAGTCCC TGTCACCCGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    RefSeq XP_016862263.1
    CDS436..4821
    Translation

    Target ORF information:

    RefSeq Version XM_017006774.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X14, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006774.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGAACATA TCCTCCCCTG AGAGTTCCCC TGCGCATAGG
    CCCGAGTCCC TGTCACCCGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    CloneID OHu94338
    Clone ID Related Accession (Same CDS sequence) XM_017006775.1
    Accession Version XM_017006775.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4350bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X13
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGAA TTCTCCCTCT
    GAAGCACAGA ATTTAGATGA GAATACAACT GAGGGCTGGG AAAATCGGAT AAGACTATGG
    ACTGACCAGT ATGAAGAAGC TTTCACTAAT CAGTACAGTG CAGATGTACA GAACGCGCTT
    GAACAACACC TACATTCTAG CAAGGAATTT GTGGGCAAAC CTACTATTTT AGACACTATT
    AATAAGACTG AATTGGCCTG TAATAACACA GTTATTGGTT CCCAAATGCA GTTACAGCTG
    GGAAGAGTCA CTCGTGTTCA AAAGCACCGG AAGATCCTGA GGGCTGCAAG AGATTTGGCT
    TTGGACACTC TTATAATAGA GTATCGTGGG AAAGTCATGT TACGACAGCA ATTTGAGGTC
    AATGGGCATT TCTTCAAAAA ACCATACCCC TTTGTGCTCT TCTACTCAAA ATTCAATGGT
    GTAGAGATGT GTGTGGATGC CCGTACTTTC GGTAATGATG CTCGGTTCAT CAGAAGATCA
    TGTACACCAA ATGCAGAGGT GCGACACATG ATTGCAGATG GGATGATTCA CCTGTGCATC
    TATGCTGTGT CTGCCATCAC CAAGGATGCT GAGGTCACCA TAGCATTTGA TTATGAGTAT
    AGTAACTGTA ATTATAAAGT GGACTGTGCC TGTCACAAGG GAAACCGGAA TTGTCCTATA
    CAAAAAAGGA ATCCTAATGC TACAGAACTG CCACTCCTAC CACCTCCTCC AAGCCTACCC
    ACCATTGGAG CAGAGACTAG ACGTAGAAAA GCACGACGGA AAGAGCTAGA GATGGAGCAG
    CAGAATGAGG CTTCAGAGGA GAATAATGAC CAGCAATCAC AAGAAGTTCC AGAAAAAGTA
    ACTGTATCCA GTGATCATGA GGAAGTAGAC AATCCAGAAG AAAAACCAGA AGAAGAGAAA
    GAAGAGGTTA TAGATGACCA GGAGAACCTA GCTCATAGCA GGAGGACCAG GGAAGATAGA
    AAGGTAGAAG CCATCATGCA TGCTTTTGAA AACTTAGAGA AAAGAAAGAA GCGGCGGGAT
    CAGCCCTTGG AACAGAGCAA CTCTGATGTA GAGATTACTA CAACCACCTC AGAGACTCCT
    GTTGGTGAAG AGACAAAAAC TGAAGCCCCT GAATCTGAAG TTAGCAACTC TGTTTCAAAT
    GTTACCATCC CAAGCACCCC ACAGAGTGTT GGTGTGAATA CCCGGAGGTC TTCCCAAGCA
    GGGGATATTG CTGCAGAAAA ACTAGTCCCC AAGCCACCTC CAGCAAAGCC TTCTAGGCCC
    CGGCCGAAGA GTCGAATTTC TCGGTACAGG ACCAGTTCAG CCCAAAGACT AAAGCGTCAG
    AAGCAGGCCA ATGCACAGCA GGCAGAATTG TCACAAGCTG CCTTGGAAGA GGGAGGAAGT
    AACAGTTTAG TAACTCCTAC TGAAGCTGGA AGTCTAGACA GTTCAGGAGA AAACAGGCCA
    TTAACAGGGT CTGACCCAAC TGTGGTGTCA ATTACTGGAT CCCATGTCAA CCGTGCTGCA
    TCTAAATACC CCAAAACCAA AAAGTATCTA GTTACAGAAT GGTTGAATGA CAAAGCAGAG
    AAGCAAGAGT GCCCTGTTGA GTGCCCTTTA CGTATCACAA CGGATCCAAC TGTACTGGCA
    ACGACCCTAA ACATGTTACC AGGTCTTATC CATTCCCCGT TAATTTGCAC CACCCCCAAA
    CACTACATTC GCTTTGGCTC ACCCTTTATC CCTGAGAGAC GTCGAAGGCC CCTTCTGCCT
    GATGGCACAT TCAGCTCCTG TAAGAAGCGC TGGATAAAAC AAGCCTTAGA AGAAGGGATG
    ACTCAAACAT CATCTGTACC CCAAGAGACT AGAACTCAGC ACCTATACCA AAGCAATGAG
    AATAGTAGCT CTTCTAGTAT CTGCAAAGAC AATGCAGACT TGTTGAGCCC ATTAAAGAAA
    TGGAAGTCTC GCTATCTGAT GGAGCAGAAT GTCACCAAGT TACTTCGGCC TCTGTCTCCA
    GTCACACCAC CCCCTCCCAA TTCAGGCTCA AAGAGTCCCC AGCTGGCCAC ACCTGGCTCA
    TCTCACCCAG GAGAAGAGGA GTGTCGAAAT GGATACAGCC TCATGTTTTC ACCAGTCACA
    TCTCTTACTA CTGCTAGTCG CTGCAACACT CCTCTACAGT TTGAGCTTTG TCACCGAAAA
    GACCTGGATT TGGCAAAAGT AGGATACCTT GACTCCAACA CTAACAGCTG TGCTGATAGA
    CCTTCCCTAC TCAACTCAGG TCATTCTGAC CTGGCTCCTC ATCCCTCCCT CGGACCCACT
    TCTGAGACTG GTTTCCCAAG CAGAAGTGGA GATGGACATC AGACCCTCGT GAGAAACTCA
    GACCAGGCAT TTCGGACAGA GTTCAACTTG ATGTATGCCT ACTCCCCTTT GAATGCTATG
    CCTCGAGCAG ATGGACTGTA TCGAGGATCT CCTCTAGTGG GGGATAGGAA GCCTTTACAT
    TTGGATGGGG GATATTGTTC CCCTGCAGAA GGATTTTCCA GCAGATATGA ACATGGCTTA
    ATGAAAGACC TCTCTCGTGG ATCCTTGTCA CCTGGTGGTG AAAGGGCCTG TGAAGGAGTC
    CCATCTGCCC CCCAGAACCC ACCACAGAGG AAAAAAGTAT CCCTGCTGGA GTACCGAAAA
    CGGAAACAAG AAGCTAAGGA AAATTCTGCT GGTGGGGGAG GTGACTCTGC ACAGAGCAAA
    AGCAAGTCTG CAGGAGCTGG GCAAGGCAGC AGTAACTCCG TTTCCGACAC TGGTGCCCAT
    GGTGTGCAGG GATCCTCAGC CCGAACTCCA TCTTCCCCTC ACAAAAAATT CTCCCCATCT
    CATTCCTCTA TGTCCCATTT GGAGGCGGTA AGCCCATCAG ATTCCAGAGG CACTTCTTCA
    TCTCACTGCA GACCTCAAGA GAATATCAGC AGTAGGTGGA TGGTTCCCAC ATCAGTAGAA
    CGACTCCGAG AAGGAGGGAG CATCCCCAAG GTCCTCCGAA GCAGCGTGAG GGTGGCCCAA
    AAGGGAGAGC CCTCTCCCAC ATGGGAGAGT AACATCACAG AGAAAGACTC AGACCCTGCA
    GATGGAGAAG GCCCAGAGAC ATTAAGCTCA GCACTCTCTA AAGGAGCAAC AGTTTACAGC
    CCTTCCAGAT ACAGCTACCA GCTCCTGCAG TGTGATAGTC CTCGGACAGA ATCACAAAGC
    CTCCTTCAGC AGAGTTCCTC CCCCTTCAGA GGACATCCTA CACAGTCTCC AGGATACAGT
    TATCGAACTA CTGCACTGAG ACCTGGAAAC CCCCCCTCTC ACGGTTCTTC AGAATCATCC
    CTCTCTTCCA CGTCCTATTC CAGCCCCGCC CACCCTGTGT CCACAGACTC GTTGGCCCCA
    TTTACGGGGA CACCAGGGTA TTTTAGCAGC CAGCCACATT CTGGAAACAG CACTGGCAGC
    AATCTTCCAA GGAGGAGCTG CCCTTCTAGT GCTGCTAGCC CTACCCTGCA GGGACCCTCA
    GACTCGCCAA CCTCAGATTC AGTTTCTCAG TCCAGCACAG GAACTCTGAG TTCCACCTCC
    TTTCCTCAGA ACTCTAGGTC GTCATTGCCA TCAGACTTAC GGACTATCAG TCTGCCCAGT
    GCTGGGCAGT CAGCTGTCTA CCAGGCCTCC AGGGTATCTG CGGTTTCCAA TTCACAGCAC
    TACCCACACC GTGGGAGTGG GGGTGTGCAC CAGTACCGAC TCCAGCCACT GCAAGGGTCA
    GGAGTCAAGA CTCAGACGGG ACTTTCCTAG

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

    RefSeq XP_016862264.1
    CDS4170..8519
    Translation

    Target ORF information:

    RefSeq Version XM_017006775.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X16, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006775.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGAA TTCTCCCTCT
    GAAGCACAGA ATTTAGATGA GAATACAACT GAGGGCTGGG AAAATCGGAT AAGACTATGG
    ACTGACCAGT ATGAAGAAGC TTTCACTAAT CAGTACAGTG CAGATGTACA GAACGCGCTT
    GAACAACACC TACATTCTAG CAAGGAATTT GTGGGCAAAC CTACTATTTT AGACACTATT
    AATAAGACTG AATTGGCCTG TAATAACACA GTTATTGGTT CCCAAATGCA GTTACAGCTG
    GGAAGAGTCA CTCGTGTTCA AAAGCACCGG AAGATCCTGA GGGCTGCAAG AGATTTGGCT
    TTGGACACTC TTATAATAGA GTATCGTGGG AAAGTCATGT TACGACAGCA ATTTGAGGTC
    AATGGGCATT TCTTCAAAAA ACCATACCCC TTTGTGCTCT TCTACTCAAA ATTCAATGGT
    GTAGAGATGT GTGTGGATGC CCGTACTTTC GGTAATGATG CTCGGTTCAT CAGAAGATCA
    TGTACACCAA ATGCAGAGGT GCGACACATG ATTGCAGATG GGATGATTCA CCTGTGCATC
    TATGCTGTGT CTGCCATCAC CAAGGATGCT GAGGTCACCA TAGCATTTGA TTATGAGTAT
    AGTAACTGTA ATTATAAAGT GGACTGTGCC TGTCACAAGG GAAACCGGAA TTGTCCTATA
    CAAAAAAGGA ATCCTAATGC TACAGAACTG CCACTCCTAC CACCTCCTCC AAGCCTACCC
    ACCATTGGAG CAGAGACTAG ACGTAGAAAA GCACGACGGA AAGAGCTAGA GATGGAGCAG
    CAGAATGAGG CTTCAGAGGA GAATAATGAC CAGCAATCAC AAGAAGTTCC AGAAAAAGTA
    ACTGTATCCA GTGATCATGA GGAAGTAGAC AATCCAGAAG AAAAACCAGA AGAAGAGAAA
    GAAGAGGTTA TAGATGACCA GGAGAACCTA GCTCATAGCA GGAGGACCAG GGAAGATAGA
    AAGGTAGAAG CCATCATGCA TGCTTTTGAA AACTTAGAGA AAAGAAAGAA GCGGCGGGAT
    CAGCCCTTGG AACAGAGCAA CTCTGATGTA GAGATTACTA CAACCACCTC AGAGACTCCT
    GTTGGTGAAG AGACAAAAAC TGAAGCCCCT GAATCTGAAG TTAGCAACTC TGTTTCAAAT
    GTTACCATCC CAAGCACCCC ACAGAGTGTT GGTGTGAATA CCCGGAGGTC TTCCCAAGCA
    GGGGATATTG CTGCAGAAAA ACTAGTCCCC AAGCCACCTC CAGCAAAGCC TTCTAGGCCC
    CGGCCGAAGA GTCGAATTTC TCGGTACAGG ACCAGTTCAG CCCAAAGACT AAAGCGTCAG
    AAGCAGGCCA ATGCACAGCA GGCAGAATTG TCACAAGCTG CCTTGGAAGA GGGAGGAAGT
    AACAGTTTAG TAACTCCTAC TGAAGCTGGA AGTCTAGACA GTTCAGGAGA AAACAGGCCA
    TTAACAGGGT CTGACCCAAC TGTGGTGTCA ATTACTGGAT CCCATGTCAA CCGTGCTGCA
    TCTAAATACC CCAAAACCAA AAAGTATCTA GTTACAGAAT GGTTGAATGA CAAAGCAGAG
    AAGCAAGAGT GCCCTGTTGA GTGCCCTTTA CGTATCACAA CGGATCCAAC TGTACTGGCA
    ACGACCCTAA ACATGTTACC AGGTCTTATC CATTCCCCGT TAATTTGCAC CACCCCCAAA
    CACTACATTC GCTTTGGCTC ACCCTTTATC CCTGAGAGAC GTCGAAGGCC CCTTCTGCCT
    GATGGCACAT TCAGCTCCTG TAAGAAGCGC TGGATAAAAC AAGCCTTAGA AGAAGGGATG
    ACTCAAACAT CATCTGTACC CCAAGAGACT AGAACTCAGC ACCTATACCA AAGCAATGAG
    AATAGTAGCT CTTCTAGTAT CTGCAAAGAC AATGCAGACT TGTTGAGCCC ATTAAAGAAA
    TGGAAGTCTC GCTATCTGAT GGAGCAGAAT GTCACCAAGT TACTTCGGCC TCTGTCTCCA
    GTCACACCAC CCCCTCCCAA TTCAGGCTCA AAGAGTCCCC AGCTGGCCAC ACCTGGCTCA
    TCTCACCCAG GAGAAGAGGA GTGTCGAAAT GGATACAGCC TCATGTTTTC ACCAGTCACA
    TCTCTTACTA CTGCTAGTCG CTGCAACACT CCTCTACAGT TTGAGCTTTG TCACCGAAAA
    GACCTGGATT TGGCAAAAGT AGGATACCTT GACTCCAACA CTAACAGCTG TGCTGATAGA
    CCTTCCCTAC TCAACTCAGG TCATTCTGAC CTGGCTCCTC ATCCCTCCCT CGGACCCACT
    TCTGAGACTG GTTTCCCAAG CAGAAGTGGA GATGGACATC AGACCCTCGT GAGAAACTCA
    GACCAGGCAT TTCGGACAGA GTTCAACTTG ATGTATGCCT ACTCCCCTTT GAATGCTATG
    CCTCGAGCAG ATGGACTGTA TCGAGGATCT CCTCTAGTGG GGGATAGGAA GCCTTTACAT
    TTGGATGGGG GATATTGTTC CCCTGCAGAA GGATTTTCCA GCAGATATGA ACATGGCTTA
    ATGAAAGACC TCTCTCGTGG ATCCTTGTCA CCTGGTGGTG AAAGGGCCTG TGAAGGAGTC
    CCATCTGCCC CCCAGAACCC ACCACAGAGG AAAAAAGTAT CCCTGCTGGA GTACCGAAAA
    CGGAAACAAG AAGCTAAGGA AAATTCTGCT GGTGGGGGAG GTGACTCTGC ACAGAGCAAA
    AGCAAGTCTG CAGGAGCTGG GCAAGGCAGC AGTAACTCCG TTTCCGACAC TGGTGCCCAT
    GGTGTGCAGG GATCCTCAGC CCGAACTCCA TCTTCCCCTC ACAAAAAATT CTCCCCATCT
    CATTCCTCTA TGTCCCATTT GGAGGCGGTA AGCCCATCAG ATTCCAGAGG CACTTCTTCA
    TCTCACTGCA GACCTCAAGA GAATATCAGC AGTAGGTGGA TGGTTCCCAC ATCAGTAGAA
    CGACTCCGAG AAGGAGGGAG CATCCCCAAG GTCCTCCGAA GCAGCGTGAG GGTGGCCCAA
    AAGGGAGAGC CCTCTCCCAC ATGGGAGAGT AACATCACAG AGAAAGACTC AGACCCTGCA
    GATGGAGAAG GCCCAGAGAC ATTAAGCTCA GCACTCTCTA AAGGAGCAAC AGTTTACAGC
    CCTTCCAGAT ACAGCTACCA GCTCCTGCAG TGTGATAGTC CTCGGACAGA ATCACAAAGC
    CTCCTTCAGC AGAGTTCCTC CCCCTTCAGA GGACATCCTA CACAGTCTCC AGGATACAGT
    TATCGAACTA CTGCACTGAG ACCTGGAAAC CCCCCCTCTC ACGGTTCTTC AGAATCATCC
    CTCTCTTCCA CGTCCTATTC CAGCCCCGCC CACCCTGTGT CCACAGACTC GTTGGCCCCA
    TTTACGGGGA CACCAGGGTA TTTTAGCAGC CAGCCACATT CTGGAAACAG CACTGGCAGC
    AATCTTCCAA GGAGGAGCTG CCCTTCTAGT GCTGCTAGCC CTACCCTGCA GGGACCCTCA
    GACTCGCCAA CCTCAGATTC AGTTTCTCAG TCCAGCACAG GAACTCTGAG TTCCACCTCC
    TTTCCTCAGA ACTCTAGGTC GTCATTGCCA TCAGACTTAC GGACTATCAG TCTGCCCAGT
    GCTGGGCAGT CAGCTGTCTA CCAGGCCTCC AGGGTATCTG CGGTTTCCAA TTCACAGCAC
    TACCCACACC GTGGGAGTGG GGGTGTGCAC CAGTACCGAC TCCAGCCACT GCAAGGGTCA
    GGAGTCAAGA CTCAGACGGG ACTTTCCTAG

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

    CloneID OHu94339
    Clone ID Related Accession (Same CDS sequence) XM_017006783.1
    Accession Version XM_017006783.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3825bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X19
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAAGAATT CTCCCTCTGA AGCACAGAAT TTAGATGAGA ATACAACTGA GGGCTGGGAA 
    AATCGGATAA GACTATGGAC TGACCAGTAT GAAGAAGCTT TCACTAATCA GTACAGTGCA
    GATGTACAGA ACGCGCTTGA ACAACACCTA CATTCTAGCA AGGAATTTGT GGGCAAACCT
    ACTATTTTAG ACACTATTAA TAAGACTGAA TTGGCCTGTA ATAACACAGT TATTGGTTCC
    CAAATGCAGT TACAGCTGGG AAGAGTCACT CGTGTTCAAA AGCACCGGAA GATCCTGAGG
    GCTGCAAGAG ATTTGGCTTT GGACACTCTT ATAATAGAGT ATCGTGGGAA AGTCATGTTA
    CGACAGCAAT TTGAGGTCAA TGGGCATTTC TTCAAAAAAC CATACCCCTT TGTGCTCTTC
    TACTCAAAAT TCAATGGTGT AGAGATGTGT GTGGATGCCC GTACTTTCGG TAATGATGCT
    CGGTTCATCA GAAGATCATG TACACCAAAT GCAGAGGTGC GACACATGAT TGCAGATGGG
    ATGATTCACC TGTGCATCTA TGCTGTGTCT GCCATCACCA AGGATGCTGA GGTCACCATA
    GCATTTGATT ATGAGTATAG TAACTGTAAT TATAAAGTGG ACTGTGCCTG TCACAAGGGA
    AACCGGAATT GTCCTATACA AAAAAGGAAT CCTAATGCTA CAGAACTGCC ACTCCTACCA
    CCTCCTCCAA GCCTACCCAC CATTGGAGCA GAGACTAGAC GTAGAAAAGC ACGACGGAAA
    GAGCTAGAGA TGGAGCAGCA GAATGAGGCT TCAGAGGAGA ATAATGACCA GCAATCACAA
    GAAGTTCCAG AAAAAGTAAC TGTATCCAGT GATCATGAGG AAGTAGACAA TCCAGAAGAA
    AAACCAGAAG AAGAGAAAGA AGAGGTTATA GATGACCAGG AGAACCTAGC TCATAGCAGG
    AGGACCAGGG AAGATAGAAA GGTAGAAGCC ATCATGCATG CTTTTGAAAA CTTAGAGAAA
    AGAAAGAAGC GGCGGGATCA GCCCTTGGAA CAGAGCAACT CTGATGTAGA GATTACTACA
    ACCACCTCAG AGACTCCTGT TGGTGAAGAG ACAAAAACTG AAGCCCCTGA ATCTGAAGTT
    AGCAACTCTG TTTCAAATGT TACCATCCCA AGCACCCCAC AGAGTGTTGG TGTGAATACC
    CGGAGGTCTT CCCAAGCAGG GGATATTGCT GCAGAAAAAC TAGTCCCCAA GCCACCTCCA
    GCAAAGCCTT CTAGGCCCCG GCCGAAGAGT CGAATTTCTC GGTACAGGAC CAGTTCAGCC
    CAAAGACTAA AGCGTCAGAA GCAGGCCAAT GCACAGCAGG CAGAATTGTC ACAAGCTGCC
    TTGGAAGAGG GAGGAAGTAA CAGTTTAGTA ACTCCTACTG AAGCTGGAAG TCTAGACAGT
    TCAGGAGAAA ACAGGCCATT AACAGGGTCT GACCCAACTG TGGTGTCAAT TACTGGATCC
    CATGTCAACC GTGCTGCATC TAAATACCCC AAAACCAAAA AGTATCTAGT TACAGAATGG
    TTGAATGACA AAGCAGAGAA GCAAGAGTGC CCTGTTGAGT GCCCTTTACG TATCACAACG
    GATCCAACTG TACTGGCAAC GACCCTAAAC ATGTTACCAG GTCTTATCCA TTCCCCGTTA
    ATTTGCACCA CCCCCAAACA CTACATTCGC TTTGGCTCAC CCTTTATCCC TGAGAGACGT
    CGAAGGCCCC TTCTGCCTGA TGGCACATTC AGCTCCTGTA AGAAGCGCTG GATAAAACAA
    GCCTTAGAAG AAGGGATGAC TCAAACATCA TCTGTACCCC AAGAGACTAG AACTCAGCAC
    CTATACCAAA GCAATGAGAA TAGTAGCTCT TCTAGTATCT GCAAAGACAA TGCAGACTTG
    TTGAGCCCAT TAAAGAAATG GAAGTCTCGC TATCTGATGG AGCAGAATGT CACCAAGTTA
    CTTCGGCCTC TGTCTCCAGT CACACCACCC CCTCCCAATT CAGGCTCAAA GAGTCCCCAG
    CTGGCCACAC CTGGCTCATC TCACCCAGGA GAAGAGGAGT GTCGAAATGG ATACAGCCTC
    ATGTTTTCAC CAGTCACATC TCTTACTACT GCTAGTCGCT GCAACACTCC TCTACAGTTT
    GAGAACATAT CCTCCCCTGA GAGTTCCCCT GCGCATAGGC CCGAGTCCCT GTCACCCGAG
    CTTTGTCACC GAAAAGACCT GGATTTGGCA AAAGTAGGAT ACCTTGACTC CAACACTAAC
    AGCTGTGCTG ATAGACCTTC CCTACTCAAC TCAGGTCATT CTGACCTGGC TCCTCATCCC
    TCCCTCGGAC CCACTTCTGA GACTGGTTTC CCAAGCAGAA GTGGAGATGG ACATCAGACC
    CTCGTGAGAA ACTCAGACCA GGCATTTCGG ACAGAGTTCA ACTTGATGTA TGCCTACTCC
    CCTTTGAATG CTATGCCTCG AGCAGATGGA CTGTATCGAG GATCTCCTCT AGTGGGGGAT
    AGGAAGCCTT TACATTTGGA TGGGGGATAT TGTTCCCCTG CAGAAGGATT TTCCAGCAGA
    TATGAACATG GCTTAATGAA AGACCTCTCT CGTGGATCCT TGTCACCTGG TGGTGAAAGG
    GCCTGTGAAG GAGTCCCATC TGCCCCCCAG AACCCACCAC AGAGGAAAAA AGTATCCCTG
    CTGGAGTACC GAAAACGGAA ACAAGAAGCT AAGGAAAATT CTGCTGGTGG GGGAGGTGAC
    TCTGCACAGA GCAAAAGCAA GTCTGCAGGA GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC
    GACACTGGTG CCCATGGTGT GCAGGGATCC TCAGCCCGAA CTCCATCTTC CCCTCACAAA
    AAATTCTCCC CATCTCATTC CTCTATGTCC CATTTGGAGG CGGTAAGCCC ATCAGATTCC
    AGAGGCACTT CTTCATCTCA CTGCAGACCT CAAGAGAATA TCAGCAGTAG GTGGATGGTT
    CCCACATCAG TAGAACGACT CCGAGAAGGA GGGAGCATCC CCAAGGTCCT CCGAAGCAGC
    GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT CCCACATGGG AGAGTAACAT CACAGAGAAA
    GACTCAGACC CTGCAGATGG AGAAGGCCCA GAGACATTAA GCTCAGCACT CTCTAAAGGA
    GCAACAGTTT ACAGCCCTTC CAGATACAGC TACCAGCTCC TGCAGTGTGA TAGTCCTCGG
    ACAGAATCAC AAAGCCTCCT TCAGCAGAGT TCCTCCCCCT TCAGAGGACA TCCTACACAG
    TCTCCAGGAT ACAGTTATCG AACTACTGCA CTGAGACCTG GAAACCCCCC CTCTCACGGT
    TCTTCAGAAT CATCCCTCTC TTCCACGTCC TATTCCAGCC CCGCCCACCC TGTGTCCACA
    GACTCGTTGG CCCCATTTAC GGGGACACCA GGGTATTTTA GCAGCCAGCC ACATTCTGGA
    AACAGCACTG GCAGCAATCT TCCAAGGAGG AGCTGCCCTT CTAGTGCTGC TAGCCCTACC
    CTGCAGGGAC CCTCAGACTC GCCAACCTCA GATTCAGTTT CTCAGTCCAG CACAGGAACT
    CTGAGTTCCA CCTCCTTTCC TCAGAACTCT AGGTCGTCAT TGCCATCAGA CTTACGGACT
    ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT GTCTACCAGG CCTCCAGGGT ATCTGCGGTT
    TCCAATTCAC AGCACTACCC ACACCGTGGG AGTGGGGGTG TGCACCAGTA CCGACTCCAG
    CCACTGCAAG GGTCAGGAGT CAAGACTCAG ACGGGACTTT CCTAG

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

    RefSeq XP_016862272.1
    CDS1546..5370
    Translation

    Target ORF information:

    RefSeq Version XM_017006783.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X27, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006783.1

    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
    ATGAAGAATT CTCCCTCTGA AGCACAGAAT TTAGATGAGA ATACAACTGA GGGCTGGGAA 
    AATCGGATAA GACTATGGAC TGACCAGTAT GAAGAAGCTT TCACTAATCA GTACAGTGCA
    GATGTACAGA ACGCGCTTGA ACAACACCTA CATTCTAGCA AGGAATTTGT GGGCAAACCT
    ACTATTTTAG ACACTATTAA TAAGACTGAA TTGGCCTGTA ATAACACAGT TATTGGTTCC
    CAAATGCAGT TACAGCTGGG AAGAGTCACT CGTGTTCAAA AGCACCGGAA GATCCTGAGG
    GCTGCAAGAG ATTTGGCTTT GGACACTCTT ATAATAGAGT ATCGTGGGAA AGTCATGTTA
    CGACAGCAAT TTGAGGTCAA TGGGCATTTC TTCAAAAAAC CATACCCCTT TGTGCTCTTC
    TACTCAAAAT TCAATGGTGT AGAGATGTGT GTGGATGCCC GTACTTTCGG TAATGATGCT
    CGGTTCATCA GAAGATCATG TACACCAAAT GCAGAGGTGC GACACATGAT TGCAGATGGG
    ATGATTCACC TGTGCATCTA TGCTGTGTCT GCCATCACCA AGGATGCTGA GGTCACCATA
    GCATTTGATT ATGAGTATAG TAACTGTAAT TATAAAGTGG ACTGTGCCTG TCACAAGGGA
    AACCGGAATT GTCCTATACA AAAAAGGAAT CCTAATGCTA CAGAACTGCC ACTCCTACCA
    CCTCCTCCAA GCCTACCCAC CATTGGAGCA GAGACTAGAC GTAGAAAAGC ACGACGGAAA
    GAGCTAGAGA TGGAGCAGCA GAATGAGGCT TCAGAGGAGA ATAATGACCA GCAATCACAA
    GAAGTTCCAG AAAAAGTAAC TGTATCCAGT GATCATGAGG AAGTAGACAA TCCAGAAGAA
    AAACCAGAAG AAGAGAAAGA AGAGGTTATA GATGACCAGG AGAACCTAGC TCATAGCAGG
    AGGACCAGGG AAGATAGAAA GGTAGAAGCC ATCATGCATG CTTTTGAAAA CTTAGAGAAA
    AGAAAGAAGC GGCGGGATCA GCCCTTGGAA CAGAGCAACT CTGATGTAGA GATTACTACA
    ACCACCTCAG AGACTCCTGT TGGTGAAGAG ACAAAAACTG AAGCCCCTGA ATCTGAAGTT
    AGCAACTCTG TTTCAAATGT TACCATCCCA AGCACCCCAC AGAGTGTTGG TGTGAATACC
    CGGAGGTCTT CCCAAGCAGG GGATATTGCT GCAGAAAAAC TAGTCCCCAA GCCACCTCCA
    GCAAAGCCTT CTAGGCCCCG GCCGAAGAGT CGAATTTCTC GGTACAGGAC CAGTTCAGCC
    CAAAGACTAA AGCGTCAGAA GCAGGCCAAT GCACAGCAGG CAGAATTGTC ACAAGCTGCC
    TTGGAAGAGG GAGGAAGTAA CAGTTTAGTA ACTCCTACTG AAGCTGGAAG TCTAGACAGT
    TCAGGAGAAA ACAGGCCATT AACAGGGTCT GACCCAACTG TGGTGTCAAT TACTGGATCC
    CATGTCAACC GTGCTGCATC TAAATACCCC AAAACCAAAA AGTATCTAGT TACAGAATGG
    TTGAATGACA AAGCAGAGAA GCAAGAGTGC CCTGTTGAGT GCCCTTTACG TATCACAACG
    GATCCAACTG TACTGGCAAC GACCCTAAAC ATGTTACCAG GTCTTATCCA TTCCCCGTTA
    ATTTGCACCA CCCCCAAACA CTACATTCGC TTTGGCTCAC CCTTTATCCC TGAGAGACGT
    CGAAGGCCCC TTCTGCCTGA TGGCACATTC AGCTCCTGTA AGAAGCGCTG GATAAAACAA
    GCCTTAGAAG AAGGGATGAC TCAAACATCA TCTGTACCCC AAGAGACTAG AACTCAGCAC
    CTATACCAAA GCAATGAGAA TAGTAGCTCT TCTAGTATCT GCAAAGACAA TGCAGACTTG
    TTGAGCCCAT TAAAGAAATG GAAGTCTCGC TATCTGATGG AGCAGAATGT CACCAAGTTA
    CTTCGGCCTC TGTCTCCAGT CACACCACCC CCTCCCAATT CAGGCTCAAA GAGTCCCCAG
    CTGGCCACAC CTGGCTCATC TCACCCAGGA GAAGAGGAGT GTCGAAATGG ATACAGCCTC
    ATGTTTTCAC CAGTCACATC TCTTACTACT GCTAGTCGCT GCAACACTCC TCTACAGTTT
    GAGAACATAT CCTCCCCTGA GAGTTCCCCT GCGCATAGGC CCGAGTCCCT GTCACCCGAG
    CTTTGTCACC GAAAAGACCT GGATTTGGCA AAAGTAGGAT ACCTTGACTC CAACACTAAC
    AGCTGTGCTG ATAGACCTTC CCTACTCAAC TCAGGTCATT CTGACCTGGC TCCTCATCCC
    TCCCTCGGAC CCACTTCTGA GACTGGTTTC CCAAGCAGAA GTGGAGATGG ACATCAGACC
    CTCGTGAGAA ACTCAGACCA GGCATTTCGG ACAGAGTTCA ACTTGATGTA TGCCTACTCC
    CCTTTGAATG CTATGCCTCG AGCAGATGGA CTGTATCGAG GATCTCCTCT AGTGGGGGAT
    AGGAAGCCTT TACATTTGGA TGGGGGATAT TGTTCCCCTG CAGAAGGATT TTCCAGCAGA
    TATGAACATG GCTTAATGAA AGACCTCTCT CGTGGATCCT TGTCACCTGG TGGTGAAAGG
    GCCTGTGAAG GAGTCCCATC TGCCCCCCAG AACCCACCAC AGAGGAAAAA AGTATCCCTG
    CTGGAGTACC GAAAACGGAA ACAAGAAGCT AAGGAAAATT CTGCTGGTGG GGGAGGTGAC
    TCTGCACAGA GCAAAAGCAA GTCTGCAGGA GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC
    GACACTGGTG CCCATGGTGT GCAGGGATCC TCAGCCCGAA CTCCATCTTC CCCTCACAAA
    AAATTCTCCC CATCTCATTC CTCTATGTCC CATTTGGAGG CGGTAAGCCC ATCAGATTCC
    AGAGGCACTT CTTCATCTCA CTGCAGACCT CAAGAGAATA TCAGCAGTAG GTGGATGGTT
    CCCACATCAG TAGAACGACT CCGAGAAGGA GGGAGCATCC CCAAGGTCCT CCGAAGCAGC
    GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT CCCACATGGG AGAGTAACAT CACAGAGAAA
    GACTCAGACC CTGCAGATGG AGAAGGCCCA GAGACATTAA GCTCAGCACT CTCTAAAGGA
    GCAACAGTTT ACAGCCCTTC CAGATACAGC TACCAGCTCC TGCAGTGTGA TAGTCCTCGG
    ACAGAATCAC AAAGCCTCCT TCAGCAGAGT TCCTCCCCCT TCAGAGGACA TCCTACACAG
    TCTCCAGGAT ACAGTTATCG AACTACTGCA CTGAGACCTG GAAACCCCCC CTCTCACGGT
    TCTTCAGAAT CATCCCTCTC TTCCACGTCC TATTCCAGCC CCGCCCACCC TGTGTCCACA
    GACTCGTTGG CCCCATTTAC GGGGACACCA GGGTATTTTA GCAGCCAGCC ACATTCTGGA
    AACAGCACTG GCAGCAATCT TCCAAGGAGG AGCTGCCCTT CTAGTGCTGC TAGCCCTACC
    CTGCAGGGAC CCTCAGACTC GCCAACCTCA GATTCAGTTT CTCAGTCCAG CACAGGAACT
    CTGAGTTCCA CCTCCTTTCC TCAGAACTCT AGGTCGTCAT TGCCATCAGA CTTACGGACT
    ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT GTCTACCAGG CCTCCAGGGT ATCTGCGGTT
    TCCAATTCAC AGCACTACCC ACACCGTGGG AGTGGGGGTG TGCACCAGTA CCGACTCCAG
    CCACTGCAAG GGTCAGGAGT CAAGACTCAG ACGGGACTTT CCTAG

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

    CloneID OHu69173
    Clone ID Related Accession (Same CDS sequence) XM_017006782.1
    Accession Version XM_017006782.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3918bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X18
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGGTAATA
    AATTATGCCA GAAGATGA

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

    RefSeq XP_016862271.1
    CDS4170..8087
    Translation

    Target ORF information:

    RefSeq Version XM_017006782.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X26, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006782.1

    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
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGGTAATA
    AATTATGCCA GAAGATGA

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

    CloneID OHu24689
    Clone ID Related Accession (Same CDS sequence) NM_001349451.1 , NM_001292043.2 , NM_001292043.1 , NM_001349451.2
    Accession Version NM_001349451.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4035bp)
    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 2019-01-05
    Organism Homo sapiens(human)
    Product SET domain-containing protein 5 isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC018506.5. On Mar 16, 2017 this sequence version replaced XM_017006781.1. Transcript Variant: This variant (3) contains an alternate 5' exon structure and initiates translation at a downstream start codon, compared to variant 1. The encoded protein (isoform 2) has a shorter N-terminus, compared to isoform 1. Variants 2 and 3 both encode the same isoform (2). Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: SRR1660809.162573.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    RefSeq NP_001336380.1
    CDS1054..5088
    Translation

    Target ORF information:

    RefSeq Version NM_001349451.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001349451.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    CloneID OHu24689
    Clone ID Related Accession (Same CDS sequence) NM_001349451.1 , NM_001292043.2 , NM_001292043.1 , NM_001349451.2
    Accession Version NM_001292043.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4035bp)
    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 2019-10-07
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC018506.5, DB275141.1, AI243838.1, AK092046.1, CR627408.1, AB051544.1 and AW021954.1. On Jun 2, 2019 this sequence version replaced NM_001292043.1. Transcript Variant: This variant (2) contains an alternate 5' exon structure and initiates translation at a downstream start codon, compared to variant 1. The encoded protein (isoform 2) has a shorter N-terminus, compared to isoform 1. Variants 2 and 3 both encode the same isoform (2). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## CDS exon combination :: CR627408.1 [ECO:0000331] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    RefSeq NP_001278972.1
    CDS1098..5132
    Translation

    Target ORF information:

    RefSeq Version NM_001292043.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001292043.2

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    CloneID OHu24689
    Clone ID Related Accession (Same CDS sequence) NM_001349451.1 , NM_001292043.2 , NM_001292043.1 , NM_001349451.2
    Accession Version NM_001292043.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4035bp)
    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 2019-01-05
    Organism Homo sapiens(human)
    Product SET domain-containing protein 5 isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB275141.1, AI243838.1, AK092046.1, CR627408.1, AB051544.1, AC018506.5 and AW021954.1. On May 17, 2014 this sequence version replaced XM_005265307.1. Transcript Variant: This variant (2) contains an alternate 5' exon structure and initiates translation at a downstream start codon, compared to variant 1. The encoded protein (isoform 2) has a shorter N-terminus, compared to isoform 1. Variants 2 and 3 both encode the same isoform (2). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## CDS exon combination :: CR627408.1, AK091393.1 [ECO:0000331] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    RefSeq NP_001278972.1
    CDS1013..5047
    Translation

    Target ORF information:

    RefSeq Version NM_001292043.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001292043.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    CloneID OHu24689
    Clone ID Related Accession (Same CDS sequence) NM_001349451.1 , NM_001292043.2 , NM_001292043.1 , NM_001349451.2
    Accession Version NM_001349451.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4035bp)
    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 2019-10-07
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC018506.5. On Jun 2, 2019 this sequence version replaced NM_001349451.1. Transcript Variant: This variant (3) contains an alternate 5' exon structure and initiates translation at a downstream start codon, compared to variant 1. The encoded protein (isoform 2) has a shorter N-terminus, compared to isoform 1. Variants 2 and 3 both encode the same isoform (2). Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR1660809.162573.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    RefSeq NP_001336380.1
    CDS1139..5173
    Translation

    Target ORF information:

    RefSeq Version NM_001349451.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001349451.2

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG CTTTGTCACC GAAAAGACCT GGATTTGGCA
    AAAGTAGGAT ACCTTGACTC CAACACTAAC AGCTGTGCTG ATAGACCTTC CCTACTCAAC
    TCAGGTCATT CTGACCTGGC TCCTCATCCC TCCCTCGGAC CCACTTCTGA GACTGGTTTC
    CCAAGCAGAA GTGGAGATGG ACATCAGACC CTCGTGAGAA ACTCAGACCA GGCATTTCGG
    ACAGAGTTCA ACTTGATGTA TGCCTACTCC CCTTTGAATG CTATGCCTCG AGCAGATGGA
    CTGTATCGAG GATCTCCTCT AGTGGGGGAT AGGAAGCCTT TACATTTGGA TGGGGGATAT
    TGTTCCCCTG CAGAAGGATT TTCCAGCAGA TATGAACATG GCTTAATGAA AGACCTCTCT
    CGTGGATCCT TGTCACCTGG TGGTGAAAGG GCCTGTGAAG GAGTCCCATC TGCCCCCCAG
    AACCCACCAC AGAGGAAAAA AGTATCCCTG CTGGAGTACC GAAAACGGAA ACAAGAAGCT
    AAGGAAAATT CTGCTGGTGG GGGAGGTGAC TCTGCACAGA GCAAAAGCAA GTCTGCAGGA
    GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC GACACTGGTG CCCATGGTGT GCAGGGATCC
    TCAGCCCGAA CTCCATCTTC CCCTCACAAA AAATTCTCCC CATCTCATTC CTCTATGTCC
    CATTTGGAGG CGGTAAGCCC ATCAGATTCC AGAGGCACTT CTTCATCTCA CTGCAGACCT
    CAAGAGAATA TCAGCAGTAG GTGGATGGTT CCCACATCAG TAGAACGACT CCGAGAAGGA
    GGGAGCATCC CCAAGGTCCT CCGAAGCAGC GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT
    CCCACATGGG AGAGTAACAT CACAGAGAAA GACTCAGACC CTGCAGATGG AGAAGGCCCA
    GAGACATTAA GCTCAGCACT CTCTAAAGGA GCAACAGTTT ACAGCCCTTC CAGATACAGC
    TACCAGCTCC TGCAGTGTGA TAGTCCTCGG ACAGAATCAC AAAGCCTCCT TCAGCAGAGT
    TCCTCCCCCT TCAGAGGACA TCCTACACAG TCTCCAGGAT ACAGTTATCG AACTACTGCA
    CTGAGACCTG GAAACCCCCC CTCTCACGGT TCTTCAGAAT CATCCCTCTC TTCCACGTCC
    TATTCCAGCC CCGCCCACCC TGTGTCCACA GACTCGTTGG CCCCATTTAC GGGGACACCA
    GGGTATTTTA GCAGCCAGCC ACATTCTGGA AACAGCACTG GCAGCAATCT TCCAAGGAGG
    AGCTGCCCTT CTAGTGCTGC TAGCCCTACC CTGCAGGGAC CCTCAGACTC GCCAACCTCA
    GATTCAGTTT CTCAGTCCAG CACAGGAACT CTGAGTTCCA CCTCCTTTCC TCAGAACTCT
    AGGTCGTCAT TGCCATCAGA CTTACGGACT ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT
    GTCTACCAGG CCTCCAGGGT ATCTGCGGTT TCCAATTCAC AGCACTACCC ACACCGTGGG
    AGTGGGGGTG TGCACCAGTA CCGACTCCAG CCACTGCAAG GGTCAGGAGT CAAGACTCAG
    ACGGGACTTT CCTAG

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

    CloneID OHu25673
    Clone ID Related Accession (Same CDS sequence) NM_001080517.2 , NM_001080517.3
    Accession Version NM_001080517.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4329bp)
    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 2019-06-25
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform 1
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB275141.1, AI243838.1, AK092046.1, CR627408.1, AB051544.1, AC018506.5 and AW021954.1. This sequence is a reference standard in the RefSeqGene project. On May 17, 2014 this sequence version replaced NM_001080517.1. Transcript Variant: This variant (1) encodes the longer isoform (1). Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    RefSeq NP_001073986.1
    CDS455..4783
    Translation

    Target ORF information:

    RefSeq Version NM_001080517.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant 1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001080517.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    CloneID OHu37346
    Clone ID Related Accession (Same CDS sequence) XM_011533920.1 , XM_017006767.1 , XM_011533921.1 , XM_011533921.2
    Accession Version XM_011533920.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4503bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    RefSeq XP_011532222.1
    CDS852..5354
    Translation

    Target ORF information:

    RefSeq Version XM_011533920.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533920.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    CloneID OHu37346
    Clone ID Related Accession (Same CDS sequence) XM_011533920.1 , XM_017006767.1 , XM_011533921.1 , XM_011533921.2
    Accession Version XM_017006767.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4503bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    RefSeq XP_016862256.1
    CDS2514..7016
    Translation

    Target ORF information:

    RefSeq Version XM_017006767.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006767.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    CloneID OHu37346
    Clone ID Related Accession (Same CDS sequence) XM_011533920.1 , XM_017006767.1 , XM_011533921.1 , XM_011533921.2
    Accession Version XM_011533921.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4503bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-06-05
    Organism Homo sapiens(human)
    Product SET domain-containing protein 5 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    RefSeq XP_011532223.1
    CDS454..4956
    Translation

    Target ORF information:

    RefSeq Version XM_011533921.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533921.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    CloneID OHu37346
    Clone ID Related Accession (Same CDS sequence) XM_011533920.1 , XM_017006767.1 , XM_011533921.1 , XM_011533921.2
    Accession Version XM_011533921.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4503bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011533921.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    RefSeq XP_011532223.1
    CDS604..5106
    Translation

    Target ORF information:

    RefSeq Version XM_011533921.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533921.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GAACATATCC TCCCCTGAGA GTTCCCCTGC GCATAGGCCC
    GAGTCCCTGT CACCCGAGCT TTGTCACCGA AAAGACCTGG ATTTGGCAAA AGTAGGATAC
    CTTGACTCCA ACACTAACAG CTGTGCTGAT AGACCTTCCC TACTCAACTC AGGTCATTCT
    GACCTGGCTC CTCATCCCTC CCTCGGACCC ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT
    GGAGATGGAC ATCAGACCCT CGTGAGAAAC TCAGACCAGG CATTTCGGAC AGAGTTCAAC
    TTGATGTATG CCTACTCCCC TTTGAATGCT ATGCCTCGAG CAGATGGACT GTATCGAGGA
    TCTCCTCTAG TGGGGGATAG GAAGCCTTTA CATTTGGATG GGGGATATTG TTCCCCTGCA
    GAAGGATTTT CCAGCAGATA TGAACATGGC TTAATGAAAG ACCTCTCTCG TGGATCCTTG
    TCACCTGGTG GTGAAAGGGC CTGTGAAGGA GTCCCATCTG CCCCCCAGAA CCCACCACAG
    AGGAAAAAAG TATCCCTGCT GGAGTACCGA AAACGGAAAC AAGAAGCTAA GGAAAATTCT
    GCTGGTGGGG GAGGTGACTC TGCACAGAGC AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC
    AGCAGTAACT CCGTTTCCGA CACTGGTGCC CATGGTGTGC AGGGATCCTC AGCCCGAACT
    CCATCTTCCC CTCACAAAAA ATTCTCCCCA TCTCATTCCT CTATGTCCCA TTTGGAGGCG
    GTAAGCCCAT CAGATTCCAG AGGCACTTCT TCATCTCACT GCAGACCTCA AGAGAATATC
    AGCAGTAGGT GGATGGTTCC CACATCAGTA GAACGACTCC GAGAAGGAGG GAGCATCCCC
    AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC CAAAAGGGAG AGCCCTCTCC CACATGGGAG
    AGTAACATCA CAGAGAAAGA CTCAGACCCT GCAGATGGAG AAGGCCCAGA GACATTAAGC
    TCAGCACTCT CTAAAGGAGC AACAGTTTAC AGCCCTTCCA GATACAGCTA CCAGCTCCTG
    CAGTGTGATA GTCCTCGGAC AGAATCACAA AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC
    AGAGGACATC CTACACAGTC TCCAGGATAC AGTTATCGAA CTACTGCACT GAGACCTGGA
    AACCCCCCCT CTCACGGTTC TTCAGAATCA TCCCTCTCTT CCACGTCCTA TTCCAGCCCC
    GCCCACCCTG TGTCCACAGA CTCGTTGGCC CCATTTACGG GGACACCAGG GTATTTTAGC
    AGCCAGCCAC ATTCTGGAAA CAGCACTGGC AGCAATCTTC CAAGGAGGAG CTGCCCTTCT
    AGTGCTGCTA GCCCTACCCT GCAGGGACCC TCAGACTCGC CAACCTCAGA TTCAGTTTCT
    CAGTCCAGCA CAGGAACTCT GAGTTCCACC TCCTTTCCTC AGAACTCTAG GTCGTCATTG
    CCATCAGACT TACGGACTAT CAGTCTGCCC AGTGCTGGGC AGTCAGCTGT CTACCAGGCC
    TCCAGGGTAT CTGCGGTTTC CAATTCACAG CACTACCCAC ACCGTGGGAG TGGGGGTGTG
    CACCAGTACC GACTCCAGCC ACTGCAAGGG TCAGGAGTCA AGACTCAGAC GGGACTTTCC
    TAG

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

    CloneID OHu37348
    Clone ID Related Accession (Same CDS sequence) XM_017006770.1
    Accession Version XM_017006770.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4446bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    RefSeq XP_016862259.1
    CDS4170..8615
    Translation

    Target ORF information:

    RefSeq Version XM_017006770.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X7, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006770.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGGCATT TCGAGAGGGA
    TCCCGGAAGT CCTTGCGGAT GAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    CloneID OHu37350
    Clone ID Related Accession (Same CDS sequence) XM_017006772.1
    Accession Version XM_017006772.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4407bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X8
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGCTTTGTCA CCGAAAAGAC
    CTGGATTTGG CAAAAGTAGG ATACCTTGAC TCCAACACTA ACAGCTGTGC TGATAGACCT
    TCCCTACTCA ACTCAGGTCA TTCTGACCTG GCTCCTCATC CCTCCCTCGG ACCCACTTCT
    GAGACTGGTT TCCCAAGCAG AAGTGGAGAT GGACATCAGA CCCTCGTGAG AAACTCAGAC
    CAGGCATTTC GGACAGAGTT CAACTTGATG TATGCCTACT CCCCTTTGAA TGCTATGCCT
    CGAGCAGATG GACTGTATCG AGGATCTCCT CTAGTGGGGG ATAGGAAGCC TTTACATTTG
    GATGGGGGAT ATTGTTCCCC TGCAGAAGGA TTTTCCAGCA GATATGAACA TGGCTTAATG
    AAAGACCTCT CTCGTGGATC CTTGTCACCT GGTGGTGAAA GGGCCTGTGA AGGAGTCCCA
    TCTGCCCCCC AGAACCCACC ACAGAGGAAA AAAGTATCCC TGCTGGAGTA CCGAAAACGG
    AAACAAGAAG CTAAGGAAAA TTCTGCTGGT GGGGGAGGTG ACTCTGCACA GAGCAAAAGC
    AAGTCTGCAG GAGCTGGGCA AGGCAGCAGT AACTCCGTTT CCGACACTGG TGCCCATGGT
    GTGCAGGGAT CCTCAGCCCG AACTCCATCT TCCCCTCACA AAAAATTCTC CCCATCTCAT
    TCCTCTATGT CCCATTTGGA GGCGGTAAGC CCATCAGATT CCAGAGGCAC TTCTTCATCT
    CACTGCAGAC CTCAAGAGAA TATCAGCAGT AGGTGGATGG TTCCCACATC AGTAGAACGA
    CTCCGAGAAG GAGGGAGCAT CCCCAAGGTC CTCCGAAGCA GCGTGAGGGT GGCCCAAAAG
    GGAGAGCCCT CTCCCACATG GGAGAGTAAC ATCACAGAGA AAGACTCAGA CCCTGCAGAT
    GGAGAAGGCC CAGAGACATT AAGCTCAGCA CTCTCTAAAG GAGCAACAGT TTACAGCCCT
    TCCAGATACA GCTACCAGCT CCTGCAGTGT GATAGTCCTC GGACAGAATC ACAAAGCCTC
    CTTCAGCAGA GTTCCTCCCC CTTCAGAGGA CATCCTACAC AGTCTCCAGG ATACAGTTAT
    CGAACTACTG CACTGAGACC TGGAAACCCC CCCTCTCACG GTTCTTCAGA ATCATCCCTC
    TCTTCCACGT CCTATTCCAG CCCCGCCCAC CCTGTGTCCA CAGACTCGTT GGCCCCATTT
    ACGGGGACAC CAGGGTATTT TAGCAGCCAG CCACATTCTG GAAACAGCAC TGGCAGCAAT
    CTTCCAAGGA GGAGCTGCCC TTCTAGTGCT GCTAGCCCTA CCCTGCAGGG ACCCTCAGAC
    TCGCCAACCT CAGATTCAGT TTCTCAGTCC AGCACAGGAA CTCTGAGTTC CACCTCCTTT
    CCTCAGAACT CTAGGTCGTC ATTGCCATCA GACTTACGGA CTATCAGTCT GCCCAGTGCT
    GGGCAGTCAG CTGTCTACCA GGCCTCCAGG GTATCTGCGG TTTCCAATTC ACAGCACTAC
    CCACACCGTG GGAGTGGGGG TGTGCACCAG TACCGACTCC AGCCACTGCA AGGGTCAGGA
    GTCAAGACTC AGACGGGACT TTCCTAG

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

    RefSeq XP_016862261.1
    CDS4170..8576
    Translation

    Target ORF information:

    RefSeq Version XM_017006772.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X11, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006772.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGCTTTGTCA CCGAAAAGAC
    CTGGATTTGG CAAAAGTAGG ATACCTTGAC TCCAACACTA ACAGCTGTGC TGATAGACCT
    TCCCTACTCA ACTCAGGTCA TTCTGACCTG GCTCCTCATC CCTCCCTCGG ACCCACTTCT
    GAGACTGGTT TCCCAAGCAG AAGTGGAGAT GGACATCAGA CCCTCGTGAG AAACTCAGAC
    CAGGCATTTC GGACAGAGTT CAACTTGATG TATGCCTACT CCCCTTTGAA TGCTATGCCT
    CGAGCAGATG GACTGTATCG AGGATCTCCT CTAGTGGGGG ATAGGAAGCC TTTACATTTG
    GATGGGGGAT ATTGTTCCCC TGCAGAAGGA TTTTCCAGCA GATATGAACA TGGCTTAATG
    AAAGACCTCT CTCGTGGATC CTTGTCACCT GGTGGTGAAA GGGCCTGTGA AGGAGTCCCA
    TCTGCCCCCC AGAACCCACC ACAGAGGAAA AAAGTATCCC TGCTGGAGTA CCGAAAACGG
    AAACAAGAAG CTAAGGAAAA TTCTGCTGGT GGGGGAGGTG ACTCTGCACA GAGCAAAAGC
    AAGTCTGCAG GAGCTGGGCA AGGCAGCAGT AACTCCGTTT CCGACACTGG TGCCCATGGT
    GTGCAGGGAT CCTCAGCCCG AACTCCATCT TCCCCTCACA AAAAATTCTC CCCATCTCAT
    TCCTCTATGT CCCATTTGGA GGCGGTAAGC CCATCAGATT CCAGAGGCAC TTCTTCATCT
    CACTGCAGAC CTCAAGAGAA TATCAGCAGT AGGTGGATGG TTCCCACATC AGTAGAACGA
    CTCCGAGAAG GAGGGAGCAT CCCCAAGGTC CTCCGAAGCA GCGTGAGGGT GGCCCAAAAG
    GGAGAGCCCT CTCCCACATG GGAGAGTAAC ATCACAGAGA AAGACTCAGA CCCTGCAGAT
    GGAGAAGGCC CAGAGACATT AAGCTCAGCA CTCTCTAAAG GAGCAACAGT TTACAGCCCT
    TCCAGATACA GCTACCAGCT CCTGCAGTGT GATAGTCCTC GGACAGAATC ACAAAGCCTC
    CTTCAGCAGA GTTCCTCCCC CTTCAGAGGA CATCCTACAC AGTCTCCAGG ATACAGTTAT
    CGAACTACTG CACTGAGACC TGGAAACCCC CCCTCTCACG GTTCTTCAGA ATCATCCCTC
    TCTTCCACGT CCTATTCCAG CCCCGCCCAC CCTGTGTCCA CAGACTCGTT GGCCCCATTT
    ACGGGGACAC CAGGGTATTT TAGCAGCCAG CCACATTCTG GAAACAGCAC TGGCAGCAAT
    CTTCCAAGGA GGAGCTGCCC TTCTAGTGCT GCTAGCCCTA CCCTGCAGGG ACCCTCAGAC
    TCGCCAACCT CAGATTCAGT TTCTCAGTCC AGCACAGGAA CTCTGAGTTC CACCTCCTTT
    CCTCAGAACT CTAGGTCGTC ATTGCCATCA GACTTACGGA CTATCAGTCT GCCCAGTGCT
    GGGCAGTCAG CTGTCTACCA GGCCTCCAGG GTATCTGCGG TTTCCAATTC ACAGCACTAC
    CCACACCGTG GGAGTGGGGG TGTGCACCAG TACCGACTCC AGCCACTGCA AGGGTCAGGA
    GTCAAGACTC AGACGGGACT TTCCTAG

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

    CloneID OHu37351
    Clone ID Related Accession (Same CDS sequence) XM_005265301.1
    Accession Version XM_005265301.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4386bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X10
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    RefSeq XP_005265358.1
    CDS436..4821
    Translation

    Target ORF information:

    RefSeq Version XM_005265301.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X13, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005265301.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGAATTCT CCCTCTGAAG CACAGAATTT AGATGAGAAT
    ACAACTGAGG GCTGGGAAAA TCGGATAAGA CTATGGACTG ACCAGTATGA AGAAGCTTTC
    ACTAATCAGT ACAGTGCAGA TGTACAGAAC GCGCTTGAAC AACACCTACA TTCTAGCAAG
    GAATTTGTGG GCAAACCTAC TATTTTAGAC ACTATTAATA AGACTGAATT GGCCTGTAAT
    AACACAGTTA TTGGTTCCCA AATGCAGTTA CAGCTGGGAA GAGTCACTCG TGTTCAAAAG
    CACCGGAAGA TCCTGAGGGC TGCAAGAGAT TTGGCTTTGG ACACTCTTAT AATAGAGTAT
    CGTGGGAAAG TCATGTTACG ACAGCAATTT GAGGTCAATG GGCATTTCTT CAAAAAACCA
    TACCCCTTTG TGCTCTTCTA CTCAAAATTC AATGGTGTAG AGATGTGTGT GGATGCCCGT
    ACTTTCGGTA ATGATGCTCG GTTCATCAGA AGATCATGTA CACCAAATGC AGAGGTGCGA
    CACATGATTG CAGATGGGAT GATTCACCTG TGCATCTATG CTGTGTCTGC CATCACCAAG
    GATGCTGAGG TCACCATAGC ATTTGATTAT GAGTATAGTA ACTGTAATTA TAAAGTGGAC
    TGTGCCTGTC ACAAGGGAAA CCGGAATTGT CCTATACAAA AAAGGAATCC TAATGCTACA
    GAACTGCCAC TCCTACCACC TCCTCCAAGC CTACCCACCA TTGGAGCAGA GACTAGACGT
    AGAAAAGCAC GACGGAAAGA GCTAGAGATG GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT
    AATGACCAGC AATCACAAGA AGTTCCAGAA AAAGTAACTG TATCCAGTGA TCATGAGGAA
    GTAGACAATC CAGAAGAAAA ACCAGAAGAA GAGAAAGAAG AGGTTATAGA TGACCAGGAG
    AACCTAGCTC ATAGCAGGAG GACCAGGGAA GATAGAAAGG TAGAAGCCAT CATGCATGCT
    TTTGAAAACT TAGAGAAAAG AAAGAAGCGG CGGGATCAGC CCTTGGAACA GAGCAACTCT
    GATGTAGAGA TTACTACAAC CACCTCAGAG ACTCCTGTTG GTGAAGAGAC AAAAACTGAA
    GCCCCTGAAT CTGAAGTTAG CAACTCTGTT TCAAATGTTA CCATCCCAAG CACCCCACAG
    AGTGTTGGTG TGAATACCCG GAGGTCTTCC CAAGCAGGGG ATATTGCTGC AGAAAAACTA
    GTCCCCAAGC CACCTCCAGC AAAGCCTTCT AGGCCCCGGC CGAAGAGTCG AATTTCTCGG
    TACAGGACCA GTTCAGCCCA AAGACTAAAG CGTCAGAAGC AGGCCAATGC ACAGCAGGCA
    GAATTGTCAC AAGCTGCCTT GGAAGAGGGA GGAAGTAACA GTTTAGTAAC TCCTACTGAA
    GCTGGAAGTC TAGACAGTTC AGGAGAAAAC AGGCCATTAA CAGGGTCTGA CCCAACTGTG
    GTGTCAATTA CTGGATCCCA TGTCAACCGT GCTGCATCTA AATACCCCAA AACCAAAAAG
    TATCTAGTTA CAGAATGGTT GAATGACAAA GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC
    CCTTTACGTA TCACAACGGA TCCAACTGTA CTGGCAACGA CCCTAAACAT GTTACCAGGT
    CTTATCCATT CCCCGTTAAT TTGCACCACC CCCAAACACT ACATTCGCTT TGGCTCACCC
    TTTATCCCTG AGAGACGTCG AAGGCCCCTT CTGCCTGATG GCACATTCAG CTCCTGTAAG
    AAGCGCTGGA TAAAACAAGC CTTAGAAGAA GGGATGACTC AAACATCATC TGTACCCCAA
    GAGACTAGAA CTCAGCACCT ATACCAAAGC AATGAGAATA GTAGCTCTTC TAGTATCTGC
    AAAGACAATG CAGACTTGTT GAGCCCATTA AAGAAATGGA AGTCTCGCTA TCTGATGGAG
    CAGAATGTCA CCAAGTTACT TCGGCCTCTG TCTCCAGTCA CACCACCCCC TCCCAATTCA
    GGCTCAAAGA GTCCCCAGCT GGCCACACCT GGCTCATCTC ACCCAGGAGA AGAGGAGTGT
    CGAAATGGAT ACAGCCTCAT GTTTTCACCA GTCACATCTC TTACTACTGC TAGTCGCTGC
    AACACTCCTC TACAGTTTGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    CloneID OHu37353
    Clone ID Related Accession (Same CDS sequence) XM_005265303.1
    Accession Version XM_005265303.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4329bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X14
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGTCCCAGT TGACCTTGGC ATTTTGTTTT ATCACTTTCC TGGTTGAAGC CAAAAAACAA 
    AGGGATCATA ATTACGGAGC CCCTCCTCCT CCGACACCTC CTGCTTCTCC CCCTGTCCAG
    ACGATCATCC CTCGTTCTGA CCTGAATGGC CTGCCGTCGC CTGTAGAGGA ACGCTGTGGA
    GACAGCCCGA ACTCTGAAGG AGAAACTGTA CCTACCTGGT GTCCTTGTGG TCTTTCTCAG
    GATGGCTTCC TTCTCAACTG TGACAAGTGC AGGGGAATGA GCAGGGGGAA GGTTATTAGA
    CTTCATCGGC GGAAGCAGGA CAACATATCA GGTGGGGATA GCAGTGCAAC AGAAAGCTGG
    GATGAGGAGC TTTCTCCTTC CACTGTGTTG TATACAGCAA CACAGCACAC ACCTACAAGC
    ATCACCTTAA CTGTTAGAAG AACCAAACCC AAGAAGCGGA AAAAGAGTCC AGAAAAGGGT
    CGTGCAGCAC CAAAGACGAA GAAAATCAAG AATTCTCCCT CTGAAGCACA GAATTTAGAT
    GAGAATACAA CTGAGGGCTG GGAAAATCGG ATAAGACTAT GGACTGACCA GTATGAAGAA
    GCTTTCACTA ATCAGTACAG TGCAGATGTA CAGAACGCGC TTGAACAACA CCTACATTCT
    AGCAAGGAAT TTGTGGGCAA ACCTACTATT TTAGACACTA TTAATAAGAC TGAATTGGCC
    TGTAATAACA CAGTTATTGG TTCCCAAATG CAGTTACAGC TGGGAAGAGT CACTCGTGTT
    CAAAAGCACC GGAAGATCCT GAGGGCTGCA AGAGATTTGG CTTTGGACAC TCTTATAATA
    GAGTATCGTG GGAAAGTCAT GTTACGACAG CAATTTGAGG TCAATGGGCA TTTCTTCAAA
    AAACCATACC CCTTTGTGCT CTTCTACTCA AAATTCAATG GTGTAGAGAT GTGTGTGGAT
    GCCCGTACTT TCGGTAATGA TGCTCGGTTC ATCAGAAGAT CATGTACACC AAATGCAGAG
    GTGCGACACA TGATTGCAGA TGGGATGATT CACCTGTGCA TCTATGCTGT GTCTGCCATC
    ACCAAGGATG CTGAGGTCAC CATAGCATTT GATTATGAGT ATAGTAACTG TAATTATAAA
    GTGGACTGTG CCTGTCACAA GGGAAACCGG AATTGTCCTA TACAAAAAAG GAATCCTAAT
    GCTACAGAAC TGCCACTCCT ACCACCTCCT CCAAGCCTAC CCACCATTGG AGCAGAGACT
    AGACGTAGAA AAGCACGACG GAAAGAGCTA GAGATGGAGC AGCAGAATGA GGCTTCAGAG
    GAGAATAATG ACCAGCAATC ACAAGAAGTT CCAGAAAAAG TAACTGTATC CAGTGATCAT
    GAGGAAGTAG ACAATCCAGA AGAAAAACCA GAAGAAGAGA AAGAAGAGGT TATAGATGAC
    CAGGAGAACC TAGCTCATAG CAGGAGGACC AGGGAAGATA GAAAGGTAGA AGCCATCATG
    CATGCTTTTG AAAACTTAGA GAAAAGAAAG AAGCGGCGGG ATCAGCCCTT GGAACAGAGC
    AACTCTGATG TAGAGATTAC TACAACCACC TCAGAGACTC CTGTTGGTGA AGAGACAAAA
    ACTGAAGCCC CTGAATCTGA AGTTAGCAAC TCTGTTTCAA ATGTTACCAT CCCAAGCACC
    CCACAGAGTG TTGGTGTGAA TACCCGGAGG TCTTCCCAAG CAGGGGATAT TGCTGCAGAA
    AAACTAGTCC CCAAGCCACC TCCAGCAAAG CCTTCTAGGC CCCGGCCGAA GAGTCGAATT
    TCTCGGTACA GGACCAGTTC AGCCCAAAGA CTAAAGCGTC AGAAGCAGGC CAATGCACAG
    CAGGCAGAAT TGTCACAAGC TGCCTTGGAA GAGGGAGGAA GTAACAGTTT AGTAACTCCT
    ACTGAAGCTG GAAGTCTAGA CAGTTCAGGA GAAAACAGGC CATTAACAGG GTCTGACCCA
    ACTGTGGTGT CAATTACTGG ATCCCATGTC AACCGTGCTG CATCTAAATA CCCCAAAACC
    AAAAAGTATC TAGTTACAGA ATGGTTGAAT GACAAAGCAG AGAAGCAAGA GTGCCCTGTT
    GAGTGCCCTT TACGTATCAC AACGGATCCA ACTGTACTGG CAACGACCCT AAACATGTTA
    CCAGGTCTTA TCCATTCCCC GTTAATTTGC ACCACCCCCA AACACTACAT TCGCTTTGGC
    TCACCCTTTA TCCCTGAGAG ACGTCGAAGG CCCCTTCTGC CTGATGGCAC ATTCAGCTCC
    TGTAAGAAGC GCTGGATAAA ACAAGCCTTA GAAGAAGGGA TGACTCAAAC ATCATCTGTA
    CCCCAAGAGA CTAGAACTCA GCACCTATAC CAAAGCAATG AGAATAGTAG CTCTTCTAGT
    ATCTGCAAAG ACAATGCAGA CTTGTTGAGC CCATTAAAGA AATGGAAGTC TCGCTATCTG
    ATGGAGCAGA ATGTCACCAA GTTACTTCGG CCTCTGTCTC CAGTCACACC ACCCCCTCCC
    AATTCAGGCT CAAAGAGTCC CCAGCTGGCC ACACCTGGCT CATCTCACCC AGGAGAAGAG
    GAGTGTCGAA ATGGATACAG CCTCATGTTT TCACCAGTCA CATCTCTTAC TACTGCTAGT
    CGCTGCAACA CTCCTCTACA GTTTGAGAAC ATATCCTCCC CTGAGAGTTC CCCTGCGCAT
    AGGCCCGAGT CCCTGTCACC CGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    RefSeq XP_005265360.1
    CDS931..5259
    Translation

    Target ORF information:

    RefSeq Version XM_005265303.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X17, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005265303.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGTCCCAGT TGACCTTGGC ATTTTGTTTT ATCACTTTCC TGGTTGAAGC CAAAAAACAA 
    AGGGATCATA ATTACGGAGC CCCTCCTCCT CCGACACCTC CTGCTTCTCC CCCTGTCCAG
    ACGATCATCC CTCGTTCTGA CCTGAATGGC CTGCCGTCGC CTGTAGAGGA ACGCTGTGGA
    GACAGCCCGA ACTCTGAAGG AGAAACTGTA CCTACCTGGT GTCCTTGTGG TCTTTCTCAG
    GATGGCTTCC TTCTCAACTG TGACAAGTGC AGGGGAATGA GCAGGGGGAA GGTTATTAGA
    CTTCATCGGC GGAAGCAGGA CAACATATCA GGTGGGGATA GCAGTGCAAC AGAAAGCTGG
    GATGAGGAGC TTTCTCCTTC CACTGTGTTG TATACAGCAA CACAGCACAC ACCTACAAGC
    ATCACCTTAA CTGTTAGAAG AACCAAACCC AAGAAGCGGA AAAAGAGTCC AGAAAAGGGT
    CGTGCAGCAC CAAAGACGAA GAAAATCAAG AATTCTCCCT CTGAAGCACA GAATTTAGAT
    GAGAATACAA CTGAGGGCTG GGAAAATCGG ATAAGACTAT GGACTGACCA GTATGAAGAA
    GCTTTCACTA ATCAGTACAG TGCAGATGTA CAGAACGCGC TTGAACAACA CCTACATTCT
    AGCAAGGAAT TTGTGGGCAA ACCTACTATT TTAGACACTA TTAATAAGAC TGAATTGGCC
    TGTAATAACA CAGTTATTGG TTCCCAAATG CAGTTACAGC TGGGAAGAGT CACTCGTGTT
    CAAAAGCACC GGAAGATCCT GAGGGCTGCA AGAGATTTGG CTTTGGACAC TCTTATAATA
    GAGTATCGTG GGAAAGTCAT GTTACGACAG CAATTTGAGG TCAATGGGCA TTTCTTCAAA
    AAACCATACC CCTTTGTGCT CTTCTACTCA AAATTCAATG GTGTAGAGAT GTGTGTGGAT
    GCCCGTACTT TCGGTAATGA TGCTCGGTTC ATCAGAAGAT CATGTACACC AAATGCAGAG
    GTGCGACACA TGATTGCAGA TGGGATGATT CACCTGTGCA TCTATGCTGT GTCTGCCATC
    ACCAAGGATG CTGAGGTCAC CATAGCATTT GATTATGAGT ATAGTAACTG TAATTATAAA
    GTGGACTGTG CCTGTCACAA GGGAAACCGG AATTGTCCTA TACAAAAAAG GAATCCTAAT
    GCTACAGAAC TGCCACTCCT ACCACCTCCT CCAAGCCTAC CCACCATTGG AGCAGAGACT
    AGACGTAGAA AAGCACGACG GAAAGAGCTA GAGATGGAGC AGCAGAATGA GGCTTCAGAG
    GAGAATAATG ACCAGCAATC ACAAGAAGTT CCAGAAAAAG TAACTGTATC CAGTGATCAT
    GAGGAAGTAG ACAATCCAGA AGAAAAACCA GAAGAAGAGA AAGAAGAGGT TATAGATGAC
    CAGGAGAACC TAGCTCATAG CAGGAGGACC AGGGAAGATA GAAAGGTAGA AGCCATCATG
    CATGCTTTTG AAAACTTAGA GAAAAGAAAG AAGCGGCGGG ATCAGCCCTT GGAACAGAGC
    AACTCTGATG TAGAGATTAC TACAACCACC TCAGAGACTC CTGTTGGTGA AGAGACAAAA
    ACTGAAGCCC CTGAATCTGA AGTTAGCAAC TCTGTTTCAA ATGTTACCAT CCCAAGCACC
    CCACAGAGTG TTGGTGTGAA TACCCGGAGG TCTTCCCAAG CAGGGGATAT TGCTGCAGAA
    AAACTAGTCC CCAAGCCACC TCCAGCAAAG CCTTCTAGGC CCCGGCCGAA GAGTCGAATT
    TCTCGGTACA GGACCAGTTC AGCCCAAAGA CTAAAGCGTC AGAAGCAGGC CAATGCACAG
    CAGGCAGAAT TGTCACAAGC TGCCTTGGAA GAGGGAGGAA GTAACAGTTT AGTAACTCCT
    ACTGAAGCTG GAAGTCTAGA CAGTTCAGGA GAAAACAGGC CATTAACAGG GTCTGACCCA
    ACTGTGGTGT CAATTACTGG ATCCCATGTC AACCGTGCTG CATCTAAATA CCCCAAAACC
    AAAAAGTATC TAGTTACAGA ATGGTTGAAT GACAAAGCAG AGAAGCAAGA GTGCCCTGTT
    GAGTGCCCTT TACGTATCAC AACGGATCCA ACTGTACTGG CAACGACCCT AAACATGTTA
    CCAGGTCTTA TCCATTCCCC GTTAATTTGC ACCACCCCCA AACACTACAT TCGCTTTGGC
    TCACCCTTTA TCCCTGAGAG ACGTCGAAGG CCCCTTCTGC CTGATGGCAC ATTCAGCTCC
    TGTAAGAAGC GCTGGATAAA ACAAGCCTTA GAAGAAGGGA TGACTCAAAC ATCATCTGTA
    CCCCAAGAGA CTAGAACTCA GCACCTATAC CAAAGCAATG AGAATAGTAG CTCTTCTAGT
    ATCTGCAAAG ACAATGCAGA CTTGTTGAGC CCATTAAAGA AATGGAAGTC TCGCTATCTG
    ATGGAGCAGA ATGTCACCAA GTTACTTCGG CCTCTGTCTC CAGTCACACC ACCCCCTCCC
    AATTCAGGCT CAAAGAGTCC CCAGCTGGCC ACACCTGGCT CATCTCACCC AGGAGAAGAG
    GAGTGTCGAA ATGGATACAG CCTCATGTTT TCACCAGTCA CATCTCTTAC TACTGCTAGT
    CGCTGCAACA CTCCTCTACA GTTTGAGAAC ATATCCTCCC CTGAGAGTTC CCCTGCGCAT
    AGGCCCGAGT CCCTGTCACC CGAGCTTTGT CACCGAAAAG ACCTGGATTT GGCAAAAGTA
    GGATACCTTG ACTCCAACAC TAACAGCTGT GCTGATAGAC CTTCCCTACT CAACTCAGGT
    CATTCTGACC TGGCTCCTCA TCCCTCCCTC GGACCCACTT CTGAGACTGG TTTCCCAAGC
    AGAAGTGGAG ATGGACATCA GACCCTCGTG AGAAACTCAG ACCAGGCATT TCGGACAGAG
    TTCAACTTGA TGTATGCCTA CTCCCCTTTG AATGCTATGC CTCGAGCAGA TGGACTGTAT
    CGAGGATCTC CTCTAGTGGG GGATAGGAAG CCTTTACATT TGGATGGGGG ATATTGTTCC
    CCTGCAGAAG GATTTTCCAG CAGATATGAA CATGGCTTAA TGAAAGACCT CTCTCGTGGA
    TCCTTGTCAC CTGGTGGTGA AAGGGCCTGT GAAGGAGTCC CATCTGCCCC CCAGAACCCA
    CCACAGAGGA AAAAAGTATC CCTGCTGGAG TACCGAAAAC GGAAACAAGA AGCTAAGGAA
    AATTCTGCTG GTGGGGGAGG TGACTCTGCA CAGAGCAAAA GCAAGTCTGC AGGAGCTGGG
    CAAGGCAGCA GTAACTCCGT TTCCGACACT GGTGCCCATG GTGTGCAGGG ATCCTCAGCC
    CGAACTCCAT CTTCCCCTCA CAAAAAATTC TCCCCATCTC ATTCCTCTAT GTCCCATTTG
    GAGGCGGTAA GCCCATCAGA TTCCAGAGGC ACTTCTTCAT CTCACTGCAG ACCTCAAGAG
    AATATCAGCA GTAGGTGGAT GGTTCCCACA TCAGTAGAAC GACTCCGAGA AGGAGGGAGC
    ATCCCCAAGG TCCTCCGAAG CAGCGTGAGG GTGGCCCAAA AGGGAGAGCC CTCTCCCACA
    TGGGAGAGTA ACATCACAGA GAAAGACTCA GACCCTGCAG ATGGAGAAGG CCCAGAGACA
    TTAAGCTCAG CACTCTCTAA AGGAGCAACA GTTTACAGCC CTTCCAGATA CAGCTACCAG
    CTCCTGCAGT GTGATAGTCC TCGGACAGAA TCACAAAGCC TCCTTCAGCA GAGTTCCTCC
    CCCTTCAGAG GACATCCTAC ACAGTCTCCA GGATACAGTT ATCGAACTAC TGCACTGAGA
    CCTGGAAACC CCCCCTCTCA CGGTTCTTCA GAATCATCCC TCTCTTCCAC GTCCTATTCC
    AGCCCCGCCC ACCCTGTGTC CACAGACTCG TTGGCCCCAT TTACGGGGAC ACCAGGGTAT
    TTTAGCAGCC AGCCACATTC TGGAAACAGC ACTGGCAGCA ATCTTCCAAG GAGGAGCTGC
    CCTTCTAGTG CTGCTAGCCC TACCCTGCAG GGACCCTCAG ACTCGCCAAC CTCAGATTCA
    GTTTCTCAGT CCAGCACAGG AACTCTGAGT TCCACCTCCT TTCCTCAGAA CTCTAGGTCG
    TCATTGCCAT CAGACTTACG GACTATCAGT CTGCCCAGTG CTGGGCAGTC AGCTGTCTAC
    CAGGCCTCCA GGGTATCTGC GGTTTCCAAT TCACAGCACT ACCCACACCG TGGGAGTGGG
    GGTGTGCACC AGTACCGACT CCAGCCACTG CAAGGGTCAG GAGTCAAGAC TCAGACGGGA
    CTTTCCTAG

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

    CloneID OHu69166
    Clone ID Related Accession (Same CDS sequence) XM_011533922.1 , XM_017006768.1 , XM_017006768.2
    Accession Version XM_011533922.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4482bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    RefSeq XP_011532224.1
    CDS436..4917
    Translation

    Target ORF information:

    RefSeq Version XM_011533922.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533922.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    CloneID OHu69166
    Clone ID Related Accession (Same CDS sequence) XM_011533922.1 , XM_017006768.1 , XM_017006768.2
    Accession Version XM_017006768.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4482bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-06-05
    Organism Homo sapiens(human)
    Product SET domain-containing protein 5 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    RefSeq XP_016862257.1
    CDS2049..6530
    Translation

    Target ORF information:

    RefSeq Version XM_017006768.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006768.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    CloneID OHu69166
    Clone ID Related Accession (Same CDS sequence) XM_011533922.1 , XM_017006768.1 , XM_017006768.2
    Accession Version XM_017006768.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4482bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017006768.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    RefSeq XP_016862257.1
    CDS5321..9802
    Translation

    Target ORF information:

    RefSeq Version XM_017006768.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006768.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTGAT
    CATAATTACG GAGCCCCTCC TCCTCCGACA CCTCCTGCTT CTCCCCCTGT CCAGACGATC
    ATCCCTCGTT CTGACCTGAA TGGCCTGCCG TCGCCTGTAG AGGAACGCTG TGGAGACAGC
    CCGAACTCTG AAGGAGAAAC TGTACCTACC TGGTGTCCTT GTGGTCTTTC TCAGGATGGC
    TTCCTTCTCA ACTGTGACAA GTGCAGGGGA ATGAGCAGGG GGAAGGTTAT TAGACTTCAT
    CGGCGGAAGC AGGACAACAT ATCAGGTGGG GATAGCAGTG CAACAGAAAG CTGGGATGAG
    GAGCTTTCTC CTTCCACTGT GTTGTATACA GCAACACAGC ACACACCTAC AAGCATCACC
    TTAACTGTTA GAAGAACCAA ACCCAAGAAG CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA
    GCACCAAAGA CGAAGAAAAT CAAGGCATTT CGAGAGGGAT CCCGGAAGTC CTTGCGGATG
    AAGAATTCTC CCTCTGAAGC ACAGAATTTA GATGAGAATA CAACTGAGGG CTGGGAAAAT
    CGGATAAGAC TATGGACTGA CCAGTATGAA GAAGCTTTCA CTAATCAGTA CAGTGCAGAT
    GTACAGAACG CGCTTGAACA ACACCTACAT TCTAGCAAGG AATTTGTGGG CAAACCTACT
    ATTTTAGACA CTATTAATAA GACTGAATTG GCCTGTAATA ACACAGTTAT TGGTTCCCAA
    ATGCAGTTAC AGCTGGGAAG AGTCACTCGT GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT
    GCAAGAGATT TGGCTTTGGA CACTCTTATA ATAGAGTATC GTGGGAAAGT CATGTTACGA
    CAGCAATTTG AGGTCAATGG GCATTTCTTC AAAAAACCAT ACCCCTTTGT GCTCTTCTAC
    TCAAAATTCA ATGGTGTAGA GATGTGTGTG GATGCCCGTA CTTTCGGTAA TGATGCTCGG
    TTCATCAGAA GATCATGTAC ACCAAATGCA GAGGTGCGAC ACATGATTGC AGATGGGATG
    ATTCACCTGT GCATCTATGC TGTGTCTGCC ATCACCAAGG ATGCTGAGGT CACCATAGCA
    TTTGATTATG AGTATAGTAA CTGTAATTAT AAAGTGGACT GTGCCTGTCA CAAGGGAAAC
    CGGAATTGTC CTATACAAAA AAGGAATCCT AATGCTACAG AACTGCCACT CCTACCACCT
    CCTCCAAGCC TACCCACCAT TGGAGCAGAG ACTAGACGTA GAAAAGCACG ACGGAAAGAG
    CTAGAGATGG AGCAGCAGAA TGAGGCTTCA GAGGAGAATA ATGACCAGCA ATCACAAGAA
    GTTCCAGAAA AAGTAACTGT ATCCAGTGAT CATGAGGAAG TAGACAATCC AGAAGAAAAA
    CCAGAAGAAG AGAAAGAAGA GGTTATAGAT GACCAGGAGA ACCTAGCTCA TAGCAGGAGG
    ACCAGGGAAG ATAGAAAGGT AGAAGCCATC ATGCATGCTT TTGAAAACTT AGAGAAAAGA
    AAGAAGCGGC GGGATCAGCC CTTGGAACAG AGCAACTCTG ATGTAGAGAT TACTACAACC
    ACCTCAGAGA CTCCTGTTGG TGAAGAGACA AAAACTGAAG CCCCTGAATC TGAAGTTAGC
    AACTCTGTTT CAAATGTTAC CATCCCAAGC ACCCCACAGA GTGTTGGTGT GAATACCCGG
    AGGTCTTCCC AAGCAGGGGA TATTGCTGCA GAAAAACTAG TCCCCAAGCC ACCTCCAGCA
    AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA ATTTCTCGGT ACAGGACCAG TTCAGCCCAA
    AGACTAAAGC GTCAGAAGCA GGCCAATGCA CAGCAGGCAG AATTGTCACA AGCTGCCTTG
    GAAGAGGGAG GAAGTAACAG TTTAGTAACT CCTACTGAAG CTGGAAGTCT AGACAGTTCA
    GGAGAAAACA GGCCATTAAC AGGGTCTGAC CCAACTGTGG TGTCAATTAC TGGATCCCAT
    GTCAACCGTG CTGCATCTAA ATACCCCAAA ACCAAAAAGT ATCTAGTTAC AGAATGGTTG
    AATGACAAAG CAGAGAAGCA AGAGTGCCCT GTTGAGTGCC CTTTACGTAT CACAACGGAT
    CCAACTGTAC TGGCAACGAC CCTAAACATG TTACCAGGTC TTATCCATTC CCCGTTAATT
    TGCACCACCC CCAAACACTA CATTCGCTTT GGCTCACCCT TTATCCCTGA GAGACGTCGA
    AGGCCCCTTC TGCCTGATGG CACATTCAGC TCCTGTAAGA AGCGCTGGAT AAAACAAGCC
    TTAGAAGAAG GGATGACTCA AACATCATCT GTACCCCAAG AGACTAGAAC TCAGCACCTA
    TACCAAAGCA ATGAGAATAG TAGCTCTTCT AGTATCTGCA AAGACAATGC AGACTTGTTG
    AGCCCATTAA AGAAATGGAA GTCTCGCTAT CTGATGGAGC AGAATGTCAC CAAGTTACTT
    CGGCCTCTGT CTCCAGTCAC ACCACCCCCT CCCAATTCAG GCTCAAAGAG TCCCCAGCTG
    GCCACACCTG GCTCATCTCA CCCAGGAGAA GAGGAGTGTC GAAATGGATA CAGCCTCATG
    TTTTCACCAG TCACATCTCT TACTACTGCT AGTCGCTGCA ACACTCCTCT ACAGTTTGAG
    AACATATCCT CCCCTGAGAG TTCCCCTGCG CATAGGCCCG AGTCCCTGTC ACCCGAGCTT
    TGTCACCGAA AAGACCTGGA TTTGGCAAAA GTAGGATACC TTGACTCCAA CACTAACAGC
    TGTGCTGATA GACCTTCCCT ACTCAACTCA GGTCATTCTG ACCTGGCTCC TCATCCCTCC
    CTCGGACCCA CTTCTGAGAC TGGTTTCCCA AGCAGAAGTG GAGATGGACA TCAGACCCTC
    GTGAGAAACT CAGACCAGGC ATTTCGGACA GAGTTCAACT TGATGTATGC CTACTCCCCT
    TTGAATGCTA TGCCTCGAGC AGATGGACTG TATCGAGGAT CTCCTCTAGT GGGGGATAGG
    AAGCCTTTAC ATTTGGATGG GGGATATTGT TCCCCTGCAG AAGGATTTTC CAGCAGATAT
    GAACATGGCT TAATGAAAGA CCTCTCTCGT GGATCCTTGT CACCTGGTGG TGAAAGGGCC
    TGTGAAGGAG TCCCATCTGC CCCCCAGAAC CCACCACAGA GGAAAAAAGT ATCCCTGCTG
    GAGTACCGAA AACGGAAACA AGAAGCTAAG GAAAATTCTG CTGGTGGGGG AGGTGACTCT
    GCACAGAGCA AAAGCAAGTC TGCAGGAGCT GGGCAAGGCA GCAGTAACTC CGTTTCCGAC
    ACTGGTGCCC ATGGTGTGCA GGGATCCTCA GCCCGAACTC CATCTTCCCC TCACAAAAAA
    TTCTCCCCAT CTCATTCCTC TATGTCCCAT TTGGAGGCGG TAAGCCCATC AGATTCCAGA
    GGCACTTCTT CATCTCACTG CAGACCTCAA GAGAATATCA GCAGTAGGTG GATGGTTCCC
    ACATCAGTAG AACGACTCCG AGAAGGAGGG AGCATCCCCA AGGTCCTCCG AAGCAGCGTG
    AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC ACATGGGAGA GTAACATCAC AGAGAAAGAC
    TCAGACCCTG CAGATGGAGA AGGCCCAGAG ACATTAAGCT CAGCACTCTC TAAAGGAGCA
    ACAGTTTACA GCCCTTCCAG ATACAGCTAC CAGCTCCTGC AGTGTGATAG TCCTCGGACA
    GAATCACAAA GCCTCCTTCA GCAGAGTTCC TCCCCCTTCA GAGGACATCC TACACAGTCT
    CCAGGATACA GTTATCGAAC TACTGCACTG AGACCTGGAA ACCCCCCCTC TCACGGTTCT
    TCAGAATCAT CCCTCTCTTC CACGTCCTAT TCCAGCCCCG CCCACCCTGT GTCCACAGAC
    TCGTTGGCCC CATTTACGGG GACACCAGGG TATTTTAGCA GCCAGCCACA TTCTGGAAAC
    AGCACTGGCA GCAATCTTCC AAGGAGGAGC TGCCCTTCTA GTGCTGCTAG CCCTACCCTG
    CAGGGACCCT CAGACTCGCC AACCTCAGAT TCAGTTTCTC AGTCCAGCAC AGGAACTCTG
    AGTTCCACCT CCTTTCCTCA GAACTCTAGG TCGTCATTGC CATCAGACTT ACGGACTATC
    AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC TACCAGGCCT CCAGGGTATC TGCGGTTTCC
    AATTCACAGC ACTACCCACA CCGTGGGAGT GGGGGTGTGC ACCAGTACCG ACTCCAGCCA
    CTGCAAGGGT CAGGAGTCAA GACTCAGACG GGACTTTCCT AG

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

    CloneID OHu69167
    Clone ID Related Accession (Same CDS sequence) XM_024453620.1 , XM_017006769.1
    Accession Version XM_024453620.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4464bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGAACATATC CTCCCCTGAG
    AGTTCCCCTG CGCATAGGCC CGAGTCCCTG TCACCCGAGC TTTGTCACCG AAAAGACCTG
    GATTTGGCAA AAGTAGGATA CCTTGACTCC AACACTAACA GCTGTGCTGA TAGACCTTCC
    CTACTCAACT CAGGTCATTC TGACCTGGCT CCTCATCCCT CCCTCGGACC CACTTCTGAG
    ACTGGTTTCC CAAGCAGAAG TGGAGATGGA CATCAGACCC TCGTGAGAAA CTCAGACCAG
    GCATTTCGGA CAGAGTTCAA CTTGATGTAT GCCTACTCCC CTTTGAATGC TATGCCTCGA
    GCAGATGGAC TGTATCGAGG ATCTCCTCTA GTGGGGGATA GGAAGCCTTT ACATTTGGAT
    GGGGGATATT GTTCCCCTGC AGAAGGATTT TCCAGCAGAT ATGAACATGG CTTAATGAAA
    GACCTCTCTC GTGGATCCTT GTCACCTGGT GGTGAAAGGG CCTGTGAAGG AGTCCCATCT
    GCCCCCCAGA ACCCACCACA GAGGAAAAAA GTATCCCTGC TGGAGTACCG AAAACGGAAA
    CAAGAAGCTA AGGAAAATTC TGCTGGTGGG GGAGGTGACT CTGCACAGAG CAAAAGCAAG
    TCTGCAGGAG CTGGGCAAGG CAGCAGTAAC TCCGTTTCCG ACACTGGTGC CCATGGTGTG
    CAGGGATCCT CAGCCCGAAC TCCATCTTCC CCTCACAAAA AATTCTCCCC ATCTCATTCC
    TCTATGTCCC ATTTGGAGGC GGTAAGCCCA TCAGATTCCA GAGGCACTTC TTCATCTCAC
    TGCAGACCTC AAGAGAATAT CAGCAGTAGG TGGATGGTTC CCACATCAGT AGAACGACTC
    CGAGAAGGAG GGAGCATCCC CAAGGTCCTC CGAAGCAGCG TGAGGGTGGC CCAAAAGGGA
    GAGCCCTCTC CCACATGGGA GAGTAACATC ACAGAGAAAG ACTCAGACCC TGCAGATGGA
    GAAGGCCCAG AGACATTAAG CTCAGCACTC TCTAAAGGAG CAACAGTTTA CAGCCCTTCC
    AGATACAGCT ACCAGCTCCT GCAGTGTGAT AGTCCTCGGA CAGAATCACA AAGCCTCCTT
    CAGCAGAGTT CCTCCCCCTT CAGAGGACAT CCTACACAGT CTCCAGGATA CAGTTATCGA
    ACTACTGCAC TGAGACCTGG AAACCCCCCC TCTCACGGTT CTTCAGAATC ATCCCTCTCT
    TCCACGTCCT ATTCCAGCCC CGCCCACCCT GTGTCCACAG ACTCGTTGGC CCCATTTACG
    GGGACACCAG GGTATTTTAG CAGCCAGCCA CATTCTGGAA ACAGCACTGG CAGCAATCTT
    CCAAGGAGGA GCTGCCCTTC TAGTGCTGCT AGCCCTACCC TGCAGGGACC CTCAGACTCG
    CCAACCTCAG ATTCAGTTTC TCAGTCCAGC ACAGGAACTC TGAGTTCCAC CTCCTTTCCT
    CAGAACTCTA GGTCGTCATT GCCATCAGAC TTACGGACTA TCAGTCTGCC CAGTGCTGGG
    CAGTCAGCTG TCTACCAGGC CTCCAGGGTA TCTGCGGTTT CCAATTCACA GCACTACCCA
    CACCGTGGGA GTGGGGGTGT GCACCAGTAC CGACTCCAGC CACTGCAAGG GTCAGGAGTC
    AAGACTCAGA CGGGACTTTC CTAG

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

    RefSeq XP_024309388.1
    CDS852..5315
    Translation

    Target ORF information:

    RefSeq Version XM_024453620.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_024453620.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGAACATATC CTCCCCTGAG
    AGTTCCCCTG CGCATAGGCC CGAGTCCCTG TCACCCGAGC TTTGTCACCG AAAAGACCTG
    GATTTGGCAA AAGTAGGATA CCTTGACTCC AACACTAACA GCTGTGCTGA TAGACCTTCC
    CTACTCAACT CAGGTCATTC TGACCTGGCT CCTCATCCCT CCCTCGGACC CACTTCTGAG
    ACTGGTTTCC CAAGCAGAAG TGGAGATGGA CATCAGACCC TCGTGAGAAA CTCAGACCAG
    GCATTTCGGA CAGAGTTCAA CTTGATGTAT GCCTACTCCC CTTTGAATGC TATGCCTCGA
    GCAGATGGAC TGTATCGAGG ATCTCCTCTA GTGGGGGATA GGAAGCCTTT ACATTTGGAT
    GGGGGATATT GTTCCCCTGC AGAAGGATTT TCCAGCAGAT ATGAACATGG CTTAATGAAA
    GACCTCTCTC GTGGATCCTT GTCACCTGGT GGTGAAAGGG CCTGTGAAGG AGTCCCATCT
    GCCCCCCAGA ACCCACCACA GAGGAAAAAA GTATCCCTGC TGGAGTACCG AAAACGGAAA
    CAAGAAGCTA AGGAAAATTC TGCTGGTGGG GGAGGTGACT CTGCACAGAG CAAAAGCAAG
    TCTGCAGGAG CTGGGCAAGG CAGCAGTAAC TCCGTTTCCG ACACTGGTGC CCATGGTGTG
    CAGGGATCCT CAGCCCGAAC TCCATCTTCC CCTCACAAAA AATTCTCCCC ATCTCATTCC
    TCTATGTCCC ATTTGGAGGC GGTAAGCCCA TCAGATTCCA GAGGCACTTC TTCATCTCAC
    TGCAGACCTC AAGAGAATAT CAGCAGTAGG TGGATGGTTC CCACATCAGT AGAACGACTC
    CGAGAAGGAG GGAGCATCCC CAAGGTCCTC CGAAGCAGCG TGAGGGTGGC CCAAAAGGGA
    GAGCCCTCTC CCACATGGGA GAGTAACATC ACAGAGAAAG ACTCAGACCC TGCAGATGGA
    GAAGGCCCAG AGACATTAAG CTCAGCACTC TCTAAAGGAG CAACAGTTTA CAGCCCTTCC
    AGATACAGCT ACCAGCTCCT GCAGTGTGAT AGTCCTCGGA CAGAATCACA AAGCCTCCTT
    CAGCAGAGTT CCTCCCCCTT CAGAGGACAT CCTACACAGT CTCCAGGATA CAGTTATCGA
    ACTACTGCAC TGAGACCTGG AAACCCCCCC TCTCACGGTT CTTCAGAATC ATCCCTCTCT
    TCCACGTCCT ATTCCAGCCC CGCCCACCCT GTGTCCACAG ACTCGTTGGC CCCATTTACG
    GGGACACCAG GGTATTTTAG CAGCCAGCCA CATTCTGGAA ACAGCACTGG CAGCAATCTT
    CCAAGGAGGA GCTGCCCTTC TAGTGCTGCT AGCCCTACCC TGCAGGGACC CTCAGACTCG
    CCAACCTCAG ATTCAGTTTC TCAGTCCAGC ACAGGAACTC TGAGTTCCAC CTCCTTTCCT
    CAGAACTCTA GGTCGTCATT GCCATCAGAC TTACGGACTA TCAGTCTGCC CAGTGCTGGG
    CAGTCAGCTG TCTACCAGGC CTCCAGGGTA TCTGCGGTTT CCAATTCACA GCACTACCCA
    CACCGTGGGA GTGGGGGTGT GCACCAGTAC CGACTCCAGC CACTGCAAGG GTCAGGAGTC
    AAGACTCAGA CGGGACTTTC CTAG

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

    CloneID OHu69167
    Clone ID Related Accession (Same CDS sequence) XM_024453620.1 , XM_017006769.1
    Accession Version XM_017006769.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4464bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-06-05
    Organism Homo sapiens(human)
    Product SET domain-containing protein 5 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGAACATATC CTCCCCTGAG
    AGTTCCCCTG CGCATAGGCC CGAGTCCCTG TCACCCGAGC TTTGTCACCG AAAAGACCTG
    GATTTGGCAA AAGTAGGATA CCTTGACTCC AACACTAACA GCTGTGCTGA TAGACCTTCC
    CTACTCAACT CAGGTCATTC TGACCTGGCT CCTCATCCCT CCCTCGGACC CACTTCTGAG
    ACTGGTTTCC CAAGCAGAAG TGGAGATGGA CATCAGACCC TCGTGAGAAA CTCAGACCAG
    GCATTTCGGA CAGAGTTCAA CTTGATGTAT GCCTACTCCC CTTTGAATGC TATGCCTCGA
    GCAGATGGAC TGTATCGAGG ATCTCCTCTA GTGGGGGATA GGAAGCCTTT ACATTTGGAT
    GGGGGATATT GTTCCCCTGC AGAAGGATTT TCCAGCAGAT ATGAACATGG CTTAATGAAA
    GACCTCTCTC GTGGATCCTT GTCACCTGGT GGTGAAAGGG CCTGTGAAGG AGTCCCATCT
    GCCCCCCAGA ACCCACCACA GAGGAAAAAA GTATCCCTGC TGGAGTACCG AAAACGGAAA
    CAAGAAGCTA AGGAAAATTC TGCTGGTGGG GGAGGTGACT CTGCACAGAG CAAAAGCAAG
    TCTGCAGGAG CTGGGCAAGG CAGCAGTAAC TCCGTTTCCG ACACTGGTGC CCATGGTGTG
    CAGGGATCCT CAGCCCGAAC TCCATCTTCC CCTCACAAAA AATTCTCCCC ATCTCATTCC
    TCTATGTCCC ATTTGGAGGC GGTAAGCCCA TCAGATTCCA GAGGCACTTC TTCATCTCAC
    TGCAGACCTC AAGAGAATAT CAGCAGTAGG TGGATGGTTC CCACATCAGT AGAACGACTC
    CGAGAAGGAG GGAGCATCCC CAAGGTCCTC CGAAGCAGCG TGAGGGTGGC CCAAAAGGGA
    GAGCCCTCTC CCACATGGGA GAGTAACATC ACAGAGAAAG ACTCAGACCC TGCAGATGGA
    GAAGGCCCAG AGACATTAAG CTCAGCACTC TCTAAAGGAG CAACAGTTTA CAGCCCTTCC
    AGATACAGCT ACCAGCTCCT GCAGTGTGAT AGTCCTCGGA CAGAATCACA AAGCCTCCTT
    CAGCAGAGTT CCTCCCCCTT CAGAGGACAT CCTACACAGT CTCCAGGATA CAGTTATCGA
    ACTACTGCAC TGAGACCTGG AAACCCCCCC TCTCACGGTT CTTCAGAATC ATCCCTCTCT
    TCCACGTCCT ATTCCAGCCC CGCCCACCCT GTGTCCACAG ACTCGTTGGC CCCATTTACG
    GGGACACCAG GGTATTTTAG CAGCCAGCCA CATTCTGGAA ACAGCACTGG CAGCAATCTT
    CCAAGGAGGA GCTGCCCTTC TAGTGCTGCT AGCCCTACCC TGCAGGGACC CTCAGACTCG
    CCAACCTCAG ATTCAGTTTC TCAGTCCAGC ACAGGAACTC TGAGTTCCAC CTCCTTTCCT
    CAGAACTCTA GGTCGTCATT GCCATCAGAC TTACGGACTA TCAGTCTGCC CAGTGCTGGG
    CAGTCAGCTG TCTACCAGGC CTCCAGGGTA TCTGCGGTTT CCAATTCACA GCACTACCCA
    CACCGTGGGA GTGGGGGTGT GCACCAGTAC CGACTCCAGC CACTGCAAGG GTCAGGAGTC
    AAGACTCAGA CGGGACTTTC CTAG

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

    RefSeq XP_016862258.1
    CDS4170..8633
    Translation

    Target ORF information:

    RefSeq Version XM_017006769.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006769.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTGA TCATAATTAC GGAGCCCCTC CTCCTCCGAC ACCTCCTGCT
    TCTCCCCCTG TCCAGACGAT CATCCCTCGT TCTGACCTGA ATGGCCTGCC GTCGCCTGTA
    GAGGAACGCT GTGGAGACAG CCCGAACTCT GAAGGAGAAA CTGTACCTAC CTGGTGTCCT
    TGTGGTCTTT CTCAGGATGG CTTCCTTCTC AACTGTGACA AGTGCAGGGG AATGAGCAGG
    GGGAAGGTTA TTAGACTTCA TCGGCGGAAG CAGGACAACA TATCAGGTGG GGATAGCAGT
    GCAACAGAAA GCTGGGATGA GGAGCTTTCT CCTTCCACTG TGTTGTATAC AGCAACACAG
    CACACACCTA CAAGCATCAC CTTAACTGTT AGAAGAACCA AACCCAAGAA GCGGAAAAAG
    AGTCCAGAAA AGGGTCGTGC AGCACCAAAG ACGAAGAAAA TCAAGAATTC TCCCTCTGAA
    GCACAGAATT TAGATGAGAA TACAACTGAG GGCTGGGAAA ATCGGATAAG ACTATGGACT
    GACCAGTATG AAGAAGCTTT CACTAATCAG TACAGTGCAG ATGTACAGAA CGCGCTTGAA
    CAACACCTAC ATTCTAGCAA GGAATTTGTG GGCAAACCTA CTATTTTAGA CACTATTAAT
    AAGACTGAAT TGGCCTGTAA TAACACAGTT ATTGGTTCCC AAATGCAGTT ACAGCTGGGA
    AGAGTCACTC GTGTTCAAAA GCACCGGAAG ATCCTGAGGG CTGCAAGAGA TTTGGCTTTG
    GACACTCTTA TAATAGAGTA TCGTGGGAAA GTCATGTTAC GACAGCAATT TGAGGTCAAT
    GGGCATTTCT TCAAAAAACC ATACCCCTTT GTGCTCTTCT ACTCAAAATT CAATGGTGTA
    GAGATGTGTG TGGATGCCCG TACTTTCGGT AATGATGCTC GGTTCATCAG AAGATCATGT
    ACACCAAATG CAGAGGTGCG ACACATGATT GCAGATGGGA TGATTCACCT GTGCATCTAT
    GCTGTGTCTG CCATCACCAA GGATGCTGAG GTCACCATAG CATTTGATTA TGAGTATAGT
    AACTGTAATT ATAAAGTGGA CTGTGCCTGT CACAAGGGAA ACCGGAATTG TCCTATACAA
    AAAAGGAATC CTAATGCTAC AGAACTGCCA CTCCTACCAC CTCCTCCAAG CCTACCCACC
    ATTGGAGCAG AGACTAGACG TAGAAAAGCA CGACGGAAAG AGCTAGAGAT GGAGCAGCAG
    AATGAGGCTT CAGAGGAGAA TAATGACCAG CAATCACAAG AAGTTCCAGA AAAAGTAACT
    GTATCCAGTG ATCATGAGGA AGTAGACAAT CCAGAAGAAA AACCAGAAGA AGAGAAAGAA
    GAGGTTATAG ATGACCAGGA GAACCTAGCT CATAGCAGGA GGACCAGGGA AGATAGAAAG
    GTAGAAGCCA TCATGCATGC TTTTGAAAAC TTAGAGAAAA GAAAGAAGCG GCGGGATCAG
    CCCTTGGAAC AGAGCAACTC TGATGTAGAG ATTACTACAA CCACCTCAGA GACTCCTGTT
    GGTGAAGAGA CAAAAACTGA AGCCCCTGAA TCTGAAGTTA GCAACTCTGT TTCAAATGTT
    ACCATCCCAA GCACCCCACA GAGTGTTGGT GTGAATACCC GGAGGTCTTC CCAAGCAGGG
    GATATTGCTG CAGAAAAACT AGTCCCCAAG CCACCTCCAG CAAAGCCTTC TAGGCCCCGG
    CCGAAGAGTC GAATTTCTCG GTACAGGACC AGTTCAGCCC AAAGACTAAA GCGTCAGAAG
    CAGGCCAATG CACAGCAGGC AGAATTGTCA CAAGCTGCCT TGGAAGAGGG AGGAAGTAAC
    AGTTTAGTAA CTCCTACTGA AGCTGGAAGT CTAGACAGTT CAGGAGAAAA CAGGCCATTA
    ACAGGGTCTG ACCCAACTGT GGTGTCAATT ACTGGATCCC ATGTCAACCG TGCTGCATCT
    AAATACCCCA AAACCAAAAA GTATCTAGTT ACAGAATGGT TGAATGACAA AGCAGAGAAG
    CAAGAGTGCC CTGTTGAGTG CCCTTTACGT ATCACAACGG ATCCAACTGT ACTGGCAACG
    ACCCTAAACA TGTTACCAGG TCTTATCCAT TCCCCGTTAA TTTGCACCAC CCCCAAACAC
    TACATTCGCT TTGGCTCACC CTTTATCCCT GAGAGACGTC GAAGGCCCCT TCTGCCTGAT
    GGCACATTCA GCTCCTGTAA GAAGCGCTGG ATAAAACAAG CCTTAGAAGA AGGGATGACT
    CAAACATCAT CTGTACCCCA AGAGACTAGA ACTCAGCACC TATACCAAAG CAATGAGAAT
    AGTAGCTCTT CTAGTATCTG CAAAGACAAT GCAGACTTGT TGAGCCCATT AAAGAAATGG
    AAGTCTCGCT ATCTGATGGA GCAGAATGTC ACCAAGTTAC TTCGGCCTCT GTCTCCAGTC
    ACACCACCCC CTCCCAATTC AGGCTCAAAG AGTCCCCAGC TGGCCACACC TGGCTCATCT
    CACCCAGGAG AAGAGGAGTG TCGAAATGGA TACAGCCTCA TGTTTTCACC AGTCACATCT
    CTTACTACTG CTAGTCGCTG CAACACTCCT CTACAGTTTG AGAACATATC CTCCCCTGAG
    AGTTCCCCTG CGCATAGGCC CGAGTCCCTG TCACCCGAGC TTTGTCACCG AAAAGACCTG
    GATTTGGCAA AAGTAGGATA CCTTGACTCC AACACTAACA GCTGTGCTGA TAGACCTTCC
    CTACTCAACT CAGGTCATTC TGACCTGGCT CCTCATCCCT CCCTCGGACC CACTTCTGAG
    ACTGGTTTCC CAAGCAGAAG TGGAGATGGA CATCAGACCC TCGTGAGAAA CTCAGACCAG
    GCATTTCGGA CAGAGTTCAA CTTGATGTAT GCCTACTCCC CTTTGAATGC TATGCCTCGA
    GCAGATGGAC TGTATCGAGG ATCTCCTCTA GTGGGGGATA GGAAGCCTTT ACATTTGGAT
    GGGGGATATT GTTCCCCTGC AGAAGGATTT TCCAGCAGAT ATGAACATGG CTTAATGAAA
    GACCTCTCTC GTGGATCCTT GTCACCTGGT GGTGAAAGGG CCTGTGAAGG AGTCCCATCT
    GCCCCCCAGA ACCCACCACA GAGGAAAAAA GTATCCCTGC TGGAGTACCG AAAACGGAAA
    CAAGAAGCTA AGGAAAATTC TGCTGGTGGG GGAGGTGACT CTGCACAGAG CAAAAGCAAG
    TCTGCAGGAG CTGGGCAAGG CAGCAGTAAC TCCGTTTCCG ACACTGGTGC CCATGGTGTG
    CAGGGATCCT CAGCCCGAAC TCCATCTTCC CCTCACAAAA AATTCTCCCC ATCTCATTCC
    TCTATGTCCC ATTTGGAGGC GGTAAGCCCA TCAGATTCCA GAGGCACTTC TTCATCTCAC
    TGCAGACCTC AAGAGAATAT CAGCAGTAGG TGGATGGTTC CCACATCAGT AGAACGACTC
    CGAGAAGGAG GGAGCATCCC CAAGGTCCTC CGAAGCAGCG TGAGGGTGGC CCAAAAGGGA
    GAGCCCTCTC CCACATGGGA GAGTAACATC ACAGAGAAAG ACTCAGACCC TGCAGATGGA
    GAAGGCCCAG AGACATTAAG CTCAGCACTC TCTAAAGGAG CAACAGTTTA CAGCCCTTCC
    AGATACAGCT ACCAGCTCCT GCAGTGTGAT AGTCCTCGGA CAGAATCACA AAGCCTCCTT
    CAGCAGAGTT CCTCCCCCTT CAGAGGACAT CCTACACAGT CTCCAGGATA CAGTTATCGA
    ACTACTGCAC TGAGACCTGG AAACCCCCCC TCTCACGGTT CTTCAGAATC ATCCCTCTCT
    TCCACGTCCT ATTCCAGCCC CGCCCACCCT GTGTCCACAG ACTCGTTGGC CCCATTTACG
    GGGACACCAG GGTATTTTAG CAGCCAGCCA CATTCTGGAA ACAGCACTGG CAGCAATCTT
    CCAAGGAGGA GCTGCCCTTC TAGTGCTGCT AGCCCTACCC TGCAGGGACC CTCAGACTCG
    CCAACCTCAG ATTCAGTTTC TCAGTCCAGC ACAGGAACTC TGAGTTCCAC CTCCTTTCCT
    CAGAACTCTA GGTCGTCATT GCCATCAGAC TTACGGACTA TCAGTCTGCC CAGTGCTGGG
    CAGTCAGCTG TCTACCAGGC CTCCAGGGTA TCTGCGGTTT CCAATTCACA GCACTACCCA
    CACCGTGGGA GTGGGGGTGT GCACCAGTAC CGACTCCAGC CACTGCAAGG GTCAGGAGTC
    AAGACTCAGA CGGGACTTTC CTAG

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

    CloneID OHu69168
    Clone ID Related Accession (Same CDS sequence) XM_011533927.1
    Accession Version XM_011533927.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4446bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X5
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGGC ATTTCGAGAG
    GGATCCCGGA AGTCCTTGCG GATGAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGAACATA TCCTCCCCTG AGAGTTCCCC TGCGCATAGG
    CCCGAGTCCC TGTCACCCGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    RefSeq XP_011532229.1
    CDS852..5297
    Translation

    Target ORF information:

    RefSeq Version XM_011533927.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X8, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533927.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    ATGGAAGTAT TAAGAGATCC AATTAAGAAG AATAGTTCTG AGTCTAAACC AGCCCAGAGT 
    GGCTTCTCTA GGGGAAACTC CCCGCTCAGC TGCCCTGAAT CTGTGGAGGC TAGTCCAGCA
    GTTAATGAGA AGAGCGTGTA TTCCACTCAT AATTATGGGA CCACTCAGAG GCATGGGTGT
    CGAGGACTGC CTTATGCTAC GATCATCCCT CGTTCTGACC TGAATGGCCT GCCGTCGCCT
    GTAGAGGAAC GCTGTGGAGA CAGCCCGAAC TCTGAAGGAG AAACTGTACC TACCTGGTGT
    CCTTGTGGTC TTTCTCAGGA TGGCTTCCTT CTCAACTGTG ACAAGTGCAG GGGAATGAGC
    AGGGGGAAGG TTATTAGACT TCATCGGCGG AAGCAGGACA ACATATCAGG TGGGGATAGC
    AGTGCAACAG AAAGCTGGGA TGAGGAGCTT TCTCCTTCCA CTGTGTTGTA TACAGCAACA
    CAGCACACAC CTACAAGCAT CACCTTAACT GTTAGAAGAA CCAAACCCAA GAAGCGGAAA
    AAGAGTCCAG AAAAGGGTCG TGCAGCACCA AAGACGAAGA AAATCAAGGC ATTTCGAGAG
    GGATCCCGGA AGTCCTTGCG GATGAAGAAT TCTCCCTCTG AAGCACAGAA TTTAGATGAG
    AATACAACTG AGGGCTGGGA AAATCGGATA AGACTATGGA CTGACCAGTA TGAAGAAGCT
    TTCACTAATC AGTACAGTGC AGATGTACAG AACGCGCTTG AACAACACCT ACATTCTAGC
    AAGGAATTTG TGGGCAAACC TACTATTTTA GACACTATTA ATAAGACTGA ATTGGCCTGT
    AATAACACAG TTATTGGTTC CCAAATGCAG TTACAGCTGG GAAGAGTCAC TCGTGTTCAA
    AAGCACCGGA AGATCCTGAG GGCTGCAAGA GATTTGGCTT TGGACACTCT TATAATAGAG
    TATCGTGGGA AAGTCATGTT ACGACAGCAA TTTGAGGTCA ATGGGCATTT CTTCAAAAAA
    CCATACCCCT TTGTGCTCTT CTACTCAAAA TTCAATGGTG TAGAGATGTG TGTGGATGCC
    CGTACTTTCG GTAATGATGC TCGGTTCATC AGAAGATCAT GTACACCAAA TGCAGAGGTG
    CGACACATGA TTGCAGATGG GATGATTCAC CTGTGCATCT ATGCTGTGTC TGCCATCACC
    AAGGATGCTG AGGTCACCAT AGCATTTGAT TATGAGTATA GTAACTGTAA TTATAAAGTG
    GACTGTGCCT GTCACAAGGG AAACCGGAAT TGTCCTATAC AAAAAAGGAA TCCTAATGCT
    ACAGAACTGC CACTCCTACC ACCTCCTCCA AGCCTACCCA CCATTGGAGC AGAGACTAGA
    CGTAGAAAAG CACGACGGAA AGAGCTAGAG ATGGAGCAGC AGAATGAGGC TTCAGAGGAG
    AATAATGACC AGCAATCACA AGAAGTTCCA GAAAAAGTAA CTGTATCCAG TGATCATGAG
    GAAGTAGACA ATCCAGAAGA AAAACCAGAA GAAGAGAAAG AAGAGGTTAT AGATGACCAG
    GAGAACCTAG CTCATAGCAG GAGGACCAGG GAAGATAGAA AGGTAGAAGC CATCATGCAT
    GCTTTTGAAA ACTTAGAGAA AAGAAAGAAG CGGCGGGATC AGCCCTTGGA ACAGAGCAAC
    TCTGATGTAG AGATTACTAC AACCACCTCA GAGACTCCTG TTGGTGAAGA GACAAAAACT
    GAAGCCCCTG AATCTGAAGT TAGCAACTCT GTTTCAAATG TTACCATCCC AAGCACCCCA
    CAGAGTGTTG GTGTGAATAC CCGGAGGTCT TCCCAAGCAG GGGATATTGC TGCAGAAAAA
    CTAGTCCCCA AGCCACCTCC AGCAAAGCCT TCTAGGCCCC GGCCGAAGAG TCGAATTTCT
    CGGTACAGGA CCAGTTCAGC CCAAAGACTA AAGCGTCAGA AGCAGGCCAA TGCACAGCAG
    GCAGAATTGT CACAAGCTGC CTTGGAAGAG GGAGGAAGTA ACAGTTTAGT AACTCCTACT
    GAAGCTGGAA GTCTAGACAG TTCAGGAGAA AACAGGCCAT TAACAGGGTC TGACCCAACT
    GTGGTGTCAA TTACTGGATC CCATGTCAAC CGTGCTGCAT CTAAATACCC CAAAACCAAA
    AAGTATCTAG TTACAGAATG GTTGAATGAC AAAGCAGAGA AGCAAGAGTG CCCTGTTGAG
    TGCCCTTTAC GTATCACAAC GGATCCAACT GTACTGGCAA CGACCCTAAA CATGTTACCA
    GGTCTTATCC ATTCCCCGTT AATTTGCACC ACCCCCAAAC ACTACATTCG CTTTGGCTCA
    CCCTTTATCC CTGAGAGACG TCGAAGGCCC CTTCTGCCTG ATGGCACATT CAGCTCCTGT
    AAGAAGCGCT GGATAAAACA AGCCTTAGAA GAAGGGATGA CTCAAACATC ATCTGTACCC
    CAAGAGACTA GAACTCAGCA CCTATACCAA AGCAATGAGA ATAGTAGCTC TTCTAGTATC
    TGCAAAGACA ATGCAGACTT GTTGAGCCCA TTAAAGAAAT GGAAGTCTCG CTATCTGATG
    GAGCAGAATG TCACCAAGTT ACTTCGGCCT CTGTCTCCAG TCACACCACC CCCTCCCAAT
    TCAGGCTCAA AGAGTCCCCA GCTGGCCACA CCTGGCTCAT CTCACCCAGG AGAAGAGGAG
    TGTCGAAATG GATACAGCCT CATGTTTTCA CCAGTCACAT CTCTTACTAC TGCTAGTCGC
    TGCAACACTC CTCTACAGTT TGAGAACATA TCCTCCCCTG AGAGTTCCCC TGCGCATAGG
    CCCGAGTCCC TGTCACCCGA GCTTTGTCAC CGAAAAGACC TGGATTTGGC AAAAGTAGGA
    TACCTTGACT CCAACACTAA CAGCTGTGCT GATAGACCTT CCCTACTCAA CTCAGGTCAT
    TCTGACCTGG CTCCTCATCC CTCCCTCGGA CCCACTTCTG AGACTGGTTT CCCAAGCAGA
    AGTGGAGATG GACATCAGAC CCTCGTGAGA AACTCAGACC AGGCATTTCG GACAGAGTTC
    AACTTGATGT ATGCCTACTC CCCTTTGAAT GCTATGCCTC GAGCAGATGG ACTGTATCGA
    GGATCTCCTC TAGTGGGGGA TAGGAAGCCT TTACATTTGG ATGGGGGATA TTGTTCCCCT
    GCAGAAGGAT TTTCCAGCAG ATATGAACAT GGCTTAATGA AAGACCTCTC TCGTGGATCC
    TTGTCACCTG GTGGTGAAAG GGCCTGTGAA GGAGTCCCAT CTGCCCCCCA GAACCCACCA
    CAGAGGAAAA AAGTATCCCT GCTGGAGTAC CGAAAACGGA AACAAGAAGC TAAGGAAAAT
    TCTGCTGGTG GGGGAGGTGA CTCTGCACAG AGCAAAAGCA AGTCTGCAGG AGCTGGGCAA
    GGCAGCAGTA ACTCCGTTTC CGACACTGGT GCCCATGGTG TGCAGGGATC CTCAGCCCGA
    ACTCCATCTT CCCCTCACAA AAAATTCTCC CCATCTCATT CCTCTATGTC CCATTTGGAG
    GCGGTAAGCC CATCAGATTC CAGAGGCACT TCTTCATCTC ACTGCAGACC TCAAGAGAAT
    ATCAGCAGTA GGTGGATGGT TCCCACATCA GTAGAACGAC TCCGAGAAGG AGGGAGCATC
    CCCAAGGTCC TCCGAAGCAG CGTGAGGGTG GCCCAAAAGG GAGAGCCCTC TCCCACATGG
    GAGAGTAACA TCACAGAGAA AGACTCAGAC CCTGCAGATG GAGAAGGCCC AGAGACATTA
    AGCTCAGCAC TCTCTAAAGG AGCAACAGTT TACAGCCCTT CCAGATACAG CTACCAGCTC
    CTGCAGTGTG ATAGTCCTCG GACAGAATCA CAAAGCCTCC TTCAGCAGAG TTCCTCCCCC
    TTCAGAGGAC ATCCTACACA GTCTCCAGGA TACAGTTATC GAACTACTGC ACTGAGACCT
    GGAAACCCCC CCTCTCACGG TTCTTCAGAA TCATCCCTCT CTTCCACGTC CTATTCCAGC
    CCCGCCCACC CTGTGTCCAC AGACTCGTTG GCCCCATTTA CGGGGACACC AGGGTATTTT
    AGCAGCCAGC CACATTCTGG AAACAGCACT GGCAGCAATC TTCCAAGGAG GAGCTGCCCT
    TCTAGTGCTG CTAGCCCTAC CCTGCAGGGA CCCTCAGACT CGCCAACCTC AGATTCAGTT
    TCTCAGTCCA GCACAGGAAC TCTGAGTTCC ACCTCCTTTC CTCAGAACTC TAGGTCGTCA
    TTGCCATCAG ACTTACGGAC TATCAGTCTG CCCAGTGCTG GGCAGTCAGC TGTCTACCAG
    GCCTCCAGGG TATCTGCGGT TTCCAATTCA CAGCACTACC CACACCGTGG GAGTGGGGGT
    GTGCACCAGT ACCGACTCCA GCCACTGCAA GGGTCAGGAG TCAAGACTCA GACGGGACTT
    TCCTAG

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

    CloneID OHu69169
    Clone ID Related Accession (Same CDS sequence) XM_011533928.1
    Accession Version XM_011533928.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4425bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGGCA TTTCGAGAGG GATCCCGGAA GTCCTTGCGG
    ATGAAGAATT CTCCCTCTGA AGCACAGAAT TTAGATGAGA ATACAACTGA GGGCTGGGAA
    AATCGGATAA GACTATGGAC TGACCAGTAT GAAGAAGCTT TCACTAATCA GTACAGTGCA
    GATGTACAGA ACGCGCTTGA ACAACACCTA CATTCTAGCA AGGAATTTGT GGGCAAACCT
    ACTATTTTAG ACACTATTAA TAAGACTGAA TTGGCCTGTA ATAACACAGT TATTGGTTCC
    CAAATGCAGT TACAGCTGGG AAGAGTCACT CGTGTTCAAA AGCACCGGAA GATCCTGAGG
    GCTGCAAGAG ATTTGGCTTT GGACACTCTT ATAATAGAGT ATCGTGGGAA AGTCATGTTA
    CGACAGCAAT TTGAGGTCAA TGGGCATTTC TTCAAAAAAC CATACCCCTT TGTGCTCTTC
    TACTCAAAAT TCAATGGTGT AGAGATGTGT GTGGATGCCC GTACTTTCGG TAATGATGCT
    CGGTTCATCA GAAGATCATG TACACCAAAT GCAGAGGTGC GACACATGAT TGCAGATGGG
    ATGATTCACC TGTGCATCTA TGCTGTGTCT GCCATCACCA AGGATGCTGA GGTCACCATA
    GCATTTGATT ATGAGTATAG TAACTGTAAT TATAAAGTGG ACTGTGCCTG TCACAAGGGA
    AACCGGAATT GTCCTATACA AAAAAGGAAT CCTAATGCTA CAGAACTGCC ACTCCTACCA
    CCTCCTCCAA GCCTACCCAC CATTGGAGCA GAGACTAGAC GTAGAAAAGC ACGACGGAAA
    GAGCTAGAGA TGGAGCAGCA GAATGAGGCT TCAGAGGAGA ATAATGACCA GCAATCACAA
    GAAGTTCCAG AAAAAGTAAC TGTATCCAGT GATCATGAGG AAGTAGACAA TCCAGAAGAA
    AAACCAGAAG AAGAGAAAGA AGAGGTTATA GATGACCAGG AGAACCTAGC TCATAGCAGG
    AGGACCAGGG AAGATAGAAA GGTAGAAGCC ATCATGCATG CTTTTGAAAA CTTAGAGAAA
    AGAAAGAAGC GGCGGGATCA GCCCTTGGAA CAGAGCAACT CTGATGTAGA GATTACTACA
    ACCACCTCAG AGACTCCTGT TGGTGAAGAG ACAAAAACTG AAGCCCCTGA ATCTGAAGTT
    AGCAACTCTG TTTCAAATGT TACCATCCCA AGCACCCCAC AGAGTGTTGG TGTGAATACC
    CGGAGGTCTT CCCAAGCAGG GGATATTGCT GCAGAAAAAC TAGTCCCCAA GCCACCTCCA
    GCAAAGCCTT CTAGGCCCCG GCCGAAGAGT CGAATTTCTC GGTACAGGAC CAGTTCAGCC
    CAAAGACTAA AGCGTCAGAA GCAGGCCAAT GCACAGCAGG CAGAATTGTC ACAAGCTGCC
    TTGGAAGAGG GAGGAAGTAA CAGTTTAGTA ACTCCTACTG AAGCTGGAAG TCTAGACAGT
    TCAGGAGAAA ACAGGCCATT AACAGGGTCT GACCCAACTG TGGTGTCAAT TACTGGATCC
    CATGTCAACC GTGCTGCATC TAAATACCCC AAAACCAAAA AGTATCTAGT TACAGAATGG
    TTGAATGACA AAGCAGAGAA GCAAGAGTGC CCTGTTGAGT GCCCTTTACG TATCACAACG
    GATCCAACTG TACTGGCAAC GACCCTAAAC ATGTTACCAG GTCTTATCCA TTCCCCGTTA
    ATTTGCACCA CCCCCAAACA CTACATTCGC TTTGGCTCAC CCTTTATCCC TGAGAGACGT
    CGAAGGCCCC TTCTGCCTGA TGGCACATTC AGCTCCTGTA AGAAGCGCTG GATAAAACAA
    GCCTTAGAAG AAGGGATGAC TCAAACATCA TCTGTACCCC AAGAGACTAG AACTCAGCAC
    CTATACCAAA GCAATGAGAA TAGTAGCTCT TCTAGTATCT GCAAAGACAA TGCAGACTTG
    TTGAGCCCAT TAAAGAAATG GAAGTCTCGC TATCTGATGG AGCAGAATGT CACCAAGTTA
    CTTCGGCCTC TGTCTCCAGT CACACCACCC CCTCCCAATT CAGGCTCAAA GAGTCCCCAG
    CTGGCCACAC CTGGCTCATC TCACCCAGGA GAAGAGGAGT GTCGAAATGG ATACAGCCTC
    ATGTTTTCAC CAGTCACATC TCTTACTACT GCTAGTCGCT GCAACACTCC TCTACAGTTT
    GAGAACATAT CCTCCCCTGA GAGTTCCCCT GCGCATAGGC CCGAGTCCCT GTCACCCGAG
    CTTTGTCACC GAAAAGACCT GGATTTGGCA AAAGTAGGAT ACCTTGACTC CAACACTAAC
    AGCTGTGCTG ATAGACCTTC CCTACTCAAC TCAGGTCATT CTGACCTGGC TCCTCATCCC
    TCCCTCGGAC CCACTTCTGA GACTGGTTTC CCAAGCAGAA GTGGAGATGG ACATCAGACC
    CTCGTGAGAA ACTCAGACCA GGCATTTCGG ACAGAGTTCA ACTTGATGTA TGCCTACTCC
    CCTTTGAATG CTATGCCTCG AGCAGATGGA CTGTATCGAG GATCTCCTCT AGTGGGGGAT
    AGGAAGCCTT TACATTTGGA TGGGGGATAT TGTTCCCCTG CAGAAGGATT TTCCAGCAGA
    TATGAACATG GCTTAATGAA AGACCTCTCT CGTGGATCCT TGTCACCTGG TGGTGAAAGG
    GCCTGTGAAG GAGTCCCATC TGCCCCCCAG AACCCACCAC AGAGGAAAAA AGTATCCCTG
    CTGGAGTACC GAAAACGGAA ACAAGAAGCT AAGGAAAATT CTGCTGGTGG GGGAGGTGAC
    TCTGCACAGA GCAAAAGCAA GTCTGCAGGA GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC
    GACACTGGTG CCCATGGTGT GCAGGGATCC TCAGCCCGAA CTCCATCTTC CCCTCACAAA
    AAATTCTCCC CATCTCATTC CTCTATGTCC CATTTGGAGG CGGTAAGCCC ATCAGATTCC
    AGAGGCACTT CTTCATCTCA CTGCAGACCT CAAGAGAATA TCAGCAGTAG GTGGATGGTT
    CCCACATCAG TAGAACGACT CCGAGAAGGA GGGAGCATCC CCAAGGTCCT CCGAAGCAGC
    GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT CCCACATGGG AGAGTAACAT CACAGAGAAA
    GACTCAGACC CTGCAGATGG AGAAGGCCCA GAGACATTAA GCTCAGCACT CTCTAAAGGA
    GCAACAGTTT ACAGCCCTTC CAGATACAGC TACCAGCTCC TGCAGTGTGA TAGTCCTCGG
    ACAGAATCAC AAAGCCTCCT TCAGCAGAGT TCCTCCCCCT TCAGAGGACA TCCTACACAG
    TCTCCAGGAT ACAGTTATCG AACTACTGCA CTGAGACCTG GAAACCCCCC CTCTCACGGT
    TCTTCAGAAT CATCCCTCTC TTCCACGTCC TATTCCAGCC CCGCCCACCC TGTGTCCACA
    GACTCGTTGG CCCCATTTAC GGGGACACCA GGGTATTTTA GCAGCCAGCC ACATTCTGGA
    AACAGCACTG GCAGCAATCT TCCAAGGAGG AGCTGCCCTT CTAGTGCTGC TAGCCCTACC
    CTGCAGGGAC CCTCAGACTC GCCAACCTCA GATTCAGTTT CTCAGTCCAG CACAGGAACT
    CTGAGTTCCA CCTCCTTTCC TCAGAACTCT AGGTCGTCAT TGCCATCAGA CTTACGGACT
    ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT GTCTACCAGG CCTCCAGGGT ATCTGCGGTT
    TCCAATTCAC AGCACTACCC ACACCGTGGG AGTGGGGGTG TGCACCAGTA CCGACTCCAG
    CCACTGCAAG GGTCAGGAGT CAAGACTCAG ACGGGACTTT CCTAG

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

    RefSeq XP_011532230.1
    CDS436..4860
    Translation

    Target ORF information:

    RefSeq Version XM_011533928.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X10, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533928.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAGCATTG CAATCCCTCT GGGAGTCACC ACATCAGATA CATCCTACTC AGATATGGCT 
    GCTGGATCAG ACCCTGAATC TGTGGAGGCT AGTCCAGCAG TTAATGAGAA GAGCGTGTAT
    TCCACTCATA ATTATGGGAC CACTCAGAGG CATGGGTGTC GAGGACTGCC TTATGCTACG
    ATCATCCCTC GTTCTGACCT GAATGGCCTG CCGTCGCCTG TAGAGGAACG CTGTGGAGAC
    AGCCCGAACT CTGAAGGAGA AACTGTACCT ACCTGGTGTC CTTGTGGTCT TTCTCAGGAT
    GGCTTCCTTC TCAACTGTGA CAAGTGCAGG GGAATGAGCA GGGGGAAGGT TATTAGACTT
    CATCGGCGGA AGCAGGACAA CATATCAGGT GGGGATAGCA GTGCAACAGA AAGCTGGGAT
    GAGGAGCTTT CTCCTTCCAC TGTGTTGTAT ACAGCAACAC AGCACACACC TACAAGCATC
    ACCTTAACTG TTAGAAGAAC CAAACCCAAG AAGCGGAAAA AGAGTCCAGA AAAGGGTCGT
    GCAGCACCAA AGACGAAGAA AATCAAGGCA TTTCGAGAGG GATCCCGGAA GTCCTTGCGG
    ATGAAGAATT CTCCCTCTGA AGCACAGAAT TTAGATGAGA ATACAACTGA GGGCTGGGAA
    AATCGGATAA GACTATGGAC TGACCAGTAT GAAGAAGCTT TCACTAATCA GTACAGTGCA
    GATGTACAGA ACGCGCTTGA ACAACACCTA CATTCTAGCA AGGAATTTGT GGGCAAACCT
    ACTATTTTAG ACACTATTAA TAAGACTGAA TTGGCCTGTA ATAACACAGT TATTGGTTCC
    CAAATGCAGT TACAGCTGGG AAGAGTCACT CGTGTTCAAA AGCACCGGAA GATCCTGAGG
    GCTGCAAGAG ATTTGGCTTT GGACACTCTT ATAATAGAGT ATCGTGGGAA AGTCATGTTA
    CGACAGCAAT TTGAGGTCAA TGGGCATTTC TTCAAAAAAC CATACCCCTT TGTGCTCTTC
    TACTCAAAAT TCAATGGTGT AGAGATGTGT GTGGATGCCC GTACTTTCGG TAATGATGCT
    CGGTTCATCA GAAGATCATG TACACCAAAT GCAGAGGTGC GACACATGAT TGCAGATGGG
    ATGATTCACC TGTGCATCTA TGCTGTGTCT GCCATCACCA AGGATGCTGA GGTCACCATA
    GCATTTGATT ATGAGTATAG TAACTGTAAT TATAAAGTGG ACTGTGCCTG TCACAAGGGA
    AACCGGAATT GTCCTATACA AAAAAGGAAT CCTAATGCTA CAGAACTGCC ACTCCTACCA
    CCTCCTCCAA GCCTACCCAC CATTGGAGCA GAGACTAGAC GTAGAAAAGC ACGACGGAAA
    GAGCTAGAGA TGGAGCAGCA GAATGAGGCT TCAGAGGAGA ATAATGACCA GCAATCACAA
    GAAGTTCCAG AAAAAGTAAC TGTATCCAGT GATCATGAGG AAGTAGACAA TCCAGAAGAA
    AAACCAGAAG AAGAGAAAGA AGAGGTTATA GATGACCAGG AGAACCTAGC TCATAGCAGG
    AGGACCAGGG AAGATAGAAA GGTAGAAGCC ATCATGCATG CTTTTGAAAA CTTAGAGAAA
    AGAAAGAAGC GGCGGGATCA GCCCTTGGAA CAGAGCAACT CTGATGTAGA GATTACTACA
    ACCACCTCAG AGACTCCTGT TGGTGAAGAG ACAAAAACTG AAGCCCCTGA ATCTGAAGTT
    AGCAACTCTG TTTCAAATGT TACCATCCCA AGCACCCCAC AGAGTGTTGG TGTGAATACC
    CGGAGGTCTT CCCAAGCAGG GGATATTGCT GCAGAAAAAC TAGTCCCCAA GCCACCTCCA
    GCAAAGCCTT CTAGGCCCCG GCCGAAGAGT CGAATTTCTC GGTACAGGAC CAGTTCAGCC
    CAAAGACTAA AGCGTCAGAA GCAGGCCAAT GCACAGCAGG CAGAATTGTC ACAAGCTGCC
    TTGGAAGAGG GAGGAAGTAA CAGTTTAGTA ACTCCTACTG AAGCTGGAAG TCTAGACAGT
    TCAGGAGAAA ACAGGCCATT AACAGGGTCT GACCCAACTG TGGTGTCAAT TACTGGATCC
    CATGTCAACC GTGCTGCATC TAAATACCCC AAAACCAAAA AGTATCTAGT TACAGAATGG
    TTGAATGACA AAGCAGAGAA GCAAGAGTGC CCTGTTGAGT GCCCTTTACG TATCACAACG
    GATCCAACTG TACTGGCAAC GACCCTAAAC ATGTTACCAG GTCTTATCCA TTCCCCGTTA
    ATTTGCACCA CCCCCAAACA CTACATTCGC TTTGGCTCAC CCTTTATCCC TGAGAGACGT
    CGAAGGCCCC TTCTGCCTGA TGGCACATTC AGCTCCTGTA AGAAGCGCTG GATAAAACAA
    GCCTTAGAAG AAGGGATGAC TCAAACATCA TCTGTACCCC AAGAGACTAG AACTCAGCAC
    CTATACCAAA GCAATGAGAA TAGTAGCTCT TCTAGTATCT GCAAAGACAA TGCAGACTTG
    TTGAGCCCAT TAAAGAAATG GAAGTCTCGC TATCTGATGG AGCAGAATGT CACCAAGTTA
    CTTCGGCCTC TGTCTCCAGT CACACCACCC CCTCCCAATT CAGGCTCAAA GAGTCCCCAG
    CTGGCCACAC CTGGCTCATC TCACCCAGGA GAAGAGGAGT GTCGAAATGG ATACAGCCTC
    ATGTTTTCAC CAGTCACATC TCTTACTACT GCTAGTCGCT GCAACACTCC TCTACAGTTT
    GAGAACATAT CCTCCCCTGA GAGTTCCCCT GCGCATAGGC CCGAGTCCCT GTCACCCGAG
    CTTTGTCACC GAAAAGACCT GGATTTGGCA AAAGTAGGAT ACCTTGACTC CAACACTAAC
    AGCTGTGCTG ATAGACCTTC CCTACTCAAC TCAGGTCATT CTGACCTGGC TCCTCATCCC
    TCCCTCGGAC CCACTTCTGA GACTGGTTTC CCAAGCAGAA GTGGAGATGG ACATCAGACC
    CTCGTGAGAA ACTCAGACCA GGCATTTCGG ACAGAGTTCA ACTTGATGTA TGCCTACTCC
    CCTTTGAATG CTATGCCTCG AGCAGATGGA CTGTATCGAG GATCTCCTCT AGTGGGGGAT
    AGGAAGCCTT TACATTTGGA TGGGGGATAT TGTTCCCCTG CAGAAGGATT TTCCAGCAGA
    TATGAACATG GCTTAATGAA AGACCTCTCT CGTGGATCCT TGTCACCTGG TGGTGAAAGG
    GCCTGTGAAG GAGTCCCATC TGCCCCCCAG AACCCACCAC AGAGGAAAAA AGTATCCCTG
    CTGGAGTACC GAAAACGGAA ACAAGAAGCT AAGGAAAATT CTGCTGGTGG GGGAGGTGAC
    TCTGCACAGA GCAAAAGCAA GTCTGCAGGA GCTGGGCAAG GCAGCAGTAA CTCCGTTTCC
    GACACTGGTG CCCATGGTGT GCAGGGATCC TCAGCCCGAA CTCCATCTTC CCCTCACAAA
    AAATTCTCCC CATCTCATTC CTCTATGTCC CATTTGGAGG CGGTAAGCCC ATCAGATTCC
    AGAGGCACTT CTTCATCTCA CTGCAGACCT CAAGAGAATA TCAGCAGTAG GTGGATGGTT
    CCCACATCAG TAGAACGACT CCGAGAAGGA GGGAGCATCC CCAAGGTCCT CCGAAGCAGC
    GTGAGGGTGG CCCAAAAGGG AGAGCCCTCT CCCACATGGG AGAGTAACAT CACAGAGAAA
    GACTCAGACC CTGCAGATGG AGAAGGCCCA GAGACATTAA GCTCAGCACT CTCTAAAGGA
    GCAACAGTTT ACAGCCCTTC CAGATACAGC TACCAGCTCC TGCAGTGTGA TAGTCCTCGG
    ACAGAATCAC AAAGCCTCCT TCAGCAGAGT TCCTCCCCCT TCAGAGGACA TCCTACACAG
    TCTCCAGGAT ACAGTTATCG AACTACTGCA CTGAGACCTG GAAACCCCCC CTCTCACGGT
    TCTTCAGAAT CATCCCTCTC TTCCACGTCC TATTCCAGCC CCGCCCACCC TGTGTCCACA
    GACTCGTTGG CCCCATTTAC GGGGACACCA GGGTATTTTA GCAGCCAGCC ACATTCTGGA
    AACAGCACTG GCAGCAATCT TCCAAGGAGG AGCTGCCCTT CTAGTGCTGC TAGCCCTACC
    CTGCAGGGAC CCTCAGACTC GCCAACCTCA GATTCAGTTT CTCAGTCCAG CACAGGAACT
    CTGAGTTCCA CCTCCTTTCC TCAGAACTCT AGGTCGTCAT TGCCATCAGA CTTACGGACT
    ATCAGTCTGC CCAGTGCTGG GCAGTCAGCT GTCTACCAGG CCTCCAGGGT ATCTGCGGTT
    TCCAATTCAC AGCACTACCC ACACCGTGGG AGTGGGGGTG TGCACCAGTA CCGACTCCAG
    CCACTGCAAG GGTCAGGAGT CAAGACTCAG ACGGGACTTT CCTAG

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

    CloneID OHu69170
    Clone ID Related Accession (Same CDS sequence) XM_011533930.1
    Accession Version XM_011533930.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4368bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X12
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGTCCCAGT TGACCTTGGC ATTTTGTTTT ATCACTTTCC TGGTTGAAGC CAAAAAACAA 
    AGGGATCATA ATTACGGAGC CCCTCCTCCT CCGACACCTC CTGCTTCTCC CCCTGTCCAG
    ACGATCATCC CTCGTTCTGA CCTGAATGGC CTGCCGTCGC CTGTAGAGGA ACGCTGTGGA
    GACAGCCCGA ACTCTGAAGG AGAAACTGTA CCTACCTGGT GTCCTTGTGG TCTTTCTCAG
    GATGGCTTCC TTCTCAACTG TGACAAGTGC AGGGGAATGA GCAGGGGGAA GGTTATTAGA
    CTTCATCGGC GGAAGCAGGA CAACATATCA GGTGGGGATA GCAGTGCAAC AGAAAGCTGG
    GATGAGGAGC TTTCTCCTTC CACTGTGTTG TATACAGCAA CACAGCACAC ACCTACAAGC
    ATCACCTTAA CTGTTAGAAG AACCAAACCC AAGAAGCGGA AAAAGAGTCC AGAAAAGGGT
    CGTGCAGCAC CAAAGACGAA GAAAATCAAG GCATTTCGAG AGGGATCCCG GAAGTCCTTG
    CGGATGAAGA ATTCTCCCTC TGAAGCACAG AATTTAGATG AGAATACAAC TGAGGGCTGG
    GAAAATCGGA TAAGACTATG GACTGACCAG TATGAAGAAG CTTTCACTAA TCAGTACAGT
    GCAGATGTAC AGAACGCGCT TGAACAACAC CTACATTCTA GCAAGGAATT TGTGGGCAAA
    CCTACTATTT TAGACACTAT TAATAAGACT GAATTGGCCT GTAATAACAC AGTTATTGGT
    TCCCAAATGC AGTTACAGCT GGGAAGAGTC ACTCGTGTTC AAAAGCACCG GAAGATCCTG
    AGGGCTGCAA GAGATTTGGC TTTGGACACT CTTATAATAG AGTATCGTGG GAAAGTCATG
    TTACGACAGC AATTTGAGGT CAATGGGCAT TTCTTCAAAA AACCATACCC CTTTGTGCTC
    TTCTACTCAA AATTCAATGG TGTAGAGATG TGTGTGGATG CCCGTACTTT CGGTAATGAT
    GCTCGGTTCA TCAGAAGATC ATGTACACCA AATGCAGAGG TGCGACACAT GATTGCAGAT
    GGGATGATTC ACCTGTGCAT CTATGCTGTG TCTGCCATCA CCAAGGATGC TGAGGTCACC
    ATAGCATTTG ATTATGAGTA TAGTAACTGT AATTATAAAG TGGACTGTGC CTGTCACAAG
    GGAAACCGGA ATTGTCCTAT ACAAAAAAGG AATCCTAATG CTACAGAACT GCCACTCCTA
    CCACCTCCTC CAAGCCTACC CACCATTGGA GCAGAGACTA GACGTAGAAA AGCACGACGG
    AAAGAGCTAG AGATGGAGCA GCAGAATGAG GCTTCAGAGG AGAATAATGA CCAGCAATCA
    CAAGAAGTTC CAGAAAAAGT AACTGTATCC AGTGATCATG AGGAAGTAGA CAATCCAGAA
    GAAAAACCAG AAGAAGAGAA AGAAGAGGTT ATAGATGACC AGGAGAACCT AGCTCATAGC
    AGGAGGACCA GGGAAGATAG AAAGGTAGAA GCCATCATGC ATGCTTTTGA AAACTTAGAG
    AAAAGAAAGA AGCGGCGGGA TCAGCCCTTG GAACAGAGCA ACTCTGATGT AGAGATTACT
    ACAACCACCT CAGAGACTCC TGTTGGTGAA GAGACAAAAA CTGAAGCCCC TGAATCTGAA
    GTTAGCAACT CTGTTTCAAA TGTTACCATC CCAAGCACCC CACAGAGTGT TGGTGTGAAT
    ACCCGGAGGT CTTCCCAAGC AGGGGATATT GCTGCAGAAA AACTAGTCCC CAAGCCACCT
    CCAGCAAAGC CTTCTAGGCC CCGGCCGAAG AGTCGAATTT CTCGGTACAG GACCAGTTCA
    GCCCAAAGAC TAAAGCGTCA GAAGCAGGCC AATGCACAGC AGGCAGAATT GTCACAAGCT
    GCCTTGGAAG AGGGAGGAAG TAACAGTTTA GTAACTCCTA CTGAAGCTGG AAGTCTAGAC
    AGTTCAGGAG AAAACAGGCC ATTAACAGGG TCTGACCCAA CTGTGGTGTC AATTACTGGA
    TCCCATGTCA ACCGTGCTGC ATCTAAATAC CCCAAAACCA AAAAGTATCT AGTTACAGAA
    TGGTTGAATG ACAAAGCAGA GAAGCAAGAG TGCCCTGTTG AGTGCCCTTT ACGTATCACA
    ACGGATCCAA CTGTACTGGC AACGACCCTA AACATGTTAC CAGGTCTTAT CCATTCCCCG
    TTAATTTGCA CCACCCCCAA ACACTACATT CGCTTTGGCT CACCCTTTAT CCCTGAGAGA
    CGTCGAAGGC CCCTTCTGCC TGATGGCACA TTCAGCTCCT GTAAGAAGCG CTGGATAAAA
    CAAGCCTTAG AAGAAGGGAT GACTCAAACA TCATCTGTAC CCCAAGAGAC TAGAACTCAG
    CACCTATACC AAAGCAATGA GAATAGTAGC TCTTCTAGTA TCTGCAAAGA CAATGCAGAC
    TTGTTGAGCC CATTAAAGAA ATGGAAGTCT CGCTATCTGA TGGAGCAGAA TGTCACCAAG
    TTACTTCGGC CTCTGTCTCC AGTCACACCA CCCCCTCCCA ATTCAGGCTC AAAGAGTCCC
    CAGCTGGCCA CACCTGGCTC ATCTCACCCA GGAGAAGAGG AGTGTCGAAA TGGATACAGC
    CTCATGTTTT CACCAGTCAC ATCTCTTACT ACTGCTAGTC GCTGCAACAC TCCTCTACAG
    TTTGAGAACA TATCCTCCCC TGAGAGTTCC CCTGCGCATA GGCCCGAGTC CCTGTCACCC
    GAGCTTTGTC ACCGAAAAGA CCTGGATTTG GCAAAAGTAG GATACCTTGA CTCCAACACT
    AACAGCTGTG CTGATAGACC TTCCCTACTC AACTCAGGTC ATTCTGACCT GGCTCCTCAT
    CCCTCCCTCG GACCCACTTC TGAGACTGGT TTCCCAAGCA GAAGTGGAGA TGGACATCAG
    ACCCTCGTGA GAAACTCAGA CCAGGCATTT CGGACAGAGT TCAACTTGAT GTATGCCTAC
    TCCCCTTTGA ATGCTATGCC TCGAGCAGAT GGACTGTATC GAGGATCTCC TCTAGTGGGG
    GATAGGAAGC CTTTACATTT GGATGGGGGA TATTGTTCCC CTGCAGAAGG ATTTTCCAGC
    AGATATGAAC ATGGCTTAAT GAAAGACCTC TCTCGTGGAT CCTTGTCACC TGGTGGTGAA
    AGGGCCTGTG AAGGAGTCCC ATCTGCCCCC CAGAACCCAC CACAGAGGAA AAAAGTATCC
    CTGCTGGAGT ACCGAAAACG GAAACAAGAA GCTAAGGAAA ATTCTGCTGG TGGGGGAGGT
    GACTCTGCAC AGAGCAAAAG CAAGTCTGCA GGAGCTGGGC AAGGCAGCAG TAACTCCGTT
    TCCGACACTG GTGCCCATGG TGTGCAGGGA TCCTCAGCCC GAACTCCATC TTCCCCTCAC
    AAAAAATTCT CCCCATCTCA TTCCTCTATG TCCCATTTGG AGGCGGTAAG CCCATCAGAT
    TCCAGAGGCA CTTCTTCATC TCACTGCAGA CCTCAAGAGA ATATCAGCAG TAGGTGGATG
    GTTCCCACAT CAGTAGAACG ACTCCGAGAA GGAGGGAGCA TCCCCAAGGT CCTCCGAAGC
    AGCGTGAGGG TGGCCCAAAA GGGAGAGCCC TCTCCCACAT GGGAGAGTAA CATCACAGAG
    AAAGACTCAG ACCCTGCAGA TGGAGAAGGC CCAGAGACAT TAAGCTCAGC ACTCTCTAAA
    GGAGCAACAG TTTACAGCCC TTCCAGATAC AGCTACCAGC TCCTGCAGTG TGATAGTCCT
    CGGACAGAAT CACAAAGCCT CCTTCAGCAG AGTTCCTCCC CCTTCAGAGG ACATCCTACA
    CAGTCTCCAG GATACAGTTA TCGAACTACT GCACTGAGAC CTGGAAACCC CCCCTCTCAC
    GGTTCTTCAG AATCATCCCT CTCTTCCACG TCCTATTCCA GCCCCGCCCA CCCTGTGTCC
    ACAGACTCGT TGGCCCCATT TACGGGGACA CCAGGGTATT TTAGCAGCCA GCCACATTCT
    GGAAACAGCA CTGGCAGCAA TCTTCCAAGG AGGAGCTGCC CTTCTAGTGC TGCTAGCCCT
    ACCCTGCAGG GACCCTCAGA CTCGCCAACC TCAGATTCAG TTTCTCAGTC CAGCACAGGA
    ACTCTGAGTT CCACCTCCTT TCCTCAGAAC TCTAGGTCGT CATTGCCATC AGACTTACGG
    ACTATCAGTC TGCCCAGTGC TGGGCAGTCA GCTGTCTACC AGGCCTCCAG GGTATCTGCG
    GTTTCCAATT CACAGCACTA CCCACACCGT GGGAGTGGGG GTGTGCACCA GTACCGACTC
    CAGCCACTGC AAGGGTCAGG AGTCAAGACT CAGACGGGAC TTTCCTAG

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

    RefSeq XP_011532232.1
    CDS931..5298
    Translation

    Target ORF information:

    RefSeq Version XM_011533930.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X15, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533930.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    ATGTCCCAGT TGACCTTGGC ATTTTGTTTT ATCACTTTCC TGGTTGAAGC CAAAAAACAA 
    AGGGATCATA ATTACGGAGC CCCTCCTCCT CCGACACCTC CTGCTTCTCC CCCTGTCCAG
    ACGATCATCC CTCGTTCTGA CCTGAATGGC CTGCCGTCGC CTGTAGAGGA ACGCTGTGGA
    GACAGCCCGA ACTCTGAAGG AGAAACTGTA CCTACCTGGT GTCCTTGTGG TCTTTCTCAG
    GATGGCTTCC TTCTCAACTG TGACAAGTGC AGGGGAATGA GCAGGGGGAA GGTTATTAGA
    CTTCATCGGC GGAAGCAGGA CAACATATCA GGTGGGGATA GCAGTGCAAC AGAAAGCTGG
    GATGAGGAGC TTTCTCCTTC CACTGTGTTG TATACAGCAA CACAGCACAC ACCTACAAGC
    ATCACCTTAA CTGTTAGAAG AACCAAACCC AAGAAGCGGA AAAAGAGTCC AGAAAAGGGT
    CGTGCAGCAC CAAAGACGAA GAAAATCAAG GCATTTCGAG AGGGATCCCG GAAGTCCTTG
    CGGATGAAGA ATTCTCCCTC TGAAGCACAG AATTTAGATG AGAATACAAC TGAGGGCTGG
    GAAAATCGGA TAAGACTATG GACTGACCAG TATGAAGAAG CTTTCACTAA TCAGTACAGT
    GCAGATGTAC AGAACGCGCT TGAACAACAC CTACATTCTA GCAAGGAATT TGTGGGCAAA
    CCTACTATTT TAGACACTAT TAATAAGACT GAATTGGCCT GTAATAACAC AGTTATTGGT
    TCCCAAATGC AGTTACAGCT GGGAAGAGTC ACTCGTGTTC AAAAGCACCG GAAGATCCTG
    AGGGCTGCAA GAGATTTGGC TTTGGACACT CTTATAATAG AGTATCGTGG GAAAGTCATG
    TTACGACAGC AATTTGAGGT CAATGGGCAT TTCTTCAAAA AACCATACCC CTTTGTGCTC
    TTCTACTCAA AATTCAATGG TGTAGAGATG TGTGTGGATG CCCGTACTTT CGGTAATGAT
    GCTCGGTTCA TCAGAAGATC ATGTACACCA AATGCAGAGG TGCGACACAT GATTGCAGAT
    GGGATGATTC ACCTGTGCAT CTATGCTGTG TCTGCCATCA CCAAGGATGC TGAGGTCACC
    ATAGCATTTG ATTATGAGTA TAGTAACTGT AATTATAAAG TGGACTGTGC CTGTCACAAG
    GGAAACCGGA ATTGTCCTAT ACAAAAAAGG AATCCTAATG CTACAGAACT GCCACTCCTA
    CCACCTCCTC CAAGCCTACC CACCATTGGA GCAGAGACTA GACGTAGAAA AGCACGACGG
    AAAGAGCTAG AGATGGAGCA GCAGAATGAG GCTTCAGAGG AGAATAATGA CCAGCAATCA
    CAAGAAGTTC CAGAAAAAGT AACTGTATCC AGTGATCATG AGGAAGTAGA CAATCCAGAA
    GAAAAACCAG AAGAAGAGAA AGAAGAGGTT ATAGATGACC AGGAGAACCT AGCTCATAGC
    AGGAGGACCA GGGAAGATAG AAAGGTAGAA GCCATCATGC ATGCTTTTGA AAACTTAGAG
    AAAAGAAAGA AGCGGCGGGA TCAGCCCTTG GAACAGAGCA ACTCTGATGT AGAGATTACT
    ACAACCACCT CAGAGACTCC TGTTGGTGAA GAGACAAAAA CTGAAGCCCC TGAATCTGAA
    GTTAGCAACT CTGTTTCAAA TGTTACCATC CCAAGCACCC CACAGAGTGT TGGTGTGAAT
    ACCCGGAGGT CTTCCCAAGC AGGGGATATT GCTGCAGAAA AACTAGTCCC CAAGCCACCT
    CCAGCAAAGC CTTCTAGGCC CCGGCCGAAG AGTCGAATTT CTCGGTACAG GACCAGTTCA
    GCCCAAAGAC TAAAGCGTCA GAAGCAGGCC AATGCACAGC AGGCAGAATT GTCACAAGCT
    GCCTTGGAAG AGGGAGGAAG TAACAGTTTA GTAACTCCTA CTGAAGCTGG AAGTCTAGAC
    AGTTCAGGAG AAAACAGGCC ATTAACAGGG TCTGACCCAA CTGTGGTGTC AATTACTGGA
    TCCCATGTCA ACCGTGCTGC ATCTAAATAC CCCAAAACCA AAAAGTATCT AGTTACAGAA
    TGGTTGAATG ACAAAGCAGA GAAGCAAGAG TGCCCTGTTG AGTGCCCTTT ACGTATCACA
    ACGGATCCAA CTGTACTGGC AACGACCCTA AACATGTTAC CAGGTCTTAT CCATTCCCCG
    TTAATTTGCA CCACCCCCAA ACACTACATT CGCTTTGGCT CACCCTTTAT CCCTGAGAGA
    CGTCGAAGGC CCCTTCTGCC TGATGGCACA TTCAGCTCCT GTAAGAAGCG CTGGATAAAA
    CAAGCCTTAG AAGAAGGGAT GACTCAAACA TCATCTGTAC CCCAAGAGAC TAGAACTCAG
    CACCTATACC AAAGCAATGA GAATAGTAGC TCTTCTAGTA TCTGCAAAGA CAATGCAGAC
    TTGTTGAGCC CATTAAAGAA ATGGAAGTCT CGCTATCTGA TGGAGCAGAA TGTCACCAAG
    TTACTTCGGC CTCTGTCTCC AGTCACACCA CCCCCTCCCA ATTCAGGCTC AAAGAGTCCC
    CAGCTGGCCA CACCTGGCTC ATCTCACCCA GGAGAAGAGG AGTGTCGAAA TGGATACAGC
    CTCATGTTTT CACCAGTCAC ATCTCTTACT ACTGCTAGTC GCTGCAACAC TCCTCTACAG
    TTTGAGAACA TATCCTCCCC TGAGAGTTCC CCTGCGCATA GGCCCGAGTC CCTGTCACCC
    GAGCTTTGTC ACCGAAAAGA CCTGGATTTG GCAAAAGTAG GATACCTTGA CTCCAACACT
    AACAGCTGTG CTGATAGACC TTCCCTACTC AACTCAGGTC ATTCTGACCT GGCTCCTCAT
    CCCTCCCTCG GACCCACTTC TGAGACTGGT TTCCCAAGCA GAAGTGGAGA TGGACATCAG
    ACCCTCGTGA GAAACTCAGA CCAGGCATTT CGGACAGAGT TCAACTTGAT GTATGCCTAC
    TCCCCTTTGA ATGCTATGCC TCGAGCAGAT GGACTGTATC GAGGATCTCC TCTAGTGGGG
    GATAGGAAGC CTTTACATTT GGATGGGGGA TATTGTTCCC CTGCAGAAGG ATTTTCCAGC
    AGATATGAAC ATGGCTTAAT GAAAGACCTC TCTCGTGGAT CCTTGTCACC TGGTGGTGAA
    AGGGCCTGTG AAGGAGTCCC ATCTGCCCCC CAGAACCCAC CACAGAGGAA AAAAGTATCC
    CTGCTGGAGT ACCGAAAACG GAAACAAGAA GCTAAGGAAA ATTCTGCTGG TGGGGGAGGT
    GACTCTGCAC AGAGCAAAAG CAAGTCTGCA GGAGCTGGGC AAGGCAGCAG TAACTCCGTT
    TCCGACACTG GTGCCCATGG TGTGCAGGGA TCCTCAGCCC GAACTCCATC TTCCCCTCAC
    AAAAAATTCT CCCCATCTCA TTCCTCTATG TCCCATTTGG AGGCGGTAAG CCCATCAGAT
    TCCAGAGGCA CTTCTTCATC TCACTGCAGA CCTCAAGAGA ATATCAGCAG TAGGTGGATG
    GTTCCCACAT CAGTAGAACG ACTCCGAGAA GGAGGGAGCA TCCCCAAGGT CCTCCGAAGC
    AGCGTGAGGG TGGCCCAAAA GGGAGAGCCC TCTCCCACAT GGGAGAGTAA CATCACAGAG
    AAAGACTCAG ACCCTGCAGA TGGAGAAGGC CCAGAGACAT TAAGCTCAGC ACTCTCTAAA
    GGAGCAACAG TTTACAGCCC TTCCAGATAC AGCTACCAGC TCCTGCAGTG TGATAGTCCT
    CGGACAGAAT CACAAAGCCT CCTTCAGCAG AGTTCCTCCC CCTTCAGAGG ACATCCTACA
    CAGTCTCCAG GATACAGTTA TCGAACTACT GCACTGAGAC CTGGAAACCC CCCCTCTCAC
    GGTTCTTCAG AATCATCCCT CTCTTCCACG TCCTATTCCA GCCCCGCCCA CCCTGTGTCC
    ACAGACTCGT TGGCCCCATT TACGGGGACA CCAGGGTATT TTAGCAGCCA GCCACATTCT
    GGAAACAGCA CTGGCAGCAA TCTTCCAAGG AGGAGCTGCC CTTCTAGTGC TGCTAGCCCT
    ACCCTGCAGG GACCCTCAGA CTCGCCAACC TCAGATTCAG TTTCTCAGTC CAGCACAGGA
    ACTCTGAGTT CCACCTCCTT TCCTCAGAAC TCTAGGTCGT CATTGCCATC AGACTTACGG
    ACTATCAGTC TGCCCAGTGC TGGGCAGTCA GCTGTCTACC AGGCCTCCAG GGTATCTGCG
    GTTTCCAATT CACAGCACTA CCCACACCGT GGGAGTGGGG GTGTGCACCA GTACCGACTC
    CAGCCACTGC AAGGGTCAGG AGTCAAGACT CAGACGGGAC TTTCCTAG

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

    CloneID OHu69171
    Clone ID Related Accession (Same CDS sequence) XM_017006776.1 , XM_017006777.1 , XM_017006778.1
    Accession Version XM_017006776.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4092bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X16
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    RefSeq XP_016862265.1
    CDS1070..5161
    Translation

    Target ORF information:

    RefSeq Version XM_017006776.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X19, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006776.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    CloneID OHu69171
    Clone ID Related Accession (Same CDS sequence) XM_017006776.1 , XM_017006777.1 , XM_017006778.1
    Accession Version XM_017006777.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4092bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X16
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    RefSeq XP_016862266.1
    CDS1013..5104
    Translation

    Target ORF information:

    RefSeq Version XM_017006777.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X20, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006777.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    CloneID OHu69171
    Clone ID Related Accession (Same CDS sequence) XM_017006776.1 , XM_017006777.1 , XM_017006778.1
    Accession Version XM_017006778.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4092bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X16
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    RefSeq XP_016862267.1
    CDS1054..5145
    Translation

    Target ORF information:

    RefSeq Version XM_017006778.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X21, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006778.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGGCATTT
    CGAGAGGGAT CCCGGAAGTC CTTGCGGATG AAGAATTCTC CCTCTGAAGC ACAGAATTTA
    GATGAGAATA CAACTGAGGG CTGGGAAAAT CGGATAAGAC TATGGACTGA CCAGTATGAA
    GAAGCTTTCA CTAATCAGTA CAGTGCAGAT GTACAGAACG CGCTTGAACA ACACCTACAT
    TCTAGCAAGG AATTTGTGGG CAAACCTACT ATTTTAGACA CTATTAATAA GACTGAATTG
    GCCTGTAATA ACACAGTTAT TGGTTCCCAA ATGCAGTTAC AGCTGGGAAG AGTCACTCGT
    GTTCAAAAGC ACCGGAAGAT CCTGAGGGCT GCAAGAGATT TGGCTTTGGA CACTCTTATA
    ATAGAGTATC GTGGGAAAGT CATGTTACGA CAGCAATTTG AGGTCAATGG GCATTTCTTC
    AAAAAACCAT ACCCCTTTGT GCTCTTCTAC TCAAAATTCA ATGGTGTAGA GATGTGTGTG
    GATGCCCGTA CTTTCGGTAA TGATGCTCGG TTCATCAGAA GATCATGTAC ACCAAATGCA
    GAGGTGCGAC ACATGATTGC AGATGGGATG ATTCACCTGT GCATCTATGC TGTGTCTGCC
    ATCACCAAGG ATGCTGAGGT CACCATAGCA TTTGATTATG AGTATAGTAA CTGTAATTAT
    AAAGTGGACT GTGCCTGTCA CAAGGGAAAC CGGAATTGTC CTATACAAAA AAGGAATCCT
    AATGCTACAG AACTGCCACT CCTACCACCT CCTCCAAGCC TACCCACCAT TGGAGCAGAG
    ACTAGACGTA GAAAAGCACG ACGGAAAGAG CTAGAGATGG AGCAGCAGAA TGAGGCTTCA
    GAGGAGAATA ATGACCAGCA ATCACAAGAA GTTCCAGAAA AAGTAACTGT ATCCAGTGAT
    CATGAGGAAG TAGACAATCC AGAAGAAAAA CCAGAAGAAG AGAAAGAAGA GGTTATAGAT
    GACCAGGAGA ACCTAGCTCA TAGCAGGAGG ACCAGGGAAG ATAGAAAGGT AGAAGCCATC
    ATGCATGCTT TTGAAAACTT AGAGAAAAGA AAGAAGCGGC GGGATCAGCC CTTGGAACAG
    AGCAACTCTG ATGTAGAGAT TACTACAACC ACCTCAGAGA CTCCTGTTGG TGAAGAGACA
    AAAACTGAAG CCCCTGAATC TGAAGTTAGC AACTCTGTTT CAAATGTTAC CATCCCAAGC
    ACCCCACAGA GTGTTGGTGT GAATACCCGG AGGTCTTCCC AAGCAGGGGA TATTGCTGCA
    GAAAAACTAG TCCCCAAGCC ACCTCCAGCA AAGCCTTCTA GGCCCCGGCC GAAGAGTCGA
    ATTTCTCGGT ACAGGACCAG TTCAGCCCAA AGACTAAAGC GTCAGAAGCA GGCCAATGCA
    CAGCAGGCAG AATTGTCACA AGCTGCCTTG GAAGAGGGAG GAAGTAACAG TTTAGTAACT
    CCTACTGAAG CTGGAAGTCT AGACAGTTCA GGAGAAAACA GGCCATTAAC AGGGTCTGAC
    CCAACTGTGG TGTCAATTAC TGGATCCCAT GTCAACCGTG CTGCATCTAA ATACCCCAAA
    ACCAAAAAGT ATCTAGTTAC AGAATGGTTG AATGACAAAG CAGAGAAGCA AGAGTGCCCT
    GTTGAGTGCC CTTTACGTAT CACAACGGAT CCAACTGTAC TGGCAACGAC CCTAAACATG
    TTACCAGGTC TTATCCATTC CCCGTTAATT TGCACCACCC CCAAACACTA CATTCGCTTT
    GGCTCACCCT TTATCCCTGA GAGACGTCGA AGGCCCCTTC TGCCTGATGG CACATTCAGC
    TCCTGTAAGA AGCGCTGGAT AAAACAAGCC TTAGAAGAAG GGATGACTCA AACATCATCT
    GTACCCCAAG AGACTAGAAC TCAGCACCTA TACCAAAGCA ATGAGAATAG TAGCTCTTCT
    AGTATCTGCA AAGACAATGC AGACTTGTTG AGCCCATTAA AGAAATGGAA GTCTCGCTAT
    CTGATGGAGC AGAATGTCAC CAAGTTACTT CGGCCTCTGT CTCCAGTCAC ACCACCCCCT
    CCCAATTCAG GCTCAAAGAG TCCCCAGCTG GCCACACCTG GCTCATCTCA CCCAGGAGAA
    GAGGAGTGTC GAAATGGATA CAGCCTCATG TTTTCACCAG TCACATCTCT TACTACTGCT
    AGTCGCTGCA ACACTCCTCT ACAGTTTGAG AACATATCCT CCCCTGAGAG TTCCCCTGCG
    CATAGGCCCG AGTCCCTGTC ACCCGAGCTT TGTCACCGAA AAGACCTGGA TTTGGCAAAA
    GTAGGATACC TTGACTCCAA CACTAACAGC TGTGCTGATA GACCTTCCCT ACTCAACTCA
    GGTCATTCTG ACCTGGCTCC TCATCCCTCC CTCGGACCCA CTTCTGAGAC TGGTTTCCCA
    AGCAGAAGTG GAGATGGACA TCAGACCCTC GTGAGAAACT CAGACCAGGC ATTTCGGACA
    GAGTTCAACT TGATGTATGC CTACTCCCCT TTGAATGCTA TGCCTCGAGC AGATGGACTG
    TATCGAGGAT CTCCTCTAGT GGGGGATAGG AAGCCTTTAC ATTTGGATGG GGGATATTGT
    TCCCCTGCAG AAGGATTTTC CAGCAGATAT GAACATGGCT TAATGAAAGA CCTCTCTCGT
    GGATCCTTGT CACCTGGTGG TGAAAGGGCC TGTGAAGGAG TCCCATCTGC CCCCCAGAAC
    CCACCACAGA GGAAAAAAGT ATCCCTGCTG GAGTACCGAA AACGGAAACA AGAAGCTAAG
    GAAAATTCTG CTGGTGGGGG AGGTGACTCT GCACAGAGCA AAAGCAAGTC TGCAGGAGCT
    GGGCAAGGCA GCAGTAACTC CGTTTCCGAC ACTGGTGCCC ATGGTGTGCA GGGATCCTCA
    GCCCGAACTC CATCTTCCCC TCACAAAAAA TTCTCCCCAT CTCATTCCTC TATGTCCCAT
    TTGGAGGCGG TAAGCCCATC AGATTCCAGA GGCACTTCTT CATCTCACTG CAGACCTCAA
    GAGAATATCA GCAGTAGGTG GATGGTTCCC ACATCAGTAG AACGACTCCG AGAAGGAGGG
    AGCATCCCCA AGGTCCTCCG AAGCAGCGTG AGGGTGGCCC AAAAGGGAGA GCCCTCTCCC
    ACATGGGAGA GTAACATCAC AGAGAAAGAC TCAGACCCTG CAGATGGAGA AGGCCCAGAG
    ACATTAAGCT CAGCACTCTC TAAAGGAGCA ACAGTTTACA GCCCTTCCAG ATACAGCTAC
    CAGCTCCTGC AGTGTGATAG TCCTCGGACA GAATCACAAA GCCTCCTTCA GCAGAGTTCC
    TCCCCCTTCA GAGGACATCC TACACAGTCT CCAGGATACA GTTATCGAAC TACTGCACTG
    AGACCTGGAA ACCCCCCCTC TCACGGTTCT TCAGAATCAT CCCTCTCTTC CACGTCCTAT
    TCCAGCCCCG CCCACCCTGT GTCCACAGAC TCGTTGGCCC CATTTACGGG GACACCAGGG
    TATTTTAGCA GCCAGCCACA TTCTGGAAAC AGCACTGGCA GCAATCTTCC AAGGAGGAGC
    TGCCCTTCTA GTGCTGCTAG CCCTACCCTG CAGGGACCCT CAGACTCGCC AACCTCAGAT
    TCAGTTTCTC AGTCCAGCAC AGGAACTCTG AGTTCCACCT CCTTTCCTCA GAACTCTAGG
    TCGTCATTGC CATCAGACTT ACGGACTATC AGTCTGCCCA GTGCTGGGCA GTCAGCTGTC
    TACCAGGCCT CCAGGGTATC TGCGGTTTCC AATTCACAGC ACTACCCACA CCGTGGGAGT
    GGGGGTGTGC ACCAGTACCG ACTCCAGCCA CTGCAAGGGT CAGGAGTCAA GACTCAGACG
    GGACTTTCCT AG

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

    CloneID OHu69172
    Clone ID Related Accession (Same CDS sequence) XM_017006780.1 , XM_011533933.1 , XM_017006779.1 , XM_011533932.1
    Accession Version XM_017006780.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4053bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X17
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    RefSeq XP_016862269.1
    CDS1054..5106
    Translation

    Target ORF information:

    RefSeq Version XM_017006780.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X24, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006780.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    CloneID OHu69172
    Clone ID Related Accession (Same CDS sequence) XM_017006780.1 , XM_011533933.1 , XM_017006779.1 , XM_011533932.1
    Accession Version XM_011533933.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4053bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X17
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    RefSeq XP_011532235.1
    CDS382..4434
    Translation

    Target ORF information:

    RefSeq Version XM_011533933.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X25, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533933.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    CloneID OHu69172
    Clone ID Related Accession (Same CDS sequence) XM_017006780.1 , XM_011533933.1 , XM_017006779.1 , XM_011533932.1
    Accession Version XM_017006779.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4053bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X17
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    RefSeq XP_016862268.1
    CDS1070..5122
    Translation

    Target ORF information:

    RefSeq Version XM_017006779.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X22, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017006779.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    CloneID OHu69172
    Clone ID Related Accession (Same CDS sequence) XM_017006780.1 , XM_011533933.1 , XM_017006779.1 , XM_011533932.1
    Accession Version XM_011533932.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4053bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-05
    Organism Homo sapiens(human)
    Product histone-lysine N-methyltransferase SETD5 isoform X17
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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

    RefSeq XP_011532234.1
    CDS1013..5065
    Translation

    Target ORF information:

    RefSeq Version XM_011533932.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SET domain containing 5 (SETD5), transcript variant X23, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011533932.1

    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
    ATGAGCAGGG GGAAGGTTAT TAGACTTCAT CGGCGGAAGC AGGACAACAT ATCAGGTGGG 
    GATAGCAGTG CAACAGAAAG CTGGGATGAG GAGCTTTCTC CTTCCACTGT GTTGTATACA
    GCAACACAGC ACACACCTAC AAGCATCACC TTAACTGTTA GAAGAACCAA ACCCAAGAAG
    CGGAAAAAGA GTCCAGAAAA GGGTCGTGCA GCACCAAAGA CGAAGAAAAT CAAGAATTCT
    CCCTCTGAAG CACAGAATTT AGATGAGAAT ACAACTGAGG GCTGGGAAAA TCGGATAAGA
    CTATGGACTG ACCAGTATGA AGAAGCTTTC ACTAATCAGT ACAGTGCAGA TGTACAGAAC
    GCGCTTGAAC AACACCTACA TTCTAGCAAG GAATTTGTGG GCAAACCTAC TATTTTAGAC
    ACTATTAATA AGACTGAATT GGCCTGTAAT AACACAGTTA TTGGTTCCCA AATGCAGTTA
    CAGCTGGGAA GAGTCACTCG TGTTCAAAAG CACCGGAAGA TCCTGAGGGC TGCAAGAGAT
    TTGGCTTTGG ACACTCTTAT AATAGAGTAT CGTGGGAAAG TCATGTTACG ACAGCAATTT
    GAGGTCAATG GGCATTTCTT CAAAAAACCA TACCCCTTTG TGCTCTTCTA CTCAAAATTC
    AATGGTGTAG AGATGTGTGT GGATGCCCGT ACTTTCGGTA ATGATGCTCG GTTCATCAGA
    AGATCATGTA CACCAAATGC AGAGGTGCGA CACATGATTG CAGATGGGAT GATTCACCTG
    TGCATCTATG CTGTGTCTGC CATCACCAAG GATGCTGAGG TCACCATAGC ATTTGATTAT
    GAGTATAGTA ACTGTAATTA TAAAGTGGAC TGTGCCTGTC ACAAGGGAAA CCGGAATTGT
    CCTATACAAA AAAGGAATCC TAATGCTACA GAACTGCCAC TCCTACCACC TCCTCCAAGC
    CTACCCACCA TTGGAGCAGA GACTAGACGT AGAAAAGCAC GACGGAAAGA GCTAGAGATG
    GAGCAGCAGA ATGAGGCTTC AGAGGAGAAT AATGACCAGC AATCACAAGA AGTTCCAGAA
    AAAGTAACTG TATCCAGTGA TCATGAGGAA GTAGACAATC CAGAAGAAAA ACCAGAAGAA
    GAGAAAGAAG AGGTTATAGA TGACCAGGAG AACCTAGCTC ATAGCAGGAG GACCAGGGAA
    GATAGAAAGG TAGAAGCCAT CATGCATGCT TTTGAAAACT TAGAGAAAAG AAAGAAGCGG
    CGGGATCAGC CCTTGGAACA GAGCAACTCT GATGTAGAGA TTACTACAAC CACCTCAGAG
    ACTCCTGTTG GTGAAGAGAC AAAAACTGAA GCCCCTGAAT CTGAAGTTAG CAACTCTGTT
    TCAAATGTTA CCATCCCAAG CACCCCACAG AGTGTTGGTG TGAATACCCG GAGGTCTTCC
    CAAGCAGGGG ATATTGCTGC AGAAAAACTA GTCCCCAAGC CACCTCCAGC AAAGCCTTCT
    AGGCCCCGGC CGAAGAGTCG AATTTCTCGG TACAGGACCA GTTCAGCCCA AAGACTAAAG
    CGTCAGAAGC AGGCCAATGC ACAGCAGGCA GAATTGTCAC AAGCTGCCTT GGAAGAGGGA
    GGAAGTAACA GTTTAGTAAC TCCTACTGAA GCTGGAAGTC TAGACAGTTC AGGAGAAAAC
    AGGCCATTAA CAGGGTCTGA CCCAACTGTG GTGTCAATTA CTGGATCCCA TGTCAACCGT
    GCTGCATCTA AATACCCCAA AACCAAAAAG TATCTAGTTA CAGAATGGTT GAATGACAAA
    GCAGAGAAGC AAGAGTGCCC TGTTGAGTGC CCTTTACGTA TCACAACGGA TCCAACTGTA
    CTGGCAACGA CCCTAAACAT GTTACCAGGT CTTATCCATT CCCCGTTAAT TTGCACCACC
    CCCAAACACT ACATTCGCTT TGGCTCACCC TTTATCCCTG AGAGACGTCG AAGGCCCCTT
    CTGCCTGATG GCACATTCAG CTCCTGTAAG AAGCGCTGGA TAAAACAAGC CTTAGAAGAA
    GGGATGACTC AAACATCATC TGTACCCCAA GAGACTAGAA CTCAGCACCT ATACCAAAGC
    AATGAGAATA GTAGCTCTTC TAGTATCTGC AAAGACAATG CAGACTTGTT GAGCCCATTA
    AAGAAATGGA AGTCTCGCTA TCTGATGGAG CAGAATGTCA CCAAGTTACT TCGGCCTCTG
    TCTCCAGTCA CACCACCCCC TCCCAATTCA GGCTCAAAGA GTCCCCAGCT GGCCACACCT
    GGCTCATCTC ACCCAGGAGA AGAGGAGTGT CGAAATGGAT ACAGCCTCAT GTTTTCACCA
    GTCACATCTC TTACTACTGC TAGTCGCTGC AACACTCCTC TACAGTTTGA GAACATATCC
    TCCCCTGAGA GTTCCCCTGC GCATAGGCCC GAGTCCCTGT CACCCGAGCT TTGTCACCGA
    AAAGACCTGG ATTTGGCAAA AGTAGGATAC CTTGACTCCA ACACTAACAG CTGTGCTGAT
    AGACCTTCCC TACTCAACTC AGGTCATTCT GACCTGGCTC CTCATCCCTC CCTCGGACCC
    ACTTCTGAGA CTGGTTTCCC AAGCAGAAGT GGAGATGGAC ATCAGACCCT CGTGAGAAAC
    TCAGACCAGG CATTTCGGAC AGAGTTCAAC TTGATGTATG CCTACTCCCC TTTGAATGCT
    ATGCCTCGAG CAGATGGACT GTATCGAGGA TCTCCTCTAG TGGGGGATAG GAAGCCTTTA
    CATTTGGATG GGGGATATTG TTCCCCTGCA GAAGGATTTT CCAGCAGATA TGAACATGGC
    TTAATGAAAG ACCTCTCTCG TGGATCCTTG TCACCTGGTG GTGAAAGGGC CTGTGAAGGA
    GTCCCATCTG CCCCCCAGAA CCCACCACAG AGGAAAAAAG TATCCCTGCT GGAGTACCGA
    AAACGGAAAC AAGAAGCTAA GGAAAATTCT GCTGGTGGGG GAGGTGACTC TGCACAGAGC
    AAAAGCAAGT CTGCAGGAGC TGGGCAAGGC AGCAGTAACT CCGTTTCCGA CACTGGTGCC
    CATGGTGTGC AGGGATCCTC AGCCCGAACT CCATCTTCCC CTCACAAAAA ATTCTCCCCA
    TCTCATTCCT CTATGTCCCA TTTGGAGGCG GTAAGCCCAT CAGATTCCAG AGGCACTTCT
    TCATCTCACT GCAGACCTCA AGAGAATATC AGCAGTAGGT GGATGGTTCC CACATCAGTA
    GAACGACTCC GAGAAGGAGG GAGCATCCCC AAGGTCCTCC GAAGCAGCGT GAGGGTGGCC
    CAAAAGGGAG AGCCCTCTCC CACATGGGAG AGTAACATCA CAGAGAAAGA CTCAGACCCT
    GCAGATGGAG AAGGCCCAGA GACATTAAGC TCAGCACTCT CTAAAGGAGC AACAGTTTAC
    AGCCCTTCCA GATACAGCTA CCAGCTCCTG CAGTGTGATA GTCCTCGGAC AGAATCACAA
    AGCCTCCTTC AGCAGAGTTC CTCCCCCTTC AGAGGACATC CTACACAGTC TCCAGGATAC
    AGTTATCGAA CTACTGCACT GAGACCTGGA AACCCCCCCT CTCACGGTTC TTCAGAATCA
    TCCCTCTCTT CCACGTCCTA TTCCAGCCCC GCCCACCCTG TGTCCACAGA CTCGTTGGCC
    CCATTTACGG GGACACCAGG GTATTTTAGC AGCCAGCCAC ATTCTGGAAA CAGCACTGGC
    AGCAATCTTC CAAGGAGGAG CTGCCCTTCT AGTGCTGCTA GCCCTACCCT GCAGGGACCC
    TCAGACTCGC CAACCTCAGA TTCAGTTTCT CAGTCCAGCA CAGGAACTCT GAGTTCCACC
    TCCTTTCCTC AGAACTCTAG GTCGTCATTG CCATCAGACT TACGGACTAT CAGTCTGCCC
    AGTGCTGGGC AGTCAGCTGT CTACCAGGCC TCCAGGGTAT CTGCGGTTTC CAATTCACAG
    CACTACCCAC ACCGTGGGAG TGGGGGTGTG CACCAGTACC GACTCCAGCC ACTGCAAGGG
    TCAGGAGTCA AGACTCAGAC GGGACTTTCC TAG

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