SCAF11 cDNA ORF clone, Homo sapiens(human)

The following SCAF11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SCAF11 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
OHu04567 NM_004719.3
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), mRNA. pcDNA3.1-C-(k)DYK or customized vector
in pcDNA3.1-C-(k)DYK
$519.50-$727.30
$1039.00
OHu84322 XM_017020219.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84322 XM_017020217.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84323 XM_017020218.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84324 XM_017020220.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84325 XM_017020221.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X8, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84326 XM_024449274.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X8, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu84326 XM_017020222.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X9, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OHu04567 XM_011538985.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X7, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu04567 XM_005269230.2
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu62559 XM_011538984.2
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu62561 XM_024449275.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X9, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
OHu62561 XM_017020223.1
Latest version!
Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X10, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $727.30
$1039.00
View Old Accession Versions >>
OHu04567 NM_004719.2 Homo sapiens SR-related CTD associated factor 11 (SCAF11), 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 OHu04567
    Clone ID Related Accession (Same CDS sequence) XM_005269230.2 , NM_004719.3 , NM_004719.2 , XM_011538985.1
    Accession Version NM_004719.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4392bp)
    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 2019-11-16
    Organism Homo sapiens(human)
    Product protein SCAF11
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC084878.12, AF030234.1 and AC000015.2. On Nov 23, 2018 this sequence version replaced NM_004719.2. ##Evidence-Data-START## Transcript exon combination :: AF030234.1, SRR1660803.223614.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000369367.8/ ENSP00000358374.3 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

    1
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    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    RefSeq NP_004710.2
    CDS244..4635
    Translation

    Target ORF information:

    RefSeq Version NM_004719.3
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_004719.3

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    CloneID OHu84322
    Clone ID Related Accession (Same CDS sequence) XM_017020217.1 , XM_017020219.1
    Accession Version XM_017020217.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4422bp)
    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 protein SCAF11 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAAGTTTG TCATAGTAAG AGTGGAGAAG TAAATTCTAC TAAAGTGGCA
    AATCTGGTTA AAGCCTATGT AGACAAATAC AAATATTCAC GGAAGGGGAG CCAAAAGAAA
    ACTCTGGAAG AACCTGTGTC TACTGAAAAA AACATAGGCT GA

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

    RefSeq XP_016875706.1
    CDS136..4557
    Translation

    Target ORF information:

    RefSeq Version XM_017020217.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020217.1

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAAGTTTG TCATAGTAAG AGTGGAGAAG TAAATTCTAC TAAAGTGGCA
    AATCTGGTTA AAGCCTATGT AGACAAATAC AAATATTCAC GGAAGGGGAG CCAAAAGAAA
    ACTCTGGAAG AACCTGTGTC TACTGAAAAA AACATAGGCT GA

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

    CloneID OHu84322
    Clone ID Related Accession (Same CDS sequence) XM_017020217.1 , XM_017020219.1
    Accession Version XM_017020219.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4422bp)
    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 protein SCAF11 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAAGTTTG TCATAGTAAG AGTGGAGAAG TAAATTCTAC TAAAGTGGCA
    AATCTGGTTA AAGCCTATGT AGACAAATAC AAATATTCAC GGAAGGGGAG CCAAAAGAAA
    ACTCTGGAAG AACCTGTGTC TACTGAAAAA AACATAGGCT GA

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

    RefSeq XP_016875708.1
    CDS335..4756
    Translation

    Target ORF information:

    RefSeq Version XM_017020219.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020219.1

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAAGTTTG TCATAGTAAG AGTGGAGAAG TAAATTCTAC TAAAGTGGCA
    AATCTGGTTA AAGCCTATGT AGACAAATAC AAATATTCAC GGAAGGGGAG CCAAAAGAAA
    ACTCTGGAAG AACCTGTGTC TACTGAAAAA AACATAGGCT GA

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

    CloneID OHu84323
    Clone ID Related Accession (Same CDS sequence) XM_017020218.1
    Accession Version XM_017020218.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4311bp)
    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 protein SCAF11 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAATGTGT ACTGCTGGAA TGTTCCATCC AAAAGATGTA G

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

    RefSeq XP_016875707.1
    CDS136..4446
    Translation

    Target ORF information:

    RefSeq Version XM_017020218.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020218.1

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGGGTA TTCCTAGTTC TTCTCATGTA
    AGTAATAACA TGAGTACACC AGTTTTGCCT GCTCCGACAG CAGCCCCAGG AAATACGGGA
    ATGGTTCAGG GACCAAGTTC TGGTAATACT TCGTCATCAA GTCACAGCAA AGCCTCTAAT
    GCTGCTGTAA AATTGGCAGA AAGCAAAGTA AGTGTTGCAG TGGAAGCCAG CGCAGATAGC
    TCGAAGACAG ACAAGAAATT GCAAATTCAA GAAAAAGCAG CACAAGAGGT AAAATTGGCC
    ATCAAGCCAT TTTACCAAAA TAAAGATATC ACCAAGGAAG AATATAAAGA AATTGTACGG
    AAAGCAGTAG ATAAATGTGT ACTGCTGGAA TGTTCCATCC AAAAGATGTA G

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

    CloneID OHu84324
    Clone ID Related Accession (Same CDS sequence) XM_017020220.1
    Accession Version XM_017020220.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4203bp)
    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 protein SCAF11 isoform X5
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGAAAT TGCAAATTCA AGAAAAAGCA
    GCACAAGAGG TAAAATTGGC CATCAAGCCA TTTTACCAAA ATAAAGATAT CACCAAGGAA
    GAATATAAAG AAATTGTACG GAAAGCAGTA GATAAAGTTT GTCATAGTAA GAGTGGAGAA
    GTAAATTCTA CTAAAGTGGC AAATCTGGTT AAAGCCTATG TAGACAAATA CAAATATTCA
    CGGAAGGGGA GCCAAAAGAA AACTCTGGAA GAACCTGTGT CTACTGAAAA AAACATAGGC
    TGA

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

    RefSeq XP_016875709.1
    CDS136..4338
    Translation

    Target ORF information:

    RefSeq Version XM_017020220.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020220.1

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGG AATTATTTAT TCCCATAAAA
    ACCTTAGAGA CACTGGCTTC ATGTCCTATT GACCGTAAAC CTTTTCAGGC AGTGTTTAAA
    TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT CAAGTAAAAA AACAGCTGAG AGAAACAAAA
    GACAAGAAAA ATGAAAACTC ATTTGAGAAA CAGGTCTCCT GTCATGAAAA TTCTAAAAGC
    TGTATAAGAA GAAAAGCCAT CGTAAGAGAA GATCTATTAA GTGCAAAAGT TTGTGACTTG
    AAGTGGATAC ATAGAAACTC TTTATACAGT GAAACAGGAG GAAAGAAAAA TGCAGCAATA
    AAGATAAATA AGCCTCAGAG ATCAAATTGG AGTACAAATC AGTGCTTCAG AAATTTTTTC
    TCCAATATGT TTTCTTCTGT TAGCCACTCT GGAGAATCTT CCTTTACCTA TAGAGCTTAT
    TGTACAGAAT TTATAGAAGC CAGTGAAATC AGTGCATTGA TTAGGCAGAA GAGACATGAA
    CTGGAATTGT CATGGTTTCC TGATACATTA CCTGGAATTG GAAGAATTGG TTTTATACCC
    TGGAATGTTG AAACAGAAGT CCTTCCTCTC ATTTCTTCTG TGTTGCCAAG AACTATTTTT
    CCAACAAGTA CCATATCTTT CGAACATTTT GGTACTTCTT GCAAGGGATA TGCATTAGCA
    CATACTCAAG AAGGGGAAGA AAAGAAGCAA ACTTCTGGTA CATCAAATAC CAGAGGATCA
    AGACGAAAAC CTGCAATGAC AACTCCTACA AGGAGGTCTA CACGTAACAC AAGAGCTGAA
    ACAGCCAGTC AGTCTCAGAG ATCCCCAATA TCAGACAATT CTGGGTGTGA TGCCCCAGGT
    AACAGTAATC CATCTTTAAG TGTTCCCTCT TCAGCTGAGT CAGAAAAGCA AACAAGACAG
    GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA AGAAAACCAC CTTTACTGAA AAAGAAACTT
    CGGAGCTCTG TAGCTGCCCC TGAAAAATCA TCTTCCAATG ATTCAGTAGA TGAAGAAACA
    GCAGAATCTG ACACATCACC TGTGTTAGAA AAAGAGCACC AACCAGATGT AGACAGTAGT
    AACATTTGTA CTGTGCAGAC TCATGTAGAA AACCAGTCTG CTAATTGCTT GAAAAGTTGC
    AATGAGCAAA TAGAAGAAAG TGAGAAGCAT ACTGCAAATT ATGATACAGA GGAAAGAGTA
    GGATCTTCAT CTTCTGAGTC TTGTGCTCAA GATCTTCCTG TGCTAGTTGG TGAGGAAGGG
    GAAGTTAAAA AACTCGAGAA TACAGGTATA GAGGCTAATG TTTTGTGTTT GGAAAGTGAG
    ATTTCTGAAA ATATTCTTGA AAAAGGAGGT GATCCATTGG AAAAGCAAGA CCAGATATCT
    GGACTTTCAC AATCAGAGGT AAAGACAGAT GTATGTACAG TTCATCTTCC AAATGATTTT
    CCTACATGTT TAACATCTGA AAGCAAAGTG TACCAACCTG TATCTTGTCC CCTAAGTGAC
    TTATCTGAGA ATGTAGAGTC AGTGGTTAAT GAAGAAAAAA TAACAGAGAG TTCCCTAGTA
    GAAATTACTG AACATAAAGA TTTTACACTA AAAACAGAGG AGCTTATAGA GAGCCCCAAG
    TTAGAATCTT CTGAGGGTGA AATTATACAG ACAGTGGACA GACAATCTGT TAAGAGCCCA
    GAGGTTCAAT TGCTTGGGCA TGTTGAAACT GAAGATGTAG AAATAATTGC AACATGTGAT
    ACTTTTGGGA ATGAAGATTT CAATAATATT CAAGACTCTG AAAATAACTT ACTAAAAAAT
    AATCTTCTGA ACACCAAATT GGAAAAATCT TTAGAAGAAA AGAATGAATC GCTGACCGAA
    CATCCTAGAT CTACAGAGTT GCCTAAAACA CACATTGAAC AGATTCAGAA GCATTTTAGT
    GAGGACAACA ATGAAATGAT ACCTATGGAG TGTGATTCAT TTTGCAGTGA CCAAAATGAA
    TCTGAAGTTG AACCATCTGT AAATGCTGAT CTTAAACAAA TGAATGAAAA TTCTGTGACA
    CACTGTTCTG AAAATAATAT GCCGTCTTCT GATCTTGCGG ATGAAAAGGT TGAAACTGTT
    TCTCAACCAT CTGAAAGCCC AAAAGATACC ATAGATAAAA CCAAAAAGCC TCGTACTCGA
    AGATCTAGAT TTCATTCTCC ATCTACAACT TGGTCACCCA ACAAAGACAC TCCACAAGAA
    AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA AGAGAAACTG GGAAAGAAAG CAGGAAGTCT
    CAATCACCAT CTCCTAAGAA TGAGTCAGCC AGAGGCCGGA AAAAATCCCG TTCTCAGTCC
    CCAAAAAAGG ATATTGCAAG AGAAAGGAGG CAATCTCAGT CTCGGTCTCC AAAAAGGGAT
    ACTACTAGGG AAAGCAGAAG ATCTGAATCA CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG
    AACAAAAGAT CTCAGCCAAG AGTGAAAGAT TCTTCCCCAG GAGAAAAATC CAGGTCCCAG
    AGCAGAGAAC GAGAAAGTGA TAGAGATGGG CAGAGGAGAG AGAGAGAAAG GAGAACCAGA
    AAGTGGTCTA GGTCCAGATC TCATTCTAGG TCCCCCTCAA GATGTAGAAC AAAAAGTAAG
    AGTTCATCAT TTGGTAGAAT TGACAGAGAT AGTTACTCTC CCCGGTGGAA GGGAAGATGG
    GCAAATGATG GTTGGAGATG TCCACGAGGA AATGATCGGT ACAGAAAGAA TGACCCAGAG
    AAACAGAATG AAAATACAAG AAAAGAAAAA AATGACATCC ATCTAGATGC TGATGATCCA
    AATTCTGCTG ACAAACATAG AAATGACTGT CCCAATTGGA TAACAGAAAA AATAAACTCT
    GGGCCTGATC CAAGAACCAG AAATCCAGAA AAGTTGAAAG AGTCTCATTG GGAAGAAAAT
    AGAAATGAAA ATTCAGGAAA TTCTTGGAAT AAAAACTTTG GTTCTGGTTG GGTATCTAAC
    CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA GGCACTTACA GAAGTAGTTT TGCCTATAAA
    GATCAGAATG AAAATCGGTG GCAAAATCGA AAACCCCTCT CAGGGAATTC AAACAGTTCA
    GGGAGTGAAT CTTTCAAGTT TGTGGAACAG CAATCCTATA AGCGAAAAAG TGAACAGGAG
    TTCTCATTTG ATACACCAGC AGATAGATCT GGATGGACAT CTGCATCCAG CTGGGCCGTG
    AGAAAGACTT TGCCAGCAGA TGTACAAAAC TACTACTCAC GACGAGGCAG AAATTCTTCA
    GGTCCACAGT CTGGATGGAT GAAACAAGAG GAGGAAACAT CTGGACAGGA TTCTAGCCTA
    AAAGACCAAA CAAACCAGCA AGTTGATGGT TCTCAGCTAC CTATAAATAT GATGCAACCG
    CAAATGAATG TAATGCAGCA ACAAATGAAT GCACAACACC AGCCTATGAA TATCTTCCCA
    TATCCAGTGG GTGTTCATGC TCCTTTGATG AACATCCAAC GCAATCCATT TAACATTCAT
    CCTCAGCTAC CCTTGCATCT CCACACAGGA GTGCCCCTCA TGCAGGTAGC CACTCCTACC
    AGTGTATCTC AGGGACTACC ACCACCACCA CCCCCTCCCC CACCATCCCA ACAAGTCAAC
    TACATTGCTT CACAACCAGA TGGAAAGCAA TTGCAGAAAT TGCAAATTCA AGAAAAAGCA
    GCACAAGAGG TAAAATTGGC CATCAAGCCA TTTTACCAAA ATAAAGATAT CACCAAGGAA
    GAATATAAAG AAATTGTACG GAAAGCAGTA GATAAAGTTT GTCATAGTAA GAGTGGAGAA
    GTAAATTCTA CTAAAGTGGC AAATCTGGTT AAAGCCTATG TAGACAAATA CAAATATTCA
    CGGAAGGGGA GCCAAAAGAA AACTCTGGAA GAACCTGTGT CTACTGAAAA AAACATAGGC
    TGA

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

    CloneID OHu84325
    Clone ID Related Accession (Same CDS sequence) XM_017020221.1
    Accession Version XM_017020221.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4287bp)
    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 protein SCAF11 isoform X6
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGGAATTA TTTATTCCCA TAAAAACCTT AGAGACACTG
    GCTTCATGTC CTATTGACCG TAAACCTTTT CAGGCAGTGT TTAAATTCAG TGCATTGGAA
    GGTTATGTTA AGGTTCAAGT AAAAAAACAG CTGAGAGAAA CAAAAGACAA GAAAAATGAA
    AACTCATTTG AGAAACAGGT CTCCTGTCAT GAAAATTCTA AAAGCTGTAT AAGAAGAAAA
    GCCATCGTAA GAGAAGATCT ATTAAGTGCA AAAGTTTGTG ACTTGAAGTG GATACATAGA
    AACTCTTTAT ACAGTGAAAC AGGAGGAAAG AAAAATGCAG CAATAAAGAT AAATAAGCCT
    CAGAGATCAA ATTGGAGTAC AAATCAGTGC TTCAGAAATT TTTTCTCCAA TATGTTTTCT
    TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT ACCTATAGAG CTTATTGTAC AGAATTTATA
    GAAGCCAGTG AAATCAGTGC ATTGATTAGG CAGAAGAGAC ATGAACTGGA ATTGTCATGG
    TTTCCTGATA CATTACCTGG AATTGGAAGA ATTGGTTTTA TACCCTGGAA TGTTGAAACA
    GAAGTCCTTC CTCTCATTTC TTCTGTGTTG CCAAGAACTA TTTTTCCAAC AAGTACCATA
    TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG GGATATGCAT TAGCACATAC TCAAGAAGGG
    GAAGAAAAGA AGCAAACTTC TGGTACATCA AATACCAGAG GATCAAGACG AAAACCTGCA
    ATGACAACTC CTACAAGGAG GTCTACACGT AACACAAGAG CTGAAACAGC CAGTCAGTCT
    CAGAGATCCC CAATATCAGA CAATTCTGGG TGTGATGCCC CAGGTAACAG TAATCCATCT
    TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA AAGCAAACAA GACAGGCTCC AAAACGGAAG
    TCTGTAAGAA GAGGAAGAAA ACCACCTTTA CTGAAAAAGA AACTTCGGAG CTCTGTAGCT
    GCCCCTGAAA AATCATCTTC CAATGATTCA GTAGATGAAG AAACAGCAGA ATCTGACACA
    TCACCTGTGT TAGAAAAAGA GCACCAACCA GATGTAGACA GTAGTAACAT TTGTACTGTG
    CAGACTCATG TAGAAAACCA GTCTGCTAAT TGCTTGAAAA GTTGCAATGA GCAAATAGAA
    GAAAGTGAGA AGCATACTGC AAATTATGAT ACAGAGGAAA GAGTAGGATC TTCATCTTCT
    GAGTCTTGTG CTCAAGATCT TCCTGTGCTA GTTGGTGAGG AAGGGGAAGT TAAAAAACTC
    GAGAATACAG GTATAGAGGC TAATGTTTTG TGTTTGGAAA GTGAGATTTC TGAAAATATT
    CTTGAAAAAG GAGGTGATCC ATTGGAAAAG CAAGACCAGA TATCTGGACT TTCACAATCA
    GAGGTAAAGA CAGATGTATG TACAGTTCAT CTTCCAAATG ATTTTCCTAC ATGTTTAACA
    TCTGAAAGCA AAGTGTACCA ACCTGTATCT TGTCCCCTAA GTGACTTATC TGAGAATGTA
    GAGTCAGTGG TTAATGAAGA AAAAATAACA GAGAGTTCCC TAGTAGAAAT TACTGAACAT
    AAAGATTTTA CACTAAAAAC AGAGGAGCTT ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG
    GGTGAAATTA TACAGACAGT GGACAGACAA TCTGTTAAGA GCCCAGAGGT TCAATTGCTT
    GGGCATGTTG AAACTGAAGA TGTAGAAATA ATTGCAACAT GTGATACTTT TGGGAATGAA
    GATTTCAATA ATATTCAAGA CTCTGAAAAT AACTTACTAA AAAATAATCT TCTGAACACC
    AAATTGGAAA AATCTTTAGA AGAAAAGAAT GAATCGCTGA CCGAACATCC TAGATCTACA
    GAGTTGCCTA AAACACACAT TGAACAGATT CAGAAGCATT TTAGTGAGGA CAACAATGAA
    ATGATACCTA TGGAGTGTGA TTCATTTTGC AGTGACCAAA ATGAATCTGA AGTTGAACCA
    TCTGTAAATG CTGATCTTAA ACAAATGAAT GAAAATTCTG TGACACACTG TTCTGAAAAT
    AATATGCCGT CTTCTGATCT TGCGGATGAA AAGGTTGAAA CTGTTTCTCA ACCATCTGAA
    AGCCCAAAAG ATACCATAGA TAAAACCAAA AAGCCTCGTA CTCGAAGATC TAGATTTCAT
    TCTCCATCTA CAACTTGGTC ACCCAACAAA GACACTCCAC AAGAAAAGAA GCGGCCCCAG
    TCTCCATCTC CCAGAAGAGA AACTGGGAAA GAAAGCAGGA AGTCTCAATC ACCATCTCCT
    AAGAATGAGT CAGCCAGAGG CCGGAAAAAA TCCCGTTCTC AGTCCCCAAA AAAGGATATT
    GCAAGAGAAA GGAGGCAATC TCAGTCTCGG TCTCCAAAAA GGGATACTAC TAGGGAAAGC
    AGAAGATCTG AATCACTGTC CCCAAGAAGA GAAACTTCTA GAGAGAACAA AAGATCTCAG
    CCAAGAGTGA AAGATTCTTC CCCAGGAGAA AAATCCAGGT CCCAGAGCAG AGAACGAGAA
    AGTGATAGAG ATGGGCAGAG GAGAGAGAGA GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC
    AGATCTCATT CTAGGTCCCC CTCAAGATGT AGAACAAAAA GTAAGAGTTC ATCATTTGGT
    AGAATTGACA GAGATAGTTA CTCTCCCCGG TGGAAGGGAA GATGGGCAAA TGATGGTTGG
    AGATGTCCAC GAGGAAATGA TCGGTACAGA AAGAATGACC CAGAGAAACA GAATGAAAAT
    ACAAGAAAAG AAAAAAATGA CATCCATCTA GATGCTGATG ATCCAAATTC TGCTGACAAA
    CATAGAAATG ACTGTCCCAA TTGGATAACA GAAAAAATAA ACTCTGGGCC TGATCCAAGA
    ACCAGAAATC CAGAAAAGTT GAAAGAGTCT CATTGGGAAG AAAATAGAAA TGAAAATTCA
    GGAAATTCTT GGAATAAAAA CTTTGGTTCT GGTTGGGTAT CTAACCGTGG TAGAGGCAGA
    GGCAACCGTG GCAGAGGCAC TTACAGAAGT AGTTTTGCCT ATAAAGATCA GAATGAAAAT
    CGGTGGCAAA ATCGAAAACC CCTCTCAGGG AATTCAAACA GTTCAGGGAG TGAATCTTTC
    AAGTTTGTGG AACAGCAATC CTATAAGCGA AAAAGTGAAC AGGAGTTCTC ATTTGATACA
    CCAGCAGATA GATCTGGATG GACATCTGCA TCCAGCTGGG CCGTGAGAAA GACTTTGCCA
    GCAGATGTAC AAAACTACTA CTCACGACGA GGCAGAAATT CTTCAGGTCC ACAGTCTGGA
    TGGATGAAAC AAGAGGAGGA AACATCTGGA CAGGATTCTA GCCTAAAAGA CCAAACAAAC
    CAGCAAGTTG ATGGTTCTCA GCTACCTATA AATATGATGC AACCGCAAAT GAATGTAATG
    CAGCAACAAA TGAATGCACA ACACCAGCCT ATGAATATCT TCCCATATCC AGTGGGTGTT
    CATGCTCCTT TGATGAACAT CCAACGCAAT CCATTTAACA TTCATCCTCA GCTACCCTTG
    CATCTCCACA CAGGAGTGCC CCTCATGCAG GTAGCCACTC CTACCAGTGT ATCTCAGGGA
    CTACCACCAC CACCACCCCC TCCCCCACCA TCCCAACAAG TCAACTACAT TGCTTCACAA
    CCAGATGGAA AGCAATTGCA GGGTATTCCT AGTTCTTCTC ATGTAAGTAA TAACATGAGT
    ACACCAGTTT TGCCTGCTCC GACAGCAGCC CCAGGAAATA CGGGAATGGT TCAGGGACCA
    AGTTCTGGTA ATACTTCGTC ATCAAGTCAC AGCAAAGCCT CTAATGCTGC TGTAAAATTG
    GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA GCCAGCGCAG ATAGCTCGAA GACAGACAAG
    AAATTGCAAA TTCAAGAAAA AGCAGCACAA GAGGTAAAAT TGGCCATCAA GCCATTTTAC
    CAAAATAAAG ATATCACCAA GGAAGAATAT AAAGAAATTG TACGGAAAGC AGTAGATAAA
    GTTTGTCATA GTAAGAGTGG AGAAGTAAAT TCTACTAAAG TGGCAAATCT GGTTAAAGCC
    TATGTAGACA AATACAAATA TTCACGGAAG GGGAGCCAAA AGAAAACTCT GGAAGAACCT
    GTGTCTACTG AAAAAAACAT AGGCTGA

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

    RefSeq XP_016875710.1
    CDS600..4886
    Translation

    Target ORF information:

    RefSeq Version XM_017020221.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X8, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020221.1

    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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGGAATTA TTTATTCCCA TAAAAACCTT AGAGACACTG
    GCTTCATGTC CTATTGACCG TAAACCTTTT CAGGCAGTGT TTAAATTCAG TGCATTGGAA
    GGTTATGTTA AGGTTCAAGT AAAAAAACAG CTGAGAGAAA CAAAAGACAA GAAAAATGAA
    AACTCATTTG AGAAACAGGT CTCCTGTCAT GAAAATTCTA AAAGCTGTAT AAGAAGAAAA
    GCCATCGTAA GAGAAGATCT ATTAAGTGCA AAAGTTTGTG ACTTGAAGTG GATACATAGA
    AACTCTTTAT ACAGTGAAAC AGGAGGAAAG AAAAATGCAG CAATAAAGAT AAATAAGCCT
    CAGAGATCAA ATTGGAGTAC AAATCAGTGC TTCAGAAATT TTTTCTCCAA TATGTTTTCT
    TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT ACCTATAGAG CTTATTGTAC AGAATTTATA
    GAAGCCAGTG AAATCAGTGC ATTGATTAGG CAGAAGAGAC ATGAACTGGA ATTGTCATGG
    TTTCCTGATA CATTACCTGG AATTGGAAGA ATTGGTTTTA TACCCTGGAA TGTTGAAACA
    GAAGTCCTTC CTCTCATTTC TTCTGTGTTG CCAAGAACTA TTTTTCCAAC AAGTACCATA
    TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG GGATATGCAT TAGCACATAC TCAAGAAGGG
    GAAGAAAAGA AGCAAACTTC TGGTACATCA AATACCAGAG GATCAAGACG AAAACCTGCA
    ATGACAACTC CTACAAGGAG GTCTACACGT AACACAAGAG CTGAAACAGC CAGTCAGTCT
    CAGAGATCCC CAATATCAGA CAATTCTGGG TGTGATGCCC CAGGTAACAG TAATCCATCT
    TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA AAGCAAACAA GACAGGCTCC AAAACGGAAG
    TCTGTAAGAA GAGGAAGAAA ACCACCTTTA CTGAAAAAGA AACTTCGGAG CTCTGTAGCT
    GCCCCTGAAA AATCATCTTC CAATGATTCA GTAGATGAAG AAACAGCAGA ATCTGACACA
    TCACCTGTGT TAGAAAAAGA GCACCAACCA GATGTAGACA GTAGTAACAT TTGTACTGTG
    CAGACTCATG TAGAAAACCA GTCTGCTAAT TGCTTGAAAA GTTGCAATGA GCAAATAGAA
    GAAAGTGAGA AGCATACTGC AAATTATGAT ACAGAGGAAA GAGTAGGATC TTCATCTTCT
    GAGTCTTGTG CTCAAGATCT TCCTGTGCTA GTTGGTGAGG AAGGGGAAGT TAAAAAACTC
    GAGAATACAG GTATAGAGGC TAATGTTTTG TGTTTGGAAA GTGAGATTTC TGAAAATATT
    CTTGAAAAAG GAGGTGATCC ATTGGAAAAG CAAGACCAGA TATCTGGACT TTCACAATCA
    GAGGTAAAGA CAGATGTATG TACAGTTCAT CTTCCAAATG ATTTTCCTAC ATGTTTAACA
    TCTGAAAGCA AAGTGTACCA ACCTGTATCT TGTCCCCTAA GTGACTTATC TGAGAATGTA
    GAGTCAGTGG TTAATGAAGA AAAAATAACA GAGAGTTCCC TAGTAGAAAT TACTGAACAT
    AAAGATTTTA CACTAAAAAC AGAGGAGCTT ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG
    GGTGAAATTA TACAGACAGT GGACAGACAA TCTGTTAAGA GCCCAGAGGT TCAATTGCTT
    GGGCATGTTG AAACTGAAGA TGTAGAAATA ATTGCAACAT GTGATACTTT TGGGAATGAA
    GATTTCAATA ATATTCAAGA CTCTGAAAAT AACTTACTAA AAAATAATCT TCTGAACACC
    AAATTGGAAA AATCTTTAGA AGAAAAGAAT GAATCGCTGA CCGAACATCC TAGATCTACA
    GAGTTGCCTA AAACACACAT TGAACAGATT CAGAAGCATT TTAGTGAGGA CAACAATGAA
    ATGATACCTA TGGAGTGTGA TTCATTTTGC AGTGACCAAA ATGAATCTGA AGTTGAACCA
    TCTGTAAATG CTGATCTTAA ACAAATGAAT GAAAATTCTG TGACACACTG TTCTGAAAAT
    AATATGCCGT CTTCTGATCT TGCGGATGAA AAGGTTGAAA CTGTTTCTCA ACCATCTGAA
    AGCCCAAAAG ATACCATAGA TAAAACCAAA AAGCCTCGTA CTCGAAGATC TAGATTTCAT
    TCTCCATCTA CAACTTGGTC ACCCAACAAA GACACTCCAC AAGAAAAGAA GCGGCCCCAG
    TCTCCATCTC CCAGAAGAGA AACTGGGAAA GAAAGCAGGA AGTCTCAATC ACCATCTCCT
    AAGAATGAGT CAGCCAGAGG CCGGAAAAAA TCCCGTTCTC AGTCCCCAAA AAAGGATATT
    GCAAGAGAAA GGAGGCAATC TCAGTCTCGG TCTCCAAAAA GGGATACTAC TAGGGAAAGC
    AGAAGATCTG AATCACTGTC CCCAAGAAGA GAAACTTCTA GAGAGAACAA AAGATCTCAG
    CCAAGAGTGA AAGATTCTTC CCCAGGAGAA AAATCCAGGT CCCAGAGCAG AGAACGAGAA
    AGTGATAGAG ATGGGCAGAG GAGAGAGAGA GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC
    AGATCTCATT CTAGGTCCCC CTCAAGATGT AGAACAAAAA GTAAGAGTTC ATCATTTGGT
    AGAATTGACA GAGATAGTTA CTCTCCCCGG TGGAAGGGAA GATGGGCAAA TGATGGTTGG
    AGATGTCCAC GAGGAAATGA TCGGTACAGA AAGAATGACC CAGAGAAACA GAATGAAAAT
    ACAAGAAAAG AAAAAAATGA CATCCATCTA GATGCTGATG ATCCAAATTC TGCTGACAAA
    CATAGAAATG ACTGTCCCAA TTGGATAACA GAAAAAATAA ACTCTGGGCC TGATCCAAGA
    ACCAGAAATC CAGAAAAGTT GAAAGAGTCT CATTGGGAAG AAAATAGAAA TGAAAATTCA
    GGAAATTCTT GGAATAAAAA CTTTGGTTCT GGTTGGGTAT CTAACCGTGG TAGAGGCAGA
    GGCAACCGTG GCAGAGGCAC TTACAGAAGT AGTTTTGCCT ATAAAGATCA GAATGAAAAT
    CGGTGGCAAA ATCGAAAACC CCTCTCAGGG AATTCAAACA GTTCAGGGAG TGAATCTTTC
    AAGTTTGTGG AACAGCAATC CTATAAGCGA AAAAGTGAAC AGGAGTTCTC ATTTGATACA
    CCAGCAGATA GATCTGGATG GACATCTGCA TCCAGCTGGG CCGTGAGAAA GACTTTGCCA
    GCAGATGTAC AAAACTACTA CTCACGACGA GGCAGAAATT CTTCAGGTCC ACAGTCTGGA
    TGGATGAAAC AAGAGGAGGA AACATCTGGA CAGGATTCTA GCCTAAAAGA CCAAACAAAC
    CAGCAAGTTG ATGGTTCTCA GCTACCTATA AATATGATGC AACCGCAAAT GAATGTAATG
    CAGCAACAAA TGAATGCACA ACACCAGCCT ATGAATATCT TCCCATATCC AGTGGGTGTT
    CATGCTCCTT TGATGAACAT CCAACGCAAT CCATTTAACA TTCATCCTCA GCTACCCTTG
    CATCTCCACA CAGGAGTGCC CCTCATGCAG GTAGCCACTC CTACCAGTGT ATCTCAGGGA
    CTACCACCAC CACCACCCCC TCCCCCACCA TCCCAACAAG TCAACTACAT TGCTTCACAA
    CCAGATGGAA AGCAATTGCA GGGTATTCCT AGTTCTTCTC ATGTAAGTAA TAACATGAGT
    ACACCAGTTT TGCCTGCTCC GACAGCAGCC CCAGGAAATA CGGGAATGGT TCAGGGACCA
    AGTTCTGGTA ATACTTCGTC ATCAAGTCAC AGCAAAGCCT CTAATGCTGC TGTAAAATTG
    GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA GCCAGCGCAG ATAGCTCGAA GACAGACAAG
    AAATTGCAAA TTCAAGAAAA AGCAGCACAA GAGGTAAAAT TGGCCATCAA GCCATTTTAC
    CAAAATAAAG ATATCACCAA GGAAGAATAT AAAGAAATTG TACGGAAAGC AGTAGATAAA
    GTTTGTCATA GTAAGAGTGG AGAAGTAAAT TCTACTAAAG TGGCAAATCT GGTTAAAGCC
    TATGTAGACA AATACAAATA TTCACGGAAG GGGAGCCAAA AGAAAACTCT GGAAGAACCT
    GTGTCTACTG AAAAAAACAT AGGCTGA

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

    CloneID OHu84326
    Clone ID Related Accession (Same CDS sequence) XM_024449274.1 , XM_017020222.1
    Accession Version XM_024449274.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4257bp)
    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 protein SCAF11 isoform X6
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGACACTG GCTTCATGTC CTATTGACCG TAAACCTTTT
    CAGGCAGTGT TTAAATTCAG TGCATTGGAA GGTTATGTTA AGGTTCAAGT AAAAAAACAG
    CTGAGAGAAA CAAAAGACAA GAAAAATGAA AACTCATTTG AGAAACAGGT CTCCTGTCAT
    GAAAATTCTA AAAGCTGTAT AAGAAGAAAA GCCATCGTAA GAGAAGATCT ATTAAGTGCA
    AAAGTTTGTG ACTTGAAGTG GATACATAGA AACTCTTTAT ACAGTGAAAC AGGAGGAAAG
    AAAAATGCAG CAATAAAGAT AAATAAGCCT CAGAGATCAA ATTGGAGTAC AAATCAGTGC
    TTCAGAAATT TTTTCTCCAA TATGTTTTCT TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT
    ACCTATAGAG CTTATTGTAC AGAATTTATA GAAGCCAGTG AAATCAGTGC ATTGATTAGG
    CAGAAGAGAC ATGAACTGGA ATTGTCATGG TTTCCTGATA CATTACCTGG AATTGGAAGA
    ATTGGTTTTA TACCCTGGAA TGTTGAAACA GAAGTCCTTC CTCTCATTTC TTCTGTGTTG
    CCAAGAACTA TTTTTCCAAC AAGTACCATA TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG
    GGATATGCAT TAGCACATAC TCAAGAAGGG GAAGAAAAGA AGCAAACTTC TGGTACATCA
    AATACCAGAG GATCAAGACG AAAACCTGCA ATGACAACTC CTACAAGGAG GTCTACACGT
    AACACAAGAG CTGAAACAGC CAGTCAGTCT CAGAGATCCC CAATATCAGA CAATTCTGGG
    TGTGATGCCC CAGGTAACAG TAATCCATCT TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA
    AAGCAAACAA GACAGGCTCC AAAACGGAAG TCTGTAAGAA GAGGAAGAAA ACCACCTTTA
    CTGAAAAAGA AACTTCGGAG CTCTGTAGCT GCCCCTGAAA AATCATCTTC CAATGATTCA
    GTAGATGAAG AAACAGCAGA ATCTGACACA TCACCTGTGT TAGAAAAAGA GCACCAACCA
    GATGTAGACA GTAGTAACAT TTGTACTGTG CAGACTCATG TAGAAAACCA GTCTGCTAAT
    TGCTTGAAAA GTTGCAATGA GCAAATAGAA GAAAGTGAGA AGCATACTGC AAATTATGAT
    ACAGAGGAAA GAGTAGGATC TTCATCTTCT GAGTCTTGTG CTCAAGATCT TCCTGTGCTA
    GTTGGTGAGG AAGGGGAAGT TAAAAAACTC GAGAATACAG GTATAGAGGC TAATGTTTTG
    TGTTTGGAAA GTGAGATTTC TGAAAATATT CTTGAAAAAG GAGGTGATCC ATTGGAAAAG
    CAAGACCAGA TATCTGGACT TTCACAATCA GAGGTAAAGA CAGATGTATG TACAGTTCAT
    CTTCCAAATG ATTTTCCTAC ATGTTTAACA TCTGAAAGCA AAGTGTACCA ACCTGTATCT
    TGTCCCCTAA GTGACTTATC TGAGAATGTA GAGTCAGTGG TTAATGAAGA AAAAATAACA
    GAGAGTTCCC TAGTAGAAAT TACTGAACAT AAAGATTTTA CACTAAAAAC AGAGGAGCTT
    ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG GGTGAAATTA TACAGACAGT GGACAGACAA
    TCTGTTAAGA GCCCAGAGGT TCAATTGCTT GGGCATGTTG AAACTGAAGA TGTAGAAATA
    ATTGCAACAT GTGATACTTT TGGGAATGAA GATTTCAATA ATATTCAAGA CTCTGAAAAT
    AACTTACTAA AAAATAATCT TCTGAACACC AAATTGGAAA AATCTTTAGA AGAAAAGAAT
    GAATCGCTGA CCGAACATCC TAGATCTACA GAGTTGCCTA AAACACACAT TGAACAGATT
    CAGAAGCATT TTAGTGAGGA CAACAATGAA ATGATACCTA TGGAGTGTGA TTCATTTTGC
    AGTGACCAAA ATGAATCTGA AGTTGAACCA TCTGTAAATG CTGATCTTAA ACAAATGAAT
    GAAAATTCTG TGACACACTG TTCTGAAAAT AATATGCCGT CTTCTGATCT TGCGGATGAA
    AAGGTTGAAA CTGTTTCTCA ACCATCTGAA AGCCCAAAAG ATACCATAGA TAAAACCAAA
    AAGCCTCGTA CTCGAAGATC TAGATTTCAT TCTCCATCTA CAACTTGGTC ACCCAACAAA
    GACACTCCAC AAGAAAAGAA GCGGCCCCAG TCTCCATCTC CCAGAAGAGA AACTGGGAAA
    GAAAGCAGGA AGTCTCAATC ACCATCTCCT AAGAATGAGT CAGCCAGAGG CCGGAAAAAA
    TCCCGTTCTC AGTCCCCAAA AAAGGATATT GCAAGAGAAA GGAGGCAATC TCAGTCTCGG
    TCTCCAAAAA GGGATACTAC TAGGGAAAGC AGAAGATCTG AATCACTGTC CCCAAGAAGA
    GAAACTTCTA GAGAGAACAA AAGATCTCAG CCAAGAGTGA AAGATTCTTC CCCAGGAGAA
    AAATCCAGGT CCCAGAGCAG AGAACGAGAA AGTGATAGAG ATGGGCAGAG GAGAGAGAGA
    GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC AGATCTCATT CTAGGTCCCC CTCAAGATGT
    AGAACAAAAA GTAAGAGTTC ATCATTTGGT AGAATTGACA GAGATAGTTA CTCTCCCCGG
    TGGAAGGGAA GATGGGCAAA TGATGGTTGG AGATGTCCAC GAGGAAATGA TCGGTACAGA
    AAGAATGACC CAGAGAAACA GAATGAAAAT ACAAGAAAAG AAAAAAATGA CATCCATCTA
    GATGCTGATG ATCCAAATTC TGCTGACAAA CATAGAAATG ACTGTCCCAA TTGGATAACA
    GAAAAAATAA ACTCTGGGCC TGATCCAAGA ACCAGAAATC CAGAAAAGTT GAAAGAGTCT
    CATTGGGAAG AAAATAGAAA TGAAAATTCA GGAAATTCTT GGAATAAAAA CTTTGGTTCT
    GGTTGGGTAT CTAACCGTGG TAGAGGCAGA GGCAACCGTG GCAGAGGCAC TTACAGAAGT
    AGTTTTGCCT ATAAAGATCA GAATGAAAAT CGGTGGCAAA ATCGAAAACC CCTCTCAGGG
    AATTCAAACA GTTCAGGGAG TGAATCTTTC AAGTTTGTGG AACAGCAATC CTATAAGCGA
    AAAAGTGAAC AGGAGTTCTC ATTTGATACA CCAGCAGATA GATCTGGATG GACATCTGCA
    TCCAGCTGGG CCGTGAGAAA GACTTTGCCA GCAGATGTAC AAAACTACTA CTCACGACGA
    GGCAGAAATT CTTCAGGTCC ACAGTCTGGA TGGATGAAAC AAGAGGAGGA AACATCTGGA
    CAGGATTCTA GCCTAAAAGA CCAAACAAAC CAGCAAGTTG ATGGTTCTCA GCTACCTATA
    AATATGATGC AACCGCAAAT GAATGTAATG CAGCAACAAA TGAATGCACA ACACCAGCCT
    ATGAATATCT TCCCATATCC AGTGGGTGTT CATGCTCCTT TGATGAACAT CCAACGCAAT
    CCATTTAACA TTCATCCTCA GCTACCCTTG CATCTCCACA CAGGAGTGCC CCTCATGCAG
    GTAGCCACTC CTACCAGTGT ATCTCAGGGA CTACCACCAC CACCACCCCC TCCCCCACCA
    TCCCAACAAG TCAACTACAT TGCTTCACAA CCAGATGGAA AGCAATTGCA GGGTATTCCT
    AGTTCTTCTC ATGTAAGTAA TAACATGAGT ACACCAGTTT TGCCTGCTCC GACAGCAGCC
    CCAGGAAATA CGGGAATGGT TCAGGGACCA AGTTCTGGTA ATACTTCGTC ATCAAGTCAC
    AGCAAAGCCT CTAATGCTGC TGTAAAATTG GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA
    GCCAGCGCAG ATAGCTCGAA GACAGACAAG AAATTGCAAA TTCAAGAAAA AGCAGCACAA
    GAGGTAAAAT TGGCCATCAA GCCATTTTAC CAAAATAAAG ATATCACCAA GGAAGAATAT
    AAAGAAATTG TACGGAAAGC AGTAGATAAA GTTTGTCATA GTAAGAGTGG AGAAGTAAAT
    TCTACTAAAG TGGCAAATCT GGTTAAAGCC TATGTAGACA AATACAAATA TTCACGGAAG
    GGGAGCCAAA AGAAAACTCT GGAAGAACCT GTGTCTACTG AAAAAAACAT AGGCTGA

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

    RefSeq XP_024305042.1
    CDS1585..5841
    Translation

    Target ORF information:

    RefSeq Version XM_024449274.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X8, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_024449274.1

    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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGACACTG GCTTCATGTC CTATTGACCG TAAACCTTTT
    CAGGCAGTGT TTAAATTCAG TGCATTGGAA GGTTATGTTA AGGTTCAAGT AAAAAAACAG
    CTGAGAGAAA CAAAAGACAA GAAAAATGAA AACTCATTTG AGAAACAGGT CTCCTGTCAT
    GAAAATTCTA AAAGCTGTAT AAGAAGAAAA GCCATCGTAA GAGAAGATCT ATTAAGTGCA
    AAAGTTTGTG ACTTGAAGTG GATACATAGA AACTCTTTAT ACAGTGAAAC AGGAGGAAAG
    AAAAATGCAG CAATAAAGAT AAATAAGCCT CAGAGATCAA ATTGGAGTAC AAATCAGTGC
    TTCAGAAATT TTTTCTCCAA TATGTTTTCT TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT
    ACCTATAGAG CTTATTGTAC AGAATTTATA GAAGCCAGTG AAATCAGTGC ATTGATTAGG
    CAGAAGAGAC ATGAACTGGA ATTGTCATGG TTTCCTGATA CATTACCTGG AATTGGAAGA
    ATTGGTTTTA TACCCTGGAA TGTTGAAACA GAAGTCCTTC CTCTCATTTC TTCTGTGTTG
    CCAAGAACTA TTTTTCCAAC AAGTACCATA TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG
    GGATATGCAT TAGCACATAC TCAAGAAGGG GAAGAAAAGA AGCAAACTTC TGGTACATCA
    AATACCAGAG GATCAAGACG AAAACCTGCA ATGACAACTC CTACAAGGAG GTCTACACGT
    AACACAAGAG CTGAAACAGC CAGTCAGTCT CAGAGATCCC CAATATCAGA CAATTCTGGG
    TGTGATGCCC CAGGTAACAG TAATCCATCT TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA
    AAGCAAACAA GACAGGCTCC AAAACGGAAG TCTGTAAGAA GAGGAAGAAA ACCACCTTTA
    CTGAAAAAGA AACTTCGGAG CTCTGTAGCT GCCCCTGAAA AATCATCTTC CAATGATTCA
    GTAGATGAAG AAACAGCAGA ATCTGACACA TCACCTGTGT TAGAAAAAGA GCACCAACCA
    GATGTAGACA GTAGTAACAT TTGTACTGTG CAGACTCATG TAGAAAACCA GTCTGCTAAT
    TGCTTGAAAA GTTGCAATGA GCAAATAGAA GAAAGTGAGA AGCATACTGC AAATTATGAT
    ACAGAGGAAA GAGTAGGATC TTCATCTTCT GAGTCTTGTG CTCAAGATCT TCCTGTGCTA
    GTTGGTGAGG AAGGGGAAGT TAAAAAACTC GAGAATACAG GTATAGAGGC TAATGTTTTG
    TGTTTGGAAA GTGAGATTTC TGAAAATATT CTTGAAAAAG GAGGTGATCC ATTGGAAAAG
    CAAGACCAGA TATCTGGACT TTCACAATCA GAGGTAAAGA CAGATGTATG TACAGTTCAT
    CTTCCAAATG ATTTTCCTAC ATGTTTAACA TCTGAAAGCA AAGTGTACCA ACCTGTATCT
    TGTCCCCTAA GTGACTTATC TGAGAATGTA GAGTCAGTGG TTAATGAAGA AAAAATAACA
    GAGAGTTCCC TAGTAGAAAT TACTGAACAT AAAGATTTTA CACTAAAAAC AGAGGAGCTT
    ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG GGTGAAATTA TACAGACAGT GGACAGACAA
    TCTGTTAAGA GCCCAGAGGT TCAATTGCTT GGGCATGTTG AAACTGAAGA TGTAGAAATA
    ATTGCAACAT GTGATACTTT TGGGAATGAA GATTTCAATA ATATTCAAGA CTCTGAAAAT
    AACTTACTAA AAAATAATCT TCTGAACACC AAATTGGAAA AATCTTTAGA AGAAAAGAAT
    GAATCGCTGA CCGAACATCC TAGATCTACA GAGTTGCCTA AAACACACAT TGAACAGATT
    CAGAAGCATT TTAGTGAGGA CAACAATGAA ATGATACCTA TGGAGTGTGA TTCATTTTGC
    AGTGACCAAA ATGAATCTGA AGTTGAACCA TCTGTAAATG CTGATCTTAA ACAAATGAAT
    GAAAATTCTG TGACACACTG TTCTGAAAAT AATATGCCGT CTTCTGATCT TGCGGATGAA
    AAGGTTGAAA CTGTTTCTCA ACCATCTGAA AGCCCAAAAG ATACCATAGA TAAAACCAAA
    AAGCCTCGTA CTCGAAGATC TAGATTTCAT TCTCCATCTA CAACTTGGTC ACCCAACAAA
    GACACTCCAC AAGAAAAGAA GCGGCCCCAG TCTCCATCTC CCAGAAGAGA AACTGGGAAA
    GAAAGCAGGA AGTCTCAATC ACCATCTCCT AAGAATGAGT CAGCCAGAGG CCGGAAAAAA
    TCCCGTTCTC AGTCCCCAAA AAAGGATATT GCAAGAGAAA GGAGGCAATC TCAGTCTCGG
    TCTCCAAAAA GGGATACTAC TAGGGAAAGC AGAAGATCTG AATCACTGTC CCCAAGAAGA
    GAAACTTCTA GAGAGAACAA AAGATCTCAG CCAAGAGTGA AAGATTCTTC CCCAGGAGAA
    AAATCCAGGT CCCAGAGCAG AGAACGAGAA AGTGATAGAG ATGGGCAGAG GAGAGAGAGA
    GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC AGATCTCATT CTAGGTCCCC CTCAAGATGT
    AGAACAAAAA GTAAGAGTTC ATCATTTGGT AGAATTGACA GAGATAGTTA CTCTCCCCGG
    TGGAAGGGAA GATGGGCAAA TGATGGTTGG AGATGTCCAC GAGGAAATGA TCGGTACAGA
    AAGAATGACC CAGAGAAACA GAATGAAAAT ACAAGAAAAG AAAAAAATGA CATCCATCTA
    GATGCTGATG ATCCAAATTC TGCTGACAAA CATAGAAATG ACTGTCCCAA TTGGATAACA
    GAAAAAATAA ACTCTGGGCC TGATCCAAGA ACCAGAAATC CAGAAAAGTT GAAAGAGTCT
    CATTGGGAAG AAAATAGAAA TGAAAATTCA GGAAATTCTT GGAATAAAAA CTTTGGTTCT
    GGTTGGGTAT CTAACCGTGG TAGAGGCAGA GGCAACCGTG GCAGAGGCAC TTACAGAAGT
    AGTTTTGCCT ATAAAGATCA GAATGAAAAT CGGTGGCAAA ATCGAAAACC CCTCTCAGGG
    AATTCAAACA GTTCAGGGAG TGAATCTTTC AAGTTTGTGG AACAGCAATC CTATAAGCGA
    AAAAGTGAAC AGGAGTTCTC ATTTGATACA CCAGCAGATA GATCTGGATG GACATCTGCA
    TCCAGCTGGG CCGTGAGAAA GACTTTGCCA GCAGATGTAC AAAACTACTA CTCACGACGA
    GGCAGAAATT CTTCAGGTCC ACAGTCTGGA TGGATGAAAC AAGAGGAGGA AACATCTGGA
    CAGGATTCTA GCCTAAAAGA CCAAACAAAC CAGCAAGTTG ATGGTTCTCA GCTACCTATA
    AATATGATGC AACCGCAAAT GAATGTAATG CAGCAACAAA TGAATGCACA ACACCAGCCT
    ATGAATATCT TCCCATATCC AGTGGGTGTT CATGCTCCTT TGATGAACAT CCAACGCAAT
    CCATTTAACA TTCATCCTCA GCTACCCTTG CATCTCCACA CAGGAGTGCC CCTCATGCAG
    GTAGCCACTC CTACCAGTGT ATCTCAGGGA CTACCACCAC CACCACCCCC TCCCCCACCA
    TCCCAACAAG TCAACTACAT TGCTTCACAA CCAGATGGAA AGCAATTGCA GGGTATTCCT
    AGTTCTTCTC ATGTAAGTAA TAACATGAGT ACACCAGTTT TGCCTGCTCC GACAGCAGCC
    CCAGGAAATA CGGGAATGGT TCAGGGACCA AGTTCTGGTA ATACTTCGTC ATCAAGTCAC
    AGCAAAGCCT CTAATGCTGC TGTAAAATTG GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA
    GCCAGCGCAG ATAGCTCGAA GACAGACAAG AAATTGCAAA TTCAAGAAAA AGCAGCACAA
    GAGGTAAAAT TGGCCATCAA GCCATTTTAC CAAAATAAAG ATATCACCAA GGAAGAATAT
    AAAGAAATTG TACGGAAAGC AGTAGATAAA GTTTGTCATA GTAAGAGTGG AGAAGTAAAT
    TCTACTAAAG TGGCAAATCT GGTTAAAGCC TATGTAGACA AATACAAATA TTCACGGAAG
    GGGAGCCAAA AGAAAACTCT GGAAGAACCT GTGTCTACTG AAAAAAACAT AGGCTGA

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

    CloneID OHu84326
    Clone ID Related Accession (Same CDS sequence) XM_024449274.1 , XM_017020222.1
    Accession Version XM_017020222.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4257bp)
    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 protein SCAF11 isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGACACTG GCTTCATGTC CTATTGACCG TAAACCTTTT
    CAGGCAGTGT TTAAATTCAG TGCATTGGAA GGTTATGTTA AGGTTCAAGT AAAAAAACAG
    CTGAGAGAAA CAAAAGACAA GAAAAATGAA AACTCATTTG AGAAACAGGT CTCCTGTCAT
    GAAAATTCTA AAAGCTGTAT AAGAAGAAAA GCCATCGTAA GAGAAGATCT ATTAAGTGCA
    AAAGTTTGTG ACTTGAAGTG GATACATAGA AACTCTTTAT ACAGTGAAAC AGGAGGAAAG
    AAAAATGCAG CAATAAAGAT AAATAAGCCT CAGAGATCAA ATTGGAGTAC AAATCAGTGC
    TTCAGAAATT TTTTCTCCAA TATGTTTTCT TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT
    ACCTATAGAG CTTATTGTAC AGAATTTATA GAAGCCAGTG AAATCAGTGC ATTGATTAGG
    CAGAAGAGAC ATGAACTGGA ATTGTCATGG TTTCCTGATA CATTACCTGG AATTGGAAGA
    ATTGGTTTTA TACCCTGGAA TGTTGAAACA GAAGTCCTTC CTCTCATTTC TTCTGTGTTG
    CCAAGAACTA TTTTTCCAAC AAGTACCATA TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG
    GGATATGCAT TAGCACATAC TCAAGAAGGG GAAGAAAAGA AGCAAACTTC TGGTACATCA
    AATACCAGAG GATCAAGACG AAAACCTGCA ATGACAACTC CTACAAGGAG GTCTACACGT
    AACACAAGAG CTGAAACAGC CAGTCAGTCT CAGAGATCCC CAATATCAGA CAATTCTGGG
    TGTGATGCCC CAGGTAACAG TAATCCATCT TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA
    AAGCAAACAA GACAGGCTCC AAAACGGAAG TCTGTAAGAA GAGGAAGAAA ACCACCTTTA
    CTGAAAAAGA AACTTCGGAG CTCTGTAGCT GCCCCTGAAA AATCATCTTC CAATGATTCA
    GTAGATGAAG AAACAGCAGA ATCTGACACA TCACCTGTGT TAGAAAAAGA GCACCAACCA
    GATGTAGACA GTAGTAACAT TTGTACTGTG CAGACTCATG TAGAAAACCA GTCTGCTAAT
    TGCTTGAAAA GTTGCAATGA GCAAATAGAA GAAAGTGAGA AGCATACTGC AAATTATGAT
    ACAGAGGAAA GAGTAGGATC TTCATCTTCT GAGTCTTGTG CTCAAGATCT TCCTGTGCTA
    GTTGGTGAGG AAGGGGAAGT TAAAAAACTC GAGAATACAG GTATAGAGGC TAATGTTTTG
    TGTTTGGAAA GTGAGATTTC TGAAAATATT CTTGAAAAAG GAGGTGATCC ATTGGAAAAG
    CAAGACCAGA TATCTGGACT TTCACAATCA GAGGTAAAGA CAGATGTATG TACAGTTCAT
    CTTCCAAATG ATTTTCCTAC ATGTTTAACA TCTGAAAGCA AAGTGTACCA ACCTGTATCT
    TGTCCCCTAA GTGACTTATC TGAGAATGTA GAGTCAGTGG TTAATGAAGA AAAAATAACA
    GAGAGTTCCC TAGTAGAAAT TACTGAACAT AAAGATTTTA CACTAAAAAC AGAGGAGCTT
    ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG GGTGAAATTA TACAGACAGT GGACAGACAA
    TCTGTTAAGA GCCCAGAGGT TCAATTGCTT GGGCATGTTG AAACTGAAGA TGTAGAAATA
    ATTGCAACAT GTGATACTTT TGGGAATGAA GATTTCAATA ATATTCAAGA CTCTGAAAAT
    AACTTACTAA AAAATAATCT TCTGAACACC AAATTGGAAA AATCTTTAGA AGAAAAGAAT
    GAATCGCTGA CCGAACATCC TAGATCTACA GAGTTGCCTA AAACACACAT TGAACAGATT
    CAGAAGCATT TTAGTGAGGA CAACAATGAA ATGATACCTA TGGAGTGTGA TTCATTTTGC
    AGTGACCAAA ATGAATCTGA AGTTGAACCA TCTGTAAATG CTGATCTTAA ACAAATGAAT
    GAAAATTCTG TGACACACTG TTCTGAAAAT AATATGCCGT CTTCTGATCT TGCGGATGAA
    AAGGTTGAAA CTGTTTCTCA ACCATCTGAA AGCCCAAAAG ATACCATAGA TAAAACCAAA
    AAGCCTCGTA CTCGAAGATC TAGATTTCAT TCTCCATCTA CAACTTGGTC ACCCAACAAA
    GACACTCCAC AAGAAAAGAA GCGGCCCCAG TCTCCATCTC CCAGAAGAGA AACTGGGAAA
    GAAAGCAGGA AGTCTCAATC ACCATCTCCT AAGAATGAGT CAGCCAGAGG CCGGAAAAAA
    TCCCGTTCTC AGTCCCCAAA AAAGGATATT GCAAGAGAAA GGAGGCAATC TCAGTCTCGG
    TCTCCAAAAA GGGATACTAC TAGGGAAAGC AGAAGATCTG AATCACTGTC CCCAAGAAGA
    GAAACTTCTA GAGAGAACAA AAGATCTCAG CCAAGAGTGA AAGATTCTTC CCCAGGAGAA
    AAATCCAGGT CCCAGAGCAG AGAACGAGAA AGTGATAGAG ATGGGCAGAG GAGAGAGAGA
    GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC AGATCTCATT CTAGGTCCCC CTCAAGATGT
    AGAACAAAAA GTAAGAGTTC ATCATTTGGT AGAATTGACA GAGATAGTTA CTCTCCCCGG
    TGGAAGGGAA GATGGGCAAA TGATGGTTGG AGATGTCCAC GAGGAAATGA TCGGTACAGA
    AAGAATGACC CAGAGAAACA GAATGAAAAT ACAAGAAAAG AAAAAAATGA CATCCATCTA
    GATGCTGATG ATCCAAATTC TGCTGACAAA CATAGAAATG ACTGTCCCAA TTGGATAACA
    GAAAAAATAA ACTCTGGGCC TGATCCAAGA ACCAGAAATC CAGAAAAGTT GAAAGAGTCT
    CATTGGGAAG AAAATAGAAA TGAAAATTCA GGAAATTCTT GGAATAAAAA CTTTGGTTCT
    GGTTGGGTAT CTAACCGTGG TAGAGGCAGA GGCAACCGTG GCAGAGGCAC TTACAGAAGT
    AGTTTTGCCT ATAAAGATCA GAATGAAAAT CGGTGGCAAA ATCGAAAACC CCTCTCAGGG
    AATTCAAACA GTTCAGGGAG TGAATCTTTC AAGTTTGTGG AACAGCAATC CTATAAGCGA
    AAAAGTGAAC AGGAGTTCTC ATTTGATACA CCAGCAGATA GATCTGGATG GACATCTGCA
    TCCAGCTGGG CCGTGAGAAA GACTTTGCCA GCAGATGTAC AAAACTACTA CTCACGACGA
    GGCAGAAATT CTTCAGGTCC ACAGTCTGGA TGGATGAAAC AAGAGGAGGA AACATCTGGA
    CAGGATTCTA GCCTAAAAGA CCAAACAAAC CAGCAAGTTG ATGGTTCTCA GCTACCTATA
    AATATGATGC AACCGCAAAT GAATGTAATG CAGCAACAAA TGAATGCACA ACACCAGCCT
    ATGAATATCT TCCCATATCC AGTGGGTGTT CATGCTCCTT TGATGAACAT CCAACGCAAT
    CCATTTAACA TTCATCCTCA GCTACCCTTG CATCTCCACA CAGGAGTGCC CCTCATGCAG
    GTAGCCACTC CTACCAGTGT ATCTCAGGGA CTACCACCAC CACCACCCCC TCCCCCACCA
    TCCCAACAAG TCAACTACAT TGCTTCACAA CCAGATGGAA AGCAATTGCA GGGTATTCCT
    AGTTCTTCTC ATGTAAGTAA TAACATGAGT ACACCAGTTT TGCCTGCTCC GACAGCAGCC
    CCAGGAAATA CGGGAATGGT TCAGGGACCA AGTTCTGGTA ATACTTCGTC ATCAAGTCAC
    AGCAAAGCCT CTAATGCTGC TGTAAAATTG GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA
    GCCAGCGCAG ATAGCTCGAA GACAGACAAG AAATTGCAAA TTCAAGAAAA AGCAGCACAA
    GAGGTAAAAT TGGCCATCAA GCCATTTTAC CAAAATAAAG ATATCACCAA GGAAGAATAT
    AAAGAAATTG TACGGAAAGC AGTAGATAAA GTTTGTCATA GTAAGAGTGG AGAAGTAAAT
    TCTACTAAAG TGGCAAATCT GGTTAAAGCC TATGTAGACA AATACAAATA TTCACGGAAG
    GGGAGCCAAA AGAAAACTCT GGAAGAACCT GTGTCTACTG AAAAAAACAT AGGCTGA

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

    RefSeq XP_016875711.1
    CDS600..4856
    Translation

    Target ORF information:

    RefSeq Version XM_017020222.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X9, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020222.1

    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
    ATGGTTCTCC ATCCTTTCTT TCAACTTCAA GTGCATCTTT CACACAACCT TTACCCTGAT 
    GTACATGTTC CAGGTTTCTC TAGGACACTG GCTTCATGTC CTATTGACCG TAAACCTTTT
    CAGGCAGTGT TTAAATTCAG TGCATTGGAA GGTTATGTTA AGGTTCAAGT AAAAAAACAG
    CTGAGAGAAA CAAAAGACAA GAAAAATGAA AACTCATTTG AGAAACAGGT CTCCTGTCAT
    GAAAATTCTA AAAGCTGTAT AAGAAGAAAA GCCATCGTAA GAGAAGATCT ATTAAGTGCA
    AAAGTTTGTG ACTTGAAGTG GATACATAGA AACTCTTTAT ACAGTGAAAC AGGAGGAAAG
    AAAAATGCAG CAATAAAGAT AAATAAGCCT CAGAGATCAA ATTGGAGTAC AAATCAGTGC
    TTCAGAAATT TTTTCTCCAA TATGTTTTCT TCTGTTAGCC ACTCTGGAGA ATCTTCCTTT
    ACCTATAGAG CTTATTGTAC AGAATTTATA GAAGCCAGTG AAATCAGTGC ATTGATTAGG
    CAGAAGAGAC ATGAACTGGA ATTGTCATGG TTTCCTGATA CATTACCTGG AATTGGAAGA
    ATTGGTTTTA TACCCTGGAA TGTTGAAACA GAAGTCCTTC CTCTCATTTC TTCTGTGTTG
    CCAAGAACTA TTTTTCCAAC AAGTACCATA TCTTTCGAAC ATTTTGGTAC TTCTTGCAAG
    GGATATGCAT TAGCACATAC TCAAGAAGGG GAAGAAAAGA AGCAAACTTC TGGTACATCA
    AATACCAGAG GATCAAGACG AAAACCTGCA ATGACAACTC CTACAAGGAG GTCTACACGT
    AACACAAGAG CTGAAACAGC CAGTCAGTCT CAGAGATCCC CAATATCAGA CAATTCTGGG
    TGTGATGCCC CAGGTAACAG TAATCCATCT TTAAGTGTTC CCTCTTCAGC TGAGTCAGAA
    AAGCAAACAA GACAGGCTCC AAAACGGAAG TCTGTAAGAA GAGGAAGAAA ACCACCTTTA
    CTGAAAAAGA AACTTCGGAG CTCTGTAGCT GCCCCTGAAA AATCATCTTC CAATGATTCA
    GTAGATGAAG AAACAGCAGA ATCTGACACA TCACCTGTGT TAGAAAAAGA GCACCAACCA
    GATGTAGACA GTAGTAACAT TTGTACTGTG CAGACTCATG TAGAAAACCA GTCTGCTAAT
    TGCTTGAAAA GTTGCAATGA GCAAATAGAA GAAAGTGAGA AGCATACTGC AAATTATGAT
    ACAGAGGAAA GAGTAGGATC TTCATCTTCT GAGTCTTGTG CTCAAGATCT TCCTGTGCTA
    GTTGGTGAGG AAGGGGAAGT TAAAAAACTC GAGAATACAG GTATAGAGGC TAATGTTTTG
    TGTTTGGAAA GTGAGATTTC TGAAAATATT CTTGAAAAAG GAGGTGATCC ATTGGAAAAG
    CAAGACCAGA TATCTGGACT TTCACAATCA GAGGTAAAGA CAGATGTATG TACAGTTCAT
    CTTCCAAATG ATTTTCCTAC ATGTTTAACA TCTGAAAGCA AAGTGTACCA ACCTGTATCT
    TGTCCCCTAA GTGACTTATC TGAGAATGTA GAGTCAGTGG TTAATGAAGA AAAAATAACA
    GAGAGTTCCC TAGTAGAAAT TACTGAACAT AAAGATTTTA CACTAAAAAC AGAGGAGCTT
    ATAGAGAGCC CCAAGTTAGA ATCTTCTGAG GGTGAAATTA TACAGACAGT GGACAGACAA
    TCTGTTAAGA GCCCAGAGGT TCAATTGCTT GGGCATGTTG AAACTGAAGA TGTAGAAATA
    ATTGCAACAT GTGATACTTT TGGGAATGAA GATTTCAATA ATATTCAAGA CTCTGAAAAT
    AACTTACTAA AAAATAATCT TCTGAACACC AAATTGGAAA AATCTTTAGA AGAAAAGAAT
    GAATCGCTGA CCGAACATCC TAGATCTACA GAGTTGCCTA AAACACACAT TGAACAGATT
    CAGAAGCATT TTAGTGAGGA CAACAATGAA ATGATACCTA TGGAGTGTGA TTCATTTTGC
    AGTGACCAAA ATGAATCTGA AGTTGAACCA TCTGTAAATG CTGATCTTAA ACAAATGAAT
    GAAAATTCTG TGACACACTG TTCTGAAAAT AATATGCCGT CTTCTGATCT TGCGGATGAA
    AAGGTTGAAA CTGTTTCTCA ACCATCTGAA AGCCCAAAAG ATACCATAGA TAAAACCAAA
    AAGCCTCGTA CTCGAAGATC TAGATTTCAT TCTCCATCTA CAACTTGGTC ACCCAACAAA
    GACACTCCAC AAGAAAAGAA GCGGCCCCAG TCTCCATCTC CCAGAAGAGA AACTGGGAAA
    GAAAGCAGGA AGTCTCAATC ACCATCTCCT AAGAATGAGT CAGCCAGAGG CCGGAAAAAA
    TCCCGTTCTC AGTCCCCAAA AAAGGATATT GCAAGAGAAA GGAGGCAATC TCAGTCTCGG
    TCTCCAAAAA GGGATACTAC TAGGGAAAGC AGAAGATCTG AATCACTGTC CCCAAGAAGA
    GAAACTTCTA GAGAGAACAA AAGATCTCAG CCAAGAGTGA AAGATTCTTC CCCAGGAGAA
    AAATCCAGGT CCCAGAGCAG AGAACGAGAA AGTGATAGAG ATGGGCAGAG GAGAGAGAGA
    GAAAGGAGAA CCAGAAAGTG GTCTAGGTCC AGATCTCATT CTAGGTCCCC CTCAAGATGT
    AGAACAAAAA GTAAGAGTTC ATCATTTGGT AGAATTGACA GAGATAGTTA CTCTCCCCGG
    TGGAAGGGAA GATGGGCAAA TGATGGTTGG AGATGTCCAC GAGGAAATGA TCGGTACAGA
    AAGAATGACC CAGAGAAACA GAATGAAAAT ACAAGAAAAG AAAAAAATGA CATCCATCTA
    GATGCTGATG ATCCAAATTC TGCTGACAAA CATAGAAATG ACTGTCCCAA TTGGATAACA
    GAAAAAATAA ACTCTGGGCC TGATCCAAGA ACCAGAAATC CAGAAAAGTT GAAAGAGTCT
    CATTGGGAAG AAAATAGAAA TGAAAATTCA GGAAATTCTT GGAATAAAAA CTTTGGTTCT
    GGTTGGGTAT CTAACCGTGG TAGAGGCAGA GGCAACCGTG GCAGAGGCAC TTACAGAAGT
    AGTTTTGCCT ATAAAGATCA GAATGAAAAT CGGTGGCAAA ATCGAAAACC CCTCTCAGGG
    AATTCAAACA GTTCAGGGAG TGAATCTTTC AAGTTTGTGG AACAGCAATC CTATAAGCGA
    AAAAGTGAAC AGGAGTTCTC ATTTGATACA CCAGCAGATA GATCTGGATG GACATCTGCA
    TCCAGCTGGG CCGTGAGAAA GACTTTGCCA GCAGATGTAC AAAACTACTA CTCACGACGA
    GGCAGAAATT CTTCAGGTCC ACAGTCTGGA TGGATGAAAC AAGAGGAGGA AACATCTGGA
    CAGGATTCTA GCCTAAAAGA CCAAACAAAC CAGCAAGTTG ATGGTTCTCA GCTACCTATA
    AATATGATGC AACCGCAAAT GAATGTAATG CAGCAACAAA TGAATGCACA ACACCAGCCT
    ATGAATATCT TCCCATATCC AGTGGGTGTT CATGCTCCTT TGATGAACAT CCAACGCAAT
    CCATTTAACA TTCATCCTCA GCTACCCTTG CATCTCCACA CAGGAGTGCC CCTCATGCAG
    GTAGCCACTC CTACCAGTGT ATCTCAGGGA CTACCACCAC CACCACCCCC TCCCCCACCA
    TCCCAACAAG TCAACTACAT TGCTTCACAA CCAGATGGAA AGCAATTGCA GGGTATTCCT
    AGTTCTTCTC ATGTAAGTAA TAACATGAGT ACACCAGTTT TGCCTGCTCC GACAGCAGCC
    CCAGGAAATA CGGGAATGGT TCAGGGACCA AGTTCTGGTA ATACTTCGTC ATCAAGTCAC
    AGCAAAGCCT CTAATGCTGC TGTAAAATTG GCAGAAAGCA AAGTAAGTGT TGCAGTGGAA
    GCCAGCGCAG ATAGCTCGAA GACAGACAAG AAATTGCAAA TTCAAGAAAA AGCAGCACAA
    GAGGTAAAAT TGGCCATCAA GCCATTTTAC CAAAATAAAG ATATCACCAA GGAAGAATAT
    AAAGAAATTG TACGGAAAGC AGTAGATAAA GTTTGTCATA GTAAGAGTGG AGAAGTAAAT
    TCTACTAAAG TGGCAAATCT GGTTAAAGCC TATGTAGACA AATACAAATA TTCACGGAAG
    GGGAGCCAAA AGAAAACTCT GGAAGAACCT GTGTCTACTG AAAAAAACAT AGGCTGA

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

    CloneID OHu04567
    Clone ID Related Accession (Same CDS sequence) XM_005269230.2 , NM_004719.3 , NM_004719.2 , XM_011538985.1
    Accession Version NM_004719.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4392bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2017-10-01
    Organism Homo sapiens(human)
    Product protein SCAF11
    Comment Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC084878.12, AF030234.1 and AC000015.2. On Nov 10, 2006 this sequence version replaced NM_004719.1. ##Evidence-Data-START## Transcript exon combination :: AF030234.1, SRR1660803.223614.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##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
    4081
    4141
    4201
    4261
    4321
    4381
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    RefSeq NP_004710.2
    CDS288..4679
    Translation

    Target ORF information:

    RefSeq Version NM_004719.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_004719.2

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    CloneID OHu04567
    Clone ID Related Accession (Same CDS sequence) XM_005269230.2 , NM_004719.3 , NM_004719.2 , XM_011538985.1
    Accession Version XM_005269230.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4392bp)
    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 protein SCAF11 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 12, 2015 this sequence version replaced XM_005269230.1. ##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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    RefSeq XP_005269287.2
    CDS178..4569
    Translation

    Target ORF information:

    RefSeq Version XM_005269230.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005269230.2

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    CloneID OHu04567
    Clone ID Related Accession (Same CDS sequence) XM_005269230.2 , NM_004719.3 , NM_004719.2 , XM_011538985.1
    Accession Version XM_011538985.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4392bp)
    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 protein SCAF11 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    RefSeq XP_011537287.1
    CDS122..4513
    Translation

    Target ORF information:

    RefSeq Version XM_011538985.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X7, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011538985.1

    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
    ATGAAGAAGA AAACTGTATG TACCCTAAAT ATGGGAGATA AGAAGTATGA AGACATGGAA 
    GGTGAAGAAA ACGGAGATAA TACTATTTCC ACTGGTCTGT TGTACAGTGA GGCTGACAGA
    TGCCCAATAT GTCTTAATTG TCTATTAGAA AAGGAAGTTG GTTTTCCAGA AAGCTGTAAT
    CATGTCTTCT GTATGACTTG TATTCTTAAA TGGGCAGAGA CACTGGCTTC ATGTCCTATT
    GACCGTAAAC CTTTTCAGGC AGTGTTTAAA TTCAGTGCAT TGGAAGGTTA TGTTAAGGTT
    CAAGTAAAAA AACAGCTGAG AGAAACAAAA GACAAGAAAA ATGAAAACTC ATTTGAGAAA
    CAGGTCTCCT GTCATGAAAA TTCTAAAAGC TGTATAAGAA GAAAAGCCAT CGTAAGAGAA
    GATCTATTAA GTGCAAAAGT TTGTGACTTG AAGTGGATAC ATAGAAACTC TTTATACAGT
    GAAACAGGAG GAAAGAAAAA TGCAGCAATA AAGATAAATA AGCCTCAGAG ATCAAATTGG
    AGTACAAATC AGTGCTTCAG AAATTTTTTC TCCAATATGT TTTCTTCTGT TAGCCACTCT
    GGAGAATCTT CCTTTACCTA TAGAGCTTAT TGTACAGAAT TTATAGAAGC CAGTGAAATC
    AGTGCATTGA TTAGGCAGAA GAGACATGAA CTGGAATTGT CATGGTTTCC TGATACATTA
    CCTGGAATTG GAAGAATTGG TTTTATACCC TGGAATGTTG AAACAGAAGT CCTTCCTCTC
    ATTTCTTCTG TGTTGCCAAG AACTATTTTT CCAACAAGTA CCATATCTTT CGAACATTTT
    GGTACTTCTT GCAAGGGATA TGCATTAGCA CATACTCAAG AAGGGGAAGA AAAGAAGCAA
    ACTTCTGGTA CATCAAATAC CAGAGGATCA AGACGAAAAC CTGCAATGAC AACTCCTACA
    AGGAGGTCTA CACGTAACAC AAGAGCTGAA ACAGCCAGTC AGTCTCAGAG ATCCCCAATA
    TCAGACAATT CTGGGTGTGA TGCCCCAGGT AACAGTAATC CATCTTTAAG TGTTCCCTCT
    TCAGCTGAGT CAGAAAAGCA AACAAGACAG GCTCCAAAAC GGAAGTCTGT AAGAAGAGGA
    AGAAAACCAC CTTTACTGAA AAAGAAACTT CGGAGCTCTG TAGCTGCCCC TGAAAAATCA
    TCTTCCAATG ATTCAGTAGA TGAAGAAACA GCAGAATCTG ACACATCACC TGTGTTAGAA
    AAAGAGCACC AACCAGATGT AGACAGTAGT AACATTTGTA CTGTGCAGAC TCATGTAGAA
    AACCAGTCTG CTAATTGCTT GAAAAGTTGC AATGAGCAAA TAGAAGAAAG TGAGAAGCAT
    ACTGCAAATT ATGATACAGA GGAAAGAGTA GGATCTTCAT CTTCTGAGTC TTGTGCTCAA
    GATCTTCCTG TGCTAGTTGG TGAGGAAGGG GAAGTTAAAA AACTCGAGAA TACAGGTATA
    GAGGCTAATG TTTTGTGTTT GGAAAGTGAG ATTTCTGAAA ATATTCTTGA AAAAGGAGGT
    GATCCATTGG AAAAGCAAGA CCAGATATCT GGACTTTCAC AATCAGAGGT AAAGACAGAT
    GTATGTACAG TTCATCTTCC AAATGATTTT CCTACATGTT TAACATCTGA AAGCAAAGTG
    TACCAACCTG TATCTTGTCC CCTAAGTGAC TTATCTGAGA ATGTAGAGTC AGTGGTTAAT
    GAAGAAAAAA TAACAGAGAG TTCCCTAGTA GAAATTACTG AACATAAAGA TTTTACACTA
    AAAACAGAGG AGCTTATAGA GAGCCCCAAG TTAGAATCTT CTGAGGGTGA AATTATACAG
    ACAGTGGACA GACAATCTGT TAAGAGCCCA GAGGTTCAAT TGCTTGGGCA TGTTGAAACT
    GAAGATGTAG AAATAATTGC AACATGTGAT ACTTTTGGGA ATGAAGATTT CAATAATATT
    CAAGACTCTG AAAATAACTT ACTAAAAAAT AATCTTCTGA ACACCAAATT GGAAAAATCT
    TTAGAAGAAA AGAATGAATC GCTGACCGAA CATCCTAGAT CTACAGAGTT GCCTAAAACA
    CACATTGAAC AGATTCAGAA GCATTTTAGT GAGGACAACA ATGAAATGAT ACCTATGGAG
    TGTGATTCAT TTTGCAGTGA CCAAAATGAA TCTGAAGTTG AACCATCTGT AAATGCTGAT
    CTTAAACAAA TGAATGAAAA TTCTGTGACA CACTGTTCTG AAAATAATAT GCCGTCTTCT
    GATCTTGCGG ATGAAAAGGT TGAAACTGTT TCTCAACCAT CTGAAAGCCC AAAAGATACC
    ATAGATAAAA CCAAAAAGCC TCGTACTCGA AGATCTAGAT TTCATTCTCC ATCTACAACT
    TGGTCACCCA ACAAAGACAC TCCACAAGAA AAGAAGCGGC CCCAGTCTCC ATCTCCCAGA
    AGAGAAACTG GGAAAGAAAG CAGGAAGTCT CAATCACCAT CTCCTAAGAA TGAGTCAGCC
    AGAGGCCGGA AAAAATCCCG TTCTCAGTCC CCAAAAAAGG ATATTGCAAG AGAAAGGAGG
    CAATCTCAGT CTCGGTCTCC AAAAAGGGAT ACTACTAGGG AAAGCAGAAG ATCTGAATCA
    CTGTCCCCAA GAAGAGAAAC TTCTAGAGAG AACAAAAGAT CTCAGCCAAG AGTGAAAGAT
    TCTTCCCCAG GAGAAAAATC CAGGTCCCAG AGCAGAGAAC GAGAAAGTGA TAGAGATGGG
    CAGAGGAGAG AGAGAGAAAG GAGAACCAGA AAGTGGTCTA GGTCCAGATC TCATTCTAGG
    TCCCCCTCAA GATGTAGAAC AAAAAGTAAG AGTTCATCAT TTGGTAGAAT TGACAGAGAT
    AGTTACTCTC CCCGGTGGAA GGGAAGATGG GCAAATGATG GTTGGAGATG TCCACGAGGA
    AATGATCGGT ACAGAAAGAA TGACCCAGAG AAACAGAATG AAAATACAAG AAAAGAAAAA
    AATGACATCC ATCTAGATGC TGATGATCCA AATTCTGCTG ACAAACATAG AAATGACTGT
    CCCAATTGGA TAACAGAAAA AATAAACTCT GGGCCTGATC CAAGAACCAG AAATCCAGAA
    AAGTTGAAAG AGTCTCATTG GGAAGAAAAT AGAAATGAAA ATTCAGGAAA TTCTTGGAAT
    AAAAACTTTG GTTCTGGTTG GGTATCTAAC CGTGGTAGAG GCAGAGGCAA CCGTGGCAGA
    GGCACTTACA GAAGTAGTTT TGCCTATAAA GATCAGAATG AAAATCGGTG GCAAAATCGA
    AAACCCCTCT CAGGGAATTC AAACAGTTCA GGGAGTGAAT CTTTCAAGTT TGTGGAACAG
    CAATCCTATA AGCGAAAAAG TGAACAGGAG TTCTCATTTG ATACACCAGC AGATAGATCT
    GGATGGACAT CTGCATCCAG CTGGGCCGTG AGAAAGACTT TGCCAGCAGA TGTACAAAAC
    TACTACTCAC GACGAGGCAG AAATTCTTCA GGTCCACAGT CTGGATGGAT GAAACAAGAG
    GAGGAAACAT CTGGACAGGA TTCTAGCCTA AAAGACCAAA CAAACCAGCA AGTTGATGGT
    TCTCAGCTAC CTATAAATAT GATGCAACCG CAAATGAATG TAATGCAGCA ACAAATGAAT
    GCACAACACC AGCCTATGAA TATCTTCCCA TATCCAGTGG GTGTTCATGC TCCTTTGATG
    AACATCCAAC GCAATCCATT TAACATTCAT CCTCAGCTAC CCTTGCATCT CCACACAGGA
    GTGCCCCTCA TGCAGGTAGC CACTCCTACC AGTGTATCTC AGGGACTACC ACCACCACCA
    CCCCCTCCCC CACCATCCCA ACAAGTCAAC TACATTGCTT CACAACCAGA TGGAAAGCAA
    TTGCAGGGTA TTCCTAGTTC TTCTCATGTA AGTAATAACA TGAGTACACC AGTTTTGCCT
    GCTCCGACAG CAGCCCCAGG AAATACGGGA ATGGTTCAGG GACCAAGTTC TGGTAATACT
    TCGTCATCAA GTCACAGCAA AGCCTCTAAT GCTGCTGTAA AATTGGCAGA AAGCAAAGTA
    AGTGTTGCAG TGGAAGCCAG CGCAGATAGC TCGAAGACAG ACAAGAAATT GCAAATTCAA
    GAAAAAGCAG CACAAGAGGT AAAATTGGCC ATCAAGCCAT TTTACCAAAA TAAAGATATC
    ACCAAGGAAG AATATAAAGA AATTGTACGG AAAGCAGTAG ATAAAGTTTG TCATAGTAAG
    AGTGGAGAAG TAAATTCTAC TAAAGTGGCA AATCTGGTTA AAGCCTATGT AGACAAATAC
    AAATATTCAC GGAAGGGGAG CCAAAAGAAA ACTCTGGAAG AACCTGTGTC TACTGAAAAA
    AACATAGGCT GA

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

    CloneID OHu62559
    Clone ID Related Accession (Same CDS sequence) XM_011538984.2
    Accession Version XM_011538984.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4440bp)
    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 protein SCAF11 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538984.1. ##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
    ATGATTGTTA GCATTTTTAG CAATAAGGAA ACCCTTTTCC AAAGAGAAAT GAAGAAGAAA 
    ACTGTATGTA CCCTAAATAT GGGAGATAAG AAGTATGAAG ACATGGAAGG TGAAGAAAAC
    GGAGATAATA CTATTTCCAC TGGTCTGTTG TACAGTGAGG CTGACAGATG CCCAATATGT
    CTTAATTGTC TATTAGAAAA GGAAGTTGGT TTTCCAGAAA GCTGTAATCA TGTCTTCTGT
    ATGACTTGTA TTCTTAAATG GGCAGAGACA CTGGCTTCAT GTCCTATTGA CCGTAAACCT
    TTTCAGGCAG TGTTTAAATT CAGTGCATTG GAAGGTTATG TTAAGGTTCA AGTAAAAAAA
    CAGCTGAGAG AAACAAAAGA CAAGAAAAAT GAAAACTCAT TTGAGAAACA GGTCTCCTGT
    CATGAAAATT CTAAAAGCTG TATAAGAAGA AAAGCCATCG TAAGAGAAGA TCTATTAAGT
    GCAAAAGTTT GTGACTTGAA GTGGATACAT AGAAACTCTT TATACAGTGA AACAGGAGGA
    AAGAAAAATG CAGCAATAAA GATAAATAAG CCTCAGAGAT CAAATTGGAG TACAAATCAG
    TGCTTCAGAA ATTTTTTCTC CAATATGTTT TCTTCTGTTA GCCACTCTGG AGAATCTTCC
    TTTACCTATA GAGCTTATTG TACAGAATTT ATAGAAGCCA GTGAAATCAG TGCATTGATT
    AGGCAGAAGA GACATGAACT GGAATTGTCA TGGTTTCCTG ATACATTACC TGGAATTGGA
    AGAATTGGTT TTATACCCTG GAATGTTGAA ACAGAAGTCC TTCCTCTCAT TTCTTCTGTG
    TTGCCAAGAA CTATTTTTCC AACAAGTACC ATATCTTTCG AACATTTTGG TACTTCTTGC
    AAGGGATATG CATTAGCACA TACTCAAGAA GGGGAAGAAA AGAAGCAAAC TTCTGGTACA
    TCAAATACCA GAGGATCAAG ACGAAAACCT GCAATGACAA CTCCTACAAG GAGGTCTACA
    CGTAACACAA GAGCTGAAAC AGCCAGTCAG TCTCAGAGAT CCCCAATATC AGACAATTCT
    GGGTGTGATG CCCCAGGTAA CAGTAATCCA TCTTTAAGTG TTCCCTCTTC AGCTGAGTCA
    GAAAAGCAAA CAAGACAGGC TCCAAAACGG AAGTCTGTAA GAAGAGGAAG AAAACCACCT
    TTACTGAAAA AGAAACTTCG GAGCTCTGTA GCTGCCCCTG AAAAATCATC TTCCAATGAT
    TCAGTAGATG AAGAAACAGC AGAATCTGAC ACATCACCTG TGTTAGAAAA AGAGCACCAA
    CCAGATGTAG ACAGTAGTAA CATTTGTACT GTGCAGACTC ATGTAGAAAA CCAGTCTGCT
    AATTGCTTGA AAAGTTGCAA TGAGCAAATA GAAGAAAGTG AGAAGCATAC TGCAAATTAT
    GATACAGAGG AAAGAGTAGG ATCTTCATCT TCTGAGTCTT GTGCTCAAGA TCTTCCTGTG
    CTAGTTGGTG AGGAAGGGGA AGTTAAAAAA CTCGAGAATA CAGGTATAGA GGCTAATGTT
    TTGTGTTTGG AAAGTGAGAT TTCTGAAAAT ATTCTTGAAA AAGGAGGTGA TCCATTGGAA
    AAGCAAGACC AGATATCTGG ACTTTCACAA TCAGAGGTAA AGACAGATGT ATGTACAGTT
    CATCTTCCAA ATGATTTTCC TACATGTTTA ACATCTGAAA GCAAAGTGTA CCAACCTGTA
    TCTTGTCCCC TAAGTGACTT ATCTGAGAAT GTAGAGTCAG TGGTTAATGA AGAAAAAATA
    ACAGAGAGTT CCCTAGTAGA AATTACTGAA CATAAAGATT TTACACTAAA AACAGAGGAG
    CTTATAGAGA GCCCCAAGTT AGAATCTTCT GAGGGTGAAA TTATACAGAC AGTGGACAGA
    CAATCTGTTA AGAGCCCAGA GGTTCAATTG CTTGGGCATG TTGAAACTGA AGATGTAGAA
    ATAATTGCAA CATGTGATAC TTTTGGGAAT GAAGATTTCA ATAATATTCA AGACTCTGAA
    AATAACTTAC TAAAAAATAA TCTTCTGAAC ACCAAATTGG AAAAATCTTT AGAAGAAAAG
    AATGAATCGC TGACCGAACA TCCTAGATCT ACAGAGTTGC CTAAAACACA CATTGAACAG
    ATTCAGAAGC ATTTTAGTGA GGACAACAAT GAAATGATAC CTATGGAGTG TGATTCATTT
    TGCAGTGACC AAAATGAATC TGAAGTTGAA CCATCTGTAA ATGCTGATCT TAAACAAATG
    AATGAAAATT CTGTGACACA CTGTTCTGAA AATAATATGC CGTCTTCTGA TCTTGCGGAT
    GAAAAGGTTG AAACTGTTTC TCAACCATCT GAAAGCCCAA AAGATACCAT AGATAAAACC
    AAAAAGCCTC GTACTCGAAG ATCTAGATTT CATTCTCCAT CTACAACTTG GTCACCCAAC
    AAAGACACTC CACAAGAAAA GAAGCGGCCC CAGTCTCCAT CTCCCAGAAG AGAAACTGGG
    AAAGAAAGCA GGAAGTCTCA ATCACCATCT CCTAAGAATG AGTCAGCCAG AGGCCGGAAA
    AAATCCCGTT CTCAGTCCCC AAAAAAGGAT ATTGCAAGAG AAAGGAGGCA ATCTCAGTCT
    CGGTCTCCAA AAAGGGATAC TACTAGGGAA AGCAGAAGAT CTGAATCACT GTCCCCAAGA
    AGAGAAACTT CTAGAGAGAA CAAAAGATCT CAGCCAAGAG TGAAAGATTC TTCCCCAGGA
    GAAAAATCCA GGTCCCAGAG CAGAGAACGA GAAAGTGATA GAGATGGGCA GAGGAGAGAG
    AGAGAAAGGA GAACCAGAAA GTGGTCTAGG TCCAGATCTC ATTCTAGGTC CCCCTCAAGA
    TGTAGAACAA AAAGTAAGAG TTCATCATTT GGTAGAATTG ACAGAGATAG TTACTCTCCC
    CGGTGGAAGG GAAGATGGGC AAATGATGGT TGGAGATGTC CACGAGGAAA TGATCGGTAC
    AGAAAGAATG ACCCAGAGAA ACAGAATGAA AATACAAGAA AAGAAAAAAA TGACATCCAT
    CTAGATGCTG ATGATCCAAA TTCTGCTGAC AAACATAGAA ATGACTGTCC CAATTGGATA
    ACAGAAAAAA TAAACTCTGG GCCTGATCCA AGAACCAGAA ATCCAGAAAA GTTGAAAGAG
    TCTCATTGGG AAGAAAATAG AAATGAAAAT TCAGGAAATT CTTGGAATAA AAACTTTGGT
    TCTGGTTGGG TATCTAACCG TGGTAGAGGC AGAGGCAACC GTGGCAGAGG CACTTACAGA
    AGTAGTTTTG CCTATAAAGA TCAGAATGAA AATCGGTGGC AAAATCGAAA ACCCCTCTCA
    GGGAATTCAA ACAGTTCAGG GAGTGAATCT TTCAAGTTTG TGGAACAGCA ATCCTATAAG
    CGAAAAAGTG AACAGGAGTT CTCATTTGAT ACACCAGCAG ATAGATCTGG ATGGACATCT
    GCATCCAGCT GGGCCGTGAG AAAGACTTTG CCAGCAGATG TACAAAACTA CTACTCACGA
    CGAGGCAGAA ATTCTTCAGG TCCACAGTCT GGATGGATGA AACAAGAGGA GGAAACATCT
    GGACAGGATT CTAGCCTAAA AGACCAAACA AACCAGCAAG TTGATGGTTC TCAGCTACCT
    ATAAATATGA TGCAACCGCA AATGAATGTA ATGCAGCAAC AAATGAATGC ACAACACCAG
    CCTATGAATA TCTTCCCATA TCCAGTGGGT GTTCATGCTC CTTTGATGAA CATCCAACGC
    AATCCATTTA ACATTCATCC TCAGCTACCC TTGCATCTCC ACACAGGAGT GCCCCTCATG
    CAGGTAGCCA CTCCTACCAG TGTATCTCAG GGACTACCAC CACCACCACC CCCTCCCCCA
    CCATCCCAAC AAGTCAACTA CATTGCTTCA CAACCAGATG GAAAGCAATT GCAGGGTATT
    CCTAGTTCTT CTCATGTAAG TAATAACATG AGTACACCAG TTTTGCCTGC TCCGACAGCA
    GCCCCAGGAA ATACGGGAAT GGTTCAGGGA CCAAGTTCTG GTAATACTTC GTCATCAAGT
    CACAGCAAAG CCTCTAATGC TGCTGTAAAA TTGGCAGAAA GCAAAGTAAG TGTTGCAGTG
    GAAGCCAGCG CAGATAGCTC GAAGACAGAC AAGAAATTGC AAATTCAAGA AAAAGCAGCA
    CAAGAGGTAA AATTGGCCAT CAAGCCATTT TACCAAAATA AAGATATCAC CAAGGAAGAA
    TATAAAGAAA TTGTACGGAA AGCAGTAGAT AAAGTTTGTC ATAGTAAGAG TGGAGAAGTA
    AATTCTACTA AAGTGGCAAA TCTGGTTAAA GCCTATGTAG ACAAATACAA ATATTCACGG
    AAGGGGAGCC AAAAGAAAAC TCTGGAAGAA CCTGTGTCTA CTGAAAAAAA CATAGGCTGA

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

    RefSeq XP_011537286.1
    CDS1759..6198
    Translation

    Target ORF information:

    RefSeq Version XM_011538984.2
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011538984.2

    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
    ATGATTGTTA GCATTTTTAG CAATAAGGAA ACCCTTTTCC AAAGAGAAAT GAAGAAGAAA 
    ACTGTATGTA CCCTAAATAT GGGAGATAAG AAGTATGAAG ACATGGAAGG TGAAGAAAAC
    GGAGATAATA CTATTTCCAC TGGTCTGTTG TACAGTGAGG CTGACAGATG CCCAATATGT
    CTTAATTGTC TATTAGAAAA GGAAGTTGGT TTTCCAGAAA GCTGTAATCA TGTCTTCTGT
    ATGACTTGTA TTCTTAAATG GGCAGAGACA CTGGCTTCAT GTCCTATTGA CCGTAAACCT
    TTTCAGGCAG TGTTTAAATT CAGTGCATTG GAAGGTTATG TTAAGGTTCA AGTAAAAAAA
    CAGCTGAGAG AAACAAAAGA CAAGAAAAAT GAAAACTCAT TTGAGAAACA GGTCTCCTGT
    CATGAAAATT CTAAAAGCTG TATAAGAAGA AAAGCCATCG TAAGAGAAGA TCTATTAAGT
    GCAAAAGTTT GTGACTTGAA GTGGATACAT AGAAACTCTT TATACAGTGA AACAGGAGGA
    AAGAAAAATG CAGCAATAAA GATAAATAAG CCTCAGAGAT CAAATTGGAG TACAAATCAG
    TGCTTCAGAA ATTTTTTCTC CAATATGTTT TCTTCTGTTA GCCACTCTGG AGAATCTTCC
    TTTACCTATA GAGCTTATTG TACAGAATTT ATAGAAGCCA GTGAAATCAG TGCATTGATT
    AGGCAGAAGA GACATGAACT GGAATTGTCA TGGTTTCCTG ATACATTACC TGGAATTGGA
    AGAATTGGTT TTATACCCTG GAATGTTGAA ACAGAAGTCC TTCCTCTCAT TTCTTCTGTG
    TTGCCAAGAA CTATTTTTCC AACAAGTACC ATATCTTTCG AACATTTTGG TACTTCTTGC
    AAGGGATATG CATTAGCACA TACTCAAGAA GGGGAAGAAA AGAAGCAAAC TTCTGGTACA
    TCAAATACCA GAGGATCAAG ACGAAAACCT GCAATGACAA CTCCTACAAG GAGGTCTACA
    CGTAACACAA GAGCTGAAAC AGCCAGTCAG TCTCAGAGAT CCCCAATATC AGACAATTCT
    GGGTGTGATG CCCCAGGTAA CAGTAATCCA TCTTTAAGTG TTCCCTCTTC AGCTGAGTCA
    GAAAAGCAAA CAAGACAGGC TCCAAAACGG AAGTCTGTAA GAAGAGGAAG AAAACCACCT
    TTACTGAAAA AGAAACTTCG GAGCTCTGTA GCTGCCCCTG AAAAATCATC TTCCAATGAT
    TCAGTAGATG AAGAAACAGC AGAATCTGAC ACATCACCTG TGTTAGAAAA AGAGCACCAA
    CCAGATGTAG ACAGTAGTAA CATTTGTACT GTGCAGACTC ATGTAGAAAA CCAGTCTGCT
    AATTGCTTGA AAAGTTGCAA TGAGCAAATA GAAGAAAGTG AGAAGCATAC TGCAAATTAT
    GATACAGAGG AAAGAGTAGG ATCTTCATCT TCTGAGTCTT GTGCTCAAGA TCTTCCTGTG
    CTAGTTGGTG AGGAAGGGGA AGTTAAAAAA CTCGAGAATA CAGGTATAGA GGCTAATGTT
    TTGTGTTTGG AAAGTGAGAT TTCTGAAAAT ATTCTTGAAA AAGGAGGTGA TCCATTGGAA
    AAGCAAGACC AGATATCTGG ACTTTCACAA TCAGAGGTAA AGACAGATGT ATGTACAGTT
    CATCTTCCAA ATGATTTTCC TACATGTTTA ACATCTGAAA GCAAAGTGTA CCAACCTGTA
    TCTTGTCCCC TAAGTGACTT ATCTGAGAAT GTAGAGTCAG TGGTTAATGA AGAAAAAATA
    ACAGAGAGTT CCCTAGTAGA AATTACTGAA CATAAAGATT TTACACTAAA AACAGAGGAG
    CTTATAGAGA GCCCCAAGTT AGAATCTTCT GAGGGTGAAA TTATACAGAC AGTGGACAGA
    CAATCTGTTA AGAGCCCAGA GGTTCAATTG CTTGGGCATG TTGAAACTGA AGATGTAGAA
    ATAATTGCAA CATGTGATAC TTTTGGGAAT GAAGATTTCA ATAATATTCA AGACTCTGAA
    AATAACTTAC TAAAAAATAA TCTTCTGAAC ACCAAATTGG AAAAATCTTT AGAAGAAAAG
    AATGAATCGC TGACCGAACA TCCTAGATCT ACAGAGTTGC CTAAAACACA CATTGAACAG
    ATTCAGAAGC ATTTTAGTGA GGACAACAAT GAAATGATAC CTATGGAGTG TGATTCATTT
    TGCAGTGACC AAAATGAATC TGAAGTTGAA CCATCTGTAA ATGCTGATCT TAAACAAATG
    AATGAAAATT CTGTGACACA CTGTTCTGAA AATAATATGC CGTCTTCTGA TCTTGCGGAT
    GAAAAGGTTG AAACTGTTTC TCAACCATCT GAAAGCCCAA AAGATACCAT AGATAAAACC
    AAAAAGCCTC GTACTCGAAG ATCTAGATTT CATTCTCCAT CTACAACTTG GTCACCCAAC
    AAAGACACTC CACAAGAAAA GAAGCGGCCC CAGTCTCCAT CTCCCAGAAG AGAAACTGGG
    AAAGAAAGCA GGAAGTCTCA ATCACCATCT CCTAAGAATG AGTCAGCCAG AGGCCGGAAA
    AAATCCCGTT CTCAGTCCCC AAAAAAGGAT ATTGCAAGAG AAAGGAGGCA ATCTCAGTCT
    CGGTCTCCAA AAAGGGATAC TACTAGGGAA AGCAGAAGAT CTGAATCACT GTCCCCAAGA
    AGAGAAACTT CTAGAGAGAA CAAAAGATCT CAGCCAAGAG TGAAAGATTC TTCCCCAGGA
    GAAAAATCCA GGTCCCAGAG CAGAGAACGA GAAAGTGATA GAGATGGGCA GAGGAGAGAG
    AGAGAAAGGA GAACCAGAAA GTGGTCTAGG TCCAGATCTC ATTCTAGGTC CCCCTCAAGA
    TGTAGAACAA AAAGTAAGAG TTCATCATTT GGTAGAATTG ACAGAGATAG TTACTCTCCC
    CGGTGGAAGG GAAGATGGGC AAATGATGGT TGGAGATGTC CACGAGGAAA TGATCGGTAC
    AGAAAGAATG ACCCAGAGAA ACAGAATGAA AATACAAGAA AAGAAAAAAA TGACATCCAT
    CTAGATGCTG ATGATCCAAA TTCTGCTGAC AAACATAGAA ATGACTGTCC CAATTGGATA
    ACAGAAAAAA TAAACTCTGG GCCTGATCCA AGAACCAGAA ATCCAGAAAA GTTGAAAGAG
    TCTCATTGGG AAGAAAATAG AAATGAAAAT TCAGGAAATT CTTGGAATAA AAACTTTGGT
    TCTGGTTGGG TATCTAACCG TGGTAGAGGC AGAGGCAACC GTGGCAGAGG CACTTACAGA
    AGTAGTTTTG CCTATAAAGA TCAGAATGAA AATCGGTGGC AAAATCGAAA ACCCCTCTCA
    GGGAATTCAA ACAGTTCAGG GAGTGAATCT TTCAAGTTTG TGGAACAGCA ATCCTATAAG
    CGAAAAAGTG AACAGGAGTT CTCATTTGAT ACACCAGCAG ATAGATCTGG ATGGACATCT
    GCATCCAGCT GGGCCGTGAG AAAGACTTTG CCAGCAGATG TACAAAACTA CTACTCACGA
    CGAGGCAGAA ATTCTTCAGG TCCACAGTCT GGATGGATGA AACAAGAGGA GGAAACATCT
    GGACAGGATT CTAGCCTAAA AGACCAAACA AACCAGCAAG TTGATGGTTC TCAGCTACCT
    ATAAATATGA TGCAACCGCA AATGAATGTA ATGCAGCAAC AAATGAATGC ACAACACCAG
    CCTATGAATA TCTTCCCATA TCCAGTGGGT GTTCATGCTC CTTTGATGAA CATCCAACGC
    AATCCATTTA ACATTCATCC TCAGCTACCC TTGCATCTCC ACACAGGAGT GCCCCTCATG
    CAGGTAGCCA CTCCTACCAG TGTATCTCAG GGACTACCAC CACCACCACC CCCTCCCCCA
    CCATCCCAAC AAGTCAACTA CATTGCTTCA CAACCAGATG GAAAGCAATT GCAGGGTATT
    CCTAGTTCTT CTCATGTAAG TAATAACATG AGTACACCAG TTTTGCCTGC TCCGACAGCA
    GCCCCAGGAA ATACGGGAAT GGTTCAGGGA CCAAGTTCTG GTAATACTTC GTCATCAAGT
    CACAGCAAAG CCTCTAATGC TGCTGTAAAA TTGGCAGAAA GCAAAGTAAG TGTTGCAGTG
    GAAGCCAGCG CAGATAGCTC GAAGACAGAC AAGAAATTGC AAATTCAAGA AAAAGCAGCA
    CAAGAGGTAA AATTGGCCAT CAAGCCATTT TACCAAAATA AAGATATCAC CAAGGAAGAA
    TATAAAGAAA TTGTACGGAA AGCAGTAGAT AAAGTTTGTC ATAGTAAGAG TGGAGAAGTA
    AATTCTACTA AAGTGGCAAA TCTGGTTAAA GCCTATGTAG ACAAATACAA ATATTCACGG
    AAGGGGAGCC AAAAGAAAAC TCTGGAAGAA CCTGTGTCTA CTGAAAAAAA CATAGGCTGA

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

    CloneID OHu62561
    Clone ID Related Accession (Same CDS sequence) XM_017020223.1 , XM_024449275.1
    Accession Version XM_017020223.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4236bp)
    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 protein SCAF11 isoform X8
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGGGCAGAG TGCATCTTTC ACACAACCTT TACCCTGATG TACATGTTCC AGGTTTCTCT 
    AGGACACTGG CTTCATGTCC TATTGACCGT AAACCTTTTC AGGCAGTGTT TAAATTCAGT
    GCATTGGAAG GTTATGTTAA GGTTCAAGTA AAAAAACAGC TGAGAGAAAC AAAAGACAAG
    AAAAATGAAA ACTCATTTGA GAAACAGGTC TCCTGTCATG AAAATTCTAA AAGCTGTATA
    AGAAGAAAAG CCATCGTAAG AGAAGATCTA TTAAGTGCAA AAGTTTGTGA CTTGAAGTGG
    ATACATAGAA ACTCTTTATA CAGTGAAACA GGAGGAAAGA AAAATGCAGC AATAAAGATA
    AATAAGCCTC AGAGATCAAA TTGGAGTACA AATCAGTGCT TCAGAAATTT TTTCTCCAAT
    ATGTTTTCTT CTGTTAGCCA CTCTGGAGAA TCTTCCTTTA CCTATAGAGC TTATTGTACA
    GAATTTATAG AAGCCAGTGA AATCAGTGCA TTGATTAGGC AGAAGAGACA TGAACTGGAA
    TTGTCATGGT TTCCTGATAC ATTACCTGGA ATTGGAAGAA TTGGTTTTAT ACCCTGGAAT
    GTTGAAACAG AAGTCCTTCC TCTCATTTCT TCTGTGTTGC CAAGAACTAT TTTTCCAACA
    AGTACCATAT CTTTCGAACA TTTTGGTACT TCTTGCAAGG GATATGCATT AGCACATACT
    CAAGAAGGGG AAGAAAAGAA GCAAACTTCT GGTACATCAA ATACCAGAGG ATCAAGACGA
    AAACCTGCAA TGACAACTCC TACAAGGAGG TCTACACGTA ACACAAGAGC TGAAACAGCC
    AGTCAGTCTC AGAGATCCCC AATATCAGAC AATTCTGGGT GTGATGCCCC AGGTAACAGT
    AATCCATCTT TAAGTGTTCC CTCTTCAGCT GAGTCAGAAA AGCAAACAAG ACAGGCTCCA
    AAACGGAAGT CTGTAAGAAG AGGAAGAAAA CCACCTTTAC TGAAAAAGAA ACTTCGGAGC
    TCTGTAGCTG CCCCTGAAAA ATCATCTTCC AATGATTCAG TAGATGAAGA AACAGCAGAA
    TCTGACACAT CACCTGTGTT AGAAAAAGAG CACCAACCAG ATGTAGACAG TAGTAACATT
    TGTACTGTGC AGACTCATGT AGAAAACCAG TCTGCTAATT GCTTGAAAAG TTGCAATGAG
    CAAATAGAAG AAAGTGAGAA GCATACTGCA AATTATGATA CAGAGGAAAG AGTAGGATCT
    TCATCTTCTG AGTCTTGTGC TCAAGATCTT CCTGTGCTAG TTGGTGAGGA AGGGGAAGTT
    AAAAAACTCG AGAATACAGG TATAGAGGCT AATGTTTTGT GTTTGGAAAG TGAGATTTCT
    GAAAATATTC TTGAAAAAGG AGGTGATCCA TTGGAAAAGC AAGACCAGAT ATCTGGACTT
    TCACAATCAG AGGTAAAGAC AGATGTATGT ACAGTTCATC TTCCAAATGA TTTTCCTACA
    TGTTTAACAT CTGAAAGCAA AGTGTACCAA CCTGTATCTT GTCCCCTAAG TGACTTATCT
    GAGAATGTAG AGTCAGTGGT TAATGAAGAA AAAATAACAG AGAGTTCCCT AGTAGAAATT
    ACTGAACATA AAGATTTTAC ACTAAAAACA GAGGAGCTTA TAGAGAGCCC CAAGTTAGAA
    TCTTCTGAGG GTGAAATTAT ACAGACAGTG GACAGACAAT CTGTTAAGAG CCCAGAGGTT
    CAATTGCTTG GGCATGTTGA AACTGAAGAT GTAGAAATAA TTGCAACATG TGATACTTTT
    GGGAATGAAG ATTTCAATAA TATTCAAGAC TCTGAAAATA ACTTACTAAA AAATAATCTT
    CTGAACACCA AATTGGAAAA ATCTTTAGAA GAAAAGAATG AATCGCTGAC CGAACATCCT
    AGATCTACAG AGTTGCCTAA AACACACATT GAACAGATTC AGAAGCATTT TAGTGAGGAC
    AACAATGAAA TGATACCTAT GGAGTGTGAT TCATTTTGCA GTGACCAAAA TGAATCTGAA
    GTTGAACCAT CTGTAAATGC TGATCTTAAA CAAATGAATG AAAATTCTGT GACACACTGT
    TCTGAAAATA ATATGCCGTC TTCTGATCTT GCGGATGAAA AGGTTGAAAC TGTTTCTCAA
    CCATCTGAAA GCCCAAAAGA TACCATAGAT AAAACCAAAA AGCCTCGTAC TCGAAGATCT
    AGATTTCATT CTCCATCTAC AACTTGGTCA CCCAACAAAG ACACTCCACA AGAAAAGAAG
    CGGCCCCAGT CTCCATCTCC CAGAAGAGAA ACTGGGAAAG AAAGCAGGAA GTCTCAATCA
    CCATCTCCTA AGAATGAGTC AGCCAGAGGC CGGAAAAAAT CCCGTTCTCA GTCCCCAAAA
    AAGGATATTG CAAGAGAAAG GAGGCAATCT CAGTCTCGGT CTCCAAAAAG GGATACTACT
    AGGGAAAGCA GAAGATCTGA ATCACTGTCC CCAAGAAGAG AAACTTCTAG AGAGAACAAA
    AGATCTCAGC CAAGAGTGAA AGATTCTTCC CCAGGAGAAA AATCCAGGTC CCAGAGCAGA
    GAACGAGAAA GTGATAGAGA TGGGCAGAGG AGAGAGAGAG AAAGGAGAAC CAGAAAGTGG
    TCTAGGTCCA GATCTCATTC TAGGTCCCCC TCAAGATGTA GAACAAAAAG TAAGAGTTCA
    TCATTTGGTA GAATTGACAG AGATAGTTAC TCTCCCCGGT GGAAGGGAAG ATGGGCAAAT
    GATGGTTGGA GATGTCCACG AGGAAATGAT CGGTACAGAA AGAATGACCC AGAGAAACAG
    AATGAAAATA CAAGAAAAGA AAAAAATGAC ATCCATCTAG ATGCTGATGA TCCAAATTCT
    GCTGACAAAC ATAGAAATGA CTGTCCCAAT TGGATAACAG AAAAAATAAA CTCTGGGCCT
    GATCCAAGAA CCAGAAATCC AGAAAAGTTG AAAGAGTCTC ATTGGGAAGA AAATAGAAAT
    GAAAATTCAG GAAATTCTTG GAATAAAAAC TTTGGTTCTG GTTGGGTATC TAACCGTGGT
    AGAGGCAGAG GCAACCGTGG CAGAGGCACT TACAGAAGTA GTTTTGCCTA TAAAGATCAG
    AATGAAAATC GGTGGCAAAA TCGAAAACCC CTCTCAGGGA ATTCAAACAG TTCAGGGAGT
    GAATCTTTCA AGTTTGTGGA ACAGCAATCC TATAAGCGAA AAAGTGAACA GGAGTTCTCA
    TTTGATACAC CAGCAGATAG ATCTGGATGG ACATCTGCAT CCAGCTGGGC CGTGAGAAAG
    ACTTTGCCAG CAGATGTACA AAACTACTAC TCACGACGAG GCAGAAATTC TTCAGGTCCA
    CAGTCTGGAT GGATGAAACA AGAGGAGGAA ACATCTGGAC AGGATTCTAG CCTAAAAGAC
    CAAACAAACC AGCAAGTTGA TGGTTCTCAG CTACCTATAA ATATGATGCA ACCGCAAATG
    AATGTAATGC AGCAACAAAT GAATGCACAA CACCAGCCTA TGAATATCTT CCCATATCCA
    GTGGGTGTTC ATGCTCCTTT GATGAACATC CAACGCAATC CATTTAACAT TCATCCTCAG
    CTACCCTTGC ATCTCCACAC AGGAGTGCCC CTCATGCAGG TAGCCACTCC TACCAGTGTA
    TCTCAGGGAC TACCACCACC ACCACCCCCT CCCCCACCAT CCCAACAAGT CAACTACATT
    GCTTCACAAC CAGATGGAAA GCAATTGCAG GGTATTCCTA GTTCTTCTCA TGTAAGTAAT
    AACATGAGTA CACCAGTTTT GCCTGCTCCG ACAGCAGCCC CAGGAAATAC GGGAATGGTT
    CAGGGACCAA GTTCTGGTAA TACTTCGTCA TCAAGTCACA GCAAAGCCTC TAATGCTGCT
    GTAAAATTGG CAGAAAGCAA AGTAAGTGTT GCAGTGGAAG CCAGCGCAGA TAGCTCGAAG
    ACAGACAAGA AATTGCAAAT TCAAGAAAAA GCAGCACAAG AGGTAAAATT GGCCATCAAG
    CCATTTTACC AAAATAAAGA TATCACCAAG GAAGAATATA AAGAAATTGT ACGGAAAGCA
    GTAGATAAAG TTTGTCATAG TAAGAGTGGA GAAGTAAATT CTACTAAAGT GGCAAATCTG
    GTTAAAGCCT ATGTAGACAA ATACAAATAT TCACGGAAGG GGAGCCAAAA GAAAACTCTG
    GAAGAACCTG TGTCTACTGA AAAAAACATA GGCTGA

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

    RefSeq XP_016875712.1
    CDS544..4779
    Translation

    Target ORF information:

    RefSeq Version XM_017020223.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X10, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017020223.1

    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
    ATGGGCAGAG TGCATCTTTC ACACAACCTT TACCCTGATG TACATGTTCC AGGTTTCTCT 
    AGGACACTGG CTTCATGTCC TATTGACCGT AAACCTTTTC AGGCAGTGTT TAAATTCAGT
    GCATTGGAAG GTTATGTTAA GGTTCAAGTA AAAAAACAGC TGAGAGAAAC AAAAGACAAG
    AAAAATGAAA ACTCATTTGA GAAACAGGTC TCCTGTCATG AAAATTCTAA AAGCTGTATA
    AGAAGAAAAG CCATCGTAAG AGAAGATCTA TTAAGTGCAA AAGTTTGTGA CTTGAAGTGG
    ATACATAGAA ACTCTTTATA CAGTGAAACA GGAGGAAAGA AAAATGCAGC AATAAAGATA
    AATAAGCCTC AGAGATCAAA TTGGAGTACA AATCAGTGCT TCAGAAATTT TTTCTCCAAT
    ATGTTTTCTT CTGTTAGCCA CTCTGGAGAA TCTTCCTTTA CCTATAGAGC TTATTGTACA
    GAATTTATAG AAGCCAGTGA AATCAGTGCA TTGATTAGGC AGAAGAGACA TGAACTGGAA
    TTGTCATGGT TTCCTGATAC ATTACCTGGA ATTGGAAGAA TTGGTTTTAT ACCCTGGAAT
    GTTGAAACAG AAGTCCTTCC TCTCATTTCT TCTGTGTTGC CAAGAACTAT TTTTCCAACA
    AGTACCATAT CTTTCGAACA TTTTGGTACT TCTTGCAAGG GATATGCATT AGCACATACT
    CAAGAAGGGG AAGAAAAGAA GCAAACTTCT GGTACATCAA ATACCAGAGG ATCAAGACGA
    AAACCTGCAA TGACAACTCC TACAAGGAGG TCTACACGTA ACACAAGAGC TGAAACAGCC
    AGTCAGTCTC AGAGATCCCC AATATCAGAC AATTCTGGGT GTGATGCCCC AGGTAACAGT
    AATCCATCTT TAAGTGTTCC CTCTTCAGCT GAGTCAGAAA AGCAAACAAG ACAGGCTCCA
    AAACGGAAGT CTGTAAGAAG AGGAAGAAAA CCACCTTTAC TGAAAAAGAA ACTTCGGAGC
    TCTGTAGCTG CCCCTGAAAA ATCATCTTCC AATGATTCAG TAGATGAAGA AACAGCAGAA
    TCTGACACAT CACCTGTGTT AGAAAAAGAG CACCAACCAG ATGTAGACAG TAGTAACATT
    TGTACTGTGC AGACTCATGT AGAAAACCAG TCTGCTAATT GCTTGAAAAG TTGCAATGAG
    CAAATAGAAG AAAGTGAGAA GCATACTGCA AATTATGATA CAGAGGAAAG AGTAGGATCT
    TCATCTTCTG AGTCTTGTGC TCAAGATCTT CCTGTGCTAG TTGGTGAGGA AGGGGAAGTT
    AAAAAACTCG AGAATACAGG TATAGAGGCT AATGTTTTGT GTTTGGAAAG TGAGATTTCT
    GAAAATATTC TTGAAAAAGG AGGTGATCCA TTGGAAAAGC AAGACCAGAT ATCTGGACTT
    TCACAATCAG AGGTAAAGAC AGATGTATGT ACAGTTCATC TTCCAAATGA TTTTCCTACA
    TGTTTAACAT CTGAAAGCAA AGTGTACCAA CCTGTATCTT GTCCCCTAAG TGACTTATCT
    GAGAATGTAG AGTCAGTGGT TAATGAAGAA AAAATAACAG AGAGTTCCCT AGTAGAAATT
    ACTGAACATA AAGATTTTAC ACTAAAAACA GAGGAGCTTA TAGAGAGCCC CAAGTTAGAA
    TCTTCTGAGG GTGAAATTAT ACAGACAGTG GACAGACAAT CTGTTAAGAG CCCAGAGGTT
    CAATTGCTTG GGCATGTTGA AACTGAAGAT GTAGAAATAA TTGCAACATG TGATACTTTT
    GGGAATGAAG ATTTCAATAA TATTCAAGAC TCTGAAAATA ACTTACTAAA AAATAATCTT
    CTGAACACCA AATTGGAAAA ATCTTTAGAA GAAAAGAATG AATCGCTGAC CGAACATCCT
    AGATCTACAG AGTTGCCTAA AACACACATT GAACAGATTC AGAAGCATTT TAGTGAGGAC
    AACAATGAAA TGATACCTAT GGAGTGTGAT TCATTTTGCA GTGACCAAAA TGAATCTGAA
    GTTGAACCAT CTGTAAATGC TGATCTTAAA CAAATGAATG AAAATTCTGT GACACACTGT
    TCTGAAAATA ATATGCCGTC TTCTGATCTT GCGGATGAAA AGGTTGAAAC TGTTTCTCAA
    CCATCTGAAA GCCCAAAAGA TACCATAGAT AAAACCAAAA AGCCTCGTAC TCGAAGATCT
    AGATTTCATT CTCCATCTAC AACTTGGTCA CCCAACAAAG ACACTCCACA AGAAAAGAAG
    CGGCCCCAGT CTCCATCTCC CAGAAGAGAA ACTGGGAAAG AAAGCAGGAA GTCTCAATCA
    CCATCTCCTA AGAATGAGTC AGCCAGAGGC CGGAAAAAAT CCCGTTCTCA GTCCCCAAAA
    AAGGATATTG CAAGAGAAAG GAGGCAATCT CAGTCTCGGT CTCCAAAAAG GGATACTACT
    AGGGAAAGCA GAAGATCTGA ATCACTGTCC CCAAGAAGAG AAACTTCTAG AGAGAACAAA
    AGATCTCAGC CAAGAGTGAA AGATTCTTCC CCAGGAGAAA AATCCAGGTC CCAGAGCAGA
    GAACGAGAAA GTGATAGAGA TGGGCAGAGG AGAGAGAGAG AAAGGAGAAC CAGAAAGTGG
    TCTAGGTCCA GATCTCATTC TAGGTCCCCC TCAAGATGTA GAACAAAAAG TAAGAGTTCA
    TCATTTGGTA GAATTGACAG AGATAGTTAC TCTCCCCGGT GGAAGGGAAG ATGGGCAAAT
    GATGGTTGGA GATGTCCACG AGGAAATGAT CGGTACAGAA AGAATGACCC AGAGAAACAG
    AATGAAAATA CAAGAAAAGA AAAAAATGAC ATCCATCTAG ATGCTGATGA TCCAAATTCT
    GCTGACAAAC ATAGAAATGA CTGTCCCAAT TGGATAACAG AAAAAATAAA CTCTGGGCCT
    GATCCAAGAA CCAGAAATCC AGAAAAGTTG AAAGAGTCTC ATTGGGAAGA AAATAGAAAT
    GAAAATTCAG GAAATTCTTG GAATAAAAAC TTTGGTTCTG GTTGGGTATC TAACCGTGGT
    AGAGGCAGAG GCAACCGTGG CAGAGGCACT TACAGAAGTA GTTTTGCCTA TAAAGATCAG
    AATGAAAATC GGTGGCAAAA TCGAAAACCC CTCTCAGGGA ATTCAAACAG TTCAGGGAGT
    GAATCTTTCA AGTTTGTGGA ACAGCAATCC TATAAGCGAA AAAGTGAACA GGAGTTCTCA
    TTTGATACAC CAGCAGATAG ATCTGGATGG ACATCTGCAT CCAGCTGGGC CGTGAGAAAG
    ACTTTGCCAG CAGATGTACA AAACTACTAC TCACGACGAG GCAGAAATTC TTCAGGTCCA
    CAGTCTGGAT GGATGAAACA AGAGGAGGAA ACATCTGGAC AGGATTCTAG CCTAAAAGAC
    CAAACAAACC AGCAAGTTGA TGGTTCTCAG CTACCTATAA ATATGATGCA ACCGCAAATG
    AATGTAATGC AGCAACAAAT GAATGCACAA CACCAGCCTA TGAATATCTT CCCATATCCA
    GTGGGTGTTC ATGCTCCTTT GATGAACATC CAACGCAATC CATTTAACAT TCATCCTCAG
    CTACCCTTGC ATCTCCACAC AGGAGTGCCC CTCATGCAGG TAGCCACTCC TACCAGTGTA
    TCTCAGGGAC TACCACCACC ACCACCCCCT CCCCCACCAT CCCAACAAGT CAACTACATT
    GCTTCACAAC CAGATGGAAA GCAATTGCAG GGTATTCCTA GTTCTTCTCA TGTAAGTAAT
    AACATGAGTA CACCAGTTTT GCCTGCTCCG ACAGCAGCCC CAGGAAATAC GGGAATGGTT
    CAGGGACCAA GTTCTGGTAA TACTTCGTCA TCAAGTCACA GCAAAGCCTC TAATGCTGCT
    GTAAAATTGG CAGAAAGCAA AGTAAGTGTT GCAGTGGAAG CCAGCGCAGA TAGCTCGAAG
    ACAGACAAGA AATTGCAAAT TCAAGAAAAA GCAGCACAAG AGGTAAAATT GGCCATCAAG
    CCATTTTACC AAAATAAAGA TATCACCAAG GAAGAATATA AAGAAATTGT ACGGAAAGCA
    GTAGATAAAG TTTGTCATAG TAAGAGTGGA GAAGTAAATT CTACTAAAGT GGCAAATCTG
    GTTAAAGCCT ATGTAGACAA ATACAAATAT TCACGGAAGG GGAGCCAAAA GAAAACTCTG
    GAAGAACCTG TGTCTACTGA AAAAAACATA GGCTGA

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

    CloneID OHu62561
    Clone ID Related Accession (Same CDS sequence) XM_017020223.1 , XM_024449275.1
    Accession Version XM_024449275.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4236bp)
    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 protein SCAF11 isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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
    ATGGGCAGAG TGCATCTTTC ACACAACCTT TACCCTGATG TACATGTTCC AGGTTTCTCT 
    AGGACACTGG CTTCATGTCC TATTGACCGT AAACCTTTTC AGGCAGTGTT TAAATTCAGT
    GCATTGGAAG GTTATGTTAA GGTTCAAGTA AAAAAACAGC TGAGAGAAAC AAAAGACAAG
    AAAAATGAAA ACTCATTTGA GAAACAGGTC TCCTGTCATG AAAATTCTAA AAGCTGTATA
    AGAAGAAAAG CCATCGTAAG AGAAGATCTA TTAAGTGCAA AAGTTTGTGA CTTGAAGTGG
    ATACATAGAA ACTCTTTATA CAGTGAAACA GGAGGAAAGA AAAATGCAGC AATAAAGATA
    AATAAGCCTC AGAGATCAAA TTGGAGTACA AATCAGTGCT TCAGAAATTT TTTCTCCAAT
    ATGTTTTCTT CTGTTAGCCA CTCTGGAGAA TCTTCCTTTA CCTATAGAGC TTATTGTACA
    GAATTTATAG AAGCCAGTGA AATCAGTGCA TTGATTAGGC AGAAGAGACA TGAACTGGAA
    TTGTCATGGT TTCCTGATAC ATTACCTGGA ATTGGAAGAA TTGGTTTTAT ACCCTGGAAT
    GTTGAAACAG AAGTCCTTCC TCTCATTTCT TCTGTGTTGC CAAGAACTAT TTTTCCAACA
    AGTACCATAT CTTTCGAACA TTTTGGTACT TCTTGCAAGG GATATGCATT AGCACATACT
    CAAGAAGGGG AAGAAAAGAA GCAAACTTCT GGTACATCAA ATACCAGAGG ATCAAGACGA
    AAACCTGCAA TGACAACTCC TACAAGGAGG TCTACACGTA ACACAAGAGC TGAAACAGCC
    AGTCAGTCTC AGAGATCCCC AATATCAGAC AATTCTGGGT GTGATGCCCC AGGTAACAGT
    AATCCATCTT TAAGTGTTCC CTCTTCAGCT GAGTCAGAAA AGCAAACAAG ACAGGCTCCA
    AAACGGAAGT CTGTAAGAAG AGGAAGAAAA CCACCTTTAC TGAAAAAGAA ACTTCGGAGC
    TCTGTAGCTG CCCCTGAAAA ATCATCTTCC AATGATTCAG TAGATGAAGA AACAGCAGAA
    TCTGACACAT CACCTGTGTT AGAAAAAGAG CACCAACCAG ATGTAGACAG TAGTAACATT
    TGTACTGTGC AGACTCATGT AGAAAACCAG TCTGCTAATT GCTTGAAAAG TTGCAATGAG
    CAAATAGAAG AAAGTGAGAA GCATACTGCA AATTATGATA CAGAGGAAAG AGTAGGATCT
    TCATCTTCTG AGTCTTGTGC TCAAGATCTT CCTGTGCTAG TTGGTGAGGA AGGGGAAGTT
    AAAAAACTCG AGAATACAGG TATAGAGGCT AATGTTTTGT GTTTGGAAAG TGAGATTTCT
    GAAAATATTC TTGAAAAAGG AGGTGATCCA TTGGAAAAGC AAGACCAGAT ATCTGGACTT
    TCACAATCAG AGGTAAAGAC AGATGTATGT ACAGTTCATC TTCCAAATGA TTTTCCTACA
    TGTTTAACAT CTGAAAGCAA AGTGTACCAA CCTGTATCTT GTCCCCTAAG TGACTTATCT
    GAGAATGTAG AGTCAGTGGT TAATGAAGAA AAAATAACAG AGAGTTCCCT AGTAGAAATT
    ACTGAACATA AAGATTTTAC ACTAAAAACA GAGGAGCTTA TAGAGAGCCC CAAGTTAGAA
    TCTTCTGAGG GTGAAATTAT ACAGACAGTG GACAGACAAT CTGTTAAGAG CCCAGAGGTT
    CAATTGCTTG GGCATGTTGA AACTGAAGAT GTAGAAATAA TTGCAACATG TGATACTTTT
    GGGAATGAAG ATTTCAATAA TATTCAAGAC TCTGAAAATA ACTTACTAAA AAATAATCTT
    CTGAACACCA AATTGGAAAA ATCTTTAGAA GAAAAGAATG AATCGCTGAC CGAACATCCT
    AGATCTACAG AGTTGCCTAA AACACACATT GAACAGATTC AGAAGCATTT TAGTGAGGAC
    AACAATGAAA TGATACCTAT GGAGTGTGAT TCATTTTGCA GTGACCAAAA TGAATCTGAA
    GTTGAACCAT CTGTAAATGC TGATCTTAAA CAAATGAATG AAAATTCTGT GACACACTGT
    TCTGAAAATA ATATGCCGTC TTCTGATCTT GCGGATGAAA AGGTTGAAAC TGTTTCTCAA
    CCATCTGAAA GCCCAAAAGA TACCATAGAT AAAACCAAAA AGCCTCGTAC TCGAAGATCT
    AGATTTCATT CTCCATCTAC AACTTGGTCA CCCAACAAAG ACACTCCACA AGAAAAGAAG
    CGGCCCCAGT CTCCATCTCC CAGAAGAGAA ACTGGGAAAG AAAGCAGGAA GTCTCAATCA
    CCATCTCCTA AGAATGAGTC AGCCAGAGGC CGGAAAAAAT CCCGTTCTCA GTCCCCAAAA
    AAGGATATTG CAAGAGAAAG GAGGCAATCT CAGTCTCGGT CTCCAAAAAG GGATACTACT
    AGGGAAAGCA GAAGATCTGA ATCACTGTCC CCAAGAAGAG AAACTTCTAG AGAGAACAAA
    AGATCTCAGC CAAGAGTGAA AGATTCTTCC CCAGGAGAAA AATCCAGGTC CCAGAGCAGA
    GAACGAGAAA GTGATAGAGA TGGGCAGAGG AGAGAGAGAG AAAGGAGAAC CAGAAAGTGG
    TCTAGGTCCA GATCTCATTC TAGGTCCCCC TCAAGATGTA GAACAAAAAG TAAGAGTTCA
    TCATTTGGTA GAATTGACAG AGATAGTTAC TCTCCCCGGT GGAAGGGAAG ATGGGCAAAT
    GATGGTTGGA GATGTCCACG AGGAAATGAT CGGTACAGAA AGAATGACCC AGAGAAACAG
    AATGAAAATA CAAGAAAAGA AAAAAATGAC ATCCATCTAG ATGCTGATGA TCCAAATTCT
    GCTGACAAAC ATAGAAATGA CTGTCCCAAT TGGATAACAG AAAAAATAAA CTCTGGGCCT
    GATCCAAGAA CCAGAAATCC AGAAAAGTTG AAAGAGTCTC ATTGGGAAGA AAATAGAAAT
    GAAAATTCAG GAAATTCTTG GAATAAAAAC TTTGGTTCTG GTTGGGTATC TAACCGTGGT
    AGAGGCAGAG GCAACCGTGG CAGAGGCACT TACAGAAGTA GTTTTGCCTA TAAAGATCAG
    AATGAAAATC GGTGGCAAAA TCGAAAACCC CTCTCAGGGA ATTCAAACAG TTCAGGGAGT
    GAATCTTTCA AGTTTGTGGA ACAGCAATCC TATAAGCGAA AAAGTGAACA GGAGTTCTCA
    TTTGATACAC CAGCAGATAG ATCTGGATGG ACATCTGCAT CCAGCTGGGC CGTGAGAAAG
    ACTTTGCCAG CAGATGTACA AAACTACTAC TCACGACGAG GCAGAAATTC TTCAGGTCCA
    CAGTCTGGAT GGATGAAACA AGAGGAGGAA ACATCTGGAC AGGATTCTAG CCTAAAAGAC
    CAAACAAACC AGCAAGTTGA TGGTTCTCAG CTACCTATAA ATATGATGCA ACCGCAAATG
    AATGTAATGC AGCAACAAAT GAATGCACAA CACCAGCCTA TGAATATCTT CCCATATCCA
    GTGGGTGTTC ATGCTCCTTT GATGAACATC CAACGCAATC CATTTAACAT TCATCCTCAG
    CTACCCTTGC ATCTCCACAC AGGAGTGCCC CTCATGCAGG TAGCCACTCC TACCAGTGTA
    TCTCAGGGAC TACCACCACC ACCACCCCCT CCCCCACCAT CCCAACAAGT CAACTACATT
    GCTTCACAAC CAGATGGAAA GCAATTGCAG GGTATTCCTA GTTCTTCTCA TGTAAGTAAT
    AACATGAGTA CACCAGTTTT GCCTGCTCCG ACAGCAGCCC CAGGAAATAC GGGAATGGTT
    CAGGGACCAA GTTCTGGTAA TACTTCGTCA TCAAGTCACA GCAAAGCCTC TAATGCTGCT
    GTAAAATTGG CAGAAAGCAA AGTAAGTGTT GCAGTGGAAG CCAGCGCAGA TAGCTCGAAG
    ACAGACAAGA AATTGCAAAT TCAAGAAAAA GCAGCACAAG AGGTAAAATT GGCCATCAAG
    CCATTTTACC AAAATAAAGA TATCACCAAG GAAGAATATA AAGAAATTGT ACGGAAAGCA
    GTAGATAAAG TTTGTCATAG TAAGAGTGGA GAAGTAAATT CTACTAAAGT GGCAAATCTG
    GTTAAAGCCT ATGTAGACAA ATACAAATAT TCACGGAAGG GGAGCCAAAA GAAAACTCTG
    GAAGAACCTG TGTCTACTGA AAAAAACATA GGCTGA

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

    RefSeq XP_024305043.1
    CDS102..4337
    Translation

    Target ORF information:

    RefSeq Version XM_024449275.1
    Organism Homo sapiens(human)
    Definition Homo sapiens SR-related CTD associated factor 11 (SCAF11), transcript variant X9, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_024449275.1

    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
    ATGGGCAGAG TGCATCTTTC ACACAACCTT TACCCTGATG TACATGTTCC AGGTTTCTCT 
    AGGACACTGG CTTCATGTCC TATTGACCGT AAACCTTTTC AGGCAGTGTT TAAATTCAGT
    GCATTGGAAG GTTATGTTAA GGTTCAAGTA AAAAAACAGC TGAGAGAAAC AAAAGACAAG
    AAAAATGAAA ACTCATTTGA GAAACAGGTC TCCTGTCATG AAAATTCTAA AAGCTGTATA
    AGAAGAAAAG CCATCGTAAG AGAAGATCTA TTAAGTGCAA AAGTTTGTGA CTTGAAGTGG
    ATACATAGAA ACTCTTTATA CAGTGAAACA GGAGGAAAGA AAAATGCAGC AATAAAGATA
    AATAAGCCTC AGAGATCAAA TTGGAGTACA AATCAGTGCT TCAGAAATTT TTTCTCCAAT
    ATGTTTTCTT CTGTTAGCCA CTCTGGAGAA TCTTCCTTTA CCTATAGAGC TTATTGTACA
    GAATTTATAG AAGCCAGTGA AATCAGTGCA TTGATTAGGC AGAAGAGACA TGAACTGGAA
    TTGTCATGGT TTCCTGATAC ATTACCTGGA ATTGGAAGAA TTGGTTTTAT ACCCTGGAAT
    GTTGAAACAG AAGTCCTTCC TCTCATTTCT TCTGTGTTGC CAAGAACTAT TTTTCCAACA
    AGTACCATAT CTTTCGAACA TTTTGGTACT TCTTGCAAGG GATATGCATT AGCACATACT
    CAAGAAGGGG AAGAAAAGAA GCAAACTTCT GGTACATCAA ATACCAGAGG ATCAAGACGA
    AAACCTGCAA TGACAACTCC TACAAGGAGG TCTACACGTA ACACAAGAGC TGAAACAGCC
    AGTCAGTCTC AGAGATCCCC AATATCAGAC AATTCTGGGT GTGATGCCCC AGGTAACAGT
    AATCCATCTT TAAGTGTTCC CTCTTCAGCT GAGTCAGAAA AGCAAACAAG ACAGGCTCCA
    AAACGGAAGT CTGTAAGAAG AGGAAGAAAA CCACCTTTAC TGAAAAAGAA ACTTCGGAGC
    TCTGTAGCTG CCCCTGAAAA ATCATCTTCC AATGATTCAG TAGATGAAGA AACAGCAGAA
    TCTGACACAT CACCTGTGTT AGAAAAAGAG CACCAACCAG ATGTAGACAG TAGTAACATT
    TGTACTGTGC AGACTCATGT AGAAAACCAG TCTGCTAATT GCTTGAAAAG TTGCAATGAG
    CAAATAGAAG AAAGTGAGAA GCATACTGCA AATTATGATA CAGAGGAAAG AGTAGGATCT
    TCATCTTCTG AGTCTTGTGC TCAAGATCTT CCTGTGCTAG TTGGTGAGGA AGGGGAAGTT
    AAAAAACTCG AGAATACAGG TATAGAGGCT AATGTTTTGT GTTTGGAAAG TGAGATTTCT
    GAAAATATTC TTGAAAAAGG AGGTGATCCA TTGGAAAAGC AAGACCAGAT ATCTGGACTT
    TCACAATCAG AGGTAAAGAC AGATGTATGT ACAGTTCATC TTCCAAATGA TTTTCCTACA
    TGTTTAACAT CTGAAAGCAA AGTGTACCAA CCTGTATCTT GTCCCCTAAG TGACTTATCT
    GAGAATGTAG AGTCAGTGGT TAATGAAGAA AAAATAACAG AGAGTTCCCT AGTAGAAATT
    ACTGAACATA AAGATTTTAC ACTAAAAACA GAGGAGCTTA TAGAGAGCCC CAAGTTAGAA
    TCTTCTGAGG GTGAAATTAT ACAGACAGTG GACAGACAAT CTGTTAAGAG CCCAGAGGTT
    CAATTGCTTG GGCATGTTGA AACTGAAGAT GTAGAAATAA TTGCAACATG TGATACTTTT
    GGGAATGAAG ATTTCAATAA TATTCAAGAC TCTGAAAATA ACTTACTAAA AAATAATCTT
    CTGAACACCA AATTGGAAAA ATCTTTAGAA GAAAAGAATG AATCGCTGAC CGAACATCCT
    AGATCTACAG AGTTGCCTAA AACACACATT GAACAGATTC AGAAGCATTT TAGTGAGGAC
    AACAATGAAA TGATACCTAT GGAGTGTGAT TCATTTTGCA GTGACCAAAA TGAATCTGAA
    GTTGAACCAT CTGTAAATGC TGATCTTAAA CAAATGAATG AAAATTCTGT GACACACTGT
    TCTGAAAATA ATATGCCGTC TTCTGATCTT GCGGATGAAA AGGTTGAAAC TGTTTCTCAA
    CCATCTGAAA GCCCAAAAGA TACCATAGAT AAAACCAAAA AGCCTCGTAC TCGAAGATCT
    AGATTTCATT CTCCATCTAC AACTTGGTCA CCCAACAAAG ACACTCCACA AGAAAAGAAG
    CGGCCCCAGT CTCCATCTCC CAGAAGAGAA ACTGGGAAAG AAAGCAGGAA GTCTCAATCA
    CCATCTCCTA AGAATGAGTC AGCCAGAGGC CGGAAAAAAT CCCGTTCTCA GTCCCCAAAA
    AAGGATATTG CAAGAGAAAG GAGGCAATCT CAGTCTCGGT CTCCAAAAAG GGATACTACT
    AGGGAAAGCA GAAGATCTGA ATCACTGTCC CCAAGAAGAG AAACTTCTAG AGAGAACAAA
    AGATCTCAGC CAAGAGTGAA AGATTCTTCC CCAGGAGAAA AATCCAGGTC CCAGAGCAGA
    GAACGAGAAA GTGATAGAGA TGGGCAGAGG AGAGAGAGAG AAAGGAGAAC CAGAAAGTGG
    TCTAGGTCCA GATCTCATTC TAGGTCCCCC TCAAGATGTA GAACAAAAAG TAAGAGTTCA
    TCATTTGGTA GAATTGACAG AGATAGTTAC TCTCCCCGGT GGAAGGGAAG ATGGGCAAAT
    GATGGTTGGA GATGTCCACG AGGAAATGAT CGGTACAGAA AGAATGACCC AGAGAAACAG
    AATGAAAATA CAAGAAAAGA AAAAAATGAC ATCCATCTAG ATGCTGATGA TCCAAATTCT
    GCTGACAAAC ATAGAAATGA CTGTCCCAAT TGGATAACAG AAAAAATAAA CTCTGGGCCT
    GATCCAAGAA CCAGAAATCC AGAAAAGTTG AAAGAGTCTC ATTGGGAAGA AAATAGAAAT
    GAAAATTCAG GAAATTCTTG GAATAAAAAC TTTGGTTCTG GTTGGGTATC TAACCGTGGT
    AGAGGCAGAG GCAACCGTGG CAGAGGCACT TACAGAAGTA GTTTTGCCTA TAAAGATCAG
    AATGAAAATC GGTGGCAAAA TCGAAAACCC CTCTCAGGGA ATTCAAACAG TTCAGGGAGT
    GAATCTTTCA AGTTTGTGGA ACAGCAATCC TATAAGCGAA AAAGTGAACA GGAGTTCTCA
    TTTGATACAC CAGCAGATAG ATCTGGATGG ACATCTGCAT CCAGCTGGGC CGTGAGAAAG
    ACTTTGCCAG CAGATGTACA AAACTACTAC TCACGACGAG GCAGAAATTC TTCAGGTCCA
    CAGTCTGGAT GGATGAAACA AGAGGAGGAA ACATCTGGAC AGGATTCTAG CCTAAAAGAC
    CAAACAAACC AGCAAGTTGA TGGTTCTCAG CTACCTATAA ATATGATGCA ACCGCAAATG
    AATGTAATGC AGCAACAAAT GAATGCACAA CACCAGCCTA TGAATATCTT CCCATATCCA
    GTGGGTGTTC ATGCTCCTTT GATGAACATC CAACGCAATC CATTTAACAT TCATCCTCAG
    CTACCCTTGC ATCTCCACAC AGGAGTGCCC CTCATGCAGG TAGCCACTCC TACCAGTGTA
    TCTCAGGGAC TACCACCACC ACCACCCCCT CCCCCACCAT CCCAACAAGT CAACTACATT
    GCTTCACAAC CAGATGGAAA GCAATTGCAG GGTATTCCTA GTTCTTCTCA TGTAAGTAAT
    AACATGAGTA CACCAGTTTT GCCTGCTCCG ACAGCAGCCC CAGGAAATAC GGGAATGGTT
    CAGGGACCAA GTTCTGGTAA TACTTCGTCA TCAAGTCACA GCAAAGCCTC TAATGCTGCT
    GTAAAATTGG CAGAAAGCAA AGTAAGTGTT GCAGTGGAAG CCAGCGCAGA TAGCTCGAAG
    ACAGACAAGA AATTGCAAAT TCAAGAAAAA GCAGCACAAG AGGTAAAATT GGCCATCAAG
    CCATTTTACC AAAATAAAGA TATCACCAAG GAAGAATATA AAGAAATTGT ACGGAAAGCA
    GTAGATAAAG TTTGTCATAG TAAGAGTGGA GAAGTAAATT CTACTAAAGT GGCAAATCTG
    GTTAAAGCCT ATGTAGACAA ATACAAATAT TCACGGAAGG GGAGCCAAAA GAAAACTCTG
    GAAGAACCTG TGTCTACTGA AAAAAACATA GGCTGA

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