mis18bp1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following mis18bp1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the mis18bp1 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
OXa63899 XM_031890684.1
Latest version!
Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa63899 XM_031890682.1
Latest version!
Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa63899 XM_031890683.1
Latest version!
Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa63900 XM_031890685.1
Latest version!
Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa37013 XM_018096671.1
Latest version!
Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $797.30
$1139.00

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

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

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

  • Reference Sequences (Refseq)
    CloneID OXa63899
    Clone ID Related Accession (Same CDS sequence) XM_031890683.1 , XM_031890684.1 , XM_031890682.1
    Accession Version XM_031890683.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4200bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product mis18-binding protein 1 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    RefSeq XP_031746543.1
    CDS423..4622
    Translation

    Target ORF information:

    RefSeq Version XM_031890683.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031890683.1

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    CloneID OXa63899
    Clone ID Related Accession (Same CDS sequence) XM_031890683.1 , XM_031890684.1 , XM_031890682.1
    Accession Version XM_031890684.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4200bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product mis18-binding protein 1 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    RefSeq XP_031746544.1
    CDS188..4387
    Translation

    Target ORF information:

    RefSeq Version XM_031890684.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031890684.1

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    CloneID OXa63899
    Clone ID Related Accession (Same CDS sequence) XM_031890683.1 , XM_031890684.1 , XM_031890682.1
    Accession Version XM_031890682.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4200bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product mis18-binding protein 1 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    RefSeq XP_031746542.1
    CDS181..4380
    Translation

    Target ORF information:

    RefSeq Version XM_031890682.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031890682.1

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGCAGGGAG TGGCTCAGAG
    GAGAAGCTAG TGAAAATAAC AGCCAAGGTG GGAACTCTCA AAAGGAAGCA GCAAATGAGA
    GAATTTCTGG AACAAATTCC AAAGGATGAC CATGATGACA TTTTCACTGC TACACCATTC
    CAGACCAAGA GAGTGAAGTT GCCAACATTT AGAGCAAGTC ATGAAGACGA TGTCTTCCAG
    CTGACCAACA CTGACCCAAC AACACCTTCT TCAAGTATTT TTCCCTTGGC TTACACCCCC
    CAGTGTGAGC ACATTAGCCC AGGAATGCTG GGGTCCATAA ACAGGTCAAA CAATGACAAA
    TATGTGTACA GAATGCAGAA AAACACCAAA GGAGGTGCAT TATCAGGATG GGGAAAATTA
    AATAAAAGAC CTGCTGGTAC TTCATATGCC ACTCCAGTTT CTCGACGGGC AACAACAGTG
    AGCAAAGACA AAGGCTGCAA AGATACATCA GTCATTGGAA AACTCTTTAG AACAGATGAA
    CCAACAGTAT CAGATGATGA TGATGAAGAG GACGACTTTT ATTTTTCTAA CTCTCCATAG

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

    CloneID OXa63900
    Clone ID Related Accession (Same CDS sequence) XM_031890685.1
    Accession Version XM_031890685.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4197bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product mis18-binding protein 1 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGGGAGTGG CTCAGAGGAG
    AAGCTAGTGA AAATAACAGC CAAGGTGGGA ACTCTCAAAA GGAAGCAGCA AATGAGAGAA
    TTTCTGGAAC AAATTCCAAA GGATGACCAT GATGACATTT TCACTGCTAC ACCATTCCAG
    ACCAAGAGAG TGAAGTTGCC AACATTTAGA GCAAGTCATG AAGACGATGT CTTCCAGCTG
    ACCAACACTG ACCCAACAAC ACCTTCTTCA AGTATTTTTC CCTTGGCTTA CACCCCCCAG
    TGTGAGCACA TTAGCCCAGG AATGCTGGGG TCCATAAACA GGTCAAACAA TGACAAATAT
    GTGTACAGAA TGCAGAAAAA CACCAAAGGA GGTGCATTAT CAGGATGGGG AAAATTAAAT
    AAAAGACCTG CTGGTACTTC ATATGCCACT CCAGTTTCTC GACGGGCAAC AACAGTGAGC
    AAAGACAAAG GCTGCAAAGA TACATCAGTC ATTGGAAAAC TCTTTAGAAC AGATGAACCA
    ACAGTATCAG ATGATGATGA TGAAGAGGAC GACTTTTATT TTTCTAACTC TCCATAG

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

    RefSeq XP_031746545.1
    CDS181..4377
    Translation

    Target ORF information:

    RefSeq Version XM_031890685.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031890685.1

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAGGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAG GAATTGCACT CATCAACCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA GAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGGGAGTGG CTCAGAGGAG
    AAGCTAGTGA AAATAACAGC CAAGGTGGGA ACTCTCAAAA GGAAGCAGCA AATGAGAGAA
    TTTCTGGAAC AAATTCCAAA GGATGACCAT GATGACATTT TCACTGCTAC ACCATTCCAG
    ACCAAGAGAG TGAAGTTGCC AACATTTAGA GCAAGTCATG AAGACGATGT CTTCCAGCTG
    ACCAACACTG ACCCAACAAC ACCTTCTTCA AGTATTTTTC CCTTGGCTTA CACCCCCCAG
    TGTGAGCACA TTAGCCCAGG AATGCTGGGG TCCATAAACA GGTCAAACAA TGACAAATAT
    GTGTACAGAA TGCAGAAAAA CACCAAAGGA GGTGCATTAT CAGGATGGGG AAAATTAAAT
    AAAAGACCTG CTGGTACTTC ATATGCCACT CCAGTTTCTC GACGGGCAAC AACAGTGAGC
    AAAGACAAAG GCTGCAAAGA TACATCAGTC ATTGGAAAAC TCTTTAGAAC AGATGAACCA
    ACAGTATCAG ATGATGATGA TGAAGAGGAC GACTTTTATT TTTCTAACTC TCCATAG

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

    CloneID OXa37013
    Clone ID Related Accession (Same CDS sequence) XM_018096671.1
    Accession Version XM_018096671.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4194bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-09-07
    Organism Xenopus tropicalis(tropical clawed frog)
    Product mis18-binding protein 1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAAGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAT GAATTGCACT CATCAATCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA AAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGGGAGTGG CTCAGAGGAG
    AAGCTAGTGA AAATAACAGC CAAGGTGGGA ACTCTCAAAA GGAAGCAGCA AATGAGAGAA
    TTTCTGGAAC AAATTCCAAA GGATGACCAT GATGACATTT TCACTGCTAC ACCATTCCAG
    ACCAAGAGAG TGAAGTTGCC AACATTTAGA GCAAGTCATG AAGACGATGT CTTCCAGCTG
    ACCAACACTG ACCCAACTGA CCCAACAACA CCTTCTTCAA GTATTTTCCC CTTGGCTTAC
    ACCCCCCAGT GTGAGCACAT TAGCCCAGGA ATGCTCAGGT CAAACAATGA CAAATATGTG
    TACAGAATGC AGAAAAACAC CAAAGGAGGT GCATTATCAG GATGGGGAAA ATTAAATAAA
    AGACCTGCTG GTACTTCATA TGCCACTCCA GTTTCTCGAC GGGCAACAAC AGTGAGCAAA
    GACAAAGGCT GCAAAGATAC ATCAGTCATT GGAAAACTCT TTAGAACAGA TGAACCAACA
    GTATCAGATG ATGATGATGA AGAGGACGAC TTTTATTTTT CTAACTCTCC ATAG

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

    RefSeq XP_017952160.1
    CDS188..4381
    Translation

    Target ORF information:

    RefSeq Version XM_018096671.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis MIS18 binding protein 1 (mis18bp1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018096671.1

    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
    ATGTTCATAG CTTCAAATGC TCAGCACAAT GATCCACCAG CTTTCAGCAA TGGAGGAATG 
    CATCTGAAGT CCATTCCACT GGACAAAATC CCAGCAAATA CTTTGACTCC AATCAAAGAT
    CTTGAGAAAC TATGCATGGA AGAGCCATGT TCATCAGGGA CTCCAGCCAA AAAGCCCAAG
    AAATTGGTTT CCACGACAGC TCTTCAGTCG ACGCTGATTC AAGATGGAAA TTGCCCTCTT
    GAGTTTCCTA ATCTCAGTGT AATAAAGCCA AGTGGTGCAC AAAGAAATAA ATTATATGGG
    AAGGATCCAG CACCACTTGA AATAAGGGGT TACTCCCCAT TCTCTGAGCC TGATTTTGTT
    TTGGAATCTC CAGCCAAAGT TTTTGAAAGG ATGAAGACAT TCGCAGCTCA AGAGAAACAA
    CTTAAAACAC CCATTAAAAA TCAAAGACTC TCTGATATTA TAAACTGCCA ACGTGACATG
    ATATTGACAC CTATTACAAA TCTAGCAGTT TATAGCAGAG AGCGGGAAAG CCGACTGTTC
    CATAAGCAAA CCGTGAATAT TGATGAGAAG CCTATCTGTA GCAACATGTA TTCAGACCCA
    GAAATACCTA AAGACATCCT AATTGCATCT CCAGCAAAAG TATTCCTCCT AATGAAACAG
    AAGGCTTTGG AGCGGCAACA ATTAATTCAT AAAGATGTCA CACACAGTCA GATTCCCAAG
    GGAGTAGATA TTAATACATC AAACACTGGC TCAAACTTTG TCTTTGCTCC TGATAAGCCT
    GAGAAACCGG CAAAGCATGG GGCCTTCCTG AATGGCAGCG AAGAATGCAT TGTGAGCAGC
    ACAAATCCCA GCCCAGACAT AGCACTGGGT GAAAAAGGAA ACGAAGGCGA TGATGAAATG
    TCTCAACGAA GCCACCTAAG TTTATTGCAG AATGAAACGT TGACTCCCGA AATCTGTAAA
    CTCATAAGTC CAAGGAAAAG CAGGGAGAAC ATGAAAACAG CAAGTGAACA CTTGAATAAT
    AATAATAGAG GTTTTATGGC CGGGTCAAAG CTTATGTCAG GAACTAAGGA ATTCAAAAAC
    CTTGGCATTA AAGGTTCCAC CTTATGCCCT GATATGTGTG ATATTTTACT AATATCCCCT
    AAAATTCATA TTCCAAGAAA GTCCAGAGAA GTGCCAGCTA CAGTTCATTG CCCTGATACA
    ACCAGAAGTA ATCCAAAAGA AGAGGAAAAC ATTCTCTTGA CTGAATGGAT TATAACATTT
    TCTGGTAAAG CTGGTGTTTG CTTAGAGGGG AAACGGGTGG ATGCCTCGGG GCTGTATTGG
    CACAGTAATG TTATAGTGGA ACGAATCCAA AGTGATAAAG TGAAGACTTT TTCTGGTCGT
    GTCTATAAAT TGAAAGGGAA GGCTGATACA GCCACTATGC AGTTGGAAGG ATTTCCCTCA
    TGGTTTGTGC AAAAGTTTGC ATCAGGCTTT CCAGAAGATT GGAAGGCTCA TGTGGATCGT
    GTTCTGAAGG AAAGACACAG GATTAAAGTA GAAGGAAAAA ATGTTAACAC TAGGAAGAAT
    GAGGATATTG AACAAAAGAG ACTGAAGGGC ATTCAACAAG AAAGGACAAA ACATTGCTAT
    TCCAGTAGCA CGGACACAGA AAATAAGTCA GTCAAACGAC GGCATGATTT AACAAGAGAA
    CTTGCAAAGC TCCTACCTAG CTCTCCCTCC ATGGGCACCA GATTCTACCT TCGTGATATT
    GCCCAGAGAA AAACCAGGGC TTGCAAAAAA GGCAAGGAAT CAAAGACTGT TCAACATGAA
    ATGACATACA GCTGGGATTC CAGTGACTCT GATACAGACA GTAAAAGAAC TAGAAGAAGG
    AAAAAAGTAT CAAAGAAACA AAAATCCAAG TTACCTGATA GCCTTTCCAC AAGGGATGCC
    AGAACCAATA CTGGCCGTAG TAGCAATTCT GTATATGGTT TGTCATCTGA AGAATCGCAA
    GACCACGTAT CACCCACTGT TCCAAAAGGA AGGCCAGCAC TGGGTAAGAG CAAAAATTCA
    GTTACAGGCC GACAGACTAA GCAATCAGAT GAATTGCACT CATCAATCCT ACCTAAACCT
    TTCTCCAACA ACACAAAAAA CACTCCTGCT CAAGCAAAAA ATTCAACATA TGATTTGTCT
    CCCTCTGAGA GTGATGTTGT CATCCATTCA CGCACCACTA GAGGCACCAC TAGATATTCA
    GCAAGTGGAA AGCAAAGCGT GGAGAATGAG AAAAACACCC CACCTGCACA GCAGTTGAAT
    CGTGATGCCA CCGTGAGCCG CAGTGGACGA GTTATTAAAC CTCTTCTAAA ATACTGGTGT
    GGAGAACGAG TGGTGACTGA CAGTAACTTA AATTTTGTAA TTGATGAAGG AACAACAAAT
    TATTTAGAGA CAAGTCTGGT TAAAAGAAAG TCTGAAATTA AATGCAAGCA GCCACCTACT
    CCCAAGGAGT TAGGCAAACA TTCCCTTAGG CTTAGCGAAG GCACTTCCAA CATGGAGAGG
    CAACAAAGAT CAGCATCACA GCTTGGAAAA AAGAGTTGGA AAGAGGATTC TATTTCAGTA
    GGGAAGGCTT GCTCGGAAGA CCCAACCCCG TCACAGACAG AGGAGAGCGA TAATGAGGAA
    CTTCCACAAA ATCCTAGCAC AAAATCCCCT GTGGTGGTGC TTACGCCAAT TCATTCAAAA
    AGTCAGTTAC GGAAAAAGTG CATTAAACAC AATGTGCACT ACGAAAGCTC AAATAAGAGT
    GAAACAGACA CAAGTGTTTT TGAAAGTGAA ATTGAAACAC AGCCGTTAGT AGAGAAAAAT
    TGCAATGGGG ACCGGATTTC TAAATCGCCT TTGCAGAAAC CACGCATTGC CCCTGTCGTT
    CTGGGGAATA AATTGTCTGA GACTGAATCT TCCAGTGAGG AGGGTAAATC TACCCATATT
    TCTGTTAAAA GGAAGCCAAA GACTTTGTCA CAAAAGGACA TAAAGAAATG TAACCAAGAC
    TTGCACGCTG AGGGAAATAA ATATTGCTCT TTGGAATTTC TAAATAATTT GCAAAGTTCT
    CAAAAAGAGC CCCTAAAACA AAAAAGCCCA CACCATAAAA GTAGTAGGGG ATATAAAACT
    GCACTAAAAA GCAGTGATCT TACAAGCTCT GCCGACTCTG ATAAGGAAAA ACGACCCAAC
    GCAAGAAAAT CTTGTGTCCT GAACAATCTG GGATCTCAAA AGCAAGCACT GCGTGCTTGT
    AGGTTTGACC TTGAGGGCTC AGAAGAAACA TACAGCTCAG ATAATGGTCA GCAGAGGCCA
    AAGAATCCCA CAGCTAGAAG TTCTTTGGGC TCCATAAGTA CTCCTACTTT ACAATTTGCT
    TTAAGTAAAA GGACAAGGAG TTTACCCAGG AAACAAGGTT CTACTGTGCC GCTTCCAAAA
    ATGAATCATG GTGAGGACTG GACAGAAAAG GAAGTTGAGC GTCTTTACAA GGCAATATCT
    TCTCTACCAA AGCATAAAAA TGGATTCTGG GTGGAAGTGG CTATGTCTGT AGGCAGCCGA
    TCTGCAGAGG AGTGTCAGGA GAAGTACCTA GAGAAGCAAC AGTCAAAGGG ATCTAAAGCT
    CAATCTAAAA AGAAGTCCGG GTCCAGAAAA AAAGAACCAA AGGGGAGTGG CTCAGAGGAG
    AAGCTAGTGA AAATAACAGC CAAGGTGGGA ACTCTCAAAA GGAAGCAGCA AATGAGAGAA
    TTTCTGGAAC AAATTCCAAA GGATGACCAT GATGACATTT TCACTGCTAC ACCATTCCAG
    ACCAAGAGAG TGAAGTTGCC AACATTTAGA GCAAGTCATG AAGACGATGT CTTCCAGCTG
    ACCAACACTG ACCCAACTGA CCCAACAACA CCTTCTTCAA GTATTTTCCC CTTGGCTTAC
    ACCCCCCAGT GTGAGCACAT TAGCCCAGGA ATGCTCAGGT CAAACAATGA CAAATATGTG
    TACAGAATGC AGAAAAACAC CAAAGGAGGT GCATTATCAG GATGGGGAAA ATTAAATAAA
    AGACCTGCTG GTACTTCATA TGCCACTCCA GTTTCTCGAC GGGCAACAAC AGTGAGCAAA
    GACAAAGGCT GCAAAGATAC ATCAGTCATT GGAAAACTCT TTAGAACAGA TGAACCAACA
    GTATCAGATG ATGATGATGA AGAGGACGAC TTTTATTTTT CTAACTCTCC ATAG

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