tdrd15 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following tdrd15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tdrd15 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
OXa59282 XM_031902988.1
Latest version!
Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
OXa59282 XM_031902987.1
Latest version!
Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
OXa59283 XM_012971337.3
Latest version!
Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
OXa37614 XM_012971337.2
Latest version!
Xenopus tropicalis tudor domain containing 15 (tdrd15), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $1021.30
$1459.00

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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 OXa59282
    Clone ID Related Accession (Same CDS sequence) XM_031902987.1 , XM_031902988.1
    Accession Version XM_031902987.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5751bp)
    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 tudor domain-containing protein 15 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    ATGCTAATAA TCCAAAAACC CACTAAAAGA GAAATATTGA AGACCAACAC AAAAATGGAT 
    GTTGAACTTT CAGCAAAATC TTTACCAAAC ATGGCTTTAA AGATCTTGGC AGTGGATTGT
    AACCCTGATA ATGTAATCAT CAAATTTCAA GGAAAATACA ATTCCGAAAG TGAATTTGAT
    TACCATATCT TGCAAAATGA AATCCAGCTT GTTCCAAAAG TGCGAGATGG AATTGGTAGC
    GGGGAGTTCT GTTTAGTTCA AGACAAACCA TTTGGAGCAT GGCAAAGAGG AAAAGTTTTG
    AATAAAATAA ATGAGAAATC CGAAGTATTT TTGATAGACC AAGGAAATAC AGTAAATGTT
    GATTCCACTC AAATAGCATC CGCTTCTGTG GAGCTTTTTT CACTCCCTCC AAGAGCAGTG
    AATGGTATTT TCTCTGGTAT ACTTCCTCTA GGAGACAAGT GGACCCCAAA AGCGGTAAAT
    TATTTCTCGT CTTTGGTAGG ACTTCAGGTG GAAGGGCATA ACCAAGCTGT CTTGCTGGAT
    CAGGTCACAA TTTTTGAAGT GCCAACCATT ATCACTAGTG CTGTGGAGTT AAACCTGGCA
    AGGTATATTG ATTCTACAAC ATTCTGTCTT CTCACAGAGA TTTTATACAA AGCTACCATA
    AATTACCAAT GCAAACAATT GCCAGATTTG TTACAGCAAA AGACCTTATA TTTGAGTTCT
    TCGCACAGTC TCCATGATTT GCTTAGCAGT TCTCAAAAGA TTCTGGATCA TCTCCTACCA
    GATGTTGCAA TAGGAGCAAC TGAAAAAGTT AAAATATCAG CTGCTGTAAG CTACAGTAGG
    TTTTATTGTC ATTTATTGTC GTGGGAAAAA GAACTTGGTG ATTTGAATAC TCTGATGTTT
    TCTCATTATG AAACCATAAG GATAAAACAA AATTCAATAC TGGACAATTT TGGCGTTCTC
    TGTGCTGCTA AAAGGAAAGA TGGTCTGTGG CATAGGGGGG TAATAGAAAC ATTTCTTTGT
    GGTAAAAAAG TACAAATCTG GTTTATAGAT ATTGGGTGTA GAGAAACAAT ATCTTCCTCC
    TTTGTTCAAA AGTTAAAAAC GGAATTCCTT ACTCTGCCCA TGATGGCTGT TCCTTGCTCT
    TTAATAAGTA TGAATGGTCA TGCAGATTAT GCCACGAATA TTCAGTTGAC ACCCTTTAAG
    CAGTTCCTTT TAGGACAAGC TGTTATTGCT ACATTTGAAC AATTTAATAA CGAAGAACGC
    CTGTTTTACA TAACGTTGCA AACTAAAGAG TATGACCTGA ATGCAAACTG CCATTTAACA
    AATCAATGTG TTCCAGTATT TTCCCCAAAT TGTTACAGAA GCCTCTGCGA TTCTACATTG
    CCAGAGAAAC CAAGCACTTT TTGTGTACCT GACAAAGCCT CAACTGAGGC AGTGTTTCAT
    AAAACCATTC AAATGGATGC AGATTCAGTA CATGTGGGAT ATGTTGAGTA CGTGTTGAAT
    CCATCCAACT TCTGGATACG AACTGATGAG TTACAGAATG AGTTTTCAGC CATGATGGAA
    AAAATTGCCG AAACTTATAA TCCATGTGGT CCTACTGAAA GAGTTCTAAA AGATCCTGAA
    CCAGGAGACC TTTGCTGTGC ACTGTATTAT AAAGACAGAC ATTATTATAG AGCCATTGTC
    ACTGATATTC TTGACTTAAA AGTTGCTGTT TACTTTTTTG ATTTTGGAAA TACAGAGACA
    GTTCCTTGTT ATGATGTAAA AACCTTACTG CCGGAATTTG AAATTTTGCC TGCTTTGGCA
    ATGTGCTGCT CTTTGGCTTA TGCTTATCCT GTGGAAGATG TGTGGGTAAA GAGTGCCAAT
    GATTTTTTCA AACGAATGGT TTCTGGTAAA GCTCTTCTTT TTCATGTTCT CGTGAAGCAC
    AAATACAAAT ATATTGTTGA CGCGCGATAT TTGGAAGACT CTGAAAACTC AGATATTGTT
    ATGATGATGG TAAAAGCTGG ATATGCAGAA TATTGGAAGG TAAACCTAAA TCCAAGTCCT
    GTGGTTACAA AGATTCGCTC AACAGGAAAA TATAAAAATT CAAAAGTTGT TAAACAAAAT
    AAAACTCGCA TGACCATAGC AAAGCATGTC TTGAAAAATG AGAATGAGCG ATCCAGAAAC
    CAGTCTCCCA AAACTGAAGT TTTGCCTATT ACTTTTAAAC AGTATTTATT TAAACCAGGA
    TCTGTGGTGA ATGTCAAATG TTCACATGTG AACTCCCCAA GAGATTTCTG GTGCCAGCTT
    CTCACAGAAA CTTCAGCATT AGCATTAGAA AGTATAATGA AAGACATTCA GAGTTATTAT
    TCATGTTGTA ATGACATGTA CAAACATGGG CAAATAGCTT GCATTGTAAA GTGTGCGGAC
    AGTGGTATAT TTTATAGAGC AGCTGTTCAT AATGTTACAG AAAAGGCAGT GGATATTATT
    TTAGTTGACT ATGGATATTC TAAAAGAGCT TTGATTTCAG ATCTTCGAGA AATAAAGCCC
    CAGTTTCTAG CTTTAGAAGG TCAGGCATTT CGTTGTAGTC TGAACAGCTT TCTTACTCCT
    GTAAGACCTC ATCTCAGTTG GACTTCGGAG GCCTGTAGAG ATTTTAAAGA CTTTGTTAAT
    TCTTCTGTGA CTGAGGATTT GAAATGCACA GTCCATGCCC TGTTTAGCAT GGGTACTACA
    GACCTTTTTA ACGCCGTCAG TTTGGAAAAG CGTTTTGTGT GTGTGTGTCA GTTTCTGCTT
    AACAAAGGAC ATACTGCTTT CTCACATGCC TCAATTCCAT TAATTACTCT GCGTAGCTTT
    TGTTACTCTG ACTTCAACAT TAAAGTTGGA AATTTAGAAC AGGTGTATAT TACACATGTT
    TACAGCACTA GCAGATTTTA TTGCCAACTT GTGAGAAATA CTGAAGCAAT CGAAGCACTC
    ATGAAAAGAG TTTCAGATAT TGGTGACCAA CTAATACAAA CTGATTGTAC AAAAGAAAGC
    AAATTGTGTA TTGTGAAGTA TTTTGAAGAT GGCCACTTCT ATAGAGCTTT GGCATGTCCA
    ATAGAGTCTT CCTTATTGTT CTCAGCATTT TTTGTGGATT TTGGAAACAG CCAGATGGTA
    ACAAAAAAGG AACTGTTACC CATACCAGAC ACAGCAGCAG ATCTTTTATC GGAACCAATG
    CAAGCTATCC AGTTTTATCT TGCTGGTTTA GAAAATGTTG TTTTCACAGA AGAAGTTATA
    AAATGGTTAG ATGAAAACTG TTTGGGTATG CAGCTGAATG CTGTTGTATT GGCCAAAGAC
    TGTGATAACC AGCTTGTTGT AGATCTGTAC AAGGAAAAGC TCCATATAAA TCAGAAAGTT
    AAAGAACTGC TAGGCTACCC TCCCTCTGGG GATAATATTG TAATTTTGCC ACAATTAAAA
    AATGAAATTA ATCCCACATC AGAAAAAGGT ATATCAAAAA AACAAACAGA ACAACTTATG
    TCGCAAATGC TTAAATGCGA AACTCCATCA CAAATTGATG AAGTACCTAC TGCCAGATTA
    GTTTCGGCCT TTGAGAACTT ATCAGTGAAC CAAATGCAAT GTAATAGTGT ACAAAATCTA
    GTACATCGTG AAGGTAAGGT TGCTCTGGAT GTAATAACTT CACCTAGAAC CTGTATTACT
    TGTAGTGATC TGCCAGAATG TCTGATCGAA CCATTGTCTA AAGATGTTGG ATATATTTCC
    CACATAAACA GTCCTTCTAG TTTTTATATA CAACTCTCAA AAAACGAGAA TGCAATAGTT
    CATCTTGCAG AAGAACTTAA TAAGGAACCA TTATCATTTC AAGCTCTCTC TGCCAGAGAT
    TGTAAGAAGG GCATGCTAGT AGCTGCTGAA TATCCAGACG ACCTTTGTTT TTATAGAGCC
    GAAATTCTAG AAATGAAAGA AGACAAATCG TTTGAAGTGA AATTTATTGA TTATGGTAAT
    ACTGCATACG TGTCTTCGTT ATTTTTGCTT CCGGATAAAT TTTTATCTGT TCCTAAATTT
    AGTATCGCTG CTTCTCTTTT TGGTATTGAA GCATTAAAAA CTAGGGAGGA ATGGAGTCGA
    GATGTCACCT CCTACTTTTC TCAAAAAGTT AACGGAGAAT CTGTTGACTG TAAATTTTTA
    AAAATGAATG GAATGCATTG GGAGGTCAGT CTAGTTTGTA AAACTGAGTT AGTAGCAGAT
    GATCTAATTA AGCATTTTGG TTCAACAAAA ACACAAAATA CAGCAAGTGT GACAGCTACT
    CATTCAACTC ATCCTTCAAA TTCAAAGCTT ATTGATATGC AAAACCAATG CAATGTCATT
    GGTGAGACAA ATAACGAAAT TACTTATGAA ACCAGGGAAA TCCAGAATCA GAATGTGATA
    CCTAATCAGA TTGAAACAGT GAAAAATATG TACTTTGCAG ACTGTGGCAG ATTCTTTGTT
    ACTTTACATG GATGCTCATT AGAAGCCAAC TTAGTTACTT TGATTGCTGA AGCTGTCAAG
    CAGGCTGATA ACCGGCTAGC AGTCAAAAAC ATTACAAAGG GAATTACATG TTTGGCAAAA
    TCTGAAAAAA TTCAGACATG GCTACGTGCA TCAGTAGAGG ATATTTTTCC GCAAAAATTG
    AAGATGTTGG TTTTCTATGT CGACCATGGT GCACACGAGT TAATAAGCAT GCATAATGCT
    AAAGTACTAT CTGGTGATTT GTTAAAAATT CCTAAGCAAG CGATTGCCTG TAGATGGGCA
    TGGAATGAGA AGATTAATGA GTTAGAATTT CAAAAAATGT TGTCATCACT CATGAAAAAG
    GATGTACAAG TCCTGTTTCT AAAATTCTTA AAAGCCTGCC AAACCTGGAA AGTAGAGGTT
    CTTATAAATG GGTCGCTCTT GATGGAGTAT TTTCATGCCA ACTGTCGCCA AGCTGAAAAT
    AGTAAAAATA ATTCAGTTAC AAATAGATCT TTTGTAGAGT TTTGTATCCC TGAACCCATT
    CTGCAATGTG GGACCATATA CACTGGCTTT ATTACAGCAG TTTATGAACC TACTGATTTC
    TATTTTCAGT CAGAGGATTC TGAGGATTTA ATGAGTAAAT TACTAAAGCT TCTCCATGAA
    CTCTCCAATG ATCCTTTGCC TTTACCTTGT GAGTTATTAA AGCCTGGTGT AGCTTGCCTT
    TTAAAGTGCT TTGCTGACAA TACATGGTGC AGATCAAAAA TTATAGCAAT AGAAAATTCA
    GTTCTGCTTA ATCTTGTAGA CTACGGTGTG CTTAAAAATA TCCCATTTTC CGATGTTGGC
    AGGTTAAAAT GTATTCCAGA AAAGCTTGCC AGTCTGCCAT CTTTAACCTA TCACTGTTCA
    TTATATGGAG TCAAACCCTA CGGTGGATCA GAGTGGTCCA AAGATGCAGT AACCTTCTTC
    ACAAACTTTG TAATGAAACA TTCCTCATTG TTGCTTCAGT GTGTTGGAAA TAAAGCCCCT
    GGCAAAATGG AAGTGAATAT TTACGGACAA GGAAGTTTAT CTAAATGTCT TGTTTCTATG
    GGATTTGCGG AGTTCTCAGA AAGAGCAACA GCATGGAATT CCGATTCAGT AAATAATATG
    CCAAATGGGC TCTTGAAATC GAAAACAACA GCTGATATGT ATTTACAGAA TTCAAACAAA
    CAGCGTCAAG ACTACAATTC TAATGTTACA TTATATTCAT ATGCACAAAA TAAAAACAGC
    AAAGAATTCC AAATGCCTAA ACGGAAGCAG GAAACCTTCT TGGACAACTA G

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

    RefSeq XP_031758847.1
    CDS200..5950
    Translation

    Target ORF information:

    RefSeq Version XM_031902987.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031902987.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    ATGCTAATAA TCCAAAAACC CACTAAAAGA GAAATATTGA AGACCAACAC AAAAATGGAT 
    GTTGAACTTT CAGCAAAATC TTTACCAAAC ATGGCTTTAA AGATCTTGGC AGTGGATTGT
    AACCCTGATA ATGTAATCAT CAAATTTCAA GGAAAATACA ATTCCGAAAG TGAATTTGAT
    TACCATATCT TGCAAAATGA AATCCAGCTT GTTCCAAAAG TGCGAGATGG AATTGGTAGC
    GGGGAGTTCT GTTTAGTTCA AGACAAACCA TTTGGAGCAT GGCAAAGAGG AAAAGTTTTG
    AATAAAATAA ATGAGAAATC CGAAGTATTT TTGATAGACC AAGGAAATAC AGTAAATGTT
    GATTCCACTC AAATAGCATC CGCTTCTGTG GAGCTTTTTT CACTCCCTCC AAGAGCAGTG
    AATGGTATTT TCTCTGGTAT ACTTCCTCTA GGAGACAAGT GGACCCCAAA AGCGGTAAAT
    TATTTCTCGT CTTTGGTAGG ACTTCAGGTG GAAGGGCATA ACCAAGCTGT CTTGCTGGAT
    CAGGTCACAA TTTTTGAAGT GCCAACCATT ATCACTAGTG CTGTGGAGTT AAACCTGGCA
    AGGTATATTG ATTCTACAAC ATTCTGTCTT CTCACAGAGA TTTTATACAA AGCTACCATA
    AATTACCAAT GCAAACAATT GCCAGATTTG TTACAGCAAA AGACCTTATA TTTGAGTTCT
    TCGCACAGTC TCCATGATTT GCTTAGCAGT TCTCAAAAGA TTCTGGATCA TCTCCTACCA
    GATGTTGCAA TAGGAGCAAC TGAAAAAGTT AAAATATCAG CTGCTGTAAG CTACAGTAGG
    TTTTATTGTC ATTTATTGTC GTGGGAAAAA GAACTTGGTG ATTTGAATAC TCTGATGTTT
    TCTCATTATG AAACCATAAG GATAAAACAA AATTCAATAC TGGACAATTT TGGCGTTCTC
    TGTGCTGCTA AAAGGAAAGA TGGTCTGTGG CATAGGGGGG TAATAGAAAC ATTTCTTTGT
    GGTAAAAAAG TACAAATCTG GTTTATAGAT ATTGGGTGTA GAGAAACAAT ATCTTCCTCC
    TTTGTTCAAA AGTTAAAAAC GGAATTCCTT ACTCTGCCCA TGATGGCTGT TCCTTGCTCT
    TTAATAAGTA TGAATGGTCA TGCAGATTAT GCCACGAATA TTCAGTTGAC ACCCTTTAAG
    CAGTTCCTTT TAGGACAAGC TGTTATTGCT ACATTTGAAC AATTTAATAA CGAAGAACGC
    CTGTTTTACA TAACGTTGCA AACTAAAGAG TATGACCTGA ATGCAAACTG CCATTTAACA
    AATCAATGTG TTCCAGTATT TTCCCCAAAT TGTTACAGAA GCCTCTGCGA TTCTACATTG
    CCAGAGAAAC CAAGCACTTT TTGTGTACCT GACAAAGCCT CAACTGAGGC AGTGTTTCAT
    AAAACCATTC AAATGGATGC AGATTCAGTA CATGTGGGAT ATGTTGAGTA CGTGTTGAAT
    CCATCCAACT TCTGGATACG AACTGATGAG TTACAGAATG AGTTTTCAGC CATGATGGAA
    AAAATTGCCG AAACTTATAA TCCATGTGGT CCTACTGAAA GAGTTCTAAA AGATCCTGAA
    CCAGGAGACC TTTGCTGTGC ACTGTATTAT AAAGACAGAC ATTATTATAG AGCCATTGTC
    ACTGATATTC TTGACTTAAA AGTTGCTGTT TACTTTTTTG ATTTTGGAAA TACAGAGACA
    GTTCCTTGTT ATGATGTAAA AACCTTACTG CCGGAATTTG AAATTTTGCC TGCTTTGGCA
    ATGTGCTGCT CTTTGGCTTA TGCTTATCCT GTGGAAGATG TGTGGGTAAA GAGTGCCAAT
    GATTTTTTCA AACGAATGGT TTCTGGTAAA GCTCTTCTTT TTCATGTTCT CGTGAAGCAC
    AAATACAAAT ATATTGTTGA CGCGCGATAT TTGGAAGACT CTGAAAACTC AGATATTGTT
    ATGATGATGG TAAAAGCTGG ATATGCAGAA TATTGGAAGG TAAACCTAAA TCCAAGTCCT
    GTGGTTACAA AGATTCGCTC AACAGGAAAA TATAAAAATT CAAAAGTTGT TAAACAAAAT
    AAAACTCGCA TGACCATAGC AAAGCATGTC TTGAAAAATG AGAATGAGCG ATCCAGAAAC
    CAGTCTCCCA AAACTGAAGT TTTGCCTATT ACTTTTAAAC AGTATTTATT TAAACCAGGA
    TCTGTGGTGA ATGTCAAATG TTCACATGTG AACTCCCCAA GAGATTTCTG GTGCCAGCTT
    CTCACAGAAA CTTCAGCATT AGCATTAGAA AGTATAATGA AAGACATTCA GAGTTATTAT
    TCATGTTGTA ATGACATGTA CAAACATGGG CAAATAGCTT GCATTGTAAA GTGTGCGGAC
    AGTGGTATAT TTTATAGAGC AGCTGTTCAT AATGTTACAG AAAAGGCAGT GGATATTATT
    TTAGTTGACT ATGGATATTC TAAAAGAGCT TTGATTTCAG ATCTTCGAGA AATAAAGCCC
    CAGTTTCTAG CTTTAGAAGG TCAGGCATTT CGTTGTAGTC TGAACAGCTT TCTTACTCCT
    GTAAGACCTC ATCTCAGTTG GACTTCGGAG GCCTGTAGAG ATTTTAAAGA CTTTGTTAAT
    TCTTCTGTGA CTGAGGATTT GAAATGCACA GTCCATGCCC TGTTTAGCAT GGGTACTACA
    GACCTTTTTA ACGCCGTCAG TTTGGAAAAG CGTTTTGTGT GTGTGTGTCA GTTTCTGCTT
    AACAAAGGAC ATACTGCTTT CTCACATGCC TCAATTCCAT TAATTACTCT GCGTAGCTTT
    TGTTACTCTG ACTTCAACAT TAAAGTTGGA AATTTAGAAC AGGTGTATAT TACACATGTT
    TACAGCACTA GCAGATTTTA TTGCCAACTT GTGAGAAATA CTGAAGCAAT CGAAGCACTC
    ATGAAAAGAG TTTCAGATAT TGGTGACCAA CTAATACAAA CTGATTGTAC AAAAGAAAGC
    AAATTGTGTA TTGTGAAGTA TTTTGAAGAT GGCCACTTCT ATAGAGCTTT GGCATGTCCA
    ATAGAGTCTT CCTTATTGTT CTCAGCATTT TTTGTGGATT TTGGAAACAG CCAGATGGTA
    ACAAAAAAGG AACTGTTACC CATACCAGAC ACAGCAGCAG ATCTTTTATC GGAACCAATG
    CAAGCTATCC AGTTTTATCT TGCTGGTTTA GAAAATGTTG TTTTCACAGA AGAAGTTATA
    AAATGGTTAG ATGAAAACTG TTTGGGTATG CAGCTGAATG CTGTTGTATT GGCCAAAGAC
    TGTGATAACC AGCTTGTTGT AGATCTGTAC AAGGAAAAGC TCCATATAAA TCAGAAAGTT
    AAAGAACTGC TAGGCTACCC TCCCTCTGGG GATAATATTG TAATTTTGCC ACAATTAAAA
    AATGAAATTA ATCCCACATC AGAAAAAGGT ATATCAAAAA AACAAACAGA ACAACTTATG
    TCGCAAATGC TTAAATGCGA AACTCCATCA CAAATTGATG AAGTACCTAC TGCCAGATTA
    GTTTCGGCCT TTGAGAACTT ATCAGTGAAC CAAATGCAAT GTAATAGTGT ACAAAATCTA
    GTACATCGTG AAGGTAAGGT TGCTCTGGAT GTAATAACTT CACCTAGAAC CTGTATTACT
    TGTAGTGATC TGCCAGAATG TCTGATCGAA CCATTGTCTA AAGATGTTGG ATATATTTCC
    CACATAAACA GTCCTTCTAG TTTTTATATA CAACTCTCAA AAAACGAGAA TGCAATAGTT
    CATCTTGCAG AAGAACTTAA TAAGGAACCA TTATCATTTC AAGCTCTCTC TGCCAGAGAT
    TGTAAGAAGG GCATGCTAGT AGCTGCTGAA TATCCAGACG ACCTTTGTTT TTATAGAGCC
    GAAATTCTAG AAATGAAAGA AGACAAATCG TTTGAAGTGA AATTTATTGA TTATGGTAAT
    ACTGCATACG TGTCTTCGTT ATTTTTGCTT CCGGATAAAT TTTTATCTGT TCCTAAATTT
    AGTATCGCTG CTTCTCTTTT TGGTATTGAA GCATTAAAAA CTAGGGAGGA ATGGAGTCGA
    GATGTCACCT CCTACTTTTC TCAAAAAGTT AACGGAGAAT CTGTTGACTG TAAATTTTTA
    AAAATGAATG GAATGCATTG GGAGGTCAGT CTAGTTTGTA AAACTGAGTT AGTAGCAGAT
    GATCTAATTA AGCATTTTGG TTCAACAAAA ACACAAAATA CAGCAAGTGT GACAGCTACT
    CATTCAACTC ATCCTTCAAA TTCAAAGCTT ATTGATATGC AAAACCAATG CAATGTCATT
    GGTGAGACAA ATAACGAAAT TACTTATGAA ACCAGGGAAA TCCAGAATCA GAATGTGATA
    CCTAATCAGA TTGAAACAGT GAAAAATATG TACTTTGCAG ACTGTGGCAG ATTCTTTGTT
    ACTTTACATG GATGCTCATT AGAAGCCAAC TTAGTTACTT TGATTGCTGA AGCTGTCAAG
    CAGGCTGATA ACCGGCTAGC AGTCAAAAAC ATTACAAAGG GAATTACATG TTTGGCAAAA
    TCTGAAAAAA TTCAGACATG GCTACGTGCA TCAGTAGAGG ATATTTTTCC GCAAAAATTG
    AAGATGTTGG TTTTCTATGT CGACCATGGT GCACACGAGT TAATAAGCAT GCATAATGCT
    AAAGTACTAT CTGGTGATTT GTTAAAAATT CCTAAGCAAG CGATTGCCTG TAGATGGGCA
    TGGAATGAGA AGATTAATGA GTTAGAATTT CAAAAAATGT TGTCATCACT CATGAAAAAG
    GATGTACAAG TCCTGTTTCT AAAATTCTTA AAAGCCTGCC AAACCTGGAA AGTAGAGGTT
    CTTATAAATG GGTCGCTCTT GATGGAGTAT TTTCATGCCA ACTGTCGCCA AGCTGAAAAT
    AGTAAAAATA ATTCAGTTAC AAATAGATCT TTTGTAGAGT TTTGTATCCC TGAACCCATT
    CTGCAATGTG GGACCATATA CACTGGCTTT ATTACAGCAG TTTATGAACC TACTGATTTC
    TATTTTCAGT CAGAGGATTC TGAGGATTTA ATGAGTAAAT TACTAAAGCT TCTCCATGAA
    CTCTCCAATG ATCCTTTGCC TTTACCTTGT GAGTTATTAA AGCCTGGTGT AGCTTGCCTT
    TTAAAGTGCT TTGCTGACAA TACATGGTGC AGATCAAAAA TTATAGCAAT AGAAAATTCA
    GTTCTGCTTA ATCTTGTAGA CTACGGTGTG CTTAAAAATA TCCCATTTTC CGATGTTGGC
    AGGTTAAAAT GTATTCCAGA AAAGCTTGCC AGTCTGCCAT CTTTAACCTA TCACTGTTCA
    TTATATGGAG TCAAACCCTA CGGTGGATCA GAGTGGTCCA AAGATGCAGT AACCTTCTTC
    ACAAACTTTG TAATGAAACA TTCCTCATTG TTGCTTCAGT GTGTTGGAAA TAAAGCCCCT
    GGCAAAATGG AAGTGAATAT TTACGGACAA GGAAGTTTAT CTAAATGTCT TGTTTCTATG
    GGATTTGCGG AGTTCTCAGA AAGAGCAACA GCATGGAATT CCGATTCAGT AAATAATATG
    CCAAATGGGC TCTTGAAATC GAAAACAACA GCTGATATGT ATTTACAGAA TTCAAACAAA
    CAGCGTCAAG ACTACAATTC TAATGTTACA TTATATTCAT ATGCACAAAA TAAAAACAGC
    AAAGAATTCC AAATGCCTAA ACGGAAGCAG GAAACCTTCT TGGACAACTA G

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

    CloneID OXa59282
    Clone ID Related Accession (Same CDS sequence) XM_031902987.1 , XM_031902988.1
    Accession Version XM_031902988.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5751bp)
    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 tudor domain-containing protein 15 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    ATGCTAATAA TCCAAAAACC CACTAAAAGA GAAATATTGA AGACCAACAC AAAAATGGAT 
    GTTGAACTTT CAGCAAAATC TTTACCAAAC ATGGCTTTAA AGATCTTGGC AGTGGATTGT
    AACCCTGATA ATGTAATCAT CAAATTTCAA GGAAAATACA ATTCCGAAAG TGAATTTGAT
    TACCATATCT TGCAAAATGA AATCCAGCTT GTTCCAAAAG TGCGAGATGG AATTGGTAGC
    GGGGAGTTCT GTTTAGTTCA AGACAAACCA TTTGGAGCAT GGCAAAGAGG AAAAGTTTTG
    AATAAAATAA ATGAGAAATC CGAAGTATTT TTGATAGACC AAGGAAATAC AGTAAATGTT
    GATTCCACTC AAATAGCATC CGCTTCTGTG GAGCTTTTTT CACTCCCTCC AAGAGCAGTG
    AATGGTATTT TCTCTGGTAT ACTTCCTCTA GGAGACAAGT GGACCCCAAA AGCGGTAAAT
    TATTTCTCGT CTTTGGTAGG ACTTCAGGTG GAAGGGCATA ACCAAGCTGT CTTGCTGGAT
    CAGGTCACAA TTTTTGAAGT GCCAACCATT ATCACTAGTG CTGTGGAGTT AAACCTGGCA
    AGGTATATTG ATTCTACAAC ATTCTGTCTT CTCACAGAGA TTTTATACAA AGCTACCATA
    AATTACCAAT GCAAACAATT GCCAGATTTG TTACAGCAAA AGACCTTATA TTTGAGTTCT
    TCGCACAGTC TCCATGATTT GCTTAGCAGT TCTCAAAAGA TTCTGGATCA TCTCCTACCA
    GATGTTGCAA TAGGAGCAAC TGAAAAAGTT AAAATATCAG CTGCTGTAAG CTACAGTAGG
    TTTTATTGTC ATTTATTGTC GTGGGAAAAA GAACTTGGTG ATTTGAATAC TCTGATGTTT
    TCTCATTATG AAACCATAAG GATAAAACAA AATTCAATAC TGGACAATTT TGGCGTTCTC
    TGTGCTGCTA AAAGGAAAGA TGGTCTGTGG CATAGGGGGG TAATAGAAAC ATTTCTTTGT
    GGTAAAAAAG TACAAATCTG GTTTATAGAT ATTGGGTGTA GAGAAACAAT ATCTTCCTCC
    TTTGTTCAAA AGTTAAAAAC GGAATTCCTT ACTCTGCCCA TGATGGCTGT TCCTTGCTCT
    TTAATAAGTA TGAATGGTCA TGCAGATTAT GCCACGAATA TTCAGTTGAC ACCCTTTAAG
    CAGTTCCTTT TAGGACAAGC TGTTATTGCT ACATTTGAAC AATTTAATAA CGAAGAACGC
    CTGTTTTACA TAACGTTGCA AACTAAAGAG TATGACCTGA ATGCAAACTG CCATTTAACA
    AATCAATGTG TTCCAGTATT TTCCCCAAAT TGTTACAGAA GCCTCTGCGA TTCTACATTG
    CCAGAGAAAC CAAGCACTTT TTGTGTACCT GACAAAGCCT CAACTGAGGC AGTGTTTCAT
    AAAACCATTC AAATGGATGC AGATTCAGTA CATGTGGGAT ATGTTGAGTA CGTGTTGAAT
    CCATCCAACT TCTGGATACG AACTGATGAG TTACAGAATG AGTTTTCAGC CATGATGGAA
    AAAATTGCCG AAACTTATAA TCCATGTGGT CCTACTGAAA GAGTTCTAAA AGATCCTGAA
    CCAGGAGACC TTTGCTGTGC ACTGTATTAT AAAGACAGAC ATTATTATAG AGCCATTGTC
    ACTGATATTC TTGACTTAAA AGTTGCTGTT TACTTTTTTG ATTTTGGAAA TACAGAGACA
    GTTCCTTGTT ATGATGTAAA AACCTTACTG CCGGAATTTG AAATTTTGCC TGCTTTGGCA
    ATGTGCTGCT CTTTGGCTTA TGCTTATCCT GTGGAAGATG TGTGGGTAAA GAGTGCCAAT
    GATTTTTTCA AACGAATGGT TTCTGGTAAA GCTCTTCTTT TTCATGTTCT CGTGAAGCAC
    AAATACAAAT ATATTGTTGA CGCGCGATAT TTGGAAGACT CTGAAAACTC AGATATTGTT
    ATGATGATGG TAAAAGCTGG ATATGCAGAA TATTGGAAGG TAAACCTAAA TCCAAGTCCT
    GTGGTTACAA AGATTCGCTC AACAGGAAAA TATAAAAATT CAAAAGTTGT TAAACAAAAT
    AAAACTCGCA TGACCATAGC AAAGCATGTC TTGAAAAATG AGAATGAGCG ATCCAGAAAC
    CAGTCTCCCA AAACTGAAGT TTTGCCTATT ACTTTTAAAC AGTATTTATT TAAACCAGGA
    TCTGTGGTGA ATGTCAAATG TTCACATGTG AACTCCCCAA GAGATTTCTG GTGCCAGCTT
    CTCACAGAAA CTTCAGCATT AGCATTAGAA AGTATAATGA AAGACATTCA GAGTTATTAT
    TCATGTTGTA ATGACATGTA CAAACATGGG CAAATAGCTT GCATTGTAAA GTGTGCGGAC
    AGTGGTATAT TTTATAGAGC AGCTGTTCAT AATGTTACAG AAAAGGCAGT GGATATTATT
    TTAGTTGACT ATGGATATTC TAAAAGAGCT TTGATTTCAG ATCTTCGAGA AATAAAGCCC
    CAGTTTCTAG CTTTAGAAGG TCAGGCATTT CGTTGTAGTC TGAACAGCTT TCTTACTCCT
    GTAAGACCTC ATCTCAGTTG GACTTCGGAG GCCTGTAGAG ATTTTAAAGA CTTTGTTAAT
    TCTTCTGTGA CTGAGGATTT GAAATGCACA GTCCATGCCC TGTTTAGCAT GGGTACTACA
    GACCTTTTTA ACGCCGTCAG TTTGGAAAAG CGTTTTGTGT GTGTGTGTCA GTTTCTGCTT
    AACAAAGGAC ATACTGCTTT CTCACATGCC TCAATTCCAT TAATTACTCT GCGTAGCTTT
    TGTTACTCTG ACTTCAACAT TAAAGTTGGA AATTTAGAAC AGGTGTATAT TACACATGTT
    TACAGCACTA GCAGATTTTA TTGCCAACTT GTGAGAAATA CTGAAGCAAT CGAAGCACTC
    ATGAAAAGAG TTTCAGATAT TGGTGACCAA CTAATACAAA CTGATTGTAC AAAAGAAAGC
    AAATTGTGTA TTGTGAAGTA TTTTGAAGAT GGCCACTTCT ATAGAGCTTT GGCATGTCCA
    ATAGAGTCTT CCTTATTGTT CTCAGCATTT TTTGTGGATT TTGGAAACAG CCAGATGGTA
    ACAAAAAAGG AACTGTTACC CATACCAGAC ACAGCAGCAG ATCTTTTATC GGAACCAATG
    CAAGCTATCC AGTTTTATCT TGCTGGTTTA GAAAATGTTG TTTTCACAGA AGAAGTTATA
    AAATGGTTAG ATGAAAACTG TTTGGGTATG CAGCTGAATG CTGTTGTATT GGCCAAAGAC
    TGTGATAACC AGCTTGTTGT AGATCTGTAC AAGGAAAAGC TCCATATAAA TCAGAAAGTT
    AAAGAACTGC TAGGCTACCC TCCCTCTGGG GATAATATTG TAATTTTGCC ACAATTAAAA
    AATGAAATTA ATCCCACATC AGAAAAAGGT ATATCAAAAA AACAAACAGA ACAACTTATG
    TCGCAAATGC TTAAATGCGA AACTCCATCA CAAATTGATG AAGTACCTAC TGCCAGATTA
    GTTTCGGCCT TTGAGAACTT ATCAGTGAAC CAAATGCAAT GTAATAGTGT ACAAAATCTA
    GTACATCGTG AAGGTAAGGT TGCTCTGGAT GTAATAACTT CACCTAGAAC CTGTATTACT
    TGTAGTGATC TGCCAGAATG TCTGATCGAA CCATTGTCTA AAGATGTTGG ATATATTTCC
    CACATAAACA GTCCTTCTAG TTTTTATATA CAACTCTCAA AAAACGAGAA TGCAATAGTT
    CATCTTGCAG AAGAACTTAA TAAGGAACCA TTATCATTTC AAGCTCTCTC TGCCAGAGAT
    TGTAAGAAGG GCATGCTAGT AGCTGCTGAA TATCCAGACG ACCTTTGTTT TTATAGAGCC
    GAAATTCTAG AAATGAAAGA AGACAAATCG TTTGAAGTGA AATTTATTGA TTATGGTAAT
    ACTGCATACG TGTCTTCGTT ATTTTTGCTT CCGGATAAAT TTTTATCTGT TCCTAAATTT
    AGTATCGCTG CTTCTCTTTT TGGTATTGAA GCATTAAAAA CTAGGGAGGA ATGGAGTCGA
    GATGTCACCT CCTACTTTTC TCAAAAAGTT AACGGAGAAT CTGTTGACTG TAAATTTTTA
    AAAATGAATG GAATGCATTG GGAGGTCAGT CTAGTTTGTA AAACTGAGTT AGTAGCAGAT
    GATCTAATTA AGCATTTTGG TTCAACAAAA ACACAAAATA CAGCAAGTGT GACAGCTACT
    CATTCAACTC ATCCTTCAAA TTCAAAGCTT ATTGATATGC AAAACCAATG CAATGTCATT
    GGTGAGACAA ATAACGAAAT TACTTATGAA ACCAGGGAAA TCCAGAATCA GAATGTGATA
    CCTAATCAGA TTGAAACAGT GAAAAATATG TACTTTGCAG ACTGTGGCAG ATTCTTTGTT
    ACTTTACATG GATGCTCATT AGAAGCCAAC TTAGTTACTT TGATTGCTGA AGCTGTCAAG
    CAGGCTGATA ACCGGCTAGC AGTCAAAAAC ATTACAAAGG GAATTACATG TTTGGCAAAA
    TCTGAAAAAA TTCAGACATG GCTACGTGCA TCAGTAGAGG ATATTTTTCC GCAAAAATTG
    AAGATGTTGG TTTTCTATGT CGACCATGGT GCACACGAGT TAATAAGCAT GCATAATGCT
    AAAGTACTAT CTGGTGATTT GTTAAAAATT CCTAAGCAAG CGATTGCCTG TAGATGGGCA
    TGGAATGAGA AGATTAATGA GTTAGAATTT CAAAAAATGT TGTCATCACT CATGAAAAAG
    GATGTACAAG TCCTGTTTCT AAAATTCTTA AAAGCCTGCC AAACCTGGAA AGTAGAGGTT
    CTTATAAATG GGTCGCTCTT GATGGAGTAT TTTCATGCCA ACTGTCGCCA AGCTGAAAAT
    AGTAAAAATA ATTCAGTTAC AAATAGATCT TTTGTAGAGT TTTGTATCCC TGAACCCATT
    CTGCAATGTG GGACCATATA CACTGGCTTT ATTACAGCAG TTTATGAACC TACTGATTTC
    TATTTTCAGT CAGAGGATTC TGAGGATTTA ATGAGTAAAT TACTAAAGCT TCTCCATGAA
    CTCTCCAATG ATCCTTTGCC TTTACCTTGT GAGTTATTAA AGCCTGGTGT AGCTTGCCTT
    TTAAAGTGCT TTGCTGACAA TACATGGTGC AGATCAAAAA TTATAGCAAT AGAAAATTCA
    GTTCTGCTTA ATCTTGTAGA CTACGGTGTG CTTAAAAATA TCCCATTTTC CGATGTTGGC
    AGGTTAAAAT GTATTCCAGA AAAGCTTGCC AGTCTGCCAT CTTTAACCTA TCACTGTTCA
    TTATATGGAG TCAAACCCTA CGGTGGATCA GAGTGGTCCA AAGATGCAGT AACCTTCTTC
    ACAAACTTTG TAATGAAACA TTCCTCATTG TTGCTTCAGT GTGTTGGAAA TAAAGCCCCT
    GGCAAAATGG AAGTGAATAT TTACGGACAA GGAAGTTTAT CTAAATGTCT TGTTTCTATG
    GGATTTGCGG AGTTCTCAGA AAGAGCAACA GCATGGAATT CCGATTCAGT AAATAATATG
    CCAAATGGGC TCTTGAAATC GAAAACAACA GCTGATATGT ATTTACAGAA TTCAAACAAA
    CAGCGTCAAG ACTACAATTC TAATGTTACA TTATATTCAT ATGCACAAAA TAAAAACAGC
    AAAGAATTCC AAATGCCTAA ACGGAAGCAG GAAACCTTCT TGGACAACTA G

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

    RefSeq XP_031758848.1
    CDS275..6025
    Translation

    Target ORF information:

    RefSeq Version XM_031902988.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031902988.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    ATGCTAATAA TCCAAAAACC CACTAAAAGA GAAATATTGA AGACCAACAC AAAAATGGAT 
    GTTGAACTTT CAGCAAAATC TTTACCAAAC ATGGCTTTAA AGATCTTGGC AGTGGATTGT
    AACCCTGATA ATGTAATCAT CAAATTTCAA GGAAAATACA ATTCCGAAAG TGAATTTGAT
    TACCATATCT TGCAAAATGA AATCCAGCTT GTTCCAAAAG TGCGAGATGG AATTGGTAGC
    GGGGAGTTCT GTTTAGTTCA AGACAAACCA TTTGGAGCAT GGCAAAGAGG AAAAGTTTTG
    AATAAAATAA ATGAGAAATC CGAAGTATTT TTGATAGACC AAGGAAATAC AGTAAATGTT
    GATTCCACTC AAATAGCATC CGCTTCTGTG GAGCTTTTTT CACTCCCTCC AAGAGCAGTG
    AATGGTATTT TCTCTGGTAT ACTTCCTCTA GGAGACAAGT GGACCCCAAA AGCGGTAAAT
    TATTTCTCGT CTTTGGTAGG ACTTCAGGTG GAAGGGCATA ACCAAGCTGT CTTGCTGGAT
    CAGGTCACAA TTTTTGAAGT GCCAACCATT ATCACTAGTG CTGTGGAGTT AAACCTGGCA
    AGGTATATTG ATTCTACAAC ATTCTGTCTT CTCACAGAGA TTTTATACAA AGCTACCATA
    AATTACCAAT GCAAACAATT GCCAGATTTG TTACAGCAAA AGACCTTATA TTTGAGTTCT
    TCGCACAGTC TCCATGATTT GCTTAGCAGT TCTCAAAAGA TTCTGGATCA TCTCCTACCA
    GATGTTGCAA TAGGAGCAAC TGAAAAAGTT AAAATATCAG CTGCTGTAAG CTACAGTAGG
    TTTTATTGTC ATTTATTGTC GTGGGAAAAA GAACTTGGTG ATTTGAATAC TCTGATGTTT
    TCTCATTATG AAACCATAAG GATAAAACAA AATTCAATAC TGGACAATTT TGGCGTTCTC
    TGTGCTGCTA AAAGGAAAGA TGGTCTGTGG CATAGGGGGG TAATAGAAAC ATTTCTTTGT
    GGTAAAAAAG TACAAATCTG GTTTATAGAT ATTGGGTGTA GAGAAACAAT ATCTTCCTCC
    TTTGTTCAAA AGTTAAAAAC GGAATTCCTT ACTCTGCCCA TGATGGCTGT TCCTTGCTCT
    TTAATAAGTA TGAATGGTCA TGCAGATTAT GCCACGAATA TTCAGTTGAC ACCCTTTAAG
    CAGTTCCTTT TAGGACAAGC TGTTATTGCT ACATTTGAAC AATTTAATAA CGAAGAACGC
    CTGTTTTACA TAACGTTGCA AACTAAAGAG TATGACCTGA ATGCAAACTG CCATTTAACA
    AATCAATGTG TTCCAGTATT TTCCCCAAAT TGTTACAGAA GCCTCTGCGA TTCTACATTG
    CCAGAGAAAC CAAGCACTTT TTGTGTACCT GACAAAGCCT CAACTGAGGC AGTGTTTCAT
    AAAACCATTC AAATGGATGC AGATTCAGTA CATGTGGGAT ATGTTGAGTA CGTGTTGAAT
    CCATCCAACT TCTGGATACG AACTGATGAG TTACAGAATG AGTTTTCAGC CATGATGGAA
    AAAATTGCCG AAACTTATAA TCCATGTGGT CCTACTGAAA GAGTTCTAAA AGATCCTGAA
    CCAGGAGACC TTTGCTGTGC ACTGTATTAT AAAGACAGAC ATTATTATAG AGCCATTGTC
    ACTGATATTC TTGACTTAAA AGTTGCTGTT TACTTTTTTG ATTTTGGAAA TACAGAGACA
    GTTCCTTGTT ATGATGTAAA AACCTTACTG CCGGAATTTG AAATTTTGCC TGCTTTGGCA
    ATGTGCTGCT CTTTGGCTTA TGCTTATCCT GTGGAAGATG TGTGGGTAAA GAGTGCCAAT
    GATTTTTTCA AACGAATGGT TTCTGGTAAA GCTCTTCTTT TTCATGTTCT CGTGAAGCAC
    AAATACAAAT ATATTGTTGA CGCGCGATAT TTGGAAGACT CTGAAAACTC AGATATTGTT
    ATGATGATGG TAAAAGCTGG ATATGCAGAA TATTGGAAGG TAAACCTAAA TCCAAGTCCT
    GTGGTTACAA AGATTCGCTC AACAGGAAAA TATAAAAATT CAAAAGTTGT TAAACAAAAT
    AAAACTCGCA TGACCATAGC AAAGCATGTC TTGAAAAATG AGAATGAGCG ATCCAGAAAC
    CAGTCTCCCA AAACTGAAGT TTTGCCTATT ACTTTTAAAC AGTATTTATT TAAACCAGGA
    TCTGTGGTGA ATGTCAAATG TTCACATGTG AACTCCCCAA GAGATTTCTG GTGCCAGCTT
    CTCACAGAAA CTTCAGCATT AGCATTAGAA AGTATAATGA AAGACATTCA GAGTTATTAT
    TCATGTTGTA ATGACATGTA CAAACATGGG CAAATAGCTT GCATTGTAAA GTGTGCGGAC
    AGTGGTATAT TTTATAGAGC AGCTGTTCAT AATGTTACAG AAAAGGCAGT GGATATTATT
    TTAGTTGACT ATGGATATTC TAAAAGAGCT TTGATTTCAG ATCTTCGAGA AATAAAGCCC
    CAGTTTCTAG CTTTAGAAGG TCAGGCATTT CGTTGTAGTC TGAACAGCTT TCTTACTCCT
    GTAAGACCTC ATCTCAGTTG GACTTCGGAG GCCTGTAGAG ATTTTAAAGA CTTTGTTAAT
    TCTTCTGTGA CTGAGGATTT GAAATGCACA GTCCATGCCC TGTTTAGCAT GGGTACTACA
    GACCTTTTTA ACGCCGTCAG TTTGGAAAAG CGTTTTGTGT GTGTGTGTCA GTTTCTGCTT
    AACAAAGGAC ATACTGCTTT CTCACATGCC TCAATTCCAT TAATTACTCT GCGTAGCTTT
    TGTTACTCTG ACTTCAACAT TAAAGTTGGA AATTTAGAAC AGGTGTATAT TACACATGTT
    TACAGCACTA GCAGATTTTA TTGCCAACTT GTGAGAAATA CTGAAGCAAT CGAAGCACTC
    ATGAAAAGAG TTTCAGATAT TGGTGACCAA CTAATACAAA CTGATTGTAC AAAAGAAAGC
    AAATTGTGTA TTGTGAAGTA TTTTGAAGAT GGCCACTTCT ATAGAGCTTT GGCATGTCCA
    ATAGAGTCTT CCTTATTGTT CTCAGCATTT TTTGTGGATT TTGGAAACAG CCAGATGGTA
    ACAAAAAAGG AACTGTTACC CATACCAGAC ACAGCAGCAG ATCTTTTATC GGAACCAATG
    CAAGCTATCC AGTTTTATCT TGCTGGTTTA GAAAATGTTG TTTTCACAGA AGAAGTTATA
    AAATGGTTAG ATGAAAACTG TTTGGGTATG CAGCTGAATG CTGTTGTATT GGCCAAAGAC
    TGTGATAACC AGCTTGTTGT AGATCTGTAC AAGGAAAAGC TCCATATAAA TCAGAAAGTT
    AAAGAACTGC TAGGCTACCC TCCCTCTGGG GATAATATTG TAATTTTGCC ACAATTAAAA
    AATGAAATTA ATCCCACATC AGAAAAAGGT ATATCAAAAA AACAAACAGA ACAACTTATG
    TCGCAAATGC TTAAATGCGA AACTCCATCA CAAATTGATG AAGTACCTAC TGCCAGATTA
    GTTTCGGCCT TTGAGAACTT ATCAGTGAAC CAAATGCAAT GTAATAGTGT ACAAAATCTA
    GTACATCGTG AAGGTAAGGT TGCTCTGGAT GTAATAACTT CACCTAGAAC CTGTATTACT
    TGTAGTGATC TGCCAGAATG TCTGATCGAA CCATTGTCTA AAGATGTTGG ATATATTTCC
    CACATAAACA GTCCTTCTAG TTTTTATATA CAACTCTCAA AAAACGAGAA TGCAATAGTT
    CATCTTGCAG AAGAACTTAA TAAGGAACCA TTATCATTTC AAGCTCTCTC TGCCAGAGAT
    TGTAAGAAGG GCATGCTAGT AGCTGCTGAA TATCCAGACG ACCTTTGTTT TTATAGAGCC
    GAAATTCTAG AAATGAAAGA AGACAAATCG TTTGAAGTGA AATTTATTGA TTATGGTAAT
    ACTGCATACG TGTCTTCGTT ATTTTTGCTT CCGGATAAAT TTTTATCTGT TCCTAAATTT
    AGTATCGCTG CTTCTCTTTT TGGTATTGAA GCATTAAAAA CTAGGGAGGA ATGGAGTCGA
    GATGTCACCT CCTACTTTTC TCAAAAAGTT AACGGAGAAT CTGTTGACTG TAAATTTTTA
    AAAATGAATG GAATGCATTG GGAGGTCAGT CTAGTTTGTA AAACTGAGTT AGTAGCAGAT
    GATCTAATTA AGCATTTTGG TTCAACAAAA ACACAAAATA CAGCAAGTGT GACAGCTACT
    CATTCAACTC ATCCTTCAAA TTCAAAGCTT ATTGATATGC AAAACCAATG CAATGTCATT
    GGTGAGACAA ATAACGAAAT TACTTATGAA ACCAGGGAAA TCCAGAATCA GAATGTGATA
    CCTAATCAGA TTGAAACAGT GAAAAATATG TACTTTGCAG ACTGTGGCAG ATTCTTTGTT
    ACTTTACATG GATGCTCATT AGAAGCCAAC TTAGTTACTT TGATTGCTGA AGCTGTCAAG
    CAGGCTGATA ACCGGCTAGC AGTCAAAAAC ATTACAAAGG GAATTACATG TTTGGCAAAA
    TCTGAAAAAA TTCAGACATG GCTACGTGCA TCAGTAGAGG ATATTTTTCC GCAAAAATTG
    AAGATGTTGG TTTTCTATGT CGACCATGGT GCACACGAGT TAATAAGCAT GCATAATGCT
    AAAGTACTAT CTGGTGATTT GTTAAAAATT CCTAAGCAAG CGATTGCCTG TAGATGGGCA
    TGGAATGAGA AGATTAATGA GTTAGAATTT CAAAAAATGT TGTCATCACT CATGAAAAAG
    GATGTACAAG TCCTGTTTCT AAAATTCTTA AAAGCCTGCC AAACCTGGAA AGTAGAGGTT
    CTTATAAATG GGTCGCTCTT GATGGAGTAT TTTCATGCCA ACTGTCGCCA AGCTGAAAAT
    AGTAAAAATA ATTCAGTTAC AAATAGATCT TTTGTAGAGT TTTGTATCCC TGAACCCATT
    CTGCAATGTG GGACCATATA CACTGGCTTT ATTACAGCAG TTTATGAACC TACTGATTTC
    TATTTTCAGT CAGAGGATTC TGAGGATTTA ATGAGTAAAT TACTAAAGCT TCTCCATGAA
    CTCTCCAATG ATCCTTTGCC TTTACCTTGT GAGTTATTAA AGCCTGGTGT AGCTTGCCTT
    TTAAAGTGCT TTGCTGACAA TACATGGTGC AGATCAAAAA TTATAGCAAT AGAAAATTCA
    GTTCTGCTTA ATCTTGTAGA CTACGGTGTG CTTAAAAATA TCCCATTTTC CGATGTTGGC
    AGGTTAAAAT GTATTCCAGA AAAGCTTGCC AGTCTGCCAT CTTTAACCTA TCACTGTTCA
    TTATATGGAG TCAAACCCTA CGGTGGATCA GAGTGGTCCA AAGATGCAGT AACCTTCTTC
    ACAAACTTTG TAATGAAACA TTCCTCATTG TTGCTTCAGT GTGTTGGAAA TAAAGCCCCT
    GGCAAAATGG AAGTGAATAT TTACGGACAA GGAAGTTTAT CTAAATGTCT TGTTTCTATG
    GGATTTGCGG AGTTCTCAGA AAGAGCAACA GCATGGAATT CCGATTCAGT AAATAATATG
    CCAAATGGGC TCTTGAAATC GAAAACAACA GCTGATATGT ATTTACAGAA TTCAAACAAA
    CAGCGTCAAG ACTACAATTC TAATGTTACA TTATATTCAT ATGCACAAAA TAAAAACAGC
    AAAGAATTCC AAATGCCTAA ACGGAAGCAG GAAACCTTCT TGGACAACTA G

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

    CloneID OXa59283
    Clone ID Related Accession (Same CDS sequence) XM_012971337.3
    Accession Version XM_012971337.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5697bp)
    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 tudor domain-containing protein 15 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012971337.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    ATGGATGTTG AACTTTCAGC AAAATCTTTA CCAAACATGG CTTTAAAGAT CTTGGCAGTG 
    GATTGTAACC CTGATAATGT AATCATCAAA TTTCAAGGAA AATACAATTC CGAAAGTGAA
    TTTGATTACC ATATCTTGCA AAATGAAATC CAGCTTGTTC CAAAAGTGCG AGATGGAATT
    GGTAGCGGGG AGTTCTGTTT AGTTCAAGAC AAACCATTTG GAGCATGGCA AAGAGGAAAA
    GTTTTGAATA AAATAAATGA GAAATCCGAA GTATTTTTGA TAGACCAAGG AAATACAGTA
    AATGTTGATT CCACTCAAAT AGCATCCGCT TCTGTGGAGC TTTTTTCACT CCCTCCAAGA
    GCAGTGAATG GTATTTTCTC TGGTATACTT CCTCTAGGAG ACAAGTGGAC CCCAAAAGCG
    GTAAATTATT TCTCGTCTTT GGTAGGACTT CAGGTGGAAG GGCATAACCA AGCTGTCTTG
    CTGGATCAGG TCACAATTTT TGAAGTGCCA ACCATTATCA CTAGTGCTGT GGAGTTAAAC
    CTGGCAAGGT ATATTGATTC TACAACATTC TGTCTTCTCA CAGAGATTTT ATACAAAGCT
    ACCATAAATT ACCAATGCAA ACAATTGCCA GATTTGTTAC AGCAAAAGAC CTTATATTTG
    AGTTCTTCGC ACAGTCTCCA TGATTTGCTT AGCAGTTCTC AAAAGATTCT GGATCATCTC
    CTACCAGATG TTGCAATAGG AGCAACTGAA AAAGTTAAAA TATCAGCTGC TGTAAGCTAC
    AGTAGGTTTT ATTGTCATTT ATTGTCGTGG GAAAAAGAAC TTGGTGATTT GAATACTCTG
    ATGTTTTCTC ATTATGAAAC CATAAGGATA AAACAAAATT CAATACTGGA CAATTTTGGC
    GTTCTCTGTG CTGCTAAAAG GAAAGATGGT CTGTGGCATA GGGGGGTAAT AGAAACATTT
    CTTTGTGGTA AAAAAGTACA AATCTGGTTT ATAGATATTG GGTGTAGAGA AACAATATCT
    TCCTCCTTTG TTCAAAAGTT AAAAACGGAA TTCCTTACTC TGCCCATGAT GGCTGTTCCT
    TGCTCTTTAA TAAGTATGAA TGGTCATGCA GATTATGCCA CGAATATTCA GTTGACACCC
    TTTAAGCAGT TCCTTTTAGG ACAAGCTGTT ATTGCTACAT TTGAACAATT TAATAACGAA
    GAACGCCTGT TTTACATAAC GTTGCAAACT AAAGAGTATG ACCTGAATGC AAACTGCCAT
    TTAACAAATC AATGTGTTCC AGTATTTTCC CCAAATTGTT ACAGAAGCCT CTGCGATTCT
    ACATTGCCAG AGAAACCAAG CACTTTTTGT GTACCTGACA AAGCCTCAAC TGAGGCAGTG
    TTTCATAAAA CCATTCAAAT GGATGCAGAT TCAGTACATG TGGGATATGT TGAGTACGTG
    TTGAATCCAT CCAACTTCTG GATACGAACT GATGAGTTAC AGAATGAGTT TTCAGCCATG
    ATGGAAAAAA TTGCCGAAAC TTATAATCCA TGTGGTCCTA CTGAAAGAGT TCTAAAAGAT
    CCTGAACCAG GAGACCTTTG CTGTGCACTG TATTATAAAG ACAGACATTA TTATAGAGCC
    ATTGTCACTG ATATTCTTGA CTTAAAAGTT GCTGTTTACT TTTTTGATTT TGGAAATACA
    GAGACAGTTC CTTGTTATGA TGTAAAAACC TTACTGCCGG AATTTGAAAT TTTGCCTGCT
    TTGGCAATGT GCTGCTCTTT GGCTTATGCT TATCCTGTGG AAGATGTGTG GGTAAAGAGT
    GCCAATGATT TTTTCAAACG AATGGTTTCT GGTAAAGCTC TTCTTTTTCA TGTTCTCGTG
    AAGCACAAAT ACAAATATAT TGTTGACGCG CGATATTTGG AAGACTCTGA AAACTCAGAT
    ATTGTTATGA TGATGGTAAA AGCTGGATAT GCAGAATATT GGAAGGTAAA CCTAAATCCA
    AGTCCTGTGG TTACAAAGAT TCGCTCAACA GGAAAATATA AAAATTCAAA AGTTGTTAAA
    CAAAATAAAA CTCGCATGAC CATAGCAAAG CATGTCTTGA AAAATGAGAA TGAGCGATCC
    AGAAACCAGT CTCCCAAAAC TGAAGTTTTG CCTATTACTT TTAAACAGTA TTTATTTAAA
    CCAGGATCTG TGGTGAATGT CAAATGTTCA CATGTGAACT CCCCAAGAGA TTTCTGGTGC
    CAGCTTCTCA CAGAAACTTC AGCATTAGCA TTAGAAAGTA TAATGAAAGA CATTCAGAGT
    TATTATTCAT GTTGTAATGA CATGTACAAA CATGGGCAAA TAGCTTGCAT TGTAAAGTGT
    GCGGACAGTG GTATATTTTA TAGAGCAGCT GTTCATAATG TTACAGAAAA GGCAGTGGAT
    ATTATTTTAG TTGACTATGG ATATTCTAAA AGAGCTTTGA TTTCAGATCT TCGAGAAATA
    AAGCCCCAGT TTCTAGCTTT AGAAGGTCAG GCATTTCGTT GTAGTCTGAA CAGCTTTCTT
    ACTCCTGTAA GACCTCATCT CAGTTGGACT TCGGAGGCCT GTAGAGATTT TAAAGACTTT
    GTTAATTCTT CTGTGACTGA GGATTTGAAA TGCACAGTCC ATGCCCTGTT TAGCATGGGT
    ACTACAGACC TTTTTAACGC CGTCAGTTTG GAAAAGCGTT TTGTGTGTGT GTGTCAGTTT
    CTGCTTAACA AAGGACATAC TGCTTTCTCA CATGCCTCAA TTCCATTAAT TACTCTGCGT
    AGCTTTTGTT ACTCTGACTT CAACATTAAA GTTGGAAATT TAGAACAGGT GTATATTACA
    CATGTTTACA GCACTAGCAG ATTTTATTGC CAACTTGTGA GAAATACTGA AGCAATCGAA
    GCACTCATGA AAAGAGTTTC AGATATTGGT GACCAACTAA TACAAACTGA TTGTACAAAA
    GAAAGCAAAT TGTGTATTGT GAAGTATTTT GAAGATGGCC ACTTCTATAG AGCTTTGGCA
    TGTCCAATAG AGTCTTCCTT ATTGTTCTCA GCATTTTTTG TGGATTTTGG AAACAGCCAG
    ATGGTAACAA AAAAGGAACT GTTACCCATA CCAGACACAG CAGCAGATCT TTTATCGGAA
    CCAATGCAAG CTATCCAGTT TTATCTTGCT GGTTTAGAAA ATGTTGTTTT CACAGAAGAA
    GTTATAAAAT GGTTAGATGA AAACTGTTTG GGTATGCAGC TGAATGCTGT TGTATTGGCC
    AAAGACTGTG ATAACCAGCT TGTTGTAGAT CTGTACAAGG AAAAGCTCCA TATAAATCAG
    AAAGTTAAAG AACTGCTAGG CTACCCTCCC TCTGGGGATA ATATTGTAAT TTTGCCACAA
    TTAAAAAATG AAATTAATCC CACATCAGAA AAAGGTATAT CAAAAAAACA AACAGAACAA
    CTTATGTCGC AAATGCTTAA ATGCGAAACT CCATCACAAA TTGATGAAGT ACCTACTGCC
    AGATTAGTTT CGGCCTTTGA GAACTTATCA GTGAACCAAA TGCAATGTAA TAGTGTACAA
    AATCTAGTAC ATCGTGAAGG TAAGGTTGCT CTGGATGTAA TAACTTCACC TAGAACCTGT
    ATTACTTGTA GTGATCTGCC AGAATGTCTG ATCGAACCAT TGTCTAAAGA TGTTGGATAT
    ATTTCCCACA TAAACAGTCC TTCTAGTTTT TATATACAAC TCTCAAAAAA CGAGAATGCA
    ATAGTTCATC TTGCAGAAGA ACTTAATAAG GAACCATTAT CATTTCAAGC TCTCTCTGCC
    AGAGATTGTA AGAAGGGCAT GCTAGTAGCT GCTGAATATC CAGACGACCT TTGTTTTTAT
    AGAGCCGAAA TTCTAGAAAT GAAAGAAGAC AAATCGTTTG AAGTGAAATT TATTGATTAT
    GGTAATACTG CATACGTGTC TTCGTTATTT TTGCTTCCGG ATAAATTTTT ATCTGTTCCT
    AAATTTAGTA TCGCTGCTTC TCTTTTTGGT ATTGAAGCAT TAAAAACTAG GGAGGAATGG
    AGTCGAGATG TCACCTCCTA CTTTTCTCAA AAAGTTAACG GAGAATCTGT TGACTGTAAA
    TTTTTAAAAA TGAATGGAAT GCATTGGGAG GTCAGTCTAG TTTGTAAAAC TGAGTTAGTA
    GCAGATGATC TAATTAAGCA TTTTGGTTCA ACAAAAACAC AAAATACAGC AAGTGTGACA
    GCTACTCATT CAACTCATCC TTCAAATTCA AAGCTTATTG ATATGCAAAA CCAATGCAAT
    GTCATTGGTG AGACAAATAA CGAAATTACT TATGAAACCA GGGAAATCCA GAATCAGAAT
    GTGATACCTA ATCAGATTGA AACAGTGAAA AATATGTACT TTGCAGACTG TGGCAGATTC
    TTTGTTACTT TACATGGATG CTCATTAGAA GCCAACTTAG TTACTTTGAT TGCTGAAGCT
    GTCAAGCAGG CTGATAACCG GCTAGCAGTC AAAAACATTA CAAAGGGAAT TACATGTTTG
    GCAAAATCTG AAAAAATTCA GACATGGCTA CGTGCATCAG TAGAGGATAT TTTTCCGCAA
    AAATTGAAGA TGTTGGTTTT CTATGTCGAC CATGGTGCAC ACGAGTTAAT AAGCATGCAT
    AATGCTAAAG TACTATCTGG TGATTTGTTA AAAATTCCTA AGCAAGCGAT TGCCTGTAGA
    TGGGCATGGA ATGAGAAGAT TAATGAGTTA GAATTTCAAA AAATGTTGTC ATCACTCATG
    AAAAAGGATG TACAAGTCCT GTTTCTAAAA TTCTTAAAAG CCTGCCAAAC CTGGAAAGTA
    GAGGTTCTTA TAAATGGGTC GCTCTTGATG GAGTATTTTC ATGCCAACTG TCGCCAAGCT
    GAAAATAGTA AAAATAATTC AGTTACAAAT AGATCTTTTG TAGAGTTTTG TATCCCTGAA
    CCCATTCTGC AATGTGGGAC CATATACACT GGCTTTATTA CAGCAGTTTA TGAACCTACT
    GATTTCTATT TTCAGTCAGA GGATTCTGAG GATTTAATGA GTAAATTACT AAAGCTTCTC
    CATGAACTCT CCAATGATCC TTTGCCTTTA CCTTGTGAGT TATTAAAGCC TGGTGTAGCT
    TGCCTTTTAA AGTGCTTTGC TGACAATACA TGGTGCAGAT CAAAAATTAT AGCAATAGAA
    AATTCAGTTC TGCTTAATCT TGTAGACTAC GGTGTGCTTA AAAATATCCC ATTTTCCGAT
    GTTGGCAGGT TAAAATGTAT TCCAGAAAAG CTTGCCAGTC TGCCATCTTT AACCTATCAC
    TGTTCATTAT ATGGAGTCAA ACCCTACGGT GGATCAGAGT GGTCCAAAGA TGCAGTAACC
    TTCTTCACAA ACTTTGTAAT GAAACATTCC TCATTGTTGC TTCAGTGTGT TGGAAATAAA
    GCCCCTGGCA AAATGGAAGT GAATATTTAC GGACAAGGAA GTTTATCTAA ATGTCTTGTT
    TCTATGGGAT TTGCGGAGTT CTCAGAAAGA GCAACAGCAT GGAATTCCGA TTCAGTAAAT
    AATATGCCAA ATGGGCTCTT GAAATCGAAA ACAACAGCTG ATATGTATTT ACAGAATTCA
    AACAAACAGC GTCAAGACTA CAATTCTAAT GTTACATTAT ATTCATATGC ACAAAATAAA
    AACAGCAAAG AATTCCAAAT GCCTAAACGG AAGCAGGAAA CCTTCTTGGA CAACTAG

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

    RefSeq XP_012826791.2
    CDS190..5886
    Translation

    Target ORF information:

    RefSeq Version XM_012971337.3
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis tudor domain containing 15 (tdrd15), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012971337.3

    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
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    ATGGATGTTG AACTTTCAGC AAAATCTTTA CCAAACATGG CTTTAAAGAT CTTGGCAGTG 
    GATTGTAACC CTGATAATGT AATCATCAAA TTTCAAGGAA AATACAATTC CGAAAGTGAA
    TTTGATTACC ATATCTTGCA AAATGAAATC CAGCTTGTTC CAAAAGTGCG AGATGGAATT
    GGTAGCGGGG AGTTCTGTTT AGTTCAAGAC AAACCATTTG GAGCATGGCA AAGAGGAAAA
    GTTTTGAATA AAATAAATGA GAAATCCGAA GTATTTTTGA TAGACCAAGG AAATACAGTA
    AATGTTGATT CCACTCAAAT AGCATCCGCT TCTGTGGAGC TTTTTTCACT CCCTCCAAGA
    GCAGTGAATG GTATTTTCTC TGGTATACTT CCTCTAGGAG ACAAGTGGAC CCCAAAAGCG
    GTAAATTATT TCTCGTCTTT GGTAGGACTT CAGGTGGAAG GGCATAACCA AGCTGTCTTG
    CTGGATCAGG TCACAATTTT TGAAGTGCCA ACCATTATCA CTAGTGCTGT GGAGTTAAAC
    CTGGCAAGGT ATATTGATTC TACAACATTC TGTCTTCTCA CAGAGATTTT ATACAAAGCT
    ACCATAAATT ACCAATGCAA ACAATTGCCA GATTTGTTAC AGCAAAAGAC CTTATATTTG
    AGTTCTTCGC ACAGTCTCCA TGATTTGCTT AGCAGTTCTC AAAAGATTCT GGATCATCTC
    CTACCAGATG TTGCAATAGG AGCAACTGAA AAAGTTAAAA TATCAGCTGC TGTAAGCTAC
    AGTAGGTTTT ATTGTCATTT ATTGTCGTGG GAAAAAGAAC TTGGTGATTT GAATACTCTG
    ATGTTTTCTC ATTATGAAAC CATAAGGATA AAACAAAATT CAATACTGGA CAATTTTGGC
    GTTCTCTGTG CTGCTAAAAG GAAAGATGGT CTGTGGCATA GGGGGGTAAT AGAAACATTT
    CTTTGTGGTA AAAAAGTACA AATCTGGTTT ATAGATATTG GGTGTAGAGA AACAATATCT
    TCCTCCTTTG TTCAAAAGTT AAAAACGGAA TTCCTTACTC TGCCCATGAT GGCTGTTCCT
    TGCTCTTTAA TAAGTATGAA TGGTCATGCA GATTATGCCA CGAATATTCA GTTGACACCC
    TTTAAGCAGT TCCTTTTAGG ACAAGCTGTT ATTGCTACAT TTGAACAATT TAATAACGAA
    GAACGCCTGT TTTACATAAC GTTGCAAACT AAAGAGTATG ACCTGAATGC AAACTGCCAT
    TTAACAAATC AATGTGTTCC AGTATTTTCC CCAAATTGTT ACAGAAGCCT CTGCGATTCT
    ACATTGCCAG AGAAACCAAG CACTTTTTGT GTACCTGACA AAGCCTCAAC TGAGGCAGTG
    TTTCATAAAA CCATTCAAAT GGATGCAGAT TCAGTACATG TGGGATATGT TGAGTACGTG
    TTGAATCCAT CCAACTTCTG GATACGAACT GATGAGTTAC AGAATGAGTT TTCAGCCATG
    ATGGAAAAAA TTGCCGAAAC TTATAATCCA TGTGGTCCTA CTGAAAGAGT TCTAAAAGAT
    CCTGAACCAG GAGACCTTTG CTGTGCACTG TATTATAAAG ACAGACATTA TTATAGAGCC
    ATTGTCACTG ATATTCTTGA CTTAAAAGTT GCTGTTTACT TTTTTGATTT TGGAAATACA
    GAGACAGTTC CTTGTTATGA TGTAAAAACC TTACTGCCGG AATTTGAAAT TTTGCCTGCT
    TTGGCAATGT GCTGCTCTTT GGCTTATGCT TATCCTGTGG AAGATGTGTG GGTAAAGAGT
    GCCAATGATT TTTTCAAACG AATGGTTTCT GGTAAAGCTC TTCTTTTTCA TGTTCTCGTG
    AAGCACAAAT ACAAATATAT TGTTGACGCG CGATATTTGG AAGACTCTGA AAACTCAGAT
    ATTGTTATGA TGATGGTAAA AGCTGGATAT GCAGAATATT GGAAGGTAAA CCTAAATCCA
    AGTCCTGTGG TTACAAAGAT TCGCTCAACA GGAAAATATA AAAATTCAAA AGTTGTTAAA
    CAAAATAAAA CTCGCATGAC CATAGCAAAG CATGTCTTGA AAAATGAGAA TGAGCGATCC
    AGAAACCAGT CTCCCAAAAC TGAAGTTTTG CCTATTACTT TTAAACAGTA TTTATTTAAA
    CCAGGATCTG TGGTGAATGT CAAATGTTCA CATGTGAACT CCCCAAGAGA TTTCTGGTGC
    CAGCTTCTCA CAGAAACTTC AGCATTAGCA TTAGAAAGTA TAATGAAAGA CATTCAGAGT
    TATTATTCAT GTTGTAATGA CATGTACAAA CATGGGCAAA TAGCTTGCAT TGTAAAGTGT
    GCGGACAGTG GTATATTTTA TAGAGCAGCT GTTCATAATG TTACAGAAAA GGCAGTGGAT
    ATTATTTTAG TTGACTATGG ATATTCTAAA AGAGCTTTGA TTTCAGATCT TCGAGAAATA
    AAGCCCCAGT TTCTAGCTTT AGAAGGTCAG GCATTTCGTT GTAGTCTGAA CAGCTTTCTT
    ACTCCTGTAA GACCTCATCT CAGTTGGACT TCGGAGGCCT GTAGAGATTT TAAAGACTTT
    GTTAATTCTT CTGTGACTGA GGATTTGAAA TGCACAGTCC ATGCCCTGTT TAGCATGGGT
    ACTACAGACC TTTTTAACGC CGTCAGTTTG GAAAAGCGTT TTGTGTGTGT GTGTCAGTTT
    CTGCTTAACA AAGGACATAC TGCTTTCTCA CATGCCTCAA TTCCATTAAT TACTCTGCGT
    AGCTTTTGTT ACTCTGACTT CAACATTAAA GTTGGAAATT TAGAACAGGT GTATATTACA
    CATGTTTACA GCACTAGCAG ATTTTATTGC CAACTTGTGA GAAATACTGA AGCAATCGAA
    GCACTCATGA AAAGAGTTTC AGATATTGGT GACCAACTAA TACAAACTGA TTGTACAAAA
    GAAAGCAAAT TGTGTATTGT GAAGTATTTT GAAGATGGCC ACTTCTATAG AGCTTTGGCA
    TGTCCAATAG AGTCTTCCTT ATTGTTCTCA GCATTTTTTG TGGATTTTGG AAACAGCCAG
    ATGGTAACAA AAAAGGAACT GTTACCCATA CCAGACACAG CAGCAGATCT TTTATCGGAA
    CCAATGCAAG CTATCCAGTT TTATCTTGCT GGTTTAGAAA ATGTTGTTTT CACAGAAGAA
    GTTATAAAAT GGTTAGATGA AAACTGTTTG GGTATGCAGC TGAATGCTGT TGTATTGGCC
    AAAGACTGTG ATAACCAGCT TGTTGTAGAT CTGTACAAGG AAAAGCTCCA TATAAATCAG
    AAAGTTAAAG AACTGCTAGG CTACCCTCCC TCTGGGGATA ATATTGTAAT TTTGCCACAA
    TTAAAAAATG AAATTAATCC CACATCAGAA AAAGGTATAT CAAAAAAACA AACAGAACAA
    CTTATGTCGC AAATGCTTAA ATGCGAAACT CCATCACAAA TTGATGAAGT ACCTACTGCC
    AGATTAGTTT CGGCCTTTGA GAACTTATCA GTGAACCAAA TGCAATGTAA TAGTGTACAA
    AATCTAGTAC ATCGTGAAGG TAAGGTTGCT CTGGATGTAA TAACTTCACC TAGAACCTGT
    ATTACTTGTA GTGATCTGCC AGAATGTCTG ATCGAACCAT TGTCTAAAGA TGTTGGATAT
    ATTTCCCACA TAAACAGTCC TTCTAGTTTT TATATACAAC TCTCAAAAAA CGAGAATGCA
    ATAGTTCATC TTGCAGAAGA ACTTAATAAG GAACCATTAT CATTTCAAGC TCTCTCTGCC
    AGAGATTGTA AGAAGGGCAT GCTAGTAGCT GCTGAATATC CAGACGACCT TTGTTTTTAT
    AGAGCCGAAA TTCTAGAAAT GAAAGAAGAC AAATCGTTTG AAGTGAAATT TATTGATTAT
    GGTAATACTG CATACGTGTC TTCGTTATTT TTGCTTCCGG ATAAATTTTT ATCTGTTCCT
    AAATTTAGTA TCGCTGCTTC TCTTTTTGGT ATTGAAGCAT TAAAAACTAG GGAGGAATGG
    AGTCGAGATG TCACCTCCTA CTTTTCTCAA AAAGTTAACG GAGAATCTGT TGACTGTAAA
    TTTTTAAAAA TGAATGGAAT GCATTGGGAG GTCAGTCTAG TTTGTAAAAC TGAGTTAGTA
    GCAGATGATC TAATTAAGCA TTTTGGTTCA ACAAAAACAC AAAATACAGC AAGTGTGACA
    GCTACTCATT CAACTCATCC TTCAAATTCA AAGCTTATTG ATATGCAAAA CCAATGCAAT
    GTCATTGGTG AGACAAATAA CGAAATTACT TATGAAACCA GGGAAATCCA GAATCAGAAT
    GTGATACCTA ATCAGATTGA AACAGTGAAA AATATGTACT TTGCAGACTG TGGCAGATTC
    TTTGTTACTT TACATGGATG CTCATTAGAA GCCAACTTAG TTACTTTGAT TGCTGAAGCT
    GTCAAGCAGG CTGATAACCG GCTAGCAGTC AAAAACATTA CAAAGGGAAT TACATGTTTG
    GCAAAATCTG AAAAAATTCA GACATGGCTA CGTGCATCAG TAGAGGATAT TTTTCCGCAA
    AAATTGAAGA TGTTGGTTTT CTATGTCGAC CATGGTGCAC ACGAGTTAAT AAGCATGCAT
    AATGCTAAAG TACTATCTGG TGATTTGTTA AAAATTCCTA AGCAAGCGAT TGCCTGTAGA
    TGGGCATGGA ATGAGAAGAT TAATGAGTTA GAATTTCAAA AAATGTTGTC ATCACTCATG
    AAAAAGGATG TACAAGTCCT GTTTCTAAAA TTCTTAAAAG CCTGCCAAAC CTGGAAAGTA
    GAGGTTCTTA TAAATGGGTC GCTCTTGATG GAGTATTTTC ATGCCAACTG TCGCCAAGCT
    GAAAATAGTA AAAATAATTC AGTTACAAAT AGATCTTTTG TAGAGTTTTG TATCCCTGAA
    CCCATTCTGC AATGTGGGAC CATATACACT GGCTTTATTA CAGCAGTTTA TGAACCTACT
    GATTTCTATT TTCAGTCAGA GGATTCTGAG GATTTAATGA GTAAATTACT AAAGCTTCTC
    CATGAACTCT CCAATGATCC TTTGCCTTTA CCTTGTGAGT TATTAAAGCC TGGTGTAGCT
    TGCCTTTTAA AGTGCTTTGC TGACAATACA TGGTGCAGAT CAAAAATTAT AGCAATAGAA
    AATTCAGTTC TGCTTAATCT TGTAGACTAC GGTGTGCTTA AAAATATCCC ATTTTCCGAT
    GTTGGCAGGT TAAAATGTAT TCCAGAAAAG CTTGCCAGTC TGCCATCTTT AACCTATCAC
    TGTTCATTAT ATGGAGTCAA ACCCTACGGT GGATCAGAGT GGTCCAAAGA TGCAGTAACC
    TTCTTCACAA ACTTTGTAAT GAAACATTCC TCATTGTTGC TTCAGTGTGT TGGAAATAAA
    GCCCCTGGCA AAATGGAAGT GAATATTTAC GGACAAGGAA GTTTATCTAA ATGTCTTGTT
    TCTATGGGAT TTGCGGAGTT CTCAGAAAGA GCAACAGCAT GGAATTCCGA TTCAGTAAAT
    AATATGCCAA ATGGGCTCTT GAAATCGAAA ACAACAGCTG ATATGTATTT ACAGAATTCA
    AACAAACAGC GTCAAGACTA CAATTCTAAT GTTACATTAT ATTCATATGC ACAAAATAAA
    AACAGCAAAG AATTCCAAAT GCCTAAACGG AAGCAGGAAA CCTTCTTGGA CAACTAG

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

    CloneID OXa37614
    Clone ID Related Accession (Same CDS sequence) XM_012971337.2
    Accession Version XM_012971337.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5697bp)
    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 tudor domain-containing protein 15
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012971337.1. ##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
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    ATGGATGTTG AACTTTCAGC AAAATCTTTA CCAAACATGG CTTTAAAGAT CTTGGCAGTG 
    GATTGTAACC CTGATAATGT AATCATCAAA TTTCAAGGAA AATACAATTC CGAAAGTGAA
    TTTGATTACC ATATCTTGCA AAATGAAATC CAGCTTGTTC CAAAAGTGCG AGATGGAATT
    GGTAGCGGGG AGTTCTGTTT AGTTCAAGAC AAACCATTTG GAGCATGGCA AAGAGGAAAA
    GTTTTGAATA AAATAAATGA GAAATCCGAA GTATTTTTGA TAGACCAAGG AAATACAGTA
    AATGTTGATT CCACTCAAAT AGCATCCGCT TCTGTGGAGC TTTTTTCACT CCCTCCAAGA
    GCAGTGAATG GTATTTTCTC TGGTATACTT CCTCTAGGAG ACAAGTGGAC CCCAAAAGCG
    GTAAATTATT TCTCGTCTTT GGTAGGACTT CAGGTGGAAG GGCATAACCA AGCTGTCTTG
    CTGGATCAGG TCACAATTTT TGAAGTGCCA ACCATTATCA CTAGTGCTGT GGAGTTAAAC
    CTGGCAAGGT ATATTGATTC TACAACATTC TGTCTTCTCA CAGAGATTTT ATACAAAGCT
    ACCATAAATT ACCAATGCAA ACAATTGCCA GATTTGTTAC AGCAAAAGAC CTTATATTTG
    AGTTCTTCGC ACAGTCTCCA TGATTTGCTT AGCAGTTCTC AAAAGATTCT GGATCATCTC
    CTACCAGATG TTGCAATAGG AGCAACTGAA AAAGTTAAAA TATCAGCTGC TGTAAGCTAC
    AGTAGGTTTT ATTGTCATTT ATTGTCGTGG GAAAAAGAAC TTGGTGATTT GAATACTCTG
    ATGTTTTCTC ATTATGAAAC CATAAGGATA AAACAAAATT CAATACTGGA CAATTTTGGC
    GTTCTCTGTG CTGCTAAAAG GAAAGATGGT CTGTGGCATA GGGGGGTAAT AGAAACATTT
    CTTTGTGGTA AAAAAGTACA AATCTGGTTT ATAGATATTG GGTGTAGAGA AACAATATCT
    TCCTCCTTTG TTCAAAAGTT AAAAACGGAA TTCCTTACTC TGCCCATGAT GGCTGTTCCT
    TGCTCTTTAA TAAGTATGAA TGGTCATGCA GATTATGCCA CGAATATTCA GTTGACACCC
    TTTAAGCAGT TCCTTTTAGG ACAAGCTGTT ATTGCTACAT TTGAACAATT TAATAACGAA
    GAACGCCTGT TTTACATAAC GTTGCAAACT AAAGAGTATG ACCTGAATGC AAACTGCCAT
    TTAACAAATC AATGTGTTCC AGTATTTTCC CCAAATTGTT ACAGAAGCCT CTGCGATTCT
    ACATTGCCAG AGAAACCAAG CACTTTTTGT GTACCTGACA AAGCCTCAAC TGAGGCAGTG
    TTTCATAAAA CCATTCAAAT GGATGCAGAT TCAGTACATG TGGGATATGT TGAGTACGTG
    TTGAATCCAT CCAACTTCTG GATACGAACT GATGAGTTAC AGAATGAGTT TTCAGCCATG
    ATGGAAAAAA TTGCCGAAAC TTATAATCCA TGTGGTCCTA CTGAAAGAGT TCTAAAAGAT
    CCTGAACCAG GAGACCTTTG CTGTGCACTG TATTATAAAG ACAGACATTA TTATAGAGCC
    ATTGTCACTG ATATTCTTGA CTTAAAAGTT GCTGTTTACT TTTTTGATTT TGGAAATACA
    GAGACAGTTC CTTGTTATGA TGTAAAAACC TTACTGCCGG AATTTGAAAT TTTGCCTGCT
    TTGGCAATGT GCTGCTCTTT GGCTTATGCT TATCCTGTGG AAGATGTGTG GGTAAAGAGT
    GCCAATGATT TTTTCAAACG AATGGTTTCT GGTAAAGCTC TTCTTTTTCA TGTTCTCGTG
    AAGCACAAAT ACAAATATAT TGTTGACGCG CGATATTTGG AAGACTCTGA AAACTCAGAT
    ATTGTTATGA TGATGGTAAA AGCTGGATAT GCAGAATATT GGAAGGTAAA CCTAAATCCA
    AGTCCTGTGG TTACAAAGAT TCGCTCAACA GGAAAATATA AAAATTCAAA AGTTGTTAAA
    CAAAATAAAA CTCGCATGAC CATAGCAAAG CATGTCTCGA AAAATGAGAA TGAGCGATCC
    AGAAACCAGT CTCCCAAAAC TGAAGTTTTG CCTATTACTT TTAAACAGTA TTTATTTAAA
    CCAGGATCTG TGGTGAATGT CAAATGTTCA CATGTGAACT CCCCAAGAGA TTTCTGGTGC
    CAGCTTCTCA CAGAAACTTC AGCATTAGCA TTAGAAAGTA TAATGAAAGA CATTCAGAGT
    TATTATTCAT GTTGTAATGA CATGTACAAA CATGGGCAAA TAGCTTGCAT TGTAAAGTGT
    GCGGACAGTG GTATATTTTA TAGAGCAGCT GTTCATAATG TTACAGAAAA GGCAGTGGAT
    ATTATTTTAG TTGACTATGG ATATTCTAAA AGAGCTTTGA TTTCAGATCT TCGAGAAATA
    AAGCCCCAGT TTCTAGCTTT AGAAGGTCAG GCATTTCGTT GTAGTCTGAA CAGCTTTCTT
    ACTCCTGTAA GACCTCATCT CAGTTGGACT TCGGAGGCCT GTAGAGATTT TAAAGACTTT
    GTTAATTCTT CTGTGACTGA GGATTTGAAA TGCACAGTCC ATGCCCTGTT TAGCATGGGT
    ACTACAGACC TTTTTAACGC CGTCAGTTTG GAAAAGCGTT TTGTGTGTGT GTGTCAGTTT
    CTGCTTAACA AAGGACATAC TGCTTTCTCA CATGCCTCAA TTCCATTAAT TACTCTGCGT
    AGCTTTTGTT ACTCTGACTT CAACATTAAA GTTGGAAATT TAGAACAGGT GTATATTACA
    CATGTTTACA GCACTAGCAG ATTTTATTGC CAACTTGTGA GAAATACTGA AGCAATCGAA
    GCACTCATGA AAAGAGTTTC AGATATTGGT GACCAACTAA TACAAACCGA TTGTACAAAA
    GAAAGCAAAT TGTGTATTGT GAAGTATTTT GAAGATGGCC ACTTCTATAG AGCTTTGGCA
    TGTCCAATAG AGTCTTCCTT ATTGTTCTCA GCATTTTTTG TGGATTTTGG AAACAGCCAG
    ATGGTAACAA AAAAGGAACT GTTACCCATA CCAGACACAG CAGCAGATCT TTTATCGGAA
    CCAATGCAAG CTATCCAGTT TTATCTTGCT GGTTTAGAAA ATGTTGTTTT CACAGAAGAA
    GTTATAAAAT GGTTAGATGA AAACTGTTTG GGTATGCAGC TGAATGCTGT TGTATTGGCC
    AAAGACTGTG ATAACCAGCT TGTTGTAGAT CTGTACAAGG AAAAGCTCCA TATAAATCAG
    AAAGTTAAAG AACTGCTAGG CTACCCTCCC TCTGGGGATA ATATTGTAAT TTTGCCACAA
    TTAAAAAATG AAATTAATCC CACATCAGAA AAAGGTATAT CAAAAAAACA AACAGAACAA
    CTTATGTCAC AAATGCTGAA ATGCGAAACT CCATCACAAA TTGATGAAGT ACCTACTGCC
    AGATTAGTTT CGGCCTTTGA GAACTTATCA GTGAACCAAA TGCAATGTAA TAGTGTACAA
    AATCTAGTAC ATCGTGAAGG TAAGGTTGCT CTGGATGTAA TAACTTCACC TAGAACCTGT
    ATTACTTGTA GTGATCTGCC AGAATGTCTG ATCGAACCAT TGTCTAAAGA TGTTGGATAT
    ATTTCCCACA TAAACAGTCC TTCTAGTTTT TATATACAAC TCTCAAAAAA CGAGAATGCA
    ATAGTTCATC TTGCAGAAGA ACTTAATAAG GAACCATTAT CATTTCAAGC TCTCTCTGCC
    AGAGATTGTA AGAAGGGCAT GCTAGTAGCT GCTGAATATC CAGACGACCT TTGTTTTTAT
    AGAGCCGAAA TTCTAGAAAT GAAAGAAGAC AAATCGTTTG AAGTGAAATT TATTGATTAT
    GGTAATACTG CATACGTGTC TTCGTTATTT TTGCTTCCGG ATAAATTTTT ATCTGTTCCT
    AAATTTAGTA TCGCTGCTTC TCTTTTTGGT ATTGAAGCAT TAAAAACTAG GGAGGAATGG
    AGTCGAGATG TCACCTCCTA CTTTTCTCAA AAAGTTAACG GAGAATCTGT TGACTGTAAA
    TTTTTAAAAA TTAATGGAAT GCATTGGGAG GTCAGTCTAG TTTGTAAAAC TGAGTTAGTA
    GCAGATGATC TAATTAAGCA TTTTGGTTCA ACAAAAACAC AAAATACAGC AAGTGTGACA
    GCTACTCATT CAACTCATCC TTCAAATTCA AAGCTTATTG ATATGCAAAA CCAATGCAAT
    GTCATTGGTG AGACAAATAA CGAAATTACT TATGAAACCA GGGAAATCCA GAATCAGAAT
    GTGATACCTA ATCAGATTGA AACAGTGAAA AATATGTACT TTGCAGACTG TGGCAGATTC
    TTTGTTACTT TACATGGATG CTCATTAGAA GCCAACTTAG TTACTTTGAT TGCTGAAGCT
    GTCAAGCAGG CTGATAACCG GCTAGCAGTC AAAAACATTA CAAAGGGAAT TACATGTTTG
    GCAAAATCTG AAAAAATTCA GACATGGCTA CGTGCATCAG TAGAGGATAT TTTTCCGCAA
    AAATTGAAGA TGTTGGTTTT CTATGTCGAC CATGGTGCAC ACGAGTTAAT AAGCATGCAT
    AATGCTAAAG TACTATCTGG TGATTTGTTA AAAATTCCTA AGCAAGCGAT TGCCTGTAGA
    TGGGCATGGA ATGAGAAGAT TAATGAGTTA GAATTTCAAA AAATGTTGTC ATCACTCATG
    AAAAAGGATG TACAAGTCCT GTTTCTAAAA TTCTTAAAAG CCTGCCAAAC CTGGAAAGTA
    GAGGTTCTTA TAAATGGGTC GCTCTTGATG GAGTATTTTC ATGCCAACTG TCGCCAAGCT
    GAAAATAGTA AAAATAATTC AGTTACAAAT AGATCTTTTG TAGAGTTTTG TATCCCTGAA
    CCCATTCTGC AATGTGGGAC CATATACACT GGCTTTATTA CAGCAGTTTA TGAACCTACT
    GATTTCTATT TTCAGTCAGA GGATTCTGAG GATTTAATGA GTAAATTACT AAAGCTTCTC
    CATGAACTCT CCAATGATCC TTTGCCTTTA CCTTGTGAGT TATTAAAGCC TGGTGTAGCT
    TGCCTTTTAA AGTGCTTTGC TGACAATACA TGGTGCAGAT CAAAAATTAT AGCAATAGAA
    AATTCAGTTC TGCTTAATCT TGTAGACTAC GGTGTGCTTA AAAATATCCC ATTTTCCGAT
    GTTGGCAGGT TAAAATGTAT TCCAGAAAAG CTTGCCAGTC TGCCATCTTT AACCTATCAC
    TGTTCATTAT ATGGAGTCAA ACCCTACGGT GGATCAGAGT GGTCCAAAGA TGCAGTAACC
    TTCTTCACAA ACTTTGTAAT GAAACATTCC TCATTGTTGC TTCAGTGTGT TGGAAATAAA
    GCCCCTGGCA AAATGGAAGT GAATATTTAC GGACAAGGAA GTTTATCTAA ATGTCTTGTT
    TCTATGGGAT TTGCGGAGTT CTCAGAAAGA GCAACAGCAT GGAATTCCGA TTCAGTAAAT
    AATATGCCAA ATGGGCTCTT GAAATCGAAA ACAACAGCTG ATATGTATTT ACAGAATTCA
    AACAAACAGC GTCAAGACTA CAATTCTAAT GTTACATTAT ATTCATATGC ACAAAATAAA
    AACAGCAAAG AATTCCAAAT GCCTAAACGG AAGCAGGAAA CCTTCTTGGA CAACTAG

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

    RefSeq XP_012826791.1
    CDS91..5787
    Translation

    Target ORF information:

    RefSeq Version XM_012971337.2
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis tudor domain containing 15 (tdrd15), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012971337.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    ATGGATGTTG AACTTTCAGC AAAATCTTTA CCAAACATGG CTTTAAAGAT CTTGGCAGTG 
    GATTGTAACC CTGATAATGT AATCATCAAA TTTCAAGGAA AATACAATTC CGAAAGTGAA
    TTTGATTACC ATATCTTGCA AAATGAAATC CAGCTTGTTC CAAAAGTGCG AGATGGAATT
    GGTAGCGGGG AGTTCTGTTT AGTTCAAGAC AAACCATTTG GAGCATGGCA AAGAGGAAAA
    GTTTTGAATA AAATAAATGA GAAATCCGAA GTATTTTTGA TAGACCAAGG AAATACAGTA
    AATGTTGATT CCACTCAAAT AGCATCCGCT TCTGTGGAGC TTTTTTCACT CCCTCCAAGA
    GCAGTGAATG GTATTTTCTC TGGTATACTT CCTCTAGGAG ACAAGTGGAC CCCAAAAGCG
    GTAAATTATT TCTCGTCTTT GGTAGGACTT CAGGTGGAAG GGCATAACCA AGCTGTCTTG
    CTGGATCAGG TCACAATTTT TGAAGTGCCA ACCATTATCA CTAGTGCTGT GGAGTTAAAC
    CTGGCAAGGT ATATTGATTC TACAACATTC TGTCTTCTCA CAGAGATTTT ATACAAAGCT
    ACCATAAATT ACCAATGCAA ACAATTGCCA GATTTGTTAC AGCAAAAGAC CTTATATTTG
    AGTTCTTCGC ACAGTCTCCA TGATTTGCTT AGCAGTTCTC AAAAGATTCT GGATCATCTC
    CTACCAGATG TTGCAATAGG AGCAACTGAA AAAGTTAAAA TATCAGCTGC TGTAAGCTAC
    AGTAGGTTTT ATTGTCATTT ATTGTCGTGG GAAAAAGAAC TTGGTGATTT GAATACTCTG
    ATGTTTTCTC ATTATGAAAC CATAAGGATA AAACAAAATT CAATACTGGA CAATTTTGGC
    GTTCTCTGTG CTGCTAAAAG GAAAGATGGT CTGTGGCATA GGGGGGTAAT AGAAACATTT
    CTTTGTGGTA AAAAAGTACA AATCTGGTTT ATAGATATTG GGTGTAGAGA AACAATATCT
    TCCTCCTTTG TTCAAAAGTT AAAAACGGAA TTCCTTACTC TGCCCATGAT GGCTGTTCCT
    TGCTCTTTAA TAAGTATGAA TGGTCATGCA GATTATGCCA CGAATATTCA GTTGACACCC
    TTTAAGCAGT TCCTTTTAGG ACAAGCTGTT ATTGCTACAT TTGAACAATT TAATAACGAA
    GAACGCCTGT TTTACATAAC GTTGCAAACT AAAGAGTATG ACCTGAATGC AAACTGCCAT
    TTAACAAATC AATGTGTTCC AGTATTTTCC CCAAATTGTT ACAGAAGCCT CTGCGATTCT
    ACATTGCCAG AGAAACCAAG CACTTTTTGT GTACCTGACA AAGCCTCAAC TGAGGCAGTG
    TTTCATAAAA CCATTCAAAT GGATGCAGAT TCAGTACATG TGGGATATGT TGAGTACGTG
    TTGAATCCAT CCAACTTCTG GATACGAACT GATGAGTTAC AGAATGAGTT TTCAGCCATG
    ATGGAAAAAA TTGCCGAAAC TTATAATCCA TGTGGTCCTA CTGAAAGAGT TCTAAAAGAT
    CCTGAACCAG GAGACCTTTG CTGTGCACTG TATTATAAAG ACAGACATTA TTATAGAGCC
    ATTGTCACTG ATATTCTTGA CTTAAAAGTT GCTGTTTACT TTTTTGATTT TGGAAATACA
    GAGACAGTTC CTTGTTATGA TGTAAAAACC TTACTGCCGG AATTTGAAAT TTTGCCTGCT
    TTGGCAATGT GCTGCTCTTT GGCTTATGCT TATCCTGTGG AAGATGTGTG GGTAAAGAGT
    GCCAATGATT TTTTCAAACG AATGGTTTCT GGTAAAGCTC TTCTTTTTCA TGTTCTCGTG
    AAGCACAAAT ACAAATATAT TGTTGACGCG CGATATTTGG AAGACTCTGA AAACTCAGAT
    ATTGTTATGA TGATGGTAAA AGCTGGATAT GCAGAATATT GGAAGGTAAA CCTAAATCCA
    AGTCCTGTGG TTACAAAGAT TCGCTCAACA GGAAAATATA AAAATTCAAA AGTTGTTAAA
    CAAAATAAAA CTCGCATGAC CATAGCAAAG CATGTCTCGA AAAATGAGAA TGAGCGATCC
    AGAAACCAGT CTCCCAAAAC TGAAGTTTTG CCTATTACTT TTAAACAGTA TTTATTTAAA
    CCAGGATCTG TGGTGAATGT CAAATGTTCA CATGTGAACT CCCCAAGAGA TTTCTGGTGC
    CAGCTTCTCA CAGAAACTTC AGCATTAGCA TTAGAAAGTA TAATGAAAGA CATTCAGAGT
    TATTATTCAT GTTGTAATGA CATGTACAAA CATGGGCAAA TAGCTTGCAT TGTAAAGTGT
    GCGGACAGTG GTATATTTTA TAGAGCAGCT GTTCATAATG TTACAGAAAA GGCAGTGGAT
    ATTATTTTAG TTGACTATGG ATATTCTAAA AGAGCTTTGA TTTCAGATCT TCGAGAAATA
    AAGCCCCAGT TTCTAGCTTT AGAAGGTCAG GCATTTCGTT GTAGTCTGAA CAGCTTTCTT
    ACTCCTGTAA GACCTCATCT CAGTTGGACT TCGGAGGCCT GTAGAGATTT TAAAGACTTT
    GTTAATTCTT CTGTGACTGA GGATTTGAAA TGCACAGTCC ATGCCCTGTT TAGCATGGGT
    ACTACAGACC TTTTTAACGC CGTCAGTTTG GAAAAGCGTT TTGTGTGTGT GTGTCAGTTT
    CTGCTTAACA AAGGACATAC TGCTTTCTCA CATGCCTCAA TTCCATTAAT TACTCTGCGT
    AGCTTTTGTT ACTCTGACTT CAACATTAAA GTTGGAAATT TAGAACAGGT GTATATTACA
    CATGTTTACA GCACTAGCAG ATTTTATTGC CAACTTGTGA GAAATACTGA AGCAATCGAA
    GCACTCATGA AAAGAGTTTC AGATATTGGT GACCAACTAA TACAAACCGA TTGTACAAAA
    GAAAGCAAAT TGTGTATTGT GAAGTATTTT GAAGATGGCC ACTTCTATAG AGCTTTGGCA
    TGTCCAATAG AGTCTTCCTT ATTGTTCTCA GCATTTTTTG TGGATTTTGG AAACAGCCAG
    ATGGTAACAA AAAAGGAACT GTTACCCATA CCAGACACAG CAGCAGATCT TTTATCGGAA
    CCAATGCAAG CTATCCAGTT TTATCTTGCT GGTTTAGAAA ATGTTGTTTT CACAGAAGAA
    GTTATAAAAT GGTTAGATGA AAACTGTTTG GGTATGCAGC TGAATGCTGT TGTATTGGCC
    AAAGACTGTG ATAACCAGCT TGTTGTAGAT CTGTACAAGG AAAAGCTCCA TATAAATCAG
    AAAGTTAAAG AACTGCTAGG CTACCCTCCC TCTGGGGATA ATATTGTAAT TTTGCCACAA
    TTAAAAAATG AAATTAATCC CACATCAGAA AAAGGTATAT CAAAAAAACA AACAGAACAA
    CTTATGTCAC AAATGCTGAA ATGCGAAACT CCATCACAAA TTGATGAAGT ACCTACTGCC
    AGATTAGTTT CGGCCTTTGA GAACTTATCA GTGAACCAAA TGCAATGTAA TAGTGTACAA
    AATCTAGTAC ATCGTGAAGG TAAGGTTGCT CTGGATGTAA TAACTTCACC TAGAACCTGT
    ATTACTTGTA GTGATCTGCC AGAATGTCTG ATCGAACCAT TGTCTAAAGA TGTTGGATAT
    ATTTCCCACA TAAACAGTCC TTCTAGTTTT TATATACAAC TCTCAAAAAA CGAGAATGCA
    ATAGTTCATC TTGCAGAAGA ACTTAATAAG GAACCATTAT CATTTCAAGC TCTCTCTGCC
    AGAGATTGTA AGAAGGGCAT GCTAGTAGCT GCTGAATATC CAGACGACCT TTGTTTTTAT
    AGAGCCGAAA TTCTAGAAAT GAAAGAAGAC AAATCGTTTG AAGTGAAATT TATTGATTAT
    GGTAATACTG CATACGTGTC TTCGTTATTT TTGCTTCCGG ATAAATTTTT ATCTGTTCCT
    AAATTTAGTA TCGCTGCTTC TCTTTTTGGT ATTGAAGCAT TAAAAACTAG GGAGGAATGG
    AGTCGAGATG TCACCTCCTA CTTTTCTCAA AAAGTTAACG GAGAATCTGT TGACTGTAAA
    TTTTTAAAAA TTAATGGAAT GCATTGGGAG GTCAGTCTAG TTTGTAAAAC TGAGTTAGTA
    GCAGATGATC TAATTAAGCA TTTTGGTTCA ACAAAAACAC AAAATACAGC AAGTGTGACA
    GCTACTCATT CAACTCATCC TTCAAATTCA AAGCTTATTG ATATGCAAAA CCAATGCAAT
    GTCATTGGTG AGACAAATAA CGAAATTACT TATGAAACCA GGGAAATCCA GAATCAGAAT
    GTGATACCTA ATCAGATTGA AACAGTGAAA AATATGTACT TTGCAGACTG TGGCAGATTC
    TTTGTTACTT TACATGGATG CTCATTAGAA GCCAACTTAG TTACTTTGAT TGCTGAAGCT
    GTCAAGCAGG CTGATAACCG GCTAGCAGTC AAAAACATTA CAAAGGGAAT TACATGTTTG
    GCAAAATCTG AAAAAATTCA GACATGGCTA CGTGCATCAG TAGAGGATAT TTTTCCGCAA
    AAATTGAAGA TGTTGGTTTT CTATGTCGAC CATGGTGCAC ACGAGTTAAT AAGCATGCAT
    AATGCTAAAG TACTATCTGG TGATTTGTTA AAAATTCCTA AGCAAGCGAT TGCCTGTAGA
    TGGGCATGGA ATGAGAAGAT TAATGAGTTA GAATTTCAAA AAATGTTGTC ATCACTCATG
    AAAAAGGATG TACAAGTCCT GTTTCTAAAA TTCTTAAAAG CCTGCCAAAC CTGGAAAGTA
    GAGGTTCTTA TAAATGGGTC GCTCTTGATG GAGTATTTTC ATGCCAACTG TCGCCAAGCT
    GAAAATAGTA AAAATAATTC AGTTACAAAT AGATCTTTTG TAGAGTTTTG TATCCCTGAA
    CCCATTCTGC AATGTGGGAC CATATACACT GGCTTTATTA CAGCAGTTTA TGAACCTACT
    GATTTCTATT TTCAGTCAGA GGATTCTGAG GATTTAATGA GTAAATTACT AAAGCTTCTC
    CATGAACTCT CCAATGATCC TTTGCCTTTA CCTTGTGAGT TATTAAAGCC TGGTGTAGCT
    TGCCTTTTAA AGTGCTTTGC TGACAATACA TGGTGCAGAT CAAAAATTAT AGCAATAGAA
    AATTCAGTTC TGCTTAATCT TGTAGACTAC GGTGTGCTTA AAAATATCCC ATTTTCCGAT
    GTTGGCAGGT TAAAATGTAT TCCAGAAAAG CTTGCCAGTC TGCCATCTTT AACCTATCAC
    TGTTCATTAT ATGGAGTCAA ACCCTACGGT GGATCAGAGT GGTCCAAAGA TGCAGTAACC
    TTCTTCACAA ACTTTGTAAT GAAACATTCC TCATTGTTGC TTCAGTGTGT TGGAAATAAA
    GCCCCTGGCA AAATGGAAGT GAATATTTAC GGACAAGGAA GTTTATCTAA ATGTCTTGTT
    TCTATGGGAT TTGCGGAGTT CTCAGAAAGA GCAACAGCAT GGAATTCCGA TTCAGTAAAT
    AATATGCCAA ATGGGCTCTT GAAATCGAAA ACAACAGCTG ATATGTATTT ACAGAATTCA
    AACAAACAGC GTCAAGACTA CAATTCTAAT GTTACATTAT ATTCATATGC ACAAAATAAA
    AACAGCAAAG AATTCCAAAT GCCTAAACGG AAGCAGGAAA CCTTCTTGGA CAACTAG

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