tex15 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following tex15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tex15 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
OXa37068 XM_002939260.4
Latest version!
Xenopus tropicalis testis expressed 15 (tex15), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $797.30
$1139.00
OXa48396 XM_031904390.1
Latest version!
Xenopus tropicalis testis expressed 15, meiosis and synapsis associated (tex15), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 29-31 $1091.30
$1559.00
OXa48396 XM_002939260.5
Latest version!
Xenopus tropicalis testis expressed 15, meiosis and synapsis associated (tex15), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 29-31 $1091.30
$1559.00

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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 OXa37068
    Clone ID Related Accession (Same CDS sequence) XM_002939260.4
    Accession Version XM_002939260.4 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4467bp)
    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 testis-expressed sequence 15 protein
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.1) 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_002939260.3. ##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
    ATGGATATCG GCAATATAAA AAGCTTTGTT ACAGGTGCAG ATAAAAAGGA AGAACACTCC 
    TTACTTGTGA AACTACAAAT CAATTCTTGC TTGGAATTAA ATGATATGGA ACATAGTATT
    ATTAAAAAGA AGACAACAGC TGAAAATCAA ATCCCAGAAA AGCTATTTGC TAATGTGGAA
    GAAGAACTAC CTTGGTTAAA ACAAAATCTT CCTGACAATC AGGAACATCA GTGCAGTAAA
    ACAATCACTC ATGATATAAT ACTGGCAAAG GAAGAAATAT TGATCCCTCC AAAGAAAACA
    AATTCACAGA TATCTTGTGT TACTTCTGAT GATAACTTTG AGATGAGAGA TTTCCCAATT
    GATTACATGG AATTTCAGAA TGAAACTGTT TGCTGTCAAG AACTGGTTTC TTTGAAAGTG
    GGTTCCCTTA AAGAAAGTGA AGAGACAGTG ACAGCAAAAA CTCCAGAGAT TAATCAAAGC
    AAAACAACAG ATTGTTGCGT AGAAAGTATA TCCTCTATGC ATTTGAAAGA ACTAGCATTT
    GAGCATCAAA TTTCTCATGT ACTTTTACCT GAAAACAAAG TTGTTAACCA GCACTGCACA
    ACAGATGAGA TTTATTTGTT TGATATGGGT GATATTGGCA TACCTACGGA AACCAGCATT
    TTAAGTGTGT CTGAAAACTT AACACATTTG TGTTTCCAGA GTTATGAAAC AGAAATAGGG
    TATGATGGAG ATTTACTTAT TGAGGATATG GAAATTGGAA GTGAGACTGA AATTCCATCA
    TTTGAAACCA TGAATGAACC AAAAGCGCAA TTGCCAATTC ATTTAAATAT ATCTTTAAAC
    ATGTTGCTTG ATGATTTTGA TTGTAGCCAC TTGGAAAACC GCATAGACTG GAATAGTCTC
    TTTGGACTGG ACAGTTCCAC AACGTTAATG GAAGAGGATG TAGTGCCACA ATTTCACAAA
    TCACCTCTCC AAAAATGTGG GCTTTATAAA TGTGAGAGTG AAAAGATAAT TTATTCTGAT
    TTACAAATAA CAGTAAAAAA CTATAGTAAA CTGGATGGTA ACCACACCCC TGCTTGCTGT
    GATTATGTTG TAAAACAACT TCCATATGAT GACGTACTTT CATCGCTGAA GACTACTGAG
    AACACAATTT TGATGGATAG CATTAAAAGC AAAAATAATG CTGCACCTTT GATTGATTTT
    ATACAAGCAC CTCATGAAAA TGTCAACATA AATGCATCTG ATTTAAGCTT TTCTTCTTGT
    ACGTCAAATA ACACACAAGT GACTCAGAAA GCAAATGACT CGTATGCCAA CGTAGAACAA
    GATTTTAAAT GTCACATAGG GGCAAATAGT GGCCATAGTA AGACAGATAA AGGAGGCAAA
    CTGAAGGGCT GTACACAGCA GAAGACCAGG TCTCCTGACA AAGGTTCATC TGTTTCATTA
    AATGTATGTG CAATTTTAGA AAAGGCAGAT AAAACATCTT GTGTAAATGT ATTGCAGGAA
    TATAAATTAA TTTGTGAGAA AATGCTTCCC AGATTTATAA ATGCTTTTAA AGATAAGCAG
    CATTGCCCAG TCAAAGATGT CATGGTTAAT CGGAAGTTTT TGCTTGAAAG AAACCTCAAA
    GCAGCCTTTA AGTATCCCTT AAAACCACAG GCTATAGAGG CATTTATTGA ATTACAAATG
    ATGATGGAAA CCAAACAATT CATAGAAAAT AGAATATACA GTCTTAAAGG TGAGCCCACA
    TTCAGAAGTC TCTTGTATTA TGACAGCTCT CTCTACCTTG AGTTACTTGA TGGAGACAGG
    GGATACCAAC AACAGTCCAA TTTTTATGTT GGATTTCAAC AAAAGCTAAA ATGTGATCCT
    CTTGTTACTC TGGAAAACCA CCATGCTCAA CTTTGTGATG TTCTTGAGAA AATTCATGAA
    AAATGCAGAT CATATTATGT CCTCCTTAAA TACCGGAGAG AAGTTGAGGA ATGTGAAGCT
    GTTTTAAAGA ACTCTGCTGA TCATTTGGAT TTTTGTCTCT CAGTCCCCTT ATCTTGTGGA
    GTTCATACTG GGGACACATT AGAGGAGTTA AAAAACTTGC AGACAGGAAC TTTAGAGCTT
    ATTAAAGCCT ATTATAATCT TCCAGATTGT GATGCTGGAA AACAAGAACA TGCACTGTGC
    CTTTTAGAAT TAATCTGTGC AAAAATTGAT TATATTCAGA CCTCAGAGTC TTTAAACACT
    GAACTGTCAC TTTTTGGCAT TGAACACTTA TTGTTTGATG CAGCCAAAAG CACCATTTTG
    AAGGAGAACG CAAGATCTTC TAAACAGAAA AAAATACCCT CACTAATTTT GGAGTCTATC
    CACAAACTGA ACCATTTTGC TTTATTAAAA TTATATGAAG TCTATGGTAC ATGTGTTGAA
    GAAACCACAG TCATAAAAAC TTCTGGTGAC ACACAGAAAA AATACAAAGA GTCAAACTTT
    AATCCAGAGT TTAACAGCGG GGAAGATGTA TATTATGTTG GGAAAATCAT AGACCAAGCG
    CGATGTGCAG ACACTGCATC AGTGAATCAA ATGATTGCTG GCTGTAAGAA GCATTTAGAA
    GCTCTAAAAA AATATTTTCA GATAATGCAA GAATGTGATG CAGATGAAGT CATAATCACA
    GAGAATAATG TTTTTGATGC AGCTAAAAAA TATACTCAAC CTGCAATACT TCTAAAACCA
    GAGGCAATAG AAAGCTACAT TGATATTCTC ATGGCTTATG AAACTTTACA TTTCCTGAAA
    TGTTTAAAGG CTTCCAAAAA GAACAAAAAG AGATTCAGAG GGCTGCTGTG GTTTGAAAAA
    TCTCTCCTTC CTGAATTAAT TCTATCCCAA AACAGAATTG GATCATATCT TAAAGCAAAC
    TTGAATTCTG ATGTCATAGA AGTCATAAAT AGTAATATAT ATGAGATTAA GACAGAGCTT
    GAAATAATAT GTGACTATTC AGATTCAGTC AATTATACCT ATGCCCTTCA GATAATGACA
    CGGGAACTTT CAGAGCTCTC AGAACTTAAA ACATTTGTTT CAAAATCCAG GTTTGCAATG
    CAATCCTATA TCCACTTTTC CCCACATATT GCCTCTCTGC ACTATGGAAG TACTTTGGTG
    GATCTTGATC ATAACTACAA CCAGTTTTCT GATCTGCTAG GGCTTTTAAT GTCCTGTCCA
    AAGAAAGACT TGGGAAAAAT TGCCCAAACA ATGAAAATCA TGAAAACTAT TGAGCTTATG
    AAACAAGCCA CTTCCAGGTC AGACACTTCA GCATTTGGTG TATGTTCTTG CCAGATCATG
    GAGAACAAAA GAAAACGTGA ACACCTACAA GATAAAGGTG ATCAATGTTA TTGGATGCTG
    AACACAAAGA AAAGACCATC ATTGGTTCAG GATGATCAGA CATATTTTAC GAGCCCCAAA
    AAGCGAAAGG TGGTGAATTC CCCTCCACAT GATTCAAAAG GAGAGCAAGA AAAAAGCAAA
    CAGAAAAGCA ACACAAGGAT AAAAAACAAA GATCACAGTA ATGCAGCTGA GAAACAATGC
    AAGAAGTCTG AAAAGACTCC AAAAGACGTA ACAGGTGTAG AAATAAAAGA TCAGTCTTCA
    TCTATTAATG AACATACATT TCAAAAAAAT GATGGATTGT CTTCAGTCAA AGCAATAGTG
    TTAGAACATG CCAATGATAG AGAAGTTAAA ATAAAATGTT CCACTGATGA CCCAGTAAAG
    GAAGTCCTAA ATGATTCACA TCTTAATCTG CACACAAAAA GTCAACTTCA GGTACCAGAT
    AAAAATGTAA ATGTTATATC AGAACACCAG TCTCTCTCTG ATCAAAATAA GAAAAACACT
    GATGTAGTAT CTCAAACAGC TGAACAGAAA TCTATTCTTA AAAAGCTGTA TTTTTCAGGC
    AAGCAAAAGA AGAGCAATAA TGTACACTTT GCTGACATAT GTTCATTAGA CACAAGTCCT
    ACGATGGAAC AGAAAAATGA AACGGCAACT CCCATTACTG AAGCAAAAGA CAAGAAGAAT
    GAACCATTGG TACAGCATAA TGACCCATCC AGTTGTAGTG ATTTAAACAA CAGCCATTCT
    CAGAGCTTTA CACAGATGAC TGGCACATAT TCCCAGCTAT CCAGCTGCCT CTACCCTTGG
    CAATATTATT TACATTACTG GTATCAAAAT AGCAGTAACA CAGGTGTAAT GACCCAGCCT
    TACCAAGGAA TGCCTTACAA TACACAGCAA TTCATGCCAT ATAATGGGAC ATCCTTATTC
    ACTACCCAGA ATCCTTATAC TGGTAACCAG CCTTATCCTT ACCCAAACAG CCAAGTTCCG
    CCTCAGATGT TTCAGACAAC AGATGCACTT AAAGCCACAA TGAATTACAG TTACCCAGAT
    CCACATTCTG CATCACAAGA TTCCGTGCAG GCAAGATATG CTTATGATGC TACACCAACA
    GGAACATGGT CATGGGGTTC TTGGTAA

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

    RefSeq XP_002939306.3
    CDS1486..5952
    Translation

    Target ORF information:

    RefSeq Version XM_002939260.4
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis testis expressed 15 (tex15), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002939260.4

    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
    ATGGATATCG GCAATATAAA AAGCTTTGTT ACAGGTGCAG ATAAAAAGGA AGAACACTCC 
    TTACTTGTGA AACTACAAAT CAATTCTTGC TTGGAATTAA ATGATATGGA ACATAGTATT
    ATTAAAAAGA AGACAACAGC TGAAAATCAA ATCCCAGAAA AGCTATTTGC TAATGTGGAA
    GAAGAACTAC CTTGGTTAAA ACAAAATCTT CCTGACAATC AGGAACATCA GTGCAGTAAA
    ACAATCACTC ATGATATAAT ACTGGCAAAG GAAGAAATAT TGATCCCTCC AAAGAAAACA
    AATTCACAGA TATCTTGTGT TACTTCTGAT GATAACTTTG AGATGAGAGA TTTCCCAATT
    GATTACATGG AATTTCAGAA TGAAACTGTT TGCTGTCAAG AACTGGTTTC TTTGAAAGTG
    GGTTCCCTTA AAGAAAGTGA AGAGACAGTG ACAGCAAAAA CTCCAGAGAT TAATCAAAGC
    AAAACAACAG ATTGTTGCGT AGAAAGTATA TCCTCTATGC ATTTGAAAGA ACTAGCATTT
    GAGCATCAAA TTTCTCATGT ACTTTTACCT GAAAACAAAG TTGTTAACCA GCACTGCACA
    ACAGATGAGA TTTATTTGTT TGATATGGGT GATATTGGCA TACCTACGGA AACCAGCATT
    TTAAGTGTGT CTGAAAACTT AACACATTTG TGTTTCCAGA GTTATGAAAC AGAAATAGGG
    TATGATGGAG ATTTACTTAT TGAGGATATG GAAATTGGAA GTGAGACTGA AATTCCATCA
    TTTGAAACCA TGAATGAACC AAAAGCGCAA TTGCCAATTC ATTTAAATAT ATCTTTAAAC
    ATGTTGCTTG ATGATTTTGA TTGTAGCCAC TTGGAAAACC GCATAGACTG GAATAGTCTC
    TTTGGACTGG ACAGTTCCAC AACGTTAATG GAAGAGGATG TAGTGCCACA ATTTCACAAA
    TCACCTCTCC AAAAATGTGG GCTTTATAAA TGTGAGAGTG AAAAGATAAT TTATTCTGAT
    TTACAAATAA CAGTAAAAAA CTATAGTAAA CTGGATGGTA ACCACACCCC TGCTTGCTGT
    GATTATGTTG TAAAACAACT TCCATATGAT GACGTACTTT CATCGCTGAA GACTACTGAG
    AACACAATTT TGATGGATAG CATTAAAAGC AAAAATAATG CTGCACCTTT GATTGATTTT
    ATACAAGCAC CTCATGAAAA TGTCAACATA AATGCATCTG ATTTAAGCTT TTCTTCTTGT
    ACGTCAAATA ACACACAAGT GACTCAGAAA GCAAATGACT CGTATGCCAA CGTAGAACAA
    GATTTTAAAT GTCACATAGG GGCAAATAGT GGCCATAGTA AGACAGATAA AGGAGGCAAA
    CTGAAGGGCT GTACACAGCA GAAGACCAGG TCTCCTGACA AAGGTTCATC TGTTTCATTA
    AATGTATGTG CAATTTTAGA AAAGGCAGAT AAAACATCTT GTGTAAATGT ATTGCAGGAA
    TATAAATTAA TTTGTGAGAA AATGCTTCCC AGATTTATAA ATGCTTTTAA AGATAAGCAG
    CATTGCCCAG TCAAAGATGT CATGGTTAAT CGGAAGTTTT TGCTTGAAAG AAACCTCAAA
    GCAGCCTTTA AGTATCCCTT AAAACCACAG GCTATAGAGG CATTTATTGA ATTACAAATG
    ATGATGGAAA CCAAACAATT CATAGAAAAT AGAATATACA GTCTTAAAGG TGAGCCCACA
    TTCAGAAGTC TCTTGTATTA TGACAGCTCT CTCTACCTTG AGTTACTTGA TGGAGACAGG
    GGATACCAAC AACAGTCCAA TTTTTATGTT GGATTTCAAC AAAAGCTAAA ATGTGATCCT
    CTTGTTACTC TGGAAAACCA CCATGCTCAA CTTTGTGATG TTCTTGAGAA AATTCATGAA
    AAATGCAGAT CATATTATGT CCTCCTTAAA TACCGGAGAG AAGTTGAGGA ATGTGAAGCT
    GTTTTAAAGA ACTCTGCTGA TCATTTGGAT TTTTGTCTCT CAGTCCCCTT ATCTTGTGGA
    GTTCATACTG GGGACACATT AGAGGAGTTA AAAAACTTGC AGACAGGAAC TTTAGAGCTT
    ATTAAAGCCT ATTATAATCT TCCAGATTGT GATGCTGGAA AACAAGAACA TGCACTGTGC
    CTTTTAGAAT TAATCTGTGC AAAAATTGAT TATATTCAGA CCTCAGAGTC TTTAAACACT
    GAACTGTCAC TTTTTGGCAT TGAACACTTA TTGTTTGATG CAGCCAAAAG CACCATTTTG
    AAGGAGAACG CAAGATCTTC TAAACAGAAA AAAATACCCT CACTAATTTT GGAGTCTATC
    CACAAACTGA ACCATTTTGC TTTATTAAAA TTATATGAAG TCTATGGTAC ATGTGTTGAA
    GAAACCACAG TCATAAAAAC TTCTGGTGAC ACACAGAAAA AATACAAAGA GTCAAACTTT
    AATCCAGAGT TTAACAGCGG GGAAGATGTA TATTATGTTG GGAAAATCAT AGACCAAGCG
    CGATGTGCAG ACACTGCATC AGTGAATCAA ATGATTGCTG GCTGTAAGAA GCATTTAGAA
    GCTCTAAAAA AATATTTTCA GATAATGCAA GAATGTGATG CAGATGAAGT CATAATCACA
    GAGAATAATG TTTTTGATGC AGCTAAAAAA TATACTCAAC CTGCAATACT TCTAAAACCA
    GAGGCAATAG AAAGCTACAT TGATATTCTC ATGGCTTATG AAACTTTACA TTTCCTGAAA
    TGTTTAAAGG CTTCCAAAAA GAACAAAAAG AGATTCAGAG GGCTGCTGTG GTTTGAAAAA
    TCTCTCCTTC CTGAATTAAT TCTATCCCAA AACAGAATTG GATCATATCT TAAAGCAAAC
    TTGAATTCTG ATGTCATAGA AGTCATAAAT AGTAATATAT ATGAGATTAA GACAGAGCTT
    GAAATAATAT GTGACTATTC AGATTCAGTC AATTATACCT ATGCCCTTCA GATAATGACA
    CGGGAACTTT CAGAGCTCTC AGAACTTAAA ACATTTGTTT CAAAATCCAG GTTTGCAATG
    CAATCCTATA TCCACTTTTC CCCACATATT GCCTCTCTGC ACTATGGAAG TACTTTGGTG
    GATCTTGATC ATAACTACAA CCAGTTTTCT GATCTGCTAG GGCTTTTAAT GTCCTGTCCA
    AAGAAAGACT TGGGAAAAAT TGCCCAAACA ATGAAAATCA TGAAAACTAT TGAGCTTATG
    AAACAAGCCA CTTCCAGGTC AGACACTTCA GCATTTGGTG TATGTTCTTG CCAGATCATG
    GAGAACAAAA GAAAACGTGA ACACCTACAA GATAAAGGTG ATCAATGTTA TTGGATGCTG
    AACACAAAGA AAAGACCATC ATTGGTTCAG GATGATCAGA CATATTTTAC GAGCCCCAAA
    AAGCGAAAGG TGGTGAATTC CCCTCCACAT GATTCAAAAG GAGAGCAAGA AAAAAGCAAA
    CAGAAAAGCA ACACAAGGAT AAAAAACAAA GATCACAGTA ATGCAGCTGA GAAACAATGC
    AAGAAGTCTG AAAAGACTCC AAAAGACGTA ACAGGTGTAG AAATAAAAGA TCAGTCTTCA
    TCTATTAATG AACATACATT TCAAAAAAAT GATGGATTGT CTTCAGTCAA AGCAATAGTG
    TTAGAACATG CCAATGATAG AGAAGTTAAA ATAAAATGTT CCACTGATGA CCCAGTAAAG
    GAAGTCCTAA ATGATTCACA TCTTAATCTG CACACAAAAA GTCAACTTCA GGTACCAGAT
    AAAAATGTAA ATGTTATATC AGAACACCAG TCTCTCTCTG ATCAAAATAA GAAAAACACT
    GATGTAGTAT CTCAAACAGC TGAACAGAAA TCTATTCTTA AAAAGCTGTA TTTTTCAGGC
    AAGCAAAAGA AGAGCAATAA TGTACACTTT GCTGACATAT GTTCATTAGA CACAAGTCCT
    ACGATGGAAC AGAAAAATGA AACGGCAACT CCCATTACTG AAGCAAAAGA CAAGAAGAAT
    GAACCATTGG TACAGCATAA TGACCCATCC AGTTGTAGTG ATTTAAACAA CAGCCATTCT
    CAGAGCTTTA CACAGATGAC TGGCACATAT TCCCAGCTAT CCAGCTGCCT CTACCCTTGG
    CAATATTATT TACATTACTG GTATCAAAAT AGCAGTAACA CAGGTGTAAT GACCCAGCCT
    TACCAAGGAA TGCCTTACAA TACACAGCAA TTCATGCCAT ATAATGGGAC ATCCTTATTC
    ACTACCCAGA ATCCTTATAC TGGTAACCAG CCTTATCCTT ACCCAAACAG CCAAGTTCCG
    CCTCAGATGT TTCAGACAAC AGATGCACTT AAAGCCACAA TGAATTACAG TTACCCAGAT
    CCACATTCTG CATCACAAGA TTCCGTGCAG GCAAGATATG CTTATGATGC TACACCAACA
    GGAACATGGT CATGGGGTTC TTGGTAA

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

    CloneID OXa48396
    Clone ID Related Accession (Same CDS sequence) XM_002939260.5 , XM_031904390.1
    Accession Version XM_002939260.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6423bp)
    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 testis-expressed protein 15
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.2) 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_002939260.4. ##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
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    ATGGAAGACA GCATGAAGTC CCTTAAGAAC TATATAATTC CTAAAATAAA AACAACTGCT 
    GAGAAAGGGT ATCTCGCTCG TGACATGACC AATAAGAGGG AATATAACGA TATTCTCAAT
    ATTTTGAATG AAGCAAGACT AGACATATGC TGTGAACTAG AGTCCTCATG GAAGTTTGAA
    GAGCCCAAAC TGATCTGCAA TTCTAATTTA GAAAATAATT TTATTGAAAA AAGGTCTGAG
    ATGCGAGAAC TTGGAAAAAA AGATTTCAAA GAACAATTTT GCTTTCTAGT GGTCCCTAAG
    GCTGCAGTTG TAGACATATG CCATCATGGC CTAAGTGTTA AAAGTTCAAC CATCAAAATG
    TTAGGGAATC CCCAGCTAGG AGTATATGTC TTCAGACACA TTGATGTTGC ATTGAATTAT
    GCAAAGATGA AGAATAGTAA ATCAAACATC ATTGTGGTAT TTAAGACACT CTTTGGCAGA
    ATTAAGAAAG TACAGCCAGT TTTGAATTCT AAGAAAACTC CTCTGGATCC TGCACCAAAC
    TATGATAGCC ATATGTCAAA AAGCTTAGCA TCTTGGACTG ATTCCTTTGA GAAGCAAACG
    GCTAATTCAT TAGTGTATTT GTATGAGTAT GATCTAAATT GCAAGCCTGC CGACAAACCA
    AGACATTGCC TTCCATATGC TTCAGTGTCT GCCGCATTTA TTGAACAGAA GACAGAAACA
    GGTCCCATGC TGGCAACAGT TAAACTTAAA CCAAAGCTGC TTACTGATGG TAGTGCTAAC
    TTAATGAACT GCACAGTAGC AAAACGAATT GGTAAAGGCA AAGATGCAAA GATTGTTTTT
    GAAAATTTTC GTACAATAGA GCCAAAGCCA CCTCCAATGT ATGCACAGCA AAATGAGTTC
    CTCCTTTCTT GTTCTGCCAT AAATCTTCTG TTGGAAAATC TTTTATATGA TAAGCAATCC
    ATGGACTCCG CTATGCATTT CCCTGATCAC TTTGATAAAA AGGAGAAAGC TGGAAAAAGA
    ACAGATGACA TAGAAGGGTT GAGTCCTTCA AGCATGTTGA TTACATCTAA ATCCATAAAA
    GACCCCAGAA TTAGAAAAGA AGAACAAGAA TTAAAACATT GTGATCAGAA AATAGTTGAT
    CAATTGAATT TTCAGCATTG CGAGGAAAAC GTCAACAAGT CATTATCGCT AAGTTTTGAA
    GAAGCTCGAC TTTTTGACAG TTTGATGGCA AAGGATAAAG TAAATAAATG TTCATTATTT
    AATGAATGTG AAAAGGACTA TAAAATGGTG ATGAAACAAA ATAAGACAGT AGGTCGTCAT
    TCTCAAAATT TGTCTGAGAA AGAGGTATTT GAGGAAAAGC AGCAAAAGTC AAGTATGCTC
    TCTGAAATGG AACATTCCTC TCTTACACAA GATATGTTTC ATGTATCTAA GTCTTTATCT
    GTCACTAACA CAGTCTGTGA AAAAGTGGTT AAAAAAGGTC ATCAATTTTT TAAGAAACGC
    AAGAAAGAAA CGTATTTCAG TCTTGGGCCA ACAAAATCAG AACTGACAAA GGAAGCTTCC
    ATTTCTAAAC AAAAAAAGAA AATTGCAGAT GTGATGGAAT CTAGTGGATG TAACTCCCTT
    GAAACAGGTC ATAAACATAA ACCAATGCAG AGAAAGACAT GCATTTCTAA TGATAATAAA
    GAGAAAACAG TCAATAGTAA AAATATGGCT GATGGTTCAA AATGTGGTAA CAATCCAGAA
    GAAAATATAT TATCTACTAA TTCTTCAAAA TCAAATCACA CAACAAAAGT TGAAGAGAGG
    GCACAGACTG GAAAACATGT CTTTAAAAAG TCACCGAGCA GTCACAAAAT AAAAGGTAAT
    AAGGTCCATG GTCACAAAAC AAATGTTGAA AGCCCTGGGA ATTTTAAAAA AACTGCTGCT
    TCTTTACCTA AAAATGCCAC CGCACCTATT AATAAGATGG ATATCGGCAA TATAAAAAGC
    TTTGTTACAG GTGCAGATAA AAAGGAAGAA CACTCCTTAC TTGTGAAACT ACAAATCAAT
    TCTTGCTTGG AATTAAATGA TATGGAACAT AGTATTATTA AAAAGAAGAC AACAGCTGAA
    AATCAAATCC CAGAAAAGCT ATTTGCTAAT GTGGAAGAAG AACTACCTTG GTTAAAACAA
    AATCTTCCTG ACAATCAGGA ACATCAGTGC AGTAAAACAA TCACTCATGA TATAATACTG
    GCAAAGGAAG AAATATTGAT CCCTCCAAAG AAAACAAATT CACAGATATC TTGTGTTACT
    TCTGATGATA ACTTTGAGAT GAGAGATTTC CCAATTGATT ACATGGAATT TCAGAATGAA
    ACTGTTTGCT GTCAAGAACT GGTTTCTTTG AAAGTGGGTT CCCTTAAAGA AAGTGAAGAG
    ACAGTGACAG CAAAAACTCC AGAGATTAAT CAAAGCAAAA CAACAGATTG TTGCGTAGAA
    AGTATATCCT CTATGCATTT GAAAGAACTA GCATTTGAGC ATCAAATTTC TCATGTACTT
    TTACCTGAAA ACAAAGTTGT TAACCAGCAC TGCACAACAG ATGAGATTTA TTTGTTTGAT
    ATGGGTGATA TTGGCATACC TACGGAAACC AGCATTTTAA GTGTGTCTGA AAACTTAACA
    CATTTGTGTT TCCAGAGTTA TGAAACAGAA ATAGGGTATG ATGGAGATTT ACTTATTGAG
    GATATGGAAA TTGGAAGTGA GACTGAAATT CCATCATTTG AAACCATGAA TGAACCAAAA
    GCGCAATTGC CAATTCATTT AAATATATCT TTAAACATGT TGCTTGATGA TTTTGATTGT
    AGCCACTTGG AAAACCGCAT AGACTGGAAT AGTCTCTTTG GACTGGACAG TTCCACAACG
    TTAATGGAAG AGGATGTAGT GCCACAATTT CACAAATCAC CTCTCCAAAA ATGTGGGCTT
    TATAAATGTG AGAGTGAAAA GATAATTTAT TCTGATTTAC AAATAACAGT AAAAAACTAT
    AGTAAACTGG ATGGTAACCA CACCCCTGCT TGCTGTGATT ATGTTGTAAA ACAACTTCCA
    TATGATGACG TACTTTCATC GCTGAAGACT ACTGAGAACA CAATTTTGAT GGATAGCATT
    AAAAGCAAAA ATAATGCTGC ACCTTTGATT GATTTTATAC AAGCACCTCA TGAAAATGTC
    AACATAAATG CATCTGATTT AAGCTTTTCT TCTTGTACGT CAAATAACAC ACAAGTGACA
    CAGAAAGCAA ATGACTCGTA TGCCAACGTA GAACAAGATT TTAAATGTCA CATAGGGGCA
    AATAGTGGCC ATAGTAAGAC AGATAAAGGA GGCAAACTGA AGGGCTGTAC ACAGCAGAAG
    ACCAGGTCTC CTGACAAAGG TTCATCTGTT TCATTAAATG TATGTGCAAT TTTAGAAAAG
    GCAGATAAAA CATCTTGTGT AAATGTATTG CAGGAATATA AATTAATTTG TGAGAAAATG
    CTTCCCAGAT TTATAAATGC TTTTAAAGAT AAGCAGCATT GCCCAGTCAA AGATGTCATG
    GTTAATCGGA AGTTTTTGCT TGAAAGAAAC CTCAAAGCAG CCTTTAAGTA TCCCTTAAAA
    CCACAGGCTA TAGAGGCATT TATTGAATTA CAAATGATGA TGGAAACCAA ACAATTCATA
    GAAAATAGAA TATACAGTCT TAAAGGTGAG CCCACATTCA GAAGTCTCTT GTATTATGAC
    AGCTCTCTCT ACCTTGAGTT ACTTGATGGA GACAGGGGAT ACCAACAACA GTCCAATTTT
    TATGTTGGAT TTCAACAAAA GCTAAAATGT GATCCTCTTG TTACTCTGGA AAACCACCAT
    GCTCAACTTT GTGATGTTCT TGAGAAAATT CATGAAAAAT GCAGATCATA TTATGTCCTC
    CTTAAATACC GGAGAGAAGT TGAGGAATGT GAAGCTGTTT TAAAGAACTC TGCTGATCAT
    TTGGATTTTT GTCTCTCAGT CCCCTTATCT TGTGGAGTTC ATACTGGGGA CACATTAGAG
    GAGTTAAAAA ACTTGCAGAC AGGAACTTTA GAGCTTATTA AAGCCTATTA TAATCTTCCA
    GATTGTGATG CTGGAAAACA AGAACATGCA CTGTGCCTTT TAGAATTAAT CTGTGCAAAA
    ATTGATTATA TTCAGACCTC AGAGTCTTTA AACACTGAAC TGTCACTTTT TGGCATTGAA
    CACTTATTGT TTGATGCAGC CAAAAGCACC ATTTTGAAGG AGAACGCAAG ATCTTCTAAA
    CAGAAAAAAA TACCCTCACT AATTTTGGAG TCTATCCACA AACTGAACCA TTTTGCCTTA
    TTAAAATTAT ATGAAGTCTA TGGTACATGT GTTGAAGAAA CCACAGTCAT AAAAACTTCT
    GGTGACAAAC AGAAAAAATA CAAAGAGTCA AACTTTAATC CAGAGTTTAA CAGCGGGGAA
    GATGTATATT ATGTTGGGAA AATCATAGAC CAAGCGCGAT GTGCAGACAC TGCATCAGTG
    AATCAAATGA TTGCTGGCTG TAAGAAGCAT TTAGAAGCTC TAAAAAAATA TTTTCAGATA
    ATGCAAGAAT GTGATGCAGA TGAAGTCATA ATCACAGAGA ATAATGTTTT TGATGCAGCT
    AAAAAAAATA CTCAGCCTGC AATACTTCTA AAACCAGAGG CAATAGAAAG CTACATTGAT
    ATTCTCATGG CTTATGAAAC TTTACATTTC CTGAAATGTT TAAAGGCTTC CAAAAAGAAC
    AAAAAGAGAT TCAGAGGGCT CCTGTGGTTT GAAAAATCTC TCCTTCCTGA ATTAATTCTA
    TCCCAAAACA GAATTGGATC ATATCTTAAA GCAAACTTGA ATTCTGATGT CATAGAAGTC
    ATAAATAGTA ATATATATGA GATTAAGACA GAGCTTGAAA TAATATGTGA CTATTCAGAT
    TCAGTCAATT ATACCTATGC CCTTCAGATA ATGACACGGG AACTTTCAGA GCTCTCAGAA
    CTTAAAACAT TTGTTTCAAA ATCCAGGTTT GCAATGCAAT CCTATATCCA CTTTTCCCCA
    CATATTGCCT CTCTGCACTA TGGAAGTACT TTGGTGGATC TTGATCATAA CTACAACCAG
    TTTTCTGATC TGCTAGGGCT TTTAATGTCC TGTCCAAAGA AAGACTTGGG AAAAATTGCC
    CAAACAATGA AAATCATGAA AACTATTGAG CTTATGAAAC AAGCCACTTC CAGGTCAGAC
    ACTTCAGCAT TTGGTGTATG TTCTTGCCAG ATCATGGAGA ACAAAAGAAA ACGTGAACAC
    CTACAAGATA AAGGTGATCA ATGTTATTGG ATGCTGAACA CAAAGAAAAG ACCATCATTG
    GTTCAGGATG ATCAGACATA TTTTACGAGC CCCAAAAAGC GAAAGGTGGT GAATTCCCCT
    CCACATGATT CAAAAGGAGA GCAAGAAAAA AGCAAACAGA AAAGCAACAC AAGGATAAAA
    AACAAAGATC ACAGTAATGC AGCTGAGAAA CAATGCAAGA AGTCTGAAAA GACTCCAAAA
    GATGTAACAG GTGTAGAAAT AAAAGATCAG TCTTCATCTA TTAATGAACA TACATTTCAA
    AAAAATGATG GATTGTCTTC AGTCAAAGCA ATAGTGTTAG AACATGCCAA TGATAGAGAA
    GTTAAAATAA AATGTTCCAC TGATGACCCA GTAAAGGAAG TCCTAAATGA TTCACATCTT
    AATCTGCACA CAAAAAGTCA ACTTCAGGTA CCAGATAAAA ATGTAAATGT TATATCAGAA
    CACCAGTCTC TCTCTGATCA AAATAAGAAA AACACTGATG TAGTATCTCA AACAGCTGAA
    CAGAAATCTA TTCTTAAAAA GCTGTATTTT TCAGGCAAGC AAAAGAAGAG CAATAATGTA
    CACTTTGCTG ACATATGTTC ATTAGACACA AGTCCTACGA TGGAACAGAA AAATGAAACG
    GCAACTCCCA TTACTGAAGC AAAAGACAAG AAGAATGAAC CATTGGTACA GCATAATGAC
    CCATCCAGTT GTAGTGATTT AAACAACAGC CATTCTCAGA GCTTTACACA GATGACTGGC
    ACATATTCCC AGCTATCCAG CTGCCTCTAC CCTTGGCAAT ATTATTTACA TTACTGGTAT
    CAAAATAGCA GTAACACAGG TGTAATGACC CAGCCTTACC AAGGAATGCC TTACAATACA
    CAGCAATTCA TGCCATATAA TGGGACATCC TTATTCACTA CCCAGAATCC TTATACTGGT
    AACCAGCCTT ATCCTTACCC AAACAGCCAA GTTCCGCCTC AGATGTTTCA GACAACAGAT
    GCACTTAAAG CCACAATGAA TTACAGTTAC CCAGATCCAC ATTCTGCATC ACAAGATTCC
    GTGCAGGCAA GATATGCTTA TGATGCTACA CCAACAGGAA CATGGTCATG GGGTTCTTGG
    TAA

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

    RefSeq XP_002939306.4
    CDS260..6682
    Translation

    Target ORF information:

    RefSeq Version XM_002939260.5
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis testis expressed 15, meiosis and synapsis associated (tex15), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002939260.5

    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
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    ATGGAAGACA GCATGAAGTC CCTTAAGAAC TATATAATTC CTAAAATAAA AACAACTGCT 
    GAGAAAGGGT ATCTCGCTCG TGACATGACC AATAAGAGGG AATATAACGA TATTCTCAAT
    ATTTTGAATG AAGCAAGACT AGACATATGC TGTGAACTAG AGTCCTCATG GAAGTTTGAA
    GAGCCCAAAC TGATCTGCAA TTCTAATTTA GAAAATAATT TTATTGAAAA AAGGTCTGAG
    ATGCGAGAAC TTGGAAAAAA AGATTTCAAA GAACAATTTT GCTTTCTAGT GGTCCCTAAG
    GCTGCAGTTG TAGACATATG CCATCATGGC CTAAGTGTTA AAAGTTCAAC CATCAAAATG
    TTAGGGAATC CCCAGCTAGG AGTATATGTC TTCAGACACA TTGATGTTGC ATTGAATTAT
    GCAAAGATGA AGAATAGTAA ATCAAACATC ATTGTGGTAT TTAAGACACT CTTTGGCAGA
    ATTAAGAAAG TACAGCCAGT TTTGAATTCT AAGAAAACTC CTCTGGATCC TGCACCAAAC
    TATGATAGCC ATATGTCAAA AAGCTTAGCA TCTTGGACTG ATTCCTTTGA GAAGCAAACG
    GCTAATTCAT TAGTGTATTT GTATGAGTAT GATCTAAATT GCAAGCCTGC CGACAAACCA
    AGACATTGCC TTCCATATGC TTCAGTGTCT GCCGCATTTA TTGAACAGAA GACAGAAACA
    GGTCCCATGC TGGCAACAGT TAAACTTAAA CCAAAGCTGC TTACTGATGG TAGTGCTAAC
    TTAATGAACT GCACAGTAGC AAAACGAATT GGTAAAGGCA AAGATGCAAA GATTGTTTTT
    GAAAATTTTC GTACAATAGA GCCAAAGCCA CCTCCAATGT ATGCACAGCA AAATGAGTTC
    CTCCTTTCTT GTTCTGCCAT AAATCTTCTG TTGGAAAATC TTTTATATGA TAAGCAATCC
    ATGGACTCCG CTATGCATTT CCCTGATCAC TTTGATAAAA AGGAGAAAGC TGGAAAAAGA
    ACAGATGACA TAGAAGGGTT GAGTCCTTCA AGCATGTTGA TTACATCTAA ATCCATAAAA
    GACCCCAGAA TTAGAAAAGA AGAACAAGAA TTAAAACATT GTGATCAGAA AATAGTTGAT
    CAATTGAATT TTCAGCATTG CGAGGAAAAC GTCAACAAGT CATTATCGCT AAGTTTTGAA
    GAAGCTCGAC TTTTTGACAG TTTGATGGCA AAGGATAAAG TAAATAAATG TTCATTATTT
    AATGAATGTG AAAAGGACTA TAAAATGGTG ATGAAACAAA ATAAGACAGT AGGTCGTCAT
    TCTCAAAATT TGTCTGAGAA AGAGGTATTT GAGGAAAAGC AGCAAAAGTC AAGTATGCTC
    TCTGAAATGG AACATTCCTC TCTTACACAA GATATGTTTC ATGTATCTAA GTCTTTATCT
    GTCACTAACA CAGTCTGTGA AAAAGTGGTT AAAAAAGGTC ATCAATTTTT TAAGAAACGC
    AAGAAAGAAA CGTATTTCAG TCTTGGGCCA ACAAAATCAG AACTGACAAA GGAAGCTTCC
    ATTTCTAAAC AAAAAAAGAA AATTGCAGAT GTGATGGAAT CTAGTGGATG TAACTCCCTT
    GAAACAGGTC ATAAACATAA ACCAATGCAG AGAAAGACAT GCATTTCTAA TGATAATAAA
    GAGAAAACAG TCAATAGTAA AAATATGGCT GATGGTTCAA AATGTGGTAA CAATCCAGAA
    GAAAATATAT TATCTACTAA TTCTTCAAAA TCAAATCACA CAACAAAAGT TGAAGAGAGG
    GCACAGACTG GAAAACATGT CTTTAAAAAG TCACCGAGCA GTCACAAAAT AAAAGGTAAT
    AAGGTCCATG GTCACAAAAC AAATGTTGAA AGCCCTGGGA ATTTTAAAAA AACTGCTGCT
    TCTTTACCTA AAAATGCCAC CGCACCTATT AATAAGATGG ATATCGGCAA TATAAAAAGC
    TTTGTTACAG GTGCAGATAA AAAGGAAGAA CACTCCTTAC TTGTGAAACT ACAAATCAAT
    TCTTGCTTGG AATTAAATGA TATGGAACAT AGTATTATTA AAAAGAAGAC AACAGCTGAA
    AATCAAATCC CAGAAAAGCT ATTTGCTAAT GTGGAAGAAG AACTACCTTG GTTAAAACAA
    AATCTTCCTG ACAATCAGGA ACATCAGTGC AGTAAAACAA TCACTCATGA TATAATACTG
    GCAAAGGAAG AAATATTGAT CCCTCCAAAG AAAACAAATT CACAGATATC TTGTGTTACT
    TCTGATGATA ACTTTGAGAT GAGAGATTTC CCAATTGATT ACATGGAATT TCAGAATGAA
    ACTGTTTGCT GTCAAGAACT GGTTTCTTTG AAAGTGGGTT CCCTTAAAGA AAGTGAAGAG
    ACAGTGACAG CAAAAACTCC AGAGATTAAT CAAAGCAAAA CAACAGATTG TTGCGTAGAA
    AGTATATCCT CTATGCATTT GAAAGAACTA GCATTTGAGC ATCAAATTTC TCATGTACTT
    TTACCTGAAA ACAAAGTTGT TAACCAGCAC TGCACAACAG ATGAGATTTA TTTGTTTGAT
    ATGGGTGATA TTGGCATACC TACGGAAACC AGCATTTTAA GTGTGTCTGA AAACTTAACA
    CATTTGTGTT TCCAGAGTTA TGAAACAGAA ATAGGGTATG ATGGAGATTT ACTTATTGAG
    GATATGGAAA TTGGAAGTGA GACTGAAATT CCATCATTTG AAACCATGAA TGAACCAAAA
    GCGCAATTGC CAATTCATTT AAATATATCT TTAAACATGT TGCTTGATGA TTTTGATTGT
    AGCCACTTGG AAAACCGCAT AGACTGGAAT AGTCTCTTTG GACTGGACAG TTCCACAACG
    TTAATGGAAG AGGATGTAGT GCCACAATTT CACAAATCAC CTCTCCAAAA ATGTGGGCTT
    TATAAATGTG AGAGTGAAAA GATAATTTAT TCTGATTTAC AAATAACAGT AAAAAACTAT
    AGTAAACTGG ATGGTAACCA CACCCCTGCT TGCTGTGATT ATGTTGTAAA ACAACTTCCA
    TATGATGACG TACTTTCATC GCTGAAGACT ACTGAGAACA CAATTTTGAT GGATAGCATT
    AAAAGCAAAA ATAATGCTGC ACCTTTGATT GATTTTATAC AAGCACCTCA TGAAAATGTC
    AACATAAATG CATCTGATTT AAGCTTTTCT TCTTGTACGT CAAATAACAC ACAAGTGACA
    CAGAAAGCAA ATGACTCGTA TGCCAACGTA GAACAAGATT TTAAATGTCA CATAGGGGCA
    AATAGTGGCC ATAGTAAGAC AGATAAAGGA GGCAAACTGA AGGGCTGTAC ACAGCAGAAG
    ACCAGGTCTC CTGACAAAGG TTCATCTGTT TCATTAAATG TATGTGCAAT TTTAGAAAAG
    GCAGATAAAA CATCTTGTGT AAATGTATTG CAGGAATATA AATTAATTTG TGAGAAAATG
    CTTCCCAGAT TTATAAATGC TTTTAAAGAT AAGCAGCATT GCCCAGTCAA AGATGTCATG
    GTTAATCGGA AGTTTTTGCT TGAAAGAAAC CTCAAAGCAG CCTTTAAGTA TCCCTTAAAA
    CCACAGGCTA TAGAGGCATT TATTGAATTA CAAATGATGA TGGAAACCAA ACAATTCATA
    GAAAATAGAA TATACAGTCT TAAAGGTGAG CCCACATTCA GAAGTCTCTT GTATTATGAC
    AGCTCTCTCT ACCTTGAGTT ACTTGATGGA GACAGGGGAT ACCAACAACA GTCCAATTTT
    TATGTTGGAT TTCAACAAAA GCTAAAATGT GATCCTCTTG TTACTCTGGA AAACCACCAT
    GCTCAACTTT GTGATGTTCT TGAGAAAATT CATGAAAAAT GCAGATCATA TTATGTCCTC
    CTTAAATACC GGAGAGAAGT TGAGGAATGT GAAGCTGTTT TAAAGAACTC TGCTGATCAT
    TTGGATTTTT GTCTCTCAGT CCCCTTATCT TGTGGAGTTC ATACTGGGGA CACATTAGAG
    GAGTTAAAAA ACTTGCAGAC AGGAACTTTA GAGCTTATTA AAGCCTATTA TAATCTTCCA
    GATTGTGATG CTGGAAAACA AGAACATGCA CTGTGCCTTT TAGAATTAAT CTGTGCAAAA
    ATTGATTATA TTCAGACCTC AGAGTCTTTA AACACTGAAC TGTCACTTTT TGGCATTGAA
    CACTTATTGT TTGATGCAGC CAAAAGCACC ATTTTGAAGG AGAACGCAAG ATCTTCTAAA
    CAGAAAAAAA TACCCTCACT AATTTTGGAG TCTATCCACA AACTGAACCA TTTTGCCTTA
    TTAAAATTAT ATGAAGTCTA TGGTACATGT GTTGAAGAAA CCACAGTCAT AAAAACTTCT
    GGTGACAAAC AGAAAAAATA CAAAGAGTCA AACTTTAATC CAGAGTTTAA CAGCGGGGAA
    GATGTATATT ATGTTGGGAA AATCATAGAC CAAGCGCGAT GTGCAGACAC TGCATCAGTG
    AATCAAATGA TTGCTGGCTG TAAGAAGCAT TTAGAAGCTC TAAAAAAATA TTTTCAGATA
    ATGCAAGAAT GTGATGCAGA TGAAGTCATA ATCACAGAGA ATAATGTTTT TGATGCAGCT
    AAAAAAAATA CTCAGCCTGC AATACTTCTA AAACCAGAGG CAATAGAAAG CTACATTGAT
    ATTCTCATGG CTTATGAAAC TTTACATTTC CTGAAATGTT TAAAGGCTTC CAAAAAGAAC
    AAAAAGAGAT TCAGAGGGCT CCTGTGGTTT GAAAAATCTC TCCTTCCTGA ATTAATTCTA
    TCCCAAAACA GAATTGGATC ATATCTTAAA GCAAACTTGA ATTCTGATGT CATAGAAGTC
    ATAAATAGTA ATATATATGA GATTAAGACA GAGCTTGAAA TAATATGTGA CTATTCAGAT
    TCAGTCAATT ATACCTATGC CCTTCAGATA ATGACACGGG AACTTTCAGA GCTCTCAGAA
    CTTAAAACAT TTGTTTCAAA ATCCAGGTTT GCAATGCAAT CCTATATCCA CTTTTCCCCA
    CATATTGCCT CTCTGCACTA TGGAAGTACT TTGGTGGATC TTGATCATAA CTACAACCAG
    TTTTCTGATC TGCTAGGGCT TTTAATGTCC TGTCCAAAGA AAGACTTGGG AAAAATTGCC
    CAAACAATGA AAATCATGAA AACTATTGAG CTTATGAAAC AAGCCACTTC CAGGTCAGAC
    ACTTCAGCAT TTGGTGTATG TTCTTGCCAG ATCATGGAGA ACAAAAGAAA ACGTGAACAC
    CTACAAGATA AAGGTGATCA ATGTTATTGG ATGCTGAACA CAAAGAAAAG ACCATCATTG
    GTTCAGGATG ATCAGACATA TTTTACGAGC CCCAAAAAGC GAAAGGTGGT GAATTCCCCT
    CCACATGATT CAAAAGGAGA GCAAGAAAAA AGCAAACAGA AAAGCAACAC AAGGATAAAA
    AACAAAGATC ACAGTAATGC AGCTGAGAAA CAATGCAAGA AGTCTGAAAA GACTCCAAAA
    GATGTAACAG GTGTAGAAAT AAAAGATCAG TCTTCATCTA TTAATGAACA TACATTTCAA
    AAAAATGATG GATTGTCTTC AGTCAAAGCA ATAGTGTTAG AACATGCCAA TGATAGAGAA
    GTTAAAATAA AATGTTCCAC TGATGACCCA GTAAAGGAAG TCCTAAATGA TTCACATCTT
    AATCTGCACA CAAAAAGTCA ACTTCAGGTA CCAGATAAAA ATGTAAATGT TATATCAGAA
    CACCAGTCTC TCTCTGATCA AAATAAGAAA AACACTGATG TAGTATCTCA AACAGCTGAA
    CAGAAATCTA TTCTTAAAAA GCTGTATTTT TCAGGCAAGC AAAAGAAGAG CAATAATGTA
    CACTTTGCTG ACATATGTTC ATTAGACACA AGTCCTACGA TGGAACAGAA AAATGAAACG
    GCAACTCCCA TTACTGAAGC AAAAGACAAG AAGAATGAAC CATTGGTACA GCATAATGAC
    CCATCCAGTT GTAGTGATTT AAACAACAGC CATTCTCAGA GCTTTACACA GATGACTGGC
    ACATATTCCC AGCTATCCAG CTGCCTCTAC CCTTGGCAAT ATTATTTACA TTACTGGTAT
    CAAAATAGCA GTAACACAGG TGTAATGACC CAGCCTTACC AAGGAATGCC TTACAATACA
    CAGCAATTCA TGCCATATAA TGGGACATCC TTATTCACTA CCCAGAATCC TTATACTGGT
    AACCAGCCTT ATCCTTACCC AAACAGCCAA GTTCCGCCTC AGATGTTTCA GACAACAGAT
    GCACTTAAAG CCACAATGAA TTACAGTTAC CCAGATCCAC ATTCTGCATC ACAAGATTCC
    GTGCAGGCAA GATATGCTTA TGATGCTACA CCAACAGGAA CATGGTCATG GGGTTCTTGG
    TAA

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

    CloneID OXa48396
    Clone ID Related Accession (Same CDS sequence) XM_002939260.5 , XM_031904390.1
    Accession Version XM_031904390.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6423bp)
    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 testis-expressed protein 15
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030677.2) 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
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    ATGGAAGACA GCATGAAGTC CCTTAAGAAC TATATAATTC CTAAAATAAA AACAACTGCT 
    GAGAAAGGGT ATCTCGCTCG TGACATGACC AATAAGAGGG AATATAACGA TATTCTCAAT
    ATTTTGAATG AAGCAAGACT AGACATATGC TGTGAACTAG AGTCCTCATG GAAGTTTGAA
    GAGCCCAAAC TGATCTGCAA TTCTAATTTA GAAAATAATT TTATTGAAAA AAGGTCTGAG
    ATGCGAGAAC TTGGAAAAAA AGATTTCAAA GAACAATTTT GCTTTCTAGT GGTCCCTAAG
    GCTGCAGTTG TAGACATATG CCATCATGGC CTAAGTGTTA AAAGTTCAAC CATCAAAATG
    TTAGGGAATC CCCAGCTAGG AGTATATGTC TTCAGACACA TTGATGTTGC ATTGAATTAT
    GCAAAGATGA AGAATAGTAA ATCAAACATC ATTGTGGTAT TTAAGACACT CTTTGGCAGA
    ATTAAGAAAG TACAGCCAGT TTTGAATTCT AAGAAAACTC CTCTGGATCC TGCACCAAAC
    TATGATAGCC ATATGTCAAA AAGCTTAGCA TCTTGGACTG ATTCCTTTGA GAAGCAAACG
    GCTAATTCAT TAGTGTATTT GTATGAGTAT GATCTAAATT GCAAGCCTGC CGACAAACCA
    AGACATTGCC TTCCATATGC TTCAGTGTCT GCCGCATTTA TTGAACAGAA GACAGAAACA
    GGTCCCATGC TGGCAACAGT TAAACTTAAA CCAAAGCTGC TTACTGATGG TAGTGCTAAC
    TTAATGAACT GCACAGTAGC AAAACGAATT GGTAAAGGCA AAGATGCAAA GATTGTTTTT
    GAAAATTTTC GTACAATAGA GCCAAAGCCA CCTCCAATGT ATGCACAGCA AAATGAGTTC
    CTCCTTTCTT GTTCTGCCAT AAATCTTCTG TTGGAAAATC TTTTATATGA TAAGCAATCC
    ATGGACTCCG CTATGCATTT CCCTGATCAC TTTGATAAAA AGGAGAAAGC TGGAAAAAGA
    ACAGATGACA TAGAAGGGTT GAGTCCTTCA AGCATGTTGA TTACATCTAA ATCCATAAAA
    GACCCCAGAA TTAGAAAAGA AGAACAAGAA TTAAAACATT GTGATCAGAA AATAGTTGAT
    CAATTGAATT TTCAGCATTG CGAGGAAAAC GTCAACAAGT CATTATCGCT AAGTTTTGAA
    GAAGCTCGAC TTTTTGACAG TTTGATGGCA AAGGATAAAG TAAATAAATG TTCATTATTT
    AATGAATGTG AAAAGGACTA TAAAATGGTG ATGAAACAAA ATAAGACAGT AGGTCGTCAT
    TCTCAAAATT TGTCTGAGAA AGAGGTATTT GAGGAAAAGC AGCAAAAGTC AAGTATGCTC
    TCTGAAATGG AACATTCCTC TCTTACACAA GATATGTTTC ATGTATCTAA GTCTTTATCT
    GTCACTAACA CAGTCTGTGA AAAAGTGGTT AAAAAAGGTC ATCAATTTTT TAAGAAACGC
    AAGAAAGAAA CGTATTTCAG TCTTGGGCCA ACAAAATCAG AACTGACAAA GGAAGCTTCC
    ATTTCTAAAC AAAAAAAGAA AATTGCAGAT GTGATGGAAT CTAGTGGATG TAACTCCCTT
    GAAACAGGTC ATAAACATAA ACCAATGCAG AGAAAGACAT GCATTTCTAA TGATAATAAA
    GAGAAAACAG TCAATAGTAA AAATATGGCT GATGGTTCAA AATGTGGTAA CAATCCAGAA
    GAAAATATAT TATCTACTAA TTCTTCAAAA TCAAATCACA CAACAAAAGT TGAAGAGAGG
    GCACAGACTG GAAAACATGT CTTTAAAAAG TCACCGAGCA GTCACAAAAT AAAAGGTAAT
    AAGGTCCATG GTCACAAAAC AAATGTTGAA AGCCCTGGGA ATTTTAAAAA AACTGCTGCT
    TCTTTACCTA AAAATGCCAC CGCACCTATT AATAAGATGG ATATCGGCAA TATAAAAAGC
    TTTGTTACAG GTGCAGATAA AAAGGAAGAA CACTCCTTAC TTGTGAAACT ACAAATCAAT
    TCTTGCTTGG AATTAAATGA TATGGAACAT AGTATTATTA AAAAGAAGAC AACAGCTGAA
    AATCAAATCC CAGAAAAGCT ATTTGCTAAT GTGGAAGAAG AACTACCTTG GTTAAAACAA
    AATCTTCCTG ACAATCAGGA ACATCAGTGC AGTAAAACAA TCACTCATGA TATAATACTG
    GCAAAGGAAG AAATATTGAT CCCTCCAAAG AAAACAAATT CACAGATATC TTGTGTTACT
    TCTGATGATA ACTTTGAGAT GAGAGATTTC CCAATTGATT ACATGGAATT TCAGAATGAA
    ACTGTTTGCT GTCAAGAACT GGTTTCTTTG AAAGTGGGTT CCCTTAAAGA AAGTGAAGAG
    ACAGTGACAG CAAAAACTCC AGAGATTAAT CAAAGCAAAA CAACAGATTG TTGCGTAGAA
    AGTATATCCT CTATGCATTT GAAAGAACTA GCATTTGAGC ATCAAATTTC TCATGTACTT
    TTACCTGAAA ACAAAGTTGT TAACCAGCAC TGCACAACAG ATGAGATTTA TTTGTTTGAT
    ATGGGTGATA TTGGCATACC TACGGAAACC AGCATTTTAA GTGTGTCTGA AAACTTAACA
    CATTTGTGTT TCCAGAGTTA TGAAACAGAA ATAGGGTATG ATGGAGATTT ACTTATTGAG
    GATATGGAAA TTGGAAGTGA GACTGAAATT CCATCATTTG AAACCATGAA TGAACCAAAA
    GCGCAATTGC CAATTCATTT AAATATATCT TTAAACATGT TGCTTGATGA TTTTGATTGT
    AGCCACTTGG AAAACCGCAT AGACTGGAAT AGTCTCTTTG GACTGGACAG TTCCACAACG
    TTAATGGAAG AGGATGTAGT GCCACAATTT CACAAATCAC CTCTCCAAAA ATGTGGGCTT
    TATAAATGTG AGAGTGAAAA GATAATTTAT TCTGATTTAC AAATAACAGT AAAAAACTAT
    AGTAAACTGG ATGGTAACCA CACCCCTGCT TGCTGTGATT ATGTTGTAAA ACAACTTCCA
    TATGATGACG TACTTTCATC GCTGAAGACT ACTGAGAACA CAATTTTGAT GGATAGCATT
    AAAAGCAAAA ATAATGCTGC ACCTTTGATT GATTTTATAC AAGCACCTCA TGAAAATGTC
    AACATAAATG CATCTGATTT AAGCTTTTCT TCTTGTACGT CAAATAACAC ACAAGTGACA
    CAGAAAGCAA ATGACTCGTA TGCCAACGTA GAACAAGATT TTAAATGTCA CATAGGGGCA
    AATAGTGGCC ATAGTAAGAC AGATAAAGGA GGCAAACTGA AGGGCTGTAC ACAGCAGAAG
    ACCAGGTCTC CTGACAAAGG TTCATCTGTT TCATTAAATG TATGTGCAAT TTTAGAAAAG
    GCAGATAAAA CATCTTGTGT AAATGTATTG CAGGAATATA AATTAATTTG TGAGAAAATG
    CTTCCCAGAT TTATAAATGC TTTTAAAGAT AAGCAGCATT GCCCAGTCAA AGATGTCATG
    GTTAATCGGA AGTTTTTGCT TGAAAGAAAC CTCAAAGCAG CCTTTAAGTA TCCCTTAAAA
    CCACAGGCTA TAGAGGCATT TATTGAATTA CAAATGATGA TGGAAACCAA ACAATTCATA
    GAAAATAGAA TATACAGTCT TAAAGGTGAG CCCACATTCA GAAGTCTCTT GTATTATGAC
    AGCTCTCTCT ACCTTGAGTT ACTTGATGGA GACAGGGGAT ACCAACAACA GTCCAATTTT
    TATGTTGGAT TTCAACAAAA GCTAAAATGT GATCCTCTTG TTACTCTGGA AAACCACCAT
    GCTCAACTTT GTGATGTTCT TGAGAAAATT CATGAAAAAT GCAGATCATA TTATGTCCTC
    CTTAAATACC GGAGAGAAGT TGAGGAATGT GAAGCTGTTT TAAAGAACTC TGCTGATCAT
    TTGGATTTTT GTCTCTCAGT CCCCTTATCT TGTGGAGTTC ATACTGGGGA CACATTAGAG
    GAGTTAAAAA ACTTGCAGAC AGGAACTTTA GAGCTTATTA AAGCCTATTA TAATCTTCCA
    GATTGTGATG CTGGAAAACA AGAACATGCA CTGTGCCTTT TAGAATTAAT CTGTGCAAAA
    ATTGATTATA TTCAGACCTC AGAGTCTTTA AACACTGAAC TGTCACTTTT TGGCATTGAA
    CACTTATTGT TTGATGCAGC CAAAAGCACC ATTTTGAAGG AGAACGCAAG ATCTTCTAAA
    CAGAAAAAAA TACCCTCACT AATTTTGGAG TCTATCCACA AACTGAACCA TTTTGCCTTA
    TTAAAATTAT ATGAAGTCTA TGGTACATGT GTTGAAGAAA CCACAGTCAT AAAAACTTCT
    GGTGACAAAC AGAAAAAATA CAAAGAGTCA AACTTTAATC CAGAGTTTAA CAGCGGGGAA
    GATGTATATT ATGTTGGGAA AATCATAGAC CAAGCGCGAT GTGCAGACAC TGCATCAGTG
    AATCAAATGA TTGCTGGCTG TAAGAAGCAT TTAGAAGCTC TAAAAAAATA TTTTCAGATA
    ATGCAAGAAT GTGATGCAGA TGAAGTCATA ATCACAGAGA ATAATGTTTT TGATGCAGCT
    AAAAAAAATA CTCAGCCTGC AATACTTCTA AAACCAGAGG CAATAGAAAG CTACATTGAT
    ATTCTCATGG CTTATGAAAC TTTACATTTC CTGAAATGTT TAAAGGCTTC CAAAAAGAAC
    AAAAAGAGAT TCAGAGGGCT CCTGTGGTTT GAAAAATCTC TCCTTCCTGA ATTAATTCTA
    TCCCAAAACA GAATTGGATC ATATCTTAAA GCAAACTTGA ATTCTGATGT CATAGAAGTC
    ATAAATAGTA ATATATATGA GATTAAGACA GAGCTTGAAA TAATATGTGA CTATTCAGAT
    TCAGTCAATT ATACCTATGC CCTTCAGATA ATGACACGGG AACTTTCAGA GCTCTCAGAA
    CTTAAAACAT TTGTTTCAAA ATCCAGGTTT GCAATGCAAT CCTATATCCA CTTTTCCCCA
    CATATTGCCT CTCTGCACTA TGGAAGTACT TTGGTGGATC TTGATCATAA CTACAACCAG
    TTTTCTGATC TGCTAGGGCT TTTAATGTCC TGTCCAAAGA AAGACTTGGG AAAAATTGCC
    CAAACAATGA AAATCATGAA AACTATTGAG CTTATGAAAC AAGCCACTTC CAGGTCAGAC
    ACTTCAGCAT TTGGTGTATG TTCTTGCCAG ATCATGGAGA ACAAAAGAAA ACGTGAACAC
    CTACAAGATA AAGGTGATCA ATGTTATTGG ATGCTGAACA CAAAGAAAAG ACCATCATTG
    GTTCAGGATG ATCAGACATA TTTTACGAGC CCCAAAAAGC GAAAGGTGGT GAATTCCCCT
    CCACATGATT CAAAAGGAGA GCAAGAAAAA AGCAAACAGA AAAGCAACAC AAGGATAAAA
    AACAAAGATC ACAGTAATGC AGCTGAGAAA CAATGCAAGA AGTCTGAAAA GACTCCAAAA
    GATGTAACAG GTGTAGAAAT AAAAGATCAG TCTTCATCTA TTAATGAACA TACATTTCAA
    AAAAATGATG GATTGTCTTC AGTCAAAGCA ATAGTGTTAG AACATGCCAA TGATAGAGAA
    GTTAAAATAA AATGTTCCAC TGATGACCCA GTAAAGGAAG TCCTAAATGA TTCACATCTT
    AATCTGCACA CAAAAAGTCA ACTTCAGGTA CCAGATAAAA ATGTAAATGT TATATCAGAA
    CACCAGTCTC TCTCTGATCA AAATAAGAAA AACACTGATG TAGTATCTCA AACAGCTGAA
    CAGAAATCTA TTCTTAAAAA GCTGTATTTT TCAGGCAAGC AAAAGAAGAG CAATAATGTA
    CACTTTGCTG ACATATGTTC ATTAGACACA AGTCCTACGA TGGAACAGAA AAATGAAACG
    GCAACTCCCA TTACTGAAGC AAAAGACAAG AAGAATGAAC CATTGGTACA GCATAATGAC
    CCATCCAGTT GTAGTGATTT AAACAACAGC CATTCTCAGA GCTTTACACA GATGACTGGC
    ACATATTCCC AGCTATCCAG CTGCCTCTAC CCTTGGCAAT ATTATTTACA TTACTGGTAT
    CAAAATAGCA GTAACACAGG TGTAATGACC CAGCCTTACC AAGGAATGCC TTACAATACA
    CAGCAATTCA TGCCATATAA TGGGACATCC TTATTCACTA CCCAGAATCC TTATACTGGT
    AACCAGCCTT ATCCTTACCC AAACAGCCAA GTTCCGCCTC AGATGTTTCA GACAACAGAT
    GCACTTAAAG CCACAATGAA TTACAGTTAC CCAGATCCAC ATTCTGCATC ACAAGATTCC
    GTGCAGGCAA GATATGCTTA TGATGCTACA CCAACAGGAA CATGGTCATG GGGTTCTTGG
    TAA

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

    RefSeq XP_031760250.1
    CDS296..6718
    Translation

    Target ORF information:

    RefSeq Version XM_031904390.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis testis expressed 15, meiosis and synapsis associated (tex15), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031904390.1

    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
    5761
    5821
    5881
    5941
    6001
    6061
    6121
    6181
    6241
    6301
    6361
    6421
    ATGGAAGACA GCATGAAGTC CCTTAAGAAC TATATAATTC CTAAAATAAA AACAACTGCT 
    GAGAAAGGGT ATCTCGCTCG TGACATGACC AATAAGAGGG AATATAACGA TATTCTCAAT
    ATTTTGAATG AAGCAAGACT AGACATATGC TGTGAACTAG AGTCCTCATG GAAGTTTGAA
    GAGCCCAAAC TGATCTGCAA TTCTAATTTA GAAAATAATT TTATTGAAAA AAGGTCTGAG
    ATGCGAGAAC TTGGAAAAAA AGATTTCAAA GAACAATTTT GCTTTCTAGT GGTCCCTAAG
    GCTGCAGTTG TAGACATATG CCATCATGGC CTAAGTGTTA AAAGTTCAAC CATCAAAATG
    TTAGGGAATC CCCAGCTAGG AGTATATGTC TTCAGACACA TTGATGTTGC ATTGAATTAT
    GCAAAGATGA AGAATAGTAA ATCAAACATC ATTGTGGTAT TTAAGACACT CTTTGGCAGA
    ATTAAGAAAG TACAGCCAGT TTTGAATTCT AAGAAAACTC CTCTGGATCC TGCACCAAAC
    TATGATAGCC ATATGTCAAA AAGCTTAGCA TCTTGGACTG ATTCCTTTGA GAAGCAAACG
    GCTAATTCAT TAGTGTATTT GTATGAGTAT GATCTAAATT GCAAGCCTGC CGACAAACCA
    AGACATTGCC TTCCATATGC TTCAGTGTCT GCCGCATTTA TTGAACAGAA GACAGAAACA
    GGTCCCATGC TGGCAACAGT TAAACTTAAA CCAAAGCTGC TTACTGATGG TAGTGCTAAC
    TTAATGAACT GCACAGTAGC AAAACGAATT GGTAAAGGCA AAGATGCAAA GATTGTTTTT
    GAAAATTTTC GTACAATAGA GCCAAAGCCA CCTCCAATGT ATGCACAGCA AAATGAGTTC
    CTCCTTTCTT GTTCTGCCAT AAATCTTCTG TTGGAAAATC TTTTATATGA TAAGCAATCC
    ATGGACTCCG CTATGCATTT CCCTGATCAC TTTGATAAAA AGGAGAAAGC TGGAAAAAGA
    ACAGATGACA TAGAAGGGTT GAGTCCTTCA AGCATGTTGA TTACATCTAA ATCCATAAAA
    GACCCCAGAA TTAGAAAAGA AGAACAAGAA TTAAAACATT GTGATCAGAA AATAGTTGAT
    CAATTGAATT TTCAGCATTG CGAGGAAAAC GTCAACAAGT CATTATCGCT AAGTTTTGAA
    GAAGCTCGAC TTTTTGACAG TTTGATGGCA AAGGATAAAG TAAATAAATG TTCATTATTT
    AATGAATGTG AAAAGGACTA TAAAATGGTG ATGAAACAAA ATAAGACAGT AGGTCGTCAT
    TCTCAAAATT TGTCTGAGAA AGAGGTATTT GAGGAAAAGC AGCAAAAGTC AAGTATGCTC
    TCTGAAATGG AACATTCCTC TCTTACACAA GATATGTTTC ATGTATCTAA GTCTTTATCT
    GTCACTAACA CAGTCTGTGA AAAAGTGGTT AAAAAAGGTC ATCAATTTTT TAAGAAACGC
    AAGAAAGAAA CGTATTTCAG TCTTGGGCCA ACAAAATCAG AACTGACAAA GGAAGCTTCC
    ATTTCTAAAC AAAAAAAGAA AATTGCAGAT GTGATGGAAT CTAGTGGATG TAACTCCCTT
    GAAACAGGTC ATAAACATAA ACCAATGCAG AGAAAGACAT GCATTTCTAA TGATAATAAA
    GAGAAAACAG TCAATAGTAA AAATATGGCT GATGGTTCAA AATGTGGTAA CAATCCAGAA
    GAAAATATAT TATCTACTAA TTCTTCAAAA TCAAATCACA CAACAAAAGT TGAAGAGAGG
    GCACAGACTG GAAAACATGT CTTTAAAAAG TCACCGAGCA GTCACAAAAT AAAAGGTAAT
    AAGGTCCATG GTCACAAAAC AAATGTTGAA AGCCCTGGGA ATTTTAAAAA AACTGCTGCT
    TCTTTACCTA AAAATGCCAC CGCACCTATT AATAAGATGG ATATCGGCAA TATAAAAAGC
    TTTGTTACAG GTGCAGATAA AAAGGAAGAA CACTCCTTAC TTGTGAAACT ACAAATCAAT
    TCTTGCTTGG AATTAAATGA TATGGAACAT AGTATTATTA AAAAGAAGAC AACAGCTGAA
    AATCAAATCC CAGAAAAGCT ATTTGCTAAT GTGGAAGAAG AACTACCTTG GTTAAAACAA
    AATCTTCCTG ACAATCAGGA ACATCAGTGC AGTAAAACAA TCACTCATGA TATAATACTG
    GCAAAGGAAG AAATATTGAT CCCTCCAAAG AAAACAAATT CACAGATATC TTGTGTTACT
    TCTGATGATA ACTTTGAGAT GAGAGATTTC CCAATTGATT ACATGGAATT TCAGAATGAA
    ACTGTTTGCT GTCAAGAACT GGTTTCTTTG AAAGTGGGTT CCCTTAAAGA AAGTGAAGAG
    ACAGTGACAG CAAAAACTCC AGAGATTAAT CAAAGCAAAA CAACAGATTG TTGCGTAGAA
    AGTATATCCT CTATGCATTT GAAAGAACTA GCATTTGAGC ATCAAATTTC TCATGTACTT
    TTACCTGAAA ACAAAGTTGT TAACCAGCAC TGCACAACAG ATGAGATTTA TTTGTTTGAT
    ATGGGTGATA TTGGCATACC TACGGAAACC AGCATTTTAA GTGTGTCTGA AAACTTAACA
    CATTTGTGTT TCCAGAGTTA TGAAACAGAA ATAGGGTATG ATGGAGATTT ACTTATTGAG
    GATATGGAAA TTGGAAGTGA GACTGAAATT CCATCATTTG AAACCATGAA TGAACCAAAA
    GCGCAATTGC CAATTCATTT AAATATATCT TTAAACATGT TGCTTGATGA TTTTGATTGT
    AGCCACTTGG AAAACCGCAT AGACTGGAAT AGTCTCTTTG GACTGGACAG TTCCACAACG
    TTAATGGAAG AGGATGTAGT GCCACAATTT CACAAATCAC CTCTCCAAAA ATGTGGGCTT
    TATAAATGTG AGAGTGAAAA GATAATTTAT TCTGATTTAC AAATAACAGT AAAAAACTAT
    AGTAAACTGG ATGGTAACCA CACCCCTGCT TGCTGTGATT ATGTTGTAAA ACAACTTCCA
    TATGATGACG TACTTTCATC GCTGAAGACT ACTGAGAACA CAATTTTGAT GGATAGCATT
    AAAAGCAAAA ATAATGCTGC ACCTTTGATT GATTTTATAC AAGCACCTCA TGAAAATGTC
    AACATAAATG CATCTGATTT AAGCTTTTCT TCTTGTACGT CAAATAACAC ACAAGTGACA
    CAGAAAGCAA ATGACTCGTA TGCCAACGTA GAACAAGATT TTAAATGTCA CATAGGGGCA
    AATAGTGGCC ATAGTAAGAC AGATAAAGGA GGCAAACTGA AGGGCTGTAC ACAGCAGAAG
    ACCAGGTCTC CTGACAAAGG TTCATCTGTT TCATTAAATG TATGTGCAAT TTTAGAAAAG
    GCAGATAAAA CATCTTGTGT AAATGTATTG CAGGAATATA AATTAATTTG TGAGAAAATG
    CTTCCCAGAT TTATAAATGC TTTTAAAGAT AAGCAGCATT GCCCAGTCAA AGATGTCATG
    GTTAATCGGA AGTTTTTGCT TGAAAGAAAC CTCAAAGCAG CCTTTAAGTA TCCCTTAAAA
    CCACAGGCTA TAGAGGCATT TATTGAATTA CAAATGATGA TGGAAACCAA ACAATTCATA
    GAAAATAGAA TATACAGTCT TAAAGGTGAG CCCACATTCA GAAGTCTCTT GTATTATGAC
    AGCTCTCTCT ACCTTGAGTT ACTTGATGGA GACAGGGGAT ACCAACAACA GTCCAATTTT
    TATGTTGGAT TTCAACAAAA GCTAAAATGT GATCCTCTTG TTACTCTGGA AAACCACCAT
    GCTCAACTTT GTGATGTTCT TGAGAAAATT CATGAAAAAT GCAGATCATA TTATGTCCTC
    CTTAAATACC GGAGAGAAGT TGAGGAATGT GAAGCTGTTT TAAAGAACTC TGCTGATCAT
    TTGGATTTTT GTCTCTCAGT CCCCTTATCT TGTGGAGTTC ATACTGGGGA CACATTAGAG
    GAGTTAAAAA ACTTGCAGAC AGGAACTTTA GAGCTTATTA AAGCCTATTA TAATCTTCCA
    GATTGTGATG CTGGAAAACA AGAACATGCA CTGTGCCTTT TAGAATTAAT CTGTGCAAAA
    ATTGATTATA TTCAGACCTC AGAGTCTTTA AACACTGAAC TGTCACTTTT TGGCATTGAA
    CACTTATTGT TTGATGCAGC CAAAAGCACC ATTTTGAAGG AGAACGCAAG ATCTTCTAAA
    CAGAAAAAAA TACCCTCACT AATTTTGGAG TCTATCCACA AACTGAACCA TTTTGCCTTA
    TTAAAATTAT ATGAAGTCTA TGGTACATGT GTTGAAGAAA CCACAGTCAT AAAAACTTCT
    GGTGACAAAC AGAAAAAATA CAAAGAGTCA AACTTTAATC CAGAGTTTAA CAGCGGGGAA
    GATGTATATT ATGTTGGGAA AATCATAGAC CAAGCGCGAT GTGCAGACAC TGCATCAGTG
    AATCAAATGA TTGCTGGCTG TAAGAAGCAT TTAGAAGCTC TAAAAAAATA TTTTCAGATA
    ATGCAAGAAT GTGATGCAGA TGAAGTCATA ATCACAGAGA ATAATGTTTT TGATGCAGCT
    AAAAAAAATA CTCAGCCTGC AATACTTCTA AAACCAGAGG CAATAGAAAG CTACATTGAT
    ATTCTCATGG CTTATGAAAC TTTACATTTC CTGAAATGTT TAAAGGCTTC CAAAAAGAAC
    AAAAAGAGAT TCAGAGGGCT CCTGTGGTTT GAAAAATCTC TCCTTCCTGA ATTAATTCTA
    TCCCAAAACA GAATTGGATC ATATCTTAAA GCAAACTTGA ATTCTGATGT CATAGAAGTC
    ATAAATAGTA ATATATATGA GATTAAGACA GAGCTTGAAA TAATATGTGA CTATTCAGAT
    TCAGTCAATT ATACCTATGC CCTTCAGATA ATGACACGGG AACTTTCAGA GCTCTCAGAA
    CTTAAAACAT TTGTTTCAAA ATCCAGGTTT GCAATGCAAT CCTATATCCA CTTTTCCCCA
    CATATTGCCT CTCTGCACTA TGGAAGTACT TTGGTGGATC TTGATCATAA CTACAACCAG
    TTTTCTGATC TGCTAGGGCT TTTAATGTCC TGTCCAAAGA AAGACTTGGG AAAAATTGCC
    CAAACAATGA AAATCATGAA AACTATTGAG CTTATGAAAC AAGCCACTTC CAGGTCAGAC
    ACTTCAGCAT TTGGTGTATG TTCTTGCCAG ATCATGGAGA ACAAAAGAAA ACGTGAACAC
    CTACAAGATA AAGGTGATCA ATGTTATTGG ATGCTGAACA CAAAGAAAAG ACCATCATTG
    GTTCAGGATG ATCAGACATA TTTTACGAGC CCCAAAAAGC GAAAGGTGGT GAATTCCCCT
    CCACATGATT CAAAAGGAGA GCAAGAAAAA AGCAAACAGA AAAGCAACAC AAGGATAAAA
    AACAAAGATC ACAGTAATGC AGCTGAGAAA CAATGCAAGA AGTCTGAAAA GACTCCAAAA
    GATGTAACAG GTGTAGAAAT AAAAGATCAG TCTTCATCTA TTAATGAACA TACATTTCAA
    AAAAATGATG GATTGTCTTC AGTCAAAGCA ATAGTGTTAG AACATGCCAA TGATAGAGAA
    GTTAAAATAA AATGTTCCAC TGATGACCCA GTAAAGGAAG TCCTAAATGA TTCACATCTT
    AATCTGCACA CAAAAAGTCA ACTTCAGGTA CCAGATAAAA ATGTAAATGT TATATCAGAA
    CACCAGTCTC TCTCTGATCA AAATAAGAAA AACACTGATG TAGTATCTCA AACAGCTGAA
    CAGAAATCTA TTCTTAAAAA GCTGTATTTT TCAGGCAAGC AAAAGAAGAG CAATAATGTA
    CACTTTGCTG ACATATGTTC ATTAGACACA AGTCCTACGA TGGAACAGAA AAATGAAACG
    GCAACTCCCA TTACTGAAGC AAAAGACAAG AAGAATGAAC CATTGGTACA GCATAATGAC
    CCATCCAGTT GTAGTGATTT AAACAACAGC CATTCTCAGA GCTTTACACA GATGACTGGC
    ACATATTCCC AGCTATCCAG CTGCCTCTAC CCTTGGCAAT ATTATTTACA TTACTGGTAT
    CAAAATAGCA GTAACACAGG TGTAATGACC CAGCCTTACC AAGGAATGCC TTACAATACA
    CAGCAATTCA TGCCATATAA TGGGACATCC TTATTCACTA CCCAGAATCC TTATACTGGT
    AACCAGCCTT ATCCTTACCC AAACAGCCAA GTTCCGCCTC AGATGTTTCA GACAACAGAT
    GCACTTAAAG CCACAATGAA TTACAGTTAC CCAGATCCAC ATTCTGCATC ACAAGATTCC
    GTGCAGGCAA GATATGCTTA TGATGCTACA CCAACAGGAA CATGGTCATG GGGTTCTTGG
    TAA

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