wdr81 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following wdr81 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the wdr81 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
OXa52075 XM_031896679.1
Latest version!
Xenopus tropicalis WD repeat domain 81 (wdr81), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $391.30
$559.00
OXa52074 XM_002937146.3
Latest version!
Xenopus tropicalis WD repeat domain 81 (wdr81), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00
OXa05562 XM_002937146.2
Latest version!
Xenopus tropicalis WD repeat domain 81 (wdr81), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $1021.30
$1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone 30% OFF
2-4 Clone 40% OFF
5 or more Clone 50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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 OXa52075
    Clone ID Related Accession (Same CDS sequence) XM_031896679.1
    Accession Version XM_031896679.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2235bp)
    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 WD repeat-containing protein 81 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) 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
    ATGACTTTGA CATCACGACC TCCTCAAGGC ACTCCATTCT GGTATCCCAA GCTGAACTGC 
    CCCGTTAAAG TCCTGGCTGT GGAGACAGTA GCCTCATTCC TGTGCCCAGC CCACAAAGAC
    ACCACATGTA AGATGGTGAG GTGGCTCTCG GCCAAACTTG GTCCAACTGT GACCTCGCGT
    TACATCGCCC GAAATCTGCT GAGATTGCTC ACATCCTGTT ATGTTGGTCC CCAGCGACAA
    CAGTTTGTGG CTAACATGGA GGAGAATAGC CCACTGAGTG TTAAGAAGCC AGTGTGTGGG
    GACCAGGTGT CTAAGCCTGT GTTGGACTGT CTCATGTATT TGGCTCATCT ATATGGGGAA
    CCGTTCCTTA CATACCAGTA TCTGCCTTAC ATCAACTACT TGGTGGCCCC CACCAGCGGC
    TGTAGACTGA ATAGCCGTAA GGAAGCCAGT CTATTAGCTG CCGTGACTCT GACCCAGAAG
    ATCATTGTCT ATCTCTCAGA CACTACTTTG ATGGATATTC TGCCCAAGAT TAACCAGGAT
    GTTCTACTGC CTGTTCTCAG CATCTTGACT TCAGCCACTC TTGGTTTTCC CAGTGGTGCA
    CAGGCCCGTA TAGCTCTGTG TGTAAAGTGC AGCAGTCTCC TTTCTCTAAT CTGCCTGAGG
    ATCGGACGGG AGATGGTACA GCAGCATCTT GGTGATACTC TCAGAATTTT CTTCAGCAAC
    TTTACATTAA TGCAGGAACT CCATGAACAG GGTTTAGTCA TGGAGAATCC CGATAGCTTG
    GAGCCAGTGG TACAGCATGT ACAGTGCAAG GATGGAAGCA CCCTGCCTGT TGATCTGAGT
    TTGCTTGATG AGCTGGAGAA AGTATACAAT GCAGAAATGG CCTATGCCAC CTATGTCCCC
    TTCTCGTGCC TTATAGGTGA TGGCATTGGT CATGTGATCC CTAACCATGA TTTGATATGG
    AAGCTAACAA TGGTTTATCA GGAAGGGGTG ATCCCAAAAG ACATTGAGAG TCCAGCAGCA
    CCACTGTCAT CCGGTTCAAG GATAGGCTCT TCCTTTTACA TTGCAGAAGA TGATGGACAG
    TCGGGTACAT TTGGCAGTGT CATGGTAGGC AACAGGATTC AAGTGCCTAA AGACATCCAG
    TATCCCATGT CCAGGTCAAC ATGCTGCACT CCAGTGATGG AGACCTTTCA GTCTGATGAA
    AACTCCTTCA AGCAGGACCT GCAAAAAAAT GCCCAAGGGC TTTGTGGCAA TTGGCTGGCA
    TACTGGCAGT ACGAAATTGG GGTCAGTCAG CAGGAACCTC ACTTCTGTTT CCATCAAATT
    AAACTTCAGA GCTTTGTGGG TCACTCTGGG GCCATCAAAT GTGTCAAACC ACTGAGCGGA
    GAAGATTTCT TCATGAGCGG CAGCAAAGAT AAAACTGTTC GCTTGTGGCC TTTGTACAAC
    TATGGAGATG GCACCAGAGA TATAGAAGCC CGTCACATCT ATGCAGAGCA CAAGAGGTCT
    GTCTTCTATG TGGGTCAGCT GGAGTCTGTA CAGCAGTTGG TGAGCTGCGA TGGAGCTGTG
    CATATTTGGG ACCAATATAC AGGTAAGAGT ATTCGAACCT ATGAAGCAGC AGATAGCAAA
    CTGCCAATCA CTGCTGTCGC CACCATGCCA CCACCTTATT GCAGTGTGAC TGTTGGAAGT
    GCTGACTCCA TCCTTCGCTT TATCGATCTC AGGAAACCAG GACTGCAGCA TGAATTTAAG
    CTAGCAAGTA ATGTGAATGC TGGCCTTATC CGATGCTTGG CAGTCAGCCC AAATGGACGC
    AGCGTTGTAG CCGGTTATTC TTCGGGGTTT ATCATTCTGC TGGACACCAG GACAGGGCTG
    GTCCTAAGAG GCTGGCCGGC ACATGAAGGC GATATCCTGC AGATGAAGGC AGCAGATGGA
    AACATTGTGG TGAGTTCCTC CACTGATCAC TCGCTAACAG TCTGGAAGGA GCTGGAGCAG
    AAGCCTTTGC ATCAATTTAA GTCCAACTCT GACCCAATTC ACGTGTTTGA TTTGTACGGA
    AATGAGATTG TCACGGGCAC TGTTGCAAAT AAGATCGGCA TCTACTCCAT GTTGGATTCC
    TTAGCCCTGC CCAACAGCAC CACTAAACTC AGCAGTGAGA ACTTTAGGGG TACCTTGACC
    AACCTTGCAG TCCTTCCTAC CAAAAGACTC CTGCTTCTAG GTTCAGACAA TGGAGTCGTA
    CGGCTTCTGG CTTGA

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

    RefSeq XP_031752539.1
    CDS47..2281
    Translation

    Target ORF information:

    RefSeq Version XM_031896679.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis WD repeat domain 81 (wdr81), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031896679.1

    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
    ATGACTTTGA CATCACGACC TCCTCAAGGC ACTCCATTCT GGTATCCCAA GCTGAACTGC 
    CCCGTTAAAG TCCTGGCTGT GGAGACAGTA GCCTCATTCC TGTGCCCAGC CCACAAAGAC
    ACCACATGTA AGATGGTGAG GTGGCTCTCG GCCAAACTTG GTCCAACTGT GACCTCGCGT
    TACATCGCCC GAAATCTGCT GAGATTGCTC ACATCCTGTT ATGTTGGTCC CCAGCGACAA
    CAGTTTGTGG CTAACATGGA GGAGAATAGC CCACTGAGTG TTAAGAAGCC AGTGTGTGGG
    GACCAGGTGT CTAAGCCTGT GTTGGACTGT CTCATGTATT TGGCTCATCT ATATGGGGAA
    CCGTTCCTTA CATACCAGTA TCTGCCTTAC ATCAACTACT TGGTGGCCCC CACCAGCGGC
    TGTAGACTGA ATAGCCGTAA GGAAGCCAGT CTATTAGCTG CCGTGACTCT GACCCAGAAG
    ATCATTGTCT ATCTCTCAGA CACTACTTTG ATGGATATTC TGCCCAAGAT TAACCAGGAT
    GTTCTACTGC CTGTTCTCAG CATCTTGACT TCAGCCACTC TTGGTTTTCC CAGTGGTGCA
    CAGGCCCGTA TAGCTCTGTG TGTAAAGTGC AGCAGTCTCC TTTCTCTAAT CTGCCTGAGG
    ATCGGACGGG AGATGGTACA GCAGCATCTT GGTGATACTC TCAGAATTTT CTTCAGCAAC
    TTTACATTAA TGCAGGAACT CCATGAACAG GGTTTAGTCA TGGAGAATCC CGATAGCTTG
    GAGCCAGTGG TACAGCATGT ACAGTGCAAG GATGGAAGCA CCCTGCCTGT TGATCTGAGT
    TTGCTTGATG AGCTGGAGAA AGTATACAAT GCAGAAATGG CCTATGCCAC CTATGTCCCC
    TTCTCGTGCC TTATAGGTGA TGGCATTGGT CATGTGATCC CTAACCATGA TTTGATATGG
    AAGCTAACAA TGGTTTATCA GGAAGGGGTG ATCCCAAAAG ACATTGAGAG TCCAGCAGCA
    CCACTGTCAT CCGGTTCAAG GATAGGCTCT TCCTTTTACA TTGCAGAAGA TGATGGACAG
    TCGGGTACAT TTGGCAGTGT CATGGTAGGC AACAGGATTC AAGTGCCTAA AGACATCCAG
    TATCCCATGT CCAGGTCAAC ATGCTGCACT CCAGTGATGG AGACCTTTCA GTCTGATGAA
    AACTCCTTCA AGCAGGACCT GCAAAAAAAT GCCCAAGGGC TTTGTGGCAA TTGGCTGGCA
    TACTGGCAGT ACGAAATTGG GGTCAGTCAG CAGGAACCTC ACTTCTGTTT CCATCAAATT
    AAACTTCAGA GCTTTGTGGG TCACTCTGGG GCCATCAAAT GTGTCAAACC ACTGAGCGGA
    GAAGATTTCT TCATGAGCGG CAGCAAAGAT AAAACTGTTC GCTTGTGGCC TTTGTACAAC
    TATGGAGATG GCACCAGAGA TATAGAAGCC CGTCACATCT ATGCAGAGCA CAAGAGGTCT
    GTCTTCTATG TGGGTCAGCT GGAGTCTGTA CAGCAGTTGG TGAGCTGCGA TGGAGCTGTG
    CATATTTGGG ACCAATATAC AGGTAAGAGT ATTCGAACCT ATGAAGCAGC AGATAGCAAA
    CTGCCAATCA CTGCTGTCGC CACCATGCCA CCACCTTATT GCAGTGTGAC TGTTGGAAGT
    GCTGACTCCA TCCTTCGCTT TATCGATCTC AGGAAACCAG GACTGCAGCA TGAATTTAAG
    CTAGCAAGTA ATGTGAATGC TGGCCTTATC CGATGCTTGG CAGTCAGCCC AAATGGACGC
    AGCGTTGTAG CCGGTTATTC TTCGGGGTTT ATCATTCTGC TGGACACCAG GACAGGGCTG
    GTCCTAAGAG GCTGGCCGGC ACATGAAGGC GATATCCTGC AGATGAAGGC AGCAGATGGA
    AACATTGTGG TGAGTTCCTC CACTGATCAC TCGCTAACAG TCTGGAAGGA GCTGGAGCAG
    AAGCCTTTGC ATCAATTTAA GTCCAACTCT GACCCAATTC ACGTGTTTGA TTTGTACGGA
    AATGAGATTG TCACGGGCAC TGTTGCAAAT AAGATCGGCA TCTACTCCAT GTTGGATTCC
    TTAGCCCTGC CCAACAGCAC CACTAAACTC AGCAGTGAGA ACTTTAGGGG TACCTTGACC
    AACCTTGCAG TCCTTCCTAC CAAAAGACTC CTGCTTCTAG GTTCAGACAA TGGAGTCGTA
    CGGCTTCTGG CTTGA

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

    CloneID OXa52074
    Clone ID Related Accession (Same CDS sequence) XM_002937146.3
    Accession Version XM_002937146.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 WD repeat-containing protein 81 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002937146.2. ##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
    ATGGAGTGGC TTTTAGAAGC AGTCAAGAAA GAATTAAACA TTGATTCAAG GCAGCTTATT 
    ATGGCTGAAG AGGGAACCCA CGTTATTGCC TTGGTATCAC AGAAATGGCT GGCAAGCATT
    AAAGAGCGCC GAACAGTCTC TTCGCAGTGC CCAAAACCAG AAGGGTTTAG CAGTGTGGAA
    ATACAGACAT TCCTTCAGAG ATCTGTGCAT AAGTTACCAG CTGGCTGGAC TAGAATAGAA
    ATCCATGGGG TGAGAAAAGA AAGATTGGCC TACCCTGTGG CACTGAATGA TGGCTTCTTA
    GAGGGAAAGA ATATTGATTC TGAATCTCTC ATCAGGTTTA TGCAGTGCAT CGCTGTTCAG
    AATTACAATA ACATGTGGAA CGCGGCCCGT CGGACTTATG TGCAGCCGTA CGAAAGTGTG
    CATAAAGTGC CAAGCATTCA AGCATTGGAT GCGCTAAAGT TGTCACTTCA GAGGGTGTAT
    GGTTGCCCCT TTGTTTTTAT AAATAAAGCA GTGCCGAGTT TATCTCCTTC TAAAGACAGT
    TCCAGCTTTG TATTAGGTGC TTCATCCAGT TCCAATATTG TCCAAGCCGA AGCATTGCTG
    GAATCTGTAT CTATATTATA CATAATTTTA CCTTATATAC AATATTCCTT GTATGATGTG
    GTCACATTTA GTCCCGCTAA ACTTGCCAAT AGTCATGCCA AAGTACTCTT TATCTTGTAC
    AATGTACTGC AGGCTCTAAA GGCATGCCAT CAAGGGGGGC TATCAAGTGG GGCACTAACA
    TTACGCAGTG TCTTAGTTGA TGAGAAACTG TGCAGCCAGT TGAGGCCTAA CTTTATTGAC
    TATGAAAGAG AGTGTAAAAG CACAAAAGTG AAAGAAAATA TTAATACAGA GCAACTTAGG
    ACTGTTGGGT TGTGCACTTC TTGTAACAAC GAGTTAAAAC AGATTTTAAT AGATTGGATT
    CATGGCAGGA TCAGCAACTA TGACTACCTT ATGTATCTGA ATAAGCTGGC TGGTAGACGA
    GAAGGTGATC CCAATTACCA CCCAGTATTG CCTTGGGTTG TAGATTTCAC TACCAAGAAT
    GGAAAATTTA GAGACCTTAG AAAATCTAAG TTTCGATTAA ACAAGGGGGA CAAGCAGCTG
    GATTTTACTT ATGAGATGAC CAAACAAGCA TTTGTAGCTG GAGGAAGCAG TTCAGATCAC
    CTGCATGTTC CTCACCACAT TTCTGATGTT CTGTCTGACA TAACATACTA TGTGTACAAG
    GCTAGGAGGA CACCAAAGAT TGTACTTTGC AACCACGTGC GATCTCAGTG GGAGCCAAAT
    GAGTACCCTG CAAGCATGGA GCGAATGCAA GGTTGGACTC CTGATGAGTG CATTCCAGAG
    TTTTACACAG ATCCCACCAT TTTTAAATCC ATCCACACTG ACATGCCAGA CCTTGAAATA
    CCATCATGGT GCAGTTCATA TGAGGACTTT ATTCATGTCC ACCGTGCACT TTTGGAAAGC
    CGAGATGTAT CCCAGGATCT TCACCACTGG ATAGATCTTA CCTTTGGGTA CAAATTAACT
    GGGAAGAATG CACTTATGGA AAAAAACGTT TGCCTTCATT TAGTGGATAA TCATACTAAC
    TTGACATGTT TTGGGGTGGT CCAGCTTTTT GATCAGCCGC ATCCAAAGCG TTTATTAGGC
    CCCAGTTGCT CTTCTTTTGA ACCCCCTGCC ATATTGTCTA CTCAAAACAT TAGTCAAATG
    AGTGCGTGGA AAGATGAACA TACTGGTAAT GGAGTCAATG GTCCGGTAGT AGAGGCCACA
    GTGTGTGAGG CTGTTTGGAA TACTGACAAA GTGTGTGCAG GGGATGAAGA ACTGGAACAA
    GGAACAGAAG CTCTTGACTC GCTGAGCATT GTAGGAAAAG GTAATGATCA AGTATGCATC
    CCCTCTGTTC AGGTTACTAG TGCCAATATA TTCCAAGGGG AAAACAGACC TCCAGGTAGT
    AAGCCAAATA GGATAAGCAG GGCCACAACT AATGCAGAGG AAAGTCAAAG GAAACTATTA
    CTTCCTGATA GTTTTAATCC TGTTCAAGCC CTCGAAGAAC TTGAAAAACT GGACAACTTT
    CTACTTAGGG GCTTACACAG TACTTTACTG CCGGTTGAAA AATCTTCTAA AATATTTCCA
    CTTAGTCTTT TGGGTCTTTT TCAAAGAGAT ATGCAAGCCT TGGGTGTCAT GATTGCAGAG
    ATTGTTTTTG CTGGAAAGAT TCATACCACG CCACCAAAAA CCTCTTTGCT AGAACGTTAT
    ATTTTAGTTC GTAATCTTAG TAGACACCAT CCAAAGGAGA TTCCACTTCC CCTTTTGCAA
    ATGCTTGAGT CATTACTGCA ACTGCACACA CCAGAAGAAG AGCTTCTTAA AGATGGTGGG
    GAAGATACAG GGGCCCTGCT TTTTGAGTTT CCACACATTT CAAAAGGTCT TCCCCCACCT
    TGTCCTTCTT TACTCCTCAG TCCCTTGTGC TCCATAATCC CTTTTCCTGC ATACTTTCCC
    AATCTACACA AATTTATCTT AACGTACCAG TCAAGAAGAA CTGAAGACGA GAGTCAAGGC
    CGGGAGCTAG TATTTCAGCT GTGGCAGCAA ATTGATGGTA TCCTCTGTGA GATTAACCCT
    GAAGGATTGG AGATCCTACT TCCTTTTGTC TTGTCTTTGA TGACTGAAGA AAGCACAGCA
    GTCTATGCTG CATGGTATCT TTTTGAACCG GTAGCCAAGG CTTTAGGTCC AAAAAATTCA
    AATAAATACC TGTTGAAACC ACTAATAGGG GCTTATGAAA GTCCTTCACA TCTTAATGGA
    AGATTTTACC TATATACAGA TTGCTTTGTA GCACAGTTGA TTGTACGTTT GGGCTTACAG
    GCATTCCTGT CTAATTTACT TAACCACGTT CTTCAGATAC TTATTGGGTT GGAAACCTCA
    GGTGAAGAGA GAAAGTTGCT GTCAGGAGGA GCTGAAGATG AAGAAAGTGG TGGTGATAGC
    CCAGTATCCT GCAACTTTGG AGAGGCAAGA CAAACCAGTA TAGATCAAAG TGCATCCTCT
    CATGAGCTCC TGGACTACAC TTCTGGTGTC ACTTTCCATG ATCAGGGTTA CCTAGCAGAA
    AATGAGGATT TTCAGGGTAC TTTATATGTA AGTGACCCAC TTCAACCACA AGAGCCAGAG
    TCTCTTAGTT TAGGGAGGTT AAGTGACAAG AGCAGTGCAA GTGAAGTCTC CCTTGGGGAT
    GAAAAAGTTA CAGACAGTGA TTCACTAAAG GAGAAGGGGA GCTTGAAATC TGGAGACAGC
    AGTCAGGATT TGAAACAAAG TGAAGAATCT GAAGAAGAAG AGGATAGGGA ACCCTCTCCT
    GGGCTCTCTG AGCTAACGTT GTCGGTCAAC ACTGATGTAT CGGTGGATAC AGTCCTAGCC
    AGTGAAAGCA GAGAGGACGA GGAAGAAGAG CAAGACCTAA ATAACCAAAC AGAGGAAAAG
    GAGCAAAAGA TTTTAATAGA CACCACATGT AAGATGGTGA GGTGGCTCTC GGCCAAACTT
    GGTCCAACTG TGACCTCGCG TTACATCGCC CGAAATCTGC TGAGATTGCT CACATCCTGT
    TATGTTGGTC CCCAGCGACA ACAGTTTGTG GCTAACATGG AGGAGAATAG CCCACTGAGT
    GTTAAGAAGC CAGTGTGTGG GGACCAGGTG TCTAAGCCTG TGTTGGACTG TCTCATGTAT
    TTGGCTCATC TATATGGGGA ACCGTTCCTT ACATACCAGT ATCTGCCTTA CATCAACTAC
    TTGGTGGCCC CCACCAGCGG CTGTAGACTG AATAGCCGTA AGGAAGCCAG TCTATTAGCT
    GCCGTGACTC TGACCCAGAA GATCATTGTC TATCTCTCAG ACACTACTTT GATGGATATT
    CTGCCCAAGA TTAACCAGGA TGTTCTACTG CCTGTTCTCA GCATCTTGAC TTCAGCCACT
    CTTGGTTTTC CCAGTGGTGC ACAGGCCCGT ATAGCTCTGT GTGTAAAGTG CAGCAGTCTC
    CTTTCTCTAA TCTGCCTGAG GATCGGACGG GAGATGGTAC AGCAGCATCT TGGTGATACT
    CTCAGAATTT TCTTCAGCAA CTTTACATTA ATGCAGGAAC TCCATGAACA GGGTTTAGTC
    ATGGAGAATC CCGATAGCTT GGAGCCAGTG GTACAGCATG TACAGTGCAA GGATGGAAGC
    ACCCTGCCTG TTGATCTGAG TTTGCTTGAT GAGCTGGAGA AAGTATACAA TGCAGAAATG
    GCCTATGCCA CCTATGTCCC CTTCTCGTGC CTTATAGGTG ATGGCATTGG TCATGTGATC
    CCTAACCATG ATTTGATATG GAAGCTAACA ATGGTTTATC AGGAAGGGGT GATCCCAAAA
    GACATTGAGA GTCCAGCAGC ACCACTGTCA TCCGGTTCAA GGATAGGCTC TTCCTTTTAC
    ATTGCAGAAG ATGATGGACA GTCGGGTACA TTTGGCAGTG TCATGGTAGG CAACAGGATT
    CAAGTGCCTA AAGACATCCA GTATCCCATG TCCAGGTCAA CATGCTGCAC TCCAGTGATG
    GAGACCTTTC AGTCTGATGA AAACTCCTTC AAGCAGGACC TGCAAAAAAA TGCCCAAGGG
    CTTTGTGGCA ATTGGCTGGC ATACTGGCAG TACGAAATTG GGGTCAGTCA GCAGGAACCT
    CACTTCTGTT TCCATCAAAT TAAACTTCAG AGCTTTGTGG GTCACTCTGG GGCCATCAAA
    TGTGTCAAAC CACTGAGCGG AGAAGATTTC TTCATGAGCG GCAGCAAAGA TAAAACTGTT
    CGCTTGTGGC CTTTGTACAA CTATGGAGAT GGCACCAGAG ATATAGAAGC CCGTCACATC
    TATGCAGAGC ACAAGAGGTC TGTCTTCTAT GTGGGTCAGC TGGAGTCTGT ACAGCAGTTG
    GTGAGCTGCG ATGGAGCTGT GCATATTTGG GACCAATATA CAGGTAAGAG TATTCGAACC
    TATGAAGCAG CAGATAGCAA ACTGCCAATC ACTGCTGTCG CCACCATGCC ACCACCTTAT
    TGCAGTGTGA CTGTTGGAAG TGCTGACTCC ATCCTTCGCT TTATCGATCT CAGGAAACCA
    GGACTGCAGC ATGAATTTAA GCTAGCAAGT AATGTGAATG CTGGCCTTAT CCGATGCTTG
    GCAGTCAGCC CAAATGGACG CAGCGTTGTA GCCGGTTATT CTTCGGGGTT TATCATTCTG
    CTGGACACCA GGACAGGGCT GGTCCTAAGA GGCTGGCCGG CACATGAAGG CGATATCCTG
    CAGATGAAGG CAGCAGATGG AAACATTGTG GTGAGTTCCT CCACTGATCA CTCGCTAACA
    GTCTGGAAGG AGCTGGAGCA GAAGCCTTTG CATCAATTTA AGTCCAACTC TGACCCAATT
    CACGTGTTTG ATTTGTACGG AAATGAGATT GTCACGGGCA CTGTTGCAAA TAAGATCGGC
    ATCTACTCCA TGTTGGATTC CTTAGCCCTG CCCAACAGCA CCACTAAACT CAGCAGTGAG
    AACTTTAGGG GTACCTTGAC CAACCTTGCA GTCCTTCCTA CCAAAAGACT CCTGCTTCTA
    GGTTCAGACA ATGGAGTCGT ACGGCTTCTG GCTTGA

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

    RefSeq XP_002937192.2
    CDS256..5871
    Translation

    Target ORF information:

    RefSeq Version XM_002937146.3
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis WD repeat domain 81 (wdr81), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002937146.3

    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
    ATGGAGTGGC TTTTAGAAGC AGTCAAGAAA GAATTAAACA TTGATTCAAG GCAGCTTATT 
    ATGGCTGAAG AGGGAACCCA CGTTATTGCC TTGGTATCAC AGAAATGGCT GGCAAGCATT
    AAAGAGCGCC GAACAGTCTC TTCGCAGTGC CCAAAACCAG AAGGGTTTAG CAGTGTGGAA
    ATACAGACAT TCCTTCAGAG ATCTGTGCAT AAGTTACCAG CTGGCTGGAC TAGAATAGAA
    ATCCATGGGG TGAGAAAAGA AAGATTGGCC TACCCTGTGG CACTGAATGA TGGCTTCTTA
    GAGGGAAAGA ATATTGATTC TGAATCTCTC ATCAGGTTTA TGCAGTGCAT CGCTGTTCAG
    AATTACAATA ACATGTGGAA CGCGGCCCGT CGGACTTATG TGCAGCCGTA CGAAAGTGTG
    CATAAAGTGC CAAGCATTCA AGCATTGGAT GCGCTAAAGT TGTCACTTCA GAGGGTGTAT
    GGTTGCCCCT TTGTTTTTAT AAATAAAGCA GTGCCGAGTT TATCTCCTTC TAAAGACAGT
    TCCAGCTTTG TATTAGGTGC TTCATCCAGT TCCAATATTG TCCAAGCCGA AGCATTGCTG
    GAATCTGTAT CTATATTATA CATAATTTTA CCTTATATAC AATATTCCTT GTATGATGTG
    GTCACATTTA GTCCCGCTAA ACTTGCCAAT AGTCATGCCA AAGTACTCTT TATCTTGTAC
    AATGTACTGC AGGCTCTAAA GGCATGCCAT CAAGGGGGGC TATCAAGTGG GGCACTAACA
    TTACGCAGTG TCTTAGTTGA TGAGAAACTG TGCAGCCAGT TGAGGCCTAA CTTTATTGAC
    TATGAAAGAG AGTGTAAAAG CACAAAAGTG AAAGAAAATA TTAATACAGA GCAACTTAGG
    ACTGTTGGGT TGTGCACTTC TTGTAACAAC GAGTTAAAAC AGATTTTAAT AGATTGGATT
    CATGGCAGGA TCAGCAACTA TGACTACCTT ATGTATCTGA ATAAGCTGGC TGGTAGACGA
    GAAGGTGATC CCAATTACCA CCCAGTATTG CCTTGGGTTG TAGATTTCAC TACCAAGAAT
    GGAAAATTTA GAGACCTTAG AAAATCTAAG TTTCGATTAA ACAAGGGGGA CAAGCAGCTG
    GATTTTACTT ATGAGATGAC CAAACAAGCA TTTGTAGCTG GAGGAAGCAG TTCAGATCAC
    CTGCATGTTC CTCACCACAT TTCTGATGTT CTGTCTGACA TAACATACTA TGTGTACAAG
    GCTAGGAGGA CACCAAAGAT TGTACTTTGC AACCACGTGC GATCTCAGTG GGAGCCAAAT
    GAGTACCCTG CAAGCATGGA GCGAATGCAA GGTTGGACTC CTGATGAGTG CATTCCAGAG
    TTTTACACAG ATCCCACCAT TTTTAAATCC ATCCACACTG ACATGCCAGA CCTTGAAATA
    CCATCATGGT GCAGTTCATA TGAGGACTTT ATTCATGTCC ACCGTGCACT TTTGGAAAGC
    CGAGATGTAT CCCAGGATCT TCACCACTGG ATAGATCTTA CCTTTGGGTA CAAATTAACT
    GGGAAGAATG CACTTATGGA AAAAAACGTT TGCCTTCATT TAGTGGATAA TCATACTAAC
    TTGACATGTT TTGGGGTGGT CCAGCTTTTT GATCAGCCGC ATCCAAAGCG TTTATTAGGC
    CCCAGTTGCT CTTCTTTTGA ACCCCCTGCC ATATTGTCTA CTCAAAACAT TAGTCAAATG
    AGTGCGTGGA AAGATGAACA TACTGGTAAT GGAGTCAATG GTCCGGTAGT AGAGGCCACA
    GTGTGTGAGG CTGTTTGGAA TACTGACAAA GTGTGTGCAG GGGATGAAGA ACTGGAACAA
    GGAACAGAAG CTCTTGACTC GCTGAGCATT GTAGGAAAAG GTAATGATCA AGTATGCATC
    CCCTCTGTTC AGGTTACTAG TGCCAATATA TTCCAAGGGG AAAACAGACC TCCAGGTAGT
    AAGCCAAATA GGATAAGCAG GGCCACAACT AATGCAGAGG AAAGTCAAAG GAAACTATTA
    CTTCCTGATA GTTTTAATCC TGTTCAAGCC CTCGAAGAAC TTGAAAAACT GGACAACTTT
    CTACTTAGGG GCTTACACAG TACTTTACTG CCGGTTGAAA AATCTTCTAA AATATTTCCA
    CTTAGTCTTT TGGGTCTTTT TCAAAGAGAT ATGCAAGCCT TGGGTGTCAT GATTGCAGAG
    ATTGTTTTTG CTGGAAAGAT TCATACCACG CCACCAAAAA CCTCTTTGCT AGAACGTTAT
    ATTTTAGTTC GTAATCTTAG TAGACACCAT CCAAAGGAGA TTCCACTTCC CCTTTTGCAA
    ATGCTTGAGT CATTACTGCA ACTGCACACA CCAGAAGAAG AGCTTCTTAA AGATGGTGGG
    GAAGATACAG GGGCCCTGCT TTTTGAGTTT CCACACATTT CAAAAGGTCT TCCCCCACCT
    TGTCCTTCTT TACTCCTCAG TCCCTTGTGC TCCATAATCC CTTTTCCTGC ATACTTTCCC
    AATCTACACA AATTTATCTT AACGTACCAG TCAAGAAGAA CTGAAGACGA GAGTCAAGGC
    CGGGAGCTAG TATTTCAGCT GTGGCAGCAA ATTGATGGTA TCCTCTGTGA GATTAACCCT
    GAAGGATTGG AGATCCTACT TCCTTTTGTC TTGTCTTTGA TGACTGAAGA AAGCACAGCA
    GTCTATGCTG CATGGTATCT TTTTGAACCG GTAGCCAAGG CTTTAGGTCC AAAAAATTCA
    AATAAATACC TGTTGAAACC ACTAATAGGG GCTTATGAAA GTCCTTCACA TCTTAATGGA
    AGATTTTACC TATATACAGA TTGCTTTGTA GCACAGTTGA TTGTACGTTT GGGCTTACAG
    GCATTCCTGT CTAATTTACT TAACCACGTT CTTCAGATAC TTATTGGGTT GGAAACCTCA
    GGTGAAGAGA GAAAGTTGCT GTCAGGAGGA GCTGAAGATG AAGAAAGTGG TGGTGATAGC
    CCAGTATCCT GCAACTTTGG AGAGGCAAGA CAAACCAGTA TAGATCAAAG TGCATCCTCT
    CATGAGCTCC TGGACTACAC TTCTGGTGTC ACTTTCCATG ATCAGGGTTA CCTAGCAGAA
    AATGAGGATT TTCAGGGTAC TTTATATGTA AGTGACCCAC TTCAACCACA AGAGCCAGAG
    TCTCTTAGTT TAGGGAGGTT AAGTGACAAG AGCAGTGCAA GTGAAGTCTC CCTTGGGGAT
    GAAAAAGTTA CAGACAGTGA TTCACTAAAG GAGAAGGGGA GCTTGAAATC TGGAGACAGC
    AGTCAGGATT TGAAACAAAG TGAAGAATCT GAAGAAGAAG AGGATAGGGA ACCCTCTCCT
    GGGCTCTCTG AGCTAACGTT GTCGGTCAAC ACTGATGTAT CGGTGGATAC AGTCCTAGCC
    AGTGAAAGCA GAGAGGACGA GGAAGAAGAG CAAGACCTAA ATAACCAAAC AGAGGAAAAG
    GAGCAAAAGA TTTTAATAGA CACCACATGT AAGATGGTGA GGTGGCTCTC GGCCAAACTT
    GGTCCAACTG TGACCTCGCG TTACATCGCC CGAAATCTGC TGAGATTGCT CACATCCTGT
    TATGTTGGTC CCCAGCGACA ACAGTTTGTG GCTAACATGG AGGAGAATAG CCCACTGAGT
    GTTAAGAAGC CAGTGTGTGG GGACCAGGTG TCTAAGCCTG TGTTGGACTG TCTCATGTAT
    TTGGCTCATC TATATGGGGA ACCGTTCCTT ACATACCAGT ATCTGCCTTA CATCAACTAC
    TTGGTGGCCC CCACCAGCGG CTGTAGACTG AATAGCCGTA AGGAAGCCAG TCTATTAGCT
    GCCGTGACTC TGACCCAGAA GATCATTGTC TATCTCTCAG ACACTACTTT GATGGATATT
    CTGCCCAAGA TTAACCAGGA TGTTCTACTG CCTGTTCTCA GCATCTTGAC TTCAGCCACT
    CTTGGTTTTC CCAGTGGTGC ACAGGCCCGT ATAGCTCTGT GTGTAAAGTG CAGCAGTCTC
    CTTTCTCTAA TCTGCCTGAG GATCGGACGG GAGATGGTAC AGCAGCATCT TGGTGATACT
    CTCAGAATTT TCTTCAGCAA CTTTACATTA ATGCAGGAAC TCCATGAACA GGGTTTAGTC
    ATGGAGAATC CCGATAGCTT GGAGCCAGTG GTACAGCATG TACAGTGCAA GGATGGAAGC
    ACCCTGCCTG TTGATCTGAG TTTGCTTGAT GAGCTGGAGA AAGTATACAA TGCAGAAATG
    GCCTATGCCA CCTATGTCCC CTTCTCGTGC CTTATAGGTG ATGGCATTGG TCATGTGATC
    CCTAACCATG ATTTGATATG GAAGCTAACA ATGGTTTATC AGGAAGGGGT GATCCCAAAA
    GACATTGAGA GTCCAGCAGC ACCACTGTCA TCCGGTTCAA GGATAGGCTC TTCCTTTTAC
    ATTGCAGAAG ATGATGGACA GTCGGGTACA TTTGGCAGTG TCATGGTAGG CAACAGGATT
    CAAGTGCCTA AAGACATCCA GTATCCCATG TCCAGGTCAA CATGCTGCAC TCCAGTGATG
    GAGACCTTTC AGTCTGATGA AAACTCCTTC AAGCAGGACC TGCAAAAAAA TGCCCAAGGG
    CTTTGTGGCA ATTGGCTGGC ATACTGGCAG TACGAAATTG GGGTCAGTCA GCAGGAACCT
    CACTTCTGTT TCCATCAAAT TAAACTTCAG AGCTTTGTGG GTCACTCTGG GGCCATCAAA
    TGTGTCAAAC CACTGAGCGG AGAAGATTTC TTCATGAGCG GCAGCAAAGA TAAAACTGTT
    CGCTTGTGGC CTTTGTACAA CTATGGAGAT GGCACCAGAG ATATAGAAGC CCGTCACATC
    TATGCAGAGC ACAAGAGGTC TGTCTTCTAT GTGGGTCAGC TGGAGTCTGT ACAGCAGTTG
    GTGAGCTGCG ATGGAGCTGT GCATATTTGG GACCAATATA CAGGTAAGAG TATTCGAACC
    TATGAAGCAG CAGATAGCAA ACTGCCAATC ACTGCTGTCG CCACCATGCC ACCACCTTAT
    TGCAGTGTGA CTGTTGGAAG TGCTGACTCC ATCCTTCGCT TTATCGATCT CAGGAAACCA
    GGACTGCAGC ATGAATTTAA GCTAGCAAGT AATGTGAATG CTGGCCTTAT CCGATGCTTG
    GCAGTCAGCC CAAATGGACG CAGCGTTGTA GCCGGTTATT CTTCGGGGTT TATCATTCTG
    CTGGACACCA GGACAGGGCT GGTCCTAAGA GGCTGGCCGG CACATGAAGG CGATATCCTG
    CAGATGAAGG CAGCAGATGG AAACATTGTG GTGAGTTCCT CCACTGATCA CTCGCTAACA
    GTCTGGAAGG AGCTGGAGCA GAAGCCTTTG CATCAATTTA AGTCCAACTC TGACCCAATT
    CACGTGTTTG ATTTGTACGG AAATGAGATT GTCACGGGCA CTGTTGCAAA TAAGATCGGC
    ATCTACTCCA TGTTGGATTC CTTAGCCCTG CCCAACAGCA CCACTAAACT CAGCAGTGAG
    AACTTTAGGG GTACCTTGAC CAACCTTGCA GTCCTTCCTA CCAAAAGACT CCTGCTTCTA
    GGTTCAGACA ATGGAGTCGT ACGGCTTCTG GCTTGA

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

    CloneID OXa05562
    Clone ID Related Accession (Same CDS sequence) XM_002937146.2
    Accession Version XM_002937146.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 WD repeat-containing protein 81
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 18, 2013 this sequence version replaced XM_002937146.1. ##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
    ATGGAGTGGC TTTTAGAAGC AGTCAAGAAA GAATTAAACA TTGATTCAAG GCAGCTTATT 
    ATGGCTGAAG AGGGAACCCA CGTTATTGCC TTGGTATCAC AGAAATGGCT GGCAAGCATT
    AAAGAGCGCC GAACAGTCTC TTCGCAGTGC CCAAAACCAG AAGGGTTTAG CAGTGTGGAA
    ATACAGACAT TCCTTCAGAG ATCTGTGCAT AAGTTACCAG CTGGCTGGAC TAGAATAGAA
    ATCCATGGGG TGAGAAAAGA AAGATTGGCC TACCCTGTGG CACTGAATGA TGGCTTCTTA
    GAGGGAAAGA ATATTGATTC TGAATCTCTC ATCAGGTTTA TGCAGTGCAT CGCTGTTCAG
    AATTACAATA ACATGTGGAA CGCGGCCCGT CGGACTTATG TGCAGCCGTA CGAAAGTGTG
    CATAAAGTGC CAAGCATTCA AGCATTGGAT GCGCTAAAGT TGTCACTTCA GAGGGTGTAT
    GGTTGCCCCT TTGTTTTTAT AAATAAAGCA GTGCCGAGTT TATCTCCTTC TAAAGACAGT
    TCCAGCTTTG TATTAGGTGC TTCATCCAGT TCCAATATTG TCCAAGCCGA AGCATTGCTG
    GAATCTGTAT CTATATTATA CATAATTTTA CCTTATATAC AATATTCCTT GTATGATGTG
    GTCACATTTA GTCCCGCTAA ACTTGCCAAT AGTCATGCCA AAGTACTCTT TATCTTGTAC
    AATGTACTGC AGGCTCTAAA GGCATGCCAT CAAGGGGGGC TATCAAGTGG GGCACTAACA
    TTACGCAGTG TCTTAGTTGA TGAGAAACTG TGCAGCCAGT TGAGGCCTAA CTTTATTGAC
    TATGAAAGAG AGTGTAAAAG CACAAAAGTG AAAGAAAATA TTAATACAGA GCAACTTAGG
    ACTGTTGGGT TGTGCACTTC TTGTAACAAC GAGTTAAAAC AGATTTTAAT AGATTGGATT
    CATGGCAGGA TCAGCAACTA TGACTACCTT ATGTATCTGA ATAAGCTGGC TGGTAGACGA
    GAAGGTGATC CCAATTACCA CCCAGTATTG CCTTGGGTTG TAGATTTCAC TACCAAGAAT
    GGAAAATTTA GAGACCTTAG AAAATCTAAG TTTCGATTAA ACAAGGGGGA CAAGCAGCTG
    GATTTTACTT ATGAGATGAC CAAACAAGCA TTTGTAGCTG GAGGAAGCAG TTCAGATCAC
    CTGCATGTTC CTCACCACAT TTCTGATGTT CTGTCTGACA TAACATACTA TGTGTACAAG
    GCTAGGAGGA CACCAAAGAT TGTACTTTGC AACCACGTGC GATCTCAGTG GGAGCCAAAT
    GAGTACCCTG CAAGCATGGA GCGAATGCAA GGTTGGACTC CTGATGAGTG CATTCCAGAG
    TTTTACACAG ATCCCACCAT TTTTAAATCC ATCCACACTG ACATGCCAGA CCTTGAAATA
    CCATCATGGT GCAGTTCATA TGAGGACTTT ATTCATGTCC ACCGTGCACT TTTGGAAAGC
    CGAGATGTAT CCCAGGATCT TCACCACTGG ATAGATCTTA CCTTTGGGTA CAAATTAACT
    GGGAAGAATG CACTTATGGA AAAAAACGTT TGCCTTCATT TAGTGGATAA TCATACTAAC
    TTGACATGTT TTGGGGTGGT CCAGCTTTTT GATCAGCCGC ATCCAAAGCG TTTATTAGGC
    CCCAGTTGCT CTTCTTTTGA ACCCCCTGCC ATATTGTCTA CTCAAAACAT TAGTCAAATG
    AGTGCGTGGA AAGATGAACA TACTGGTAAT GGAGTCAATG GTCCGGTAGT AGAGGCCACA
    GTGTGTGAGG CTGTTTGGAA TACTGACAAA GTGTGTGCAG GGGATGAAGA ACTGGAACAA
    GGAACAGAAG CTCTTGACTC GCTGAGCATT GTAGGAAAAG GTAATGATCA AGTATGCATC
    CCCTCTGTTC AGGTTACTAG TGCCAATATA TTCCAAGGGG AAAACAGACC TCCAGGTAGT
    AAGCCAAATA GGATAAGCAG GGCCACAACT AATGCAGAGG AAAGTCAAAG GAAACTATTA
    CTTCCTGATA GTTTTAATCC TGTTCAAGCC CTCGAAGAAC TTGAAAAACT GGACAACTTT
    CTACTTAGGG GCTTACACAG TACTTTACTG CCGGTTGAAA AATCTTCTAA AATATTTCCA
    CTTAGTCTTT TGGGTCTTTT TCAAAGAGAT ATGCAAGCCT TGGGTGTCAT GATTGCAGAG
    ATTGTTTTTG CTGGAAAGAT TCATACCACG CCACCAAAAA CCTCTTTGCT AGAACGTTAT
    ATTTTAGTTC GTAATCTTAG TAGACACCAT CCAAAGGAGA TTCCACTTCC CCTTTTGCAA
    ATGCTTGAGT CATTACTGCA ACTGCACACA CCAGAAGAAG AGCTTCTTAA AGATGGTGGG
    GAAGATACAG GGGCCCTGCT TTTTGAGTTT CCACACATTT CAAAAGGTCT TCCCCCACCT
    TGTCCTTCTT TACTCCTCAG TCCCTTGTGC TCCATAATCC CTTTTCCTGC ATACTTTCCC
    AATCTACACA AATTTATCTT AACGTACCAG TCAAGAAGAA CTGAAGACGA GAGTCAAGGC
    CGGGAGCTAG TATTTCAGCT GTGGCAGCAA ATTGATGGTA TCCTCTGTGA GATTAACCCT
    GAAGGATTGG AGATCCTACT TCCTTTTGTC TTGTCTTTGA TGACTGAAGA AAGCACAGCA
    GTCTATGCTG CATGGTATCT TTTTGAACCG GTAGCCAAGG CTTTAGGTCC AAAAAATTCA
    AATAAATACC TGTTGAAACC ACTAATAGGG GCTTATGAAA GTCCTTCACA TCTTAATGGA
    AGATTTTACC TATATACAGA TTGCTTTGTA GCACAGTTGA TTGTACGTTT GGGCTTACAG
    GCATTCCTGT CTAATTTACT TAACCACGTT CTTCAGATAC TTATTGGGTT GGAAACCTCA
    GGTGAAGAGA GAAAGTTGCT GTCAGGAGGA GCTGAAGATG AAGAAAGTGG TGGTGATAGC
    CCAGTATCCT GCAACTTTGG AGAGGCAAGA CAAACCAGTA TAGATCAAAG TGCATCCTCT
    CATGAGCTCC TGGACTACAC TTCTGGTGTC ACTTTCCATG ATCAGGGTTA CCTAGCAGAA
    AATGAGGATT TTCAGGGTAC TTTATATGTA AGTGACCCAC TTCAACCACA AGAGCCAGAG
    TCTCTTAGTT TAGGGAGGTT AAGTGACAAG AGCAGTGCAA GTGAAGTCTC CCTTGGGGAT
    GAAAAAGTTA CAGACAGTGA TTCACTAAAG GAGAAGGGGA GCTTGAAATC TGGAGACAGC
    AGTCAGGATT TGAAACAAAG TGAAGAATCT GAAGAAGAAG AGGATAGGGA ACCCTCTCCT
    GGGCTCTCTG AGCTAACGTT GTCGGTCAAC ACTGATGTAT CGGTGGATAC AGTCCTAGCC
    AGTGAAAGCA GAGAGGACGA GGAAGAAGAG CAAGACCTAA ATAACCAAAC AGAGGAAAAG
    GAGCAAAAGA TTTTAATAGA CACCACATGT AAGATGGTGA GGTGGCTCTC GGCCAAACTT
    GGTCCAACTG TGACCTCGCG TTACATCGCC CGAAATCTGC TGAGATTGCT CACATCCTGT
    TATGTTGGTC CCCAGCGACA ACAGTTTGTG GCTAACATGG AGGAGAATAG CCCACTGAGT
    GTTAAGAAGC CAGTGTGTGG GGACCAGGTG TCTAAGCCTG TGTTGGACTG TCTCATGTAT
    TTGGCTCATC TATATGGGGA ACCGTTCCTT ACATACCAGT ATCTGCCTTA CATCAACTAC
    TTGGTGGCCC CCACCAGCGG CTGTAGACTG AATAGCCGTA AGGAAGCCAG TCTATTAGCT
    GCCGTGACTC TGACCCAGAA GATCATTGTC TATCTCTCAG ACACTACTTT GATGGATATT
    CTGCCCAAGA TTAACCAGGA TGTTCTACTG CCTGTTCTCA GCATCTTGAC TTCAGCCACT
    GTTGGTTTTC CCAGTGGTGC ACAGGCCCGT ATAGCTCTGT GTGTAAAGTG CAGCAGTCTC
    CTTTCTCTAA TCTGCCTGAG GATCGGACGG GAGATGGTAC AGCAGCATCT TGGTGATACT
    CTCAGAATTT TCTTCAGCAA CTTTACATTA ATGCAGGAAC TCCATGAACA GGGTTTAGTC
    ATGGAGAATC CCGATAGCTT GGAGCCAGTG GTACAGCATG TACAGTGCAA GGATGGAAGC
    ACCCTGCCTG TTGATCTGAG TTTGCTTGAT GAGCTGGAGA AAGTATACAA TGCAGAAATG
    GCCTATGCCA CCTATGTCCC CTTCTCGTGC CTTATAGGTG ATGGCATTGG TCATGTGATC
    CCTAACCATG ATTTGATATG GAAGCTAACA ATGGTTTATC AGGAAGCGGT GATCCCAAAA
    GACATTGAGA GTCCAGCAGC ACCACTGTCA TCCGGTTCAA GGATAGGCTC TTCCTTTTAC
    ATTGCAGAAG ATGATGGACA GTCGGGTACA TTTGGCAGTG TCATGGTAGG CAACAGGATT
    CAAGTGCCTA AAGACATCCA GTATCCCATG TCCAGGTCAA CATGCTGCAC TCCAGTGATG
    GAGACCTTTC AGTCTGATGA AAACTCCTTC AAGCAGGACC TGCAAAAAAA TGCCCAAGGG
    CTTTGTGGCA ATTGGCTGGC ATACTGGCAG TACGAAATTG GGGTCAGTCA GCAGGAACCT
    CACTTCTGTT TCCATCAAAT TAAACTTCAG AGCTTTGTGG GTCACTCTGG GGCCATCAAA
    TGTGTCAAAC CACTGAGCGG AGAAGATTTC TTCATGAGCG GCAGCAAAGA TAAAACTGTT
    CGCTTGTGGC CTTTGTACAA CTATGGAGAT GGCACCAGAG ATATAGAAGC CCGTCACATC
    TATGCAGAGC ACAAGAGGTC TGTCTTCTAT GTGGGTCAGC TGGAGTCTGT ACAGCAGTTG
    GTGAGCTGCG ATGGAGCTGT GCATATTTGG GACCAATATA CAGGTAAGAG TATTCGAACC
    TATGAAGCAG CAGATAGCAA ACTGCCAATC ACTGCTGTCG CCACCATGCC ACCACCTTAT
    TGCAGTGTGA CTGTTGGAAG TGCTGACTCC ATCCTTCGCT TTATCGATCT CAGGAAACCA
    GGACTGCAGC ATGAATTTAA GCTAGCAAGT AATGTGAATG CTGGCCTTAT CCGATGCTTG
    GCAGTCAGCC CAAATGGACG CAGCGTTGTA GCCGGTTATT CTTCGGGGTT TATCATTCTG
    CTGGACACCA GGACAGGGCT GGTCCTAAGA GGCTGGCCGG CACATGAAGG CGATATCCTG
    CAGATGAAGG CAGCAGATGG AAACATTGTG GTGAGTTCCT CCACTGATCA CTCGCTAACA
    GTCTGGAAGG AGCTGGAGCA GAAGCCTTTG CATCAATTTA AGTCCAACTC TGACCCAATT
    CACGTGTTTG ATTTGTACGG AAATGAGATT GTCACGGGCA CTGTTGCAAA TAAGATCGGC
    ATCTACTCCA TGTTGGATTC CTTAGCCCTG CCCAACAGCA CCACTAAACT CAGCAGTGAG
    AACTTTAGGG GTACCTTGAC CAACCTTGCA GTCCTTCCTA CCAAAAGACT CCTGCTTCTA
    GGTTCAGACA ATGGAGTCGT ACGGCTTCTG GCTTGA

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

    RefSeq XP_002937192.1
    CDS251..5866
    Translation

    Target ORF information:

    RefSeq Version XM_002937146.2
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis WD repeat domain 81 (wdr81), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002937146.2

    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
    ATGGAGTGGC TTTTAGAAGC AGTCAAGAAA GAATTAAACA TTGATTCAAG GCAGCTTATT 
    ATGGCTGAAG AGGGAACCCA CGTTATTGCC TTGGTATCAC AGAAATGGCT GGCAAGCATT
    AAAGAGCGCC GAACAGTCTC TTCGCAGTGC CCAAAACCAG AAGGGTTTAG CAGTGTGGAA
    ATACAGACAT TCCTTCAGAG ATCTGTGCAT AAGTTACCAG CTGGCTGGAC TAGAATAGAA
    ATCCATGGGG TGAGAAAAGA AAGATTGGCC TACCCTGTGG CACTGAATGA TGGCTTCTTA
    GAGGGAAAGA ATATTGATTC TGAATCTCTC ATCAGGTTTA TGCAGTGCAT CGCTGTTCAG
    AATTACAATA ACATGTGGAA CGCGGCCCGT CGGACTTATG TGCAGCCGTA CGAAAGTGTG
    CATAAAGTGC CAAGCATTCA AGCATTGGAT GCGCTAAAGT TGTCACTTCA GAGGGTGTAT
    GGTTGCCCCT TTGTTTTTAT AAATAAAGCA GTGCCGAGTT TATCTCCTTC TAAAGACAGT
    TCCAGCTTTG TATTAGGTGC TTCATCCAGT TCCAATATTG TCCAAGCCGA AGCATTGCTG
    GAATCTGTAT CTATATTATA CATAATTTTA CCTTATATAC AATATTCCTT GTATGATGTG
    GTCACATTTA GTCCCGCTAA ACTTGCCAAT AGTCATGCCA AAGTACTCTT TATCTTGTAC
    AATGTACTGC AGGCTCTAAA GGCATGCCAT CAAGGGGGGC TATCAAGTGG GGCACTAACA
    TTACGCAGTG TCTTAGTTGA TGAGAAACTG TGCAGCCAGT TGAGGCCTAA CTTTATTGAC
    TATGAAAGAG AGTGTAAAAG CACAAAAGTG AAAGAAAATA TTAATACAGA GCAACTTAGG
    ACTGTTGGGT TGTGCACTTC TTGTAACAAC GAGTTAAAAC AGATTTTAAT AGATTGGATT
    CATGGCAGGA TCAGCAACTA TGACTACCTT ATGTATCTGA ATAAGCTGGC TGGTAGACGA
    GAAGGTGATC CCAATTACCA CCCAGTATTG CCTTGGGTTG TAGATTTCAC TACCAAGAAT
    GGAAAATTTA GAGACCTTAG AAAATCTAAG TTTCGATTAA ACAAGGGGGA CAAGCAGCTG
    GATTTTACTT ATGAGATGAC CAAACAAGCA TTTGTAGCTG GAGGAAGCAG TTCAGATCAC
    CTGCATGTTC CTCACCACAT TTCTGATGTT CTGTCTGACA TAACATACTA TGTGTACAAG
    GCTAGGAGGA CACCAAAGAT TGTACTTTGC AACCACGTGC GATCTCAGTG GGAGCCAAAT
    GAGTACCCTG CAAGCATGGA GCGAATGCAA GGTTGGACTC CTGATGAGTG CATTCCAGAG
    TTTTACACAG ATCCCACCAT TTTTAAATCC ATCCACACTG ACATGCCAGA CCTTGAAATA
    CCATCATGGT GCAGTTCATA TGAGGACTTT ATTCATGTCC ACCGTGCACT TTTGGAAAGC
    CGAGATGTAT CCCAGGATCT TCACCACTGG ATAGATCTTA CCTTTGGGTA CAAATTAACT
    GGGAAGAATG CACTTATGGA AAAAAACGTT TGCCTTCATT TAGTGGATAA TCATACTAAC
    TTGACATGTT TTGGGGTGGT CCAGCTTTTT GATCAGCCGC ATCCAAAGCG TTTATTAGGC
    CCCAGTTGCT CTTCTTTTGA ACCCCCTGCC ATATTGTCTA CTCAAAACAT TAGTCAAATG
    AGTGCGTGGA AAGATGAACA TACTGGTAAT GGAGTCAATG GTCCGGTAGT AGAGGCCACA
    GTGTGTGAGG CTGTTTGGAA TACTGACAAA GTGTGTGCAG GGGATGAAGA ACTGGAACAA
    GGAACAGAAG CTCTTGACTC GCTGAGCATT GTAGGAAAAG GTAATGATCA AGTATGCATC
    CCCTCTGTTC AGGTTACTAG TGCCAATATA TTCCAAGGGG AAAACAGACC TCCAGGTAGT
    AAGCCAAATA GGATAAGCAG GGCCACAACT AATGCAGAGG AAAGTCAAAG GAAACTATTA
    CTTCCTGATA GTTTTAATCC TGTTCAAGCC CTCGAAGAAC TTGAAAAACT GGACAACTTT
    CTACTTAGGG GCTTACACAG TACTTTACTG CCGGTTGAAA AATCTTCTAA AATATTTCCA
    CTTAGTCTTT TGGGTCTTTT TCAAAGAGAT ATGCAAGCCT TGGGTGTCAT GATTGCAGAG
    ATTGTTTTTG CTGGAAAGAT TCATACCACG CCACCAAAAA CCTCTTTGCT AGAACGTTAT
    ATTTTAGTTC GTAATCTTAG TAGACACCAT CCAAAGGAGA TTCCACTTCC CCTTTTGCAA
    ATGCTTGAGT CATTACTGCA ACTGCACACA CCAGAAGAAG AGCTTCTTAA AGATGGTGGG
    GAAGATACAG GGGCCCTGCT TTTTGAGTTT CCACACATTT CAAAAGGTCT TCCCCCACCT
    TGTCCTTCTT TACTCCTCAG TCCCTTGTGC TCCATAATCC CTTTTCCTGC ATACTTTCCC
    AATCTACACA AATTTATCTT AACGTACCAG TCAAGAAGAA CTGAAGACGA GAGTCAAGGC
    CGGGAGCTAG TATTTCAGCT GTGGCAGCAA ATTGATGGTA TCCTCTGTGA GATTAACCCT
    GAAGGATTGG AGATCCTACT TCCTTTTGTC TTGTCTTTGA TGACTGAAGA AAGCACAGCA
    GTCTATGCTG CATGGTATCT TTTTGAACCG GTAGCCAAGG CTTTAGGTCC AAAAAATTCA
    AATAAATACC TGTTGAAACC ACTAATAGGG GCTTATGAAA GTCCTTCACA TCTTAATGGA
    AGATTTTACC TATATACAGA TTGCTTTGTA GCACAGTTGA TTGTACGTTT GGGCTTACAG
    GCATTCCTGT CTAATTTACT TAACCACGTT CTTCAGATAC TTATTGGGTT GGAAACCTCA
    GGTGAAGAGA GAAAGTTGCT GTCAGGAGGA GCTGAAGATG AAGAAAGTGG TGGTGATAGC
    CCAGTATCCT GCAACTTTGG AGAGGCAAGA CAAACCAGTA TAGATCAAAG TGCATCCTCT
    CATGAGCTCC TGGACTACAC TTCTGGTGTC ACTTTCCATG ATCAGGGTTA CCTAGCAGAA
    AATGAGGATT TTCAGGGTAC TTTATATGTA AGTGACCCAC TTCAACCACA AGAGCCAGAG
    TCTCTTAGTT TAGGGAGGTT AAGTGACAAG AGCAGTGCAA GTGAAGTCTC CCTTGGGGAT
    GAAAAAGTTA CAGACAGTGA TTCACTAAAG GAGAAGGGGA GCTTGAAATC TGGAGACAGC
    AGTCAGGATT TGAAACAAAG TGAAGAATCT GAAGAAGAAG AGGATAGGGA ACCCTCTCCT
    GGGCTCTCTG AGCTAACGTT GTCGGTCAAC ACTGATGTAT CGGTGGATAC AGTCCTAGCC
    AGTGAAAGCA GAGAGGACGA GGAAGAAGAG CAAGACCTAA ATAACCAAAC AGAGGAAAAG
    GAGCAAAAGA TTTTAATAGA CACCACATGT AAGATGGTGA GGTGGCTCTC GGCCAAACTT
    GGTCCAACTG TGACCTCGCG TTACATCGCC CGAAATCTGC TGAGATTGCT CACATCCTGT
    TATGTTGGTC CCCAGCGACA ACAGTTTGTG GCTAACATGG AGGAGAATAG CCCACTGAGT
    GTTAAGAAGC CAGTGTGTGG GGACCAGGTG TCTAAGCCTG TGTTGGACTG TCTCATGTAT
    TTGGCTCATC TATATGGGGA ACCGTTCCTT ACATACCAGT ATCTGCCTTA CATCAACTAC
    TTGGTGGCCC CCACCAGCGG CTGTAGACTG AATAGCCGTA AGGAAGCCAG TCTATTAGCT
    GCCGTGACTC TGACCCAGAA GATCATTGTC TATCTCTCAG ACACTACTTT GATGGATATT
    CTGCCCAAGA TTAACCAGGA TGTTCTACTG CCTGTTCTCA GCATCTTGAC TTCAGCCACT
    GTTGGTTTTC CCAGTGGTGC ACAGGCCCGT ATAGCTCTGT GTGTAAAGTG CAGCAGTCTC
    CTTTCTCTAA TCTGCCTGAG GATCGGACGG GAGATGGTAC AGCAGCATCT TGGTGATACT
    CTCAGAATTT TCTTCAGCAA CTTTACATTA ATGCAGGAAC TCCATGAACA GGGTTTAGTC
    ATGGAGAATC CCGATAGCTT GGAGCCAGTG GTACAGCATG TACAGTGCAA GGATGGAAGC
    ACCCTGCCTG TTGATCTGAG TTTGCTTGAT GAGCTGGAGA AAGTATACAA TGCAGAAATG
    GCCTATGCCA CCTATGTCCC CTTCTCGTGC CTTATAGGTG ATGGCATTGG TCATGTGATC
    CCTAACCATG ATTTGATATG GAAGCTAACA ATGGTTTATC AGGAAGCGGT GATCCCAAAA
    GACATTGAGA GTCCAGCAGC ACCACTGTCA TCCGGTTCAA GGATAGGCTC TTCCTTTTAC
    ATTGCAGAAG ATGATGGACA GTCGGGTACA TTTGGCAGTG TCATGGTAGG CAACAGGATT
    CAAGTGCCTA AAGACATCCA GTATCCCATG TCCAGGTCAA CATGCTGCAC TCCAGTGATG
    GAGACCTTTC AGTCTGATGA AAACTCCTTC AAGCAGGACC TGCAAAAAAA TGCCCAAGGG
    CTTTGTGGCA ATTGGCTGGC ATACTGGCAG TACGAAATTG GGGTCAGTCA GCAGGAACCT
    CACTTCTGTT TCCATCAAAT TAAACTTCAG AGCTTTGTGG GTCACTCTGG GGCCATCAAA
    TGTGTCAAAC CACTGAGCGG AGAAGATTTC TTCATGAGCG GCAGCAAAGA TAAAACTGTT
    CGCTTGTGGC CTTTGTACAA CTATGGAGAT GGCACCAGAG ATATAGAAGC CCGTCACATC
    TATGCAGAGC ACAAGAGGTC TGTCTTCTAT GTGGGTCAGC TGGAGTCTGT ACAGCAGTTG
    GTGAGCTGCG ATGGAGCTGT GCATATTTGG GACCAATATA CAGGTAAGAG TATTCGAACC
    TATGAAGCAG CAGATAGCAA ACTGCCAATC ACTGCTGTCG CCACCATGCC ACCACCTTAT
    TGCAGTGTGA CTGTTGGAAG TGCTGACTCC ATCCTTCGCT TTATCGATCT CAGGAAACCA
    GGACTGCAGC ATGAATTTAA GCTAGCAAGT AATGTGAATG CTGGCCTTAT CCGATGCTTG
    GCAGTCAGCC CAAATGGACG CAGCGTTGTA GCCGGTTATT CTTCGGGGTT TATCATTCTG
    CTGGACACCA GGACAGGGCT GGTCCTAAGA GGCTGGCCGG CACATGAAGG CGATATCCTG
    CAGATGAAGG CAGCAGATGG AAACATTGTG GTGAGTTCCT CCACTGATCA CTCGCTAACA
    GTCTGGAAGG AGCTGGAGCA GAAGCCTTTG CATCAATTTA AGTCCAACTC TGACCCAATT
    CACGTGTTTG ATTTGTACGG AAATGAGATT GTCACGGGCA CTGTTGCAAA TAAGATCGGC
    ATCTACTCCA TGTTGGATTC CTTAGCCCTG CCCAACAGCA CCACTAAACT CAGCAGTGAG
    AACTTTAGGG GTACCTTGAC CAACCTTGCA GTCCTTCCTA CCAAAAGACT CCTGCTTCTA
    GGTTCAGACA ATGGAGTCGT ACGGCTTCTG GCTTGA

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