ccdc18 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following ccdc18 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ccdc18 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
OXa57258 XM_031901000.1
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa57259 XM_012962434.3
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa57260 XM_031901001.1
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa57261 XM_002933794.5
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OXa09061 XM_002933794.4
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $797.30
$1139.00
OXa32929 XM_012962434.2
Latest version!
Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $797.30
$1139.00

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

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

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

  • Reference Sequences (Refseq)
    CloneID OXa57258
    Clone ID Related Accession (Same CDS sequence) XM_031901000.1
    Accession Version XM_031901000.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4080bp)
    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 coiled-coil domain-containing protein 18 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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
    ATGGTACTGA TCGATTTAGC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CAACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTGAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TAACTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAAAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GAAACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA CGATCTCCAA TCAGTTACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG GACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAACCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTGG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AGCAAGAAAG GCGCAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACACTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCTATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GGTGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTCAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCA
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    RefSeq XP_031756860.1
    CDS27..4106
    Translation

    Target ORF information:

    RefSeq Version XM_031901000.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031901000.1

    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
    ATGGTACTGA TCGATTTAGC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CAACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTGAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TAACTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAAAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GAAACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA CGATCTCCAA TCAGTTACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG GACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAACCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTGG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AGCAAGAAAG GCGCAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACACTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCTATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GGTGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTCAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCA
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    CloneID OXa57259
    Clone ID Related Accession (Same CDS sequence) XM_012962434.3
    Accession Version XM_012962434.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4074bp)
    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 coiled-coil domain-containing protein 18 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_012962434.2. ##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
    ATGGTACTGA TCGATTTAGC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CAACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTGAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TAACTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAAAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GAAACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA CGATCTCCAA TCAGTTACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG GACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAACCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTGG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AGCAAGAAAG GAACTGGATA TTCAGACAAA GAATACAAGT
    ACAACAATAA GAAGTCTAGA AAATCAAGTG GAGGTAGAAT CTGCTAAGGT GAGTCATCTG
    GAGTCTGCTC TGACAGTCTG CAAAGAAGAA CTAGCCTTGT ATTTGCACGA GATAGAGGAC
    AACAGAGAGC AATTTGAACA TCAAATCAAA ACAAAGTCTG AAGAGTTGTG TTGCTTGCAA
    AATGAAGTCA AATTAAGGAC TCTGAGCCTG CAGGAAACAA GTGAGGAAAA TGTTCGCTTG
    CAGCAAACTT TACAACAGCA GCAGAATATG TTGCAACAGG GAACTGCACG AATTGGAGAG
    CTGGAGGACC ACCAGACAGA GTTAGAAAAA CAGGTTTCCA AACTTGAATA TGAACTTGAG
    AAGCAAAGAT CCATCTCAGA AGATAAGCTT CAGAGGACAC AAGATTTGCT GCATGCGGCC
    AATAGGGAAA TAGGTCTAAA AACCCAAGAA GTACAGGAGG TGTGCTGCAC ACTGAATGAG
    GTTAAACTTG AACTAAAACA TTCCAAGGTG AAAATCCTGC AAATGGAAGA AGAGTTGGTC
    TCCTTCAAAA GCAAAGAAGA AAACAATGCC AGCATGTTTA ACCAGCTGCA GAAGGATTTG
    CAGAAAACAC AAGTGGAACT GGACATGAAA AAATGTGTTG GGACAGAATT AGAGGAAAAA
    TTACACAGTG CTGAAAAGGA CATTAAAAGA AAAGAAGAGA TGGAGATACA GCTCAGTGCT
    ATGCAAAAGG ATTTAGAGGG CTATACAAAA CACATTGAGG AATTACAGGA AACACTGACA
    AAAACCCACT TGTCTGTGGA GGAGAAGCAA GTAATTATAG AAGGCCTTAC AGAAGAGCTG
    AGATCATGTA AGCAAGAACT TGAGGAGAGA GACCACGAAT TGCTAGATAT GGATCAGCTG
    CTAAAAGATC GCAACTGGGA ACTGAAACAG CGAGCTGCAC AATTAACCCA GCTGGACATG
    AGTATTCGGG AGCACAAAGG AGAGATGGAA CAAAAAATTC TAAGACTGGA AAGTGCTTTG
    GAGAAAGCTA AATTAGAAGA CCGGGATCAT ATTAAGGAGA TCACATCTTT AGATGAAAGA
    TTGCAACAAA CAAGAGATCA GCTCTGTGAA AAAGATTTTG ACTTGGTGCA AAAAGACCAA
    GTTATAAATC AACTGAAGAA GGACATTGAG CGAAGTCAGC AAACAATTAC TGATATGGAA
    AAGACTTTAA AAGTGCAGGA GCAACGTATC TCAGAAAGGC ATCAAGACGG TATGGACCTC
    AGCAAGCAAT TACGCCTTGC CCAAGAACGA ATGCATTTCT CCCAGCAGGA GCTCCTAAAA
    ACCCGACAAC AGTTGGCTGA GGCTCAGAAA GAATCAGACA GGCTTACACA ACAGCTAGAA
    GGAATGGATC TCATTTCCAA AGAAAAGCTG CAGCATGCAG AACAAATGTT AGAAGAAACA
    AATGAAACAA TATGTAATCT AAAGATGGAA CTTCAGGCCA GGAACGAGGT CATCAAAGCA
    ACAAATGAAG TATTGATACT AAAGGAATCT GAGTTAACAC GGCTGAAAAC CCGGATTTCA
    AGCTATGAAA GAACATTAGG CCTTAAGCAG CTGTCAGACA CTACTGCTAA CCCATCAGTA
    TCTTTTATAG ATCACCACCC TATGGAATCA TACAAACATC CTGAGGCTTC AGACTTGTGG
    CGGCTCAGCC CACCACTCAG TGCCAGTAAT CTAAGTCTGA CAGACATGAG CTCTTTGGAG
    TTGCCTAAAA GCATGTTGGA AGTTATGAAG GACCTGGCTC CACCAGACTC TCCACCAATG
    AAGGATACTA GCGAGGGGGC ATCTTGTGTG TCTTCTGATA GTCTGAACAA TTCTTCATTT
    AACCCTCTTA CATACACGTT GGATGAAAAC TGTGATTTTA CTTCTGACTG CCCAGACCTA
    ACAACTCTTA GTGGAATGCT TAAATACATA AAGAAAGAGA TGAGATTATC TGAATATCCA
    GCGGAACATA GCCCCAGCAA GGATGCTGAG ATTGATGGCG GATTCTTAGG ATAG

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

    RefSeq XP_012817888.2
    CDS27..4100
    Translation

    Target ORF information:

    RefSeq Version XM_012962434.3
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012962434.3

    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
    ATGGTACTGA TCGATTTAGC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CAACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTGAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TAACTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAAAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GAAACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA CGATCTCCAA TCAGTTACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG GACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAACCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTGG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AGCAAGAAAG GAACTGGATA TTCAGACAAA GAATACAAGT
    ACAACAATAA GAAGTCTAGA AAATCAAGTG GAGGTAGAAT CTGCTAAGGT GAGTCATCTG
    GAGTCTGCTC TGACAGTCTG CAAAGAAGAA CTAGCCTTGT ATTTGCACGA GATAGAGGAC
    AACAGAGAGC AATTTGAACA TCAAATCAAA ACAAAGTCTG AAGAGTTGTG TTGCTTGCAA
    AATGAAGTCA AATTAAGGAC TCTGAGCCTG CAGGAAACAA GTGAGGAAAA TGTTCGCTTG
    CAGCAAACTT TACAACAGCA GCAGAATATG TTGCAACAGG GAACTGCACG AATTGGAGAG
    CTGGAGGACC ACCAGACAGA GTTAGAAAAA CAGGTTTCCA AACTTGAATA TGAACTTGAG
    AAGCAAAGAT CCATCTCAGA AGATAAGCTT CAGAGGACAC AAGATTTGCT GCATGCGGCC
    AATAGGGAAA TAGGTCTAAA AACCCAAGAA GTACAGGAGG TGTGCTGCAC ACTGAATGAG
    GTTAAACTTG AACTAAAACA TTCCAAGGTG AAAATCCTGC AAATGGAAGA AGAGTTGGTC
    TCCTTCAAAA GCAAAGAAGA AAACAATGCC AGCATGTTTA ACCAGCTGCA GAAGGATTTG
    CAGAAAACAC AAGTGGAACT GGACATGAAA AAATGTGTTG GGACAGAATT AGAGGAAAAA
    TTACACAGTG CTGAAAAGGA CATTAAAAGA AAAGAAGAGA TGGAGATACA GCTCAGTGCT
    ATGCAAAAGG ATTTAGAGGG CTATACAAAA CACATTGAGG AATTACAGGA AACACTGACA
    AAAACCCACT TGTCTGTGGA GGAGAAGCAA GTAATTATAG AAGGCCTTAC AGAAGAGCTG
    AGATCATGTA AGCAAGAACT TGAGGAGAGA GACCACGAAT TGCTAGATAT GGATCAGCTG
    CTAAAAGATC GCAACTGGGA ACTGAAACAG CGAGCTGCAC AATTAACCCA GCTGGACATG
    AGTATTCGGG AGCACAAAGG AGAGATGGAA CAAAAAATTC TAAGACTGGA AAGTGCTTTG
    GAGAAAGCTA AATTAGAAGA CCGGGATCAT ATTAAGGAGA TCACATCTTT AGATGAAAGA
    TTGCAACAAA CAAGAGATCA GCTCTGTGAA AAAGATTTTG ACTTGGTGCA AAAAGACCAA
    GTTATAAATC AACTGAAGAA GGACATTGAG CGAAGTCAGC AAACAATTAC TGATATGGAA
    AAGACTTTAA AAGTGCAGGA GCAACGTATC TCAGAAAGGC ATCAAGACGG TATGGACCTC
    AGCAAGCAAT TACGCCTTGC CCAAGAACGA ATGCATTTCT CCCAGCAGGA GCTCCTAAAA
    ACCCGACAAC AGTTGGCTGA GGCTCAGAAA GAATCAGACA GGCTTACACA ACAGCTAGAA
    GGAATGGATC TCATTTCCAA AGAAAAGCTG CAGCATGCAG AACAAATGTT AGAAGAAACA
    AATGAAACAA TATGTAATCT AAAGATGGAA CTTCAGGCCA GGAACGAGGT CATCAAAGCA
    ACAAATGAAG TATTGATACT AAAGGAATCT GAGTTAACAC GGCTGAAAAC CCGGATTTCA
    AGCTATGAAA GAACATTAGG CCTTAAGCAG CTGTCAGACA CTACTGCTAA CCCATCAGTA
    TCTTTTATAG ATCACCACCC TATGGAATCA TACAAACATC CTGAGGCTTC AGACTTGTGG
    CGGCTCAGCC CACCACTCAG TGCCAGTAAT CTAAGTCTGA CAGACATGAG CTCTTTGGAG
    TTGCCTAAAA GCATGTTGGA AGTTATGAAG GACCTGGCTC CACCAGACTC TCCACCAATG
    AAGGATACTA GCGAGGGGGC ATCTTGTGTG TCTTCTGATA GTCTGAACAA TTCTTCATTT
    AACCCTCTTA CATACACGTT GGATGAAAAC TGTGATTTTA CTTCTGACTG CCCAGACCTA
    ACAACTCTTA GTGGAATGCT TAAATACATA AAGAAAGAGA TGAGATTATC TGAATATCCA
    GCGGAACATA GCCCCAGCAA GGATGCTGAG ATTGATGGCG GATTCTTAGG ATAG

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

    CloneID OXa57260
    Clone ID Related Accession (Same CDS sequence) XM_031901001.1
    Accession Version XM_031901001.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4026bp)
    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 coiled-coil domain-containing protein 18 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation 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
    ATGGAATTAA ATATGCCAAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT GAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTAAC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAA AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGAAA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAACGAT CTCCAATCAG
    TTACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGGACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AACCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTGGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAGCA AGAAAGGCGC AGGAACTGGA TATTCAGACA
    AAGAATACAA GTACAACAAT AAGAAGTCTA GAAAATCAAG TGGAGGTAGA ATCTGCTAAG
    GTGAGTCATC TGGAGTCTGC TCTGACAGTC TGCAAAGAAG AACTAGCCTT GTATTTGCAC
    GAGATAGAGG ACAACAGAGA GCAATTTGAA CATCAAATCA AAACAAAGTC TGAAGAGTTG
    TGTTGCTTGC AAAATGAAGT CAAATTAAGG ACTCTGAGCC TGCAGGAAAC AAGTGAGGAA
    AATGTTCGCT TGCAGCAAAC TTTACAACAG CAGCAGAATA TGTTGCAACA GGGAACTGCA
    CGAATTGGAG AGCTGGAGGA CCACCAGACA GAGTTAGAAA AACAGGTTTC CAAACTTGAA
    TATGAACTTG AGAAGCAAAG ATCCATCTCA GAAGATAAGC TTCAGAGGAC ACAAGATTTG
    CTGCATGCGG CCAATAGGGA AATAGGTCTA AAAACCCAAG AAGTACAGGA GGTGTGCTGC
    ACACTGAATG AGGTTAAACT TGAACTAAAA CATTCCAAGG TGAAAATCCT GCAAATGGAA
    GAAGAGTTGG TCTCCTTCAA AAGCAAAGAA GAAAACAATG CCAGCATGTT TAACCAGCTG
    CAGAAGGATT TGCAGAAAAC ACAAGTGGAA CTGGACATGA AAAAATGTGT TGGGACAGAA
    TTAGAGGAAA AATTACACAG TGCTGAAAAG GACATTAAAA GAAAAGAAGA GATGGAGATA
    CAGCTCAGTG CTATGCAAAA GGATTTAGAG GGCTATACAA AACACATTGA GGAATTACAG
    GAAACACTGA CAAAAACCCA CTTGTCTGTG GAGGAGAAGC AAGTAATTAT AGAAGGCCTT
    ACAGAAGAGC TGAGATCATG TAAGCAAGAA CTTGAGGAGA GAGACCACGA ATTGCTAGAT
    ATGGATCAGC TGCTAAAAGA TCGCAACTGG GAACTGAAAC AGCGAGCTGC ACAATTAACC
    CAGCTGGACA TGAGTATTCG GGAGCACAAA GGAGAGATGG AACAAAAAAT TCTAAGACTG
    GAAAGTGCTT TGGAGAAAGC TAAATTAGAA GACCGGGATC ATATTAAGGA GATCACATCT
    TTAGATGAAA GATTGCAACA AACAAGAGAT CAGCTCTGTG AAAAAGATTT TGACTTGGTG
    CAAAAAGACC AAGTTATAAA TCAACTGAAG AAGGACATTG AGCGAAGTCA GCAAACAATT
    ACTGATATGG AAAAGACTTT AAAAGTGCAG GAGCAACGTA TCTCAGAAAG GCATCAAGAC
    GGTATGGACC TCAGCAAGCA ATTACGCCTT GCCCAAGAAC GAATGCATTT CTCCCAGCAG
    GAGCTCCTAA AAACCCGACA ACAGTTGGCT GAGGCTCAGA AAGAATCAGA CAGGCTTACA
    CAACAGCTAG AAGGAATGGA TCTCATTTCC AAAGAAAAGC TGCAGCATGC AGAACAAATG
    TTAGAAGAAA CAAATGAAAC AATATGTAAT CTAAAGATGG AACTTCAGGC CAGGAACGAG
    GTCATCAAAG CAACAAATGA AGTATTGATA CTAAAGGAAT CTGAGTTAAC ACGGCTGAAA
    ACCCGGATTT CAAGCTATGA AAGAACATTA GGCCTTAAGC AGCTGTCAGA CACTACTGCT
    AACCCATCAG TATCTTTTAT AGATCACCAC CCTATGGAAT CATACAAACA TCCTGAGGCT
    TCAGACTTGT GGCGGCTCAG CCCACCACTC AGTGCCAGTA ATCTAAGTCT GACAGACATG
    AGCTCTTTGG AGTTGCCTAA AAGCATGTTG GAAGTTATGA AGGACCTGGC TCCACCAGAC
    TCTCCACCAA TGAAGGATAC TAGCGAGGGG GCATCTTGTG TGTCTTCTGA TAGTCTGAAC
    AATTCTTCAT TTAACCCTCT TACATACACG TTGGATGAAA ACTGTGATTT TACTTCTGAC
    TGCCCAGACC TAACAACTCT TAGTGGAATG CTTAAATACA TAAAGAAAGA GATGAGATTA
    TCTGAATATC CAGCGGAACA TAGCCCCAGC AAGGATGCTG AGATTGATGG CGGATTCTTA
    GGATAG

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

    RefSeq XP_031756861.1
    CDS272..4297
    Translation

    Target ORF information:

    RefSeq Version XM_031901001.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031901001.1

    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
    ATGGAATTAA ATATGCCAAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT GAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTAAC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAA AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGAAA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAACGAT CTCCAATCAG
    TTACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGGACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AACCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTGGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAGCA AGAAAGGCGC AGGAACTGGA TATTCAGACA
    AAGAATACAA GTACAACAAT AAGAAGTCTA GAAAATCAAG TGGAGGTAGA ATCTGCTAAG
    GTGAGTCATC TGGAGTCTGC TCTGACAGTC TGCAAAGAAG AACTAGCCTT GTATTTGCAC
    GAGATAGAGG ACAACAGAGA GCAATTTGAA CATCAAATCA AAACAAAGTC TGAAGAGTTG
    TGTTGCTTGC AAAATGAAGT CAAATTAAGG ACTCTGAGCC TGCAGGAAAC AAGTGAGGAA
    AATGTTCGCT TGCAGCAAAC TTTACAACAG CAGCAGAATA TGTTGCAACA GGGAACTGCA
    CGAATTGGAG AGCTGGAGGA CCACCAGACA GAGTTAGAAA AACAGGTTTC CAAACTTGAA
    TATGAACTTG AGAAGCAAAG ATCCATCTCA GAAGATAAGC TTCAGAGGAC ACAAGATTTG
    CTGCATGCGG CCAATAGGGA AATAGGTCTA AAAACCCAAG AAGTACAGGA GGTGTGCTGC
    ACACTGAATG AGGTTAAACT TGAACTAAAA CATTCCAAGG TGAAAATCCT GCAAATGGAA
    GAAGAGTTGG TCTCCTTCAA AAGCAAAGAA GAAAACAATG CCAGCATGTT TAACCAGCTG
    CAGAAGGATT TGCAGAAAAC ACAAGTGGAA CTGGACATGA AAAAATGTGT TGGGACAGAA
    TTAGAGGAAA AATTACACAG TGCTGAAAAG GACATTAAAA GAAAAGAAGA GATGGAGATA
    CAGCTCAGTG CTATGCAAAA GGATTTAGAG GGCTATACAA AACACATTGA GGAATTACAG
    GAAACACTGA CAAAAACCCA CTTGTCTGTG GAGGAGAAGC AAGTAATTAT AGAAGGCCTT
    ACAGAAGAGC TGAGATCATG TAAGCAAGAA CTTGAGGAGA GAGACCACGA ATTGCTAGAT
    ATGGATCAGC TGCTAAAAGA TCGCAACTGG GAACTGAAAC AGCGAGCTGC ACAATTAACC
    CAGCTGGACA TGAGTATTCG GGAGCACAAA GGAGAGATGG AACAAAAAAT TCTAAGACTG
    GAAAGTGCTT TGGAGAAAGC TAAATTAGAA GACCGGGATC ATATTAAGGA GATCACATCT
    TTAGATGAAA GATTGCAACA AACAAGAGAT CAGCTCTGTG AAAAAGATTT TGACTTGGTG
    CAAAAAGACC AAGTTATAAA TCAACTGAAG AAGGACATTG AGCGAAGTCA GCAAACAATT
    ACTGATATGG AAAAGACTTT AAAAGTGCAG GAGCAACGTA TCTCAGAAAG GCATCAAGAC
    GGTATGGACC TCAGCAAGCA ATTACGCCTT GCCCAAGAAC GAATGCATTT CTCCCAGCAG
    GAGCTCCTAA AAACCCGACA ACAGTTGGCT GAGGCTCAGA AAGAATCAGA CAGGCTTACA
    CAACAGCTAG AAGGAATGGA TCTCATTTCC AAAGAAAAGC TGCAGCATGC AGAACAAATG
    TTAGAAGAAA CAAATGAAAC AATATGTAAT CTAAAGATGG AACTTCAGGC CAGGAACGAG
    GTCATCAAAG CAACAAATGA AGTATTGATA CTAAAGGAAT CTGAGTTAAC ACGGCTGAAA
    ACCCGGATTT CAAGCTATGA AAGAACATTA GGCCTTAAGC AGCTGTCAGA CACTACTGCT
    AACCCATCAG TATCTTTTAT AGATCACCAC CCTATGGAAT CATACAAACA TCCTGAGGCT
    TCAGACTTGT GGCGGCTCAG CCCACCACTC AGTGCCAGTA ATCTAAGTCT GACAGACATG
    AGCTCTTTGG AGTTGCCTAA AAGCATGTTG GAAGTTATGA AGGACCTGGC TCCACCAGAC
    TCTCCACCAA TGAAGGATAC TAGCGAGGGG GCATCTTGTG TGTCTTCTGA TAGTCTGAAC
    AATTCTTCAT TTAACCCTCT TACATACACG TTGGATGAAA ACTGTGATTT TACTTCTGAC
    TGCCCAGACC TAACAACTCT TAGTGGAATG CTTAAATACA TAAAGAAAGA GATGAGATTA
    TCTGAATATC CAGCGGAACA TAGCCCCAGC AAGGATGCTG AGATTGATGG CGGATTCTTA
    GGATAG

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

    CloneID OXa57261
    Clone ID Related Accession (Same CDS sequence) XM_002933794.5
    Accession Version XM_002933794.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4020bp)
    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 coiled-coil domain-containing protein 18 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) 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_002933794.4. ##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
    ATGGAATTAA ATATGCCAAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT GAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTAAC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAA AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGAAA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAACGAT CTCCAATCAG
    TTACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGGACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AACCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTGGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAGCA AGAAAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACACTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCTATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GGTGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTCAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCA
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    RefSeq XP_002933840.3
    CDS129..4148
    Translation

    Target ORF information:

    RefSeq Version XM_002933794.5
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002933794.5

    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
    ATGGAATTAA ATATGCCAAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT GAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTAAC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAA AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGAAA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAACGAT CTCCAATCAG
    TTACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGGACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AACCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTGGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAGCA AGAAAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACACTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCTATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GGTGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTCAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCA
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    CloneID OXa09061
    Clone ID Related Accession (Same CDS sequence) XM_002933794.4
    Accession Version XM_002933794.4 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4020bp)
    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 coiled-coil domain-containing protein 18 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002933794.3. ##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
    ATGGAATTAA ATATGCCTAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT TAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTACC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAG AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGACA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAATGAT CTCCAATCAG
    TCACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGTACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AATCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTTGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAACA AGAAAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACATTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCCATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GATGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTAAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCG
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    RefSeq XP_002933840.2
    CDS461..4480
    Translation

    Target ORF information:

    RefSeq Version XM_002933794.4
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_002933794.4

    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
    ATGGAATTAA ATATGCCTAC ATATAATGAT CACATTGAGG AACCAAAAGA TGATCTTCTG 
    TTAATGGGCC AACTGATGCG AGCAGATTGG GGTATAAAGA ATGTAGAAGA AAAGCTGTCT
    GTTGACCATT CTAGTGAGCA TTCCCTAAGC AGAGCTCCAC TGGGGCTCAC TTTGGAAGAT
    CTTGAGCAGC CCGGTAATCC CAGTGTCAGA GAAAACCTGC TTAGAAGCAG AAACACAGTT
    GCACAGAATG GAGGAAACTC TCTAAGGACA TTCAAAGATA AGCTCATCAT CACACAACCT
    GGATCGTCAA GAAATACAGA ACAACAAAAT AGGCAATTAA AGGAAAAATT TAATTTTCTT
    CGAGAACAAA ATGCTTCATT GGTGTCCCAA AACCACTCTC TTATGAATAA GATTGACTGT
    GTACAGTCAG AATTAACAAA GTCCAGGTCT AGAATCCGCT ATGTTGAGTC TACTGTTGGC
    GCAAGGGCAA TGAGATTACC TGATCTGGAG GAGCGATTAG TAATCTTGGA AGCCAAAGCT
    GAAGCTCAAG AAAAAGCCCT TAGAACTACA GAAGATCAGC TAGAACATAG TCAGCATATC
    TTGGCTGAAA AAGAGAGCAT TCTACAAAAG TTTAAAGAAG AGCTAAAGAA GCTGAAAGAA
    GAATTGTTTG AATCCTGTAG GTTATGCAAG AGAACTGAAA AACAGAGAAA TGAGGCACTT
    TTCAATGCTG AAGAACTCAA AAAAGCCTTT CAACAGTACA AAAACAAAAT GGAAAATAAA
    ATGGAAAAGG TTCAGGAAGA AGGGGAGCTC CTAAAAAAGA ATATTTTAAG CTGTGAGAAA
    GAACAAGAGG CTTTGCAGCA AAAGTGTGTA ATGTTGGACA CTGAACTGGA AAAGTCAAGG
    GAGCTTTTAA GAAATGTGCA GTCTGAAAAG ATTTCCAGCC AAGAGCGGCA TCAGTGTGTT
    GAAGCCAAAA ATGCTGAACT TATTTCTCTG TTAACACAGT CTAATCAGAG AATTCTTAGA
    CTTGAAAGTG AACTTGAACA TAAAGGAAAA GTGCTCAAAG AGAACACAAG TCTTCTTGAT
    GAGAACAAAG CAGTGAAAGA ATGTCCTGCA AAGACAAAAC AAGAAATGAT CTCCAATCAG
    TCACCAGAAC AACCTGCAGA TTCTGTTTCT GATGACAGCA GAATGATTAT TGCAGAGCTA
    AGGGCAAAAC TGTTAATCAG AGAAGCAGAA AACCGAGAAC TTCAAGCCAA ACTTACAAAC
    AGAAAGTTAC TAACAAACAG CTATAAAAAT AACCAAGAAA AAGACTGCTT GGATGAATTG
    GAGACCGAAC CAGTGAAACT GAACCAACAA AATACAGCGG AGGAAAAATA CCTGCAGCTC
    GAGCTCCTCT GCAAGCAGAT TCAGATGGAC AAGGAAAGAC TTACAGACCA TGTGAAAGAA
    TTACAAGGGA AGTTCAGCCG GGCACGTACT GAACTTACCA ACACAAAGAC TTCCATGGAA
    CAGAGAACCA GCCAGTTTCA GCTGATACAA CAGGAGTTGC TGGAAAAAGC ATCAAAAGCA
    ACCAAGTTAG AGCAGGAATT ATTAAAGAAA CGTATGAAGA TCAGTGCGCT TCAGAAGCTG
    GTGGAAGAAA AGACACAGGT TTATTCTGCT GCTGAAACCA GGAATGCAGA AGTGGAAAAA
    GAGCTTAAGA AATATAAAGA TCAAATAGTC AATCTGGAAG ACAATATTAA CAAAGAACAT
    GAAGAAGTCC TCTTGACATT TGAAAAATCT AAAGAGATCC ATCTTGAGCA GCAGAAGGAA
    TTGATGAAAC AGATAGAACA TCTTCAGATT CAACTAGAAA TGAAAAATCT TCATGCAGGA
    GAACAAGAAC AGACAATTGC AATCCTTCAG AAAGAAAATT TATCAAAGCA ACAACAGCTG
    GAATCACTCA ATCATCTTTT AACACAAACA AGAAAGGAAC TGGATATTCA GACAAAGAAT
    ACAAGTACAA CAATAAGAAG TCTAGAAAAT CAAGTGGAGG TAGAATCTGC TAAGGTGAGT
    CATCTGGAGT CTGCTCTGAC AGTCTGCAAA GAAGAACTAG CCTTGTATTT GCACGAGATA
    GAGGACAACA GAGAGCAATT TGAACATCAA ATCAAAACAA AGTCTGAAGA GTTGTGTTGC
    TTGCAAAATG AAGTCAAATT AAGGACTCTG AGCCTGCAGG AAACAAGTGA GGAAAATGTT
    CGCTTGCAGC AAACTTTACA ACAGCAGCAG AATATGTTGC AACAGGGAAC TGCACGAATT
    GGAGAGCTGG AGGACCACCA GACAGAGTTA GAAAAACAGG TTTCCAAACT TGAATATGAA
    CTTGAGAAGC AAAGATCCAT CTCAGAAGAT AAGCTTCAGA GGACACAAGA TTTGCTGCAT
    GCGGCCAATA GGGAAATAGG TCTAAAAACC CAAGAAGTAC AGGAGGTGTG CTGCACATTG
    AATGAGGTTA AACTTGAACT AAAACATTCC AAGGTGAAAA TCCTGCAAAT GGAAGAAGAG
    TTGGTCTCCT TCAAAAGCAA AGAAGAAAAC AATGCCAGCA TGTTTAACCA GCTGCAGAAG
    GATTTGCAGA AAACACAAGT GGAACTGGAC ATGAAAAAAT GTGTTGGGAC AGAATTAGAG
    GAAAAATTAC ACAGTGCTGA AAAGGACATT AAAAGAAAAG AAGAGATGGA GATACAGCTC
    AGTGCCATGC AAAAGGATTT AGAGGGCTAT ACAAAACACA TTGAGGAATT ACAGGAAACA
    CTGACAAAAA CCCACTTGTC TGTGGAGGAG AAGCAAGTAA TTATAGAAGG CCTTACAGAA
    GAGCTGAGAT CATGTAAGCA AGAACTTGAG GAGAGAGACC ACGAATTGCT AGATATGGAT
    CAGCTGCTAA AAGATCGCAA CTGGGAACTG AAACAGCGAG CTGCACAATT AACCCAGCTG
    GACATGAGTA TTCGGGAGCA CAAAGGAGAG ATGGAACAAA AAATTCTAAG ACTGGAAAGT
    GCTTTGGAGA AAGCTAAATT AGAAGACCGG GATCATATTA AGGAGATCAC ATCTTTAGAT
    GAAAGATTGC AACAAACAAG AGATCAGCTC TGTGAAAAAG ATTTTGACTT GATGCAAAAA
    GACCAAGTTA TAAATCAACT GAAGAAGGAC ATTGAGCGAA GTCAGCAAAC AATTACTGAT
    ATGGAAAAGA CTTTAAAAGT GCAGGAGCAA CGTATCTCAG AAAGGCATCA AGACGGTATG
    GACCTCAGCA AGCAATTACG CCTTGCCCAA GAACGAATGC ATTTCTCCCA GCAGGAGCTC
    CTAAAAACCC GACAACAGTT GGCTGAGGCT CAGAAAGAAT CAGACAGGCT TACACAACAG
    CTAGAAGGAA TGGATCTAAT TTCCAAAGAA AAGCTGCAGC ATGCAGAACA AATGTTAGAA
    GAAACAAATG AAACAATATG TAATCTAAAG ATGGAACTTC AGGCCAGGAA CGAGGTCATC
    AAAGCAACAA ATGAAGTATT GATACTAAAG GAATCTGAGT TAACACGGCT GAAAACCCGG
    ATTTCAAGCT ATGAAAGAAC ATTAGGCCTT AAGCAGCTGT CAGACACTAC TGCTAACCCG
    TCAGTATCTT TTATAGATCA CCACCCTATG GAATCATACA AACATCCTGA GGCTTCAGAC
    TTGTGGCGGC TCAGCCCACC ACTCAGTGCC AGTAATCTAA GTCTGACAGA CATGAGCTCT
    TTGGAGTTGC CTAAAAGCAT GTTGGAAGTT ATGAAGGACC TGGCTCCACC AGACTCTCCA
    CCAATGAAGG ATACTAGCGA GGGGGCATCT TGTGTGTCTT CTGATAGTCT GAACAATTCT
    TCATTTAACC CTCTTACATA CACGTTGGAT GAAAACTGTG ATTTTACTTC TGACTGCCCA
    GACCTAACAA CTCTTAGTGG AATGCTTAAA TACATAAAGA AAGAGATGAG ATTATCTGAA
    TATCCAGCGG AACATAGCCC CAGCAAGGAT GCTGAGATTG ATGGCGGATT CTTAGGATAG

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

    CloneID OXa32929
    Clone ID Related Accession (Same CDS sequence) XM_012962434.2
    Accession Version XM_012962434.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4074bp)
    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 coiled-coil domain-containing protein 18 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) 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_012962434.1. ##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
    ATGGTACTGA TCGATTTACC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CTACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTTAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TACCTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAGAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GACACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA TGATCTCCAA TCAGTCACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG TACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAATCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTTG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AACAAGAAAG GAACTGGATA TTCAGACAAA GAATACAAGT
    ACAACAATAA GAAGTCTAGA AAATCAAGTG GAGGTAGAAT CTGCTAAGGT GAGTCATCTG
    GAGTCTGCTC TGACAGTCTG CAAAGAAGAA CTAGCCTTGT ATTTGCACGA GATAGAGGAC
    AACAGAGAGC AATTTGAACA TCAAATCAAA ACAAAGTCTG AAGAGTTGTG TTGCTTGCAA
    AATGAAGTCA AATTAAGGAC TCTGAGCCTG CAGGAAACAA GTGAGGAAAA TGTTCGCTTG
    CAGCAAACTT TACAACAGCA GCAGAATATG TTGCAACAGG GAACTGCACG AATTGGAGAG
    CTGGAGGACC ACCAGACAGA GTTAGAAAAA CAGGTTTCCA AACTTGAATA TGAACTTGAG
    AAGCAAAGAT CCATCTCAGA AGATAAGCTT CAGAGGACAC AAGATTTGCT GCATGCGGCC
    AATAGGGAAA TAGGTCTAAA AACCCAAGAA GTACAGGAGG TGTGCTGCAC ATTGAATGAG
    GTTAAACTTG AACTAAAACA TTCCAAGGTG AAAATCCTGC AAATGGAAGA AGAGTTGGTC
    TCCTTCAAAA GCAAAGAAGA AAACAATGCC AGCATGTTTA ACCAGCTGCA GAAGGATTTG
    CAGAAAACAC AAGTGGAACT GGACATGAAA AAATGTGTTG GGACAGAATT AGAGGAAAAA
    TTACACAGTG CTGAAAAGGA CATTAAAAGA AAAGAAGAGA TGGAGATACA GCTCAGTGCC
    ATGCAAAAGG ATTTAGAGGG CTATACAAAA CACATTGAGG AATTACAGGA AACACTGACA
    AAAACCCACT TGTCTGTGGA GGAGAAGCAA GTAATTATAG AAGGCCTTAC AGAAGAGCTG
    AGATCATGTA AGCAAGAACT TGAGGAGAGA GACCACGAAT TGCTAGATAT GGATCAGCTG
    CTAAAAGATC GCAACTGGGA ACTGAAACAG CGAGCTGCAC AATTAACCCA GCTGGACATG
    AGTATTCGGG AGCACAAAGG AGAGATGGAA CAAAAAATTC TAAGACTGGA AAGTGCTTTG
    GAGAAAGCTA AATTAGAAGA CCGGGATCAT ATTAAGGAGA TCACATCTTT AGATGAAAGA
    TTGCAACAAA CAAGAGATCA GCTCTGTGAA AAAGATTTTG ACTTGATGCA AAAAGACCAA
    GTTATAAATC AACTGAAGAA GGACATTGAG CGAAGTCAGC AAACAATTAC TGATATGGAA
    AAGACTTTAA AAGTGCAGGA GCAACGTATC TCAGAAAGGC ATCAAGACGG TATGGACCTC
    AGCAAGCAAT TACGCCTTGC CCAAGAACGA ATGCATTTCT CCCAGCAGGA GCTCCTAAAA
    ACCCGACAAC AGTTGGCTGA GGCTCAGAAA GAATCAGACA GGCTTACACA ACAGCTAGAA
    GGAATGGATC TAATTTCCAA AGAAAAGCTG CAGCATGCAG AACAAATGTT AGAAGAAACA
    AATGAAACAA TATGTAATCT AAAGATGGAA CTTCAGGCCA GGAACGAGGT CATCAAAGCA
    ACAAATGAAG TATTGATACT AAAGGAATCT GAGTTAACAC GGCTGAAAAC CCGGATTTCA
    AGCTATGAAA GAACATTAGG CCTTAAGCAG CTGTCAGACA CTACTGCTAA CCCGTCAGTA
    TCTTTTATAG ATCACCACCC TATGGAATCA TACAAACATC CTGAGGCTTC AGACTTGTGG
    CGGCTCAGCC CACCACTCAG TGCCAGTAAT CTAAGTCTGA CAGACATGAG CTCTTTGGAG
    TTGCCTAAAA GCATGTTGGA AGTTATGAAG GACCTGGCTC CACCAGACTC TCCACCAATG
    AAGGATACTA GCGAGGGGGC ATCTTGTGTG TCTTCTGATA GTCTGAACAA TTCTTCATTT
    AACCCTCTTA CATACACGTT GGATGAAAAC TGTGATTTTA CTTCTGACTG CCCAGACCTA
    ACAACTCTTA GTGGAATGCT TAAATACATA AAGAAAGAGA TGAGATTATC TGAATATCCA
    GCGGAACATA GCCCCAGCAA GGATGCTGAG ATTGATGGCG GATTCTTAGG ATAG

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

    RefSeq XP_012817888.1
    CDS16..4089
    Translation

    Target ORF information:

    RefSeq Version XM_012962434.2
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis coiled-coil domain containing 18 (ccdc18), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012962434.2

    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
    ATGGTACTGA TCGATTTACC AGTGTCAGCA GAACGAAGGA AGTATATTGT ACAAATGGAA 
    TTAAATATGC CTACATATAA TGATCACATT GAGGAACCAA AAGATGATCT TCTGTTAATG
    GGCCAACTGA TGCGAGCAGA TTGGGGTATA AAGAATGTAG AAGAAAAGCT GTCTGTTGAC
    CATTCTAGTG AGCATTCCCT AAGCAGAGCT CCACTGGGGC TCACTTTGGA AGATCTTGAG
    CAGCCCGGTA ATCCCAGTGT CAGAGAAAAC CTGCTTAGAA GCAGAAACAC AGTTGCACAG
    AATGGAGGAA ACTCTCTAAG GACATTCAAA GATAAGCTCA TCATCACACA ACCTGGATCG
    TCAAGAAATA CAGAACAACA AAATAGGCAA TTAAAGGAAA AATTTAATTT TCTTCGAGAA
    CAAAATGCTT CATTGGTGTC CCAAAACCAC TCTCTTATGA ATAAGATTGA CTGTGTACAG
    TCAGAATTAA CAAAGTCCAG GTCTAGAATC CGCTATGTTG AGTCTACTGT TGGCGCAAGG
    GCAATGAGAT TACCTGATCT GGAGGAGCGA TTAGTAATCT TGGAAGCCAA AGCTGAAGCT
    CAAGAAAAAG CCCTTAGAAC TACAGAAGAT CAGCTAGAAC ATAGTCAGCA TATCTTGGCT
    GAAAAAGAGA GCATTCTACA AAAGTTTAAA GAAGAGCTAA AGAAGCTGAA AGAAGAATTG
    TTTGAATCCT GTAGGTTATG CAAGAGAACT GAAAAACAGA GAAATGAGGC ACTTTTCAAT
    GCTGAAGAAC TCAAAAAAGC CTTTCAACAG TACAAAAACA AAATGGAAAA TAAAATGGAA
    AAGGTTCAGG AAGAAGGGGA GCTCCTAAAA AAGAATATTT TAAGCTGTGA GAAAGAACAA
    GAGGCTTTGC AGCAAAAGTG TGTAATGTTG GACACTGAAC TGGAAAAGTC AAGGGAGCTT
    TTAAGAAATG TGCAGTCTGA AAAGATTTCC AGCCAAGAGC GGCATCAGTG TGTTGAAGCC
    AAAAATGCTG AACTTATTTC TCTGTTAACA CAGTCTAATC AGAGAATTCT TAGACTTGAA
    AGTGAACTTG AACATAAAGG AAAAGTGCTC AAAGAGAACA CAAGTCTTCT TGATGAGAAC
    AAAGCAGTGA AAGAATGTCC TGCAAAGACA AAACAAGAAA TGATCTCCAA TCAGTCACCA
    GAACAACCTG CAGATTCTGT TTCTGATGAC AGCAGAATGA TTATTGCAGA GCTAAGGGCA
    AAACTGTTAA TCAGAGAAGC AGAAAACCGA GAACTTCAAG CCAAACTTAC AAACAGAAAG
    TTACTAACAA ACAGCTATAA AAATAACCAA GAAAAAGACT GCTTGGATGA ATTGGAGACC
    GAACCAGTGA AACTGAACCA ACAAAATACA GCGGAGGAAA AATACCTGCA GCTCGAGCTC
    CTCTGCAAGC AGATTCAGAT GGACAAGGAA AGACTTACAG ACCATGTGAA AGAATTACAA
    GGGAAGTTCA GCCGGGCACG TACTGAACTT ACCAACACAA AGACTTCCAT GGAACAGAGA
    ACCAGCCAGT TTCAGCTGAT ACAACAGGAG TTGCTGGAAA AAGCATCAAA AGCAACCAAG
    TTAGAGCAGG AATTATTAAA GAAACGTATG AAGATCAGTG CGCTTCAGAA GCTGGTGGAA
    GAAAAGACAC AGGTTTATTC TGCTGCTGAA ACCAGGAATG CAGAAGTGGA AAAAGAGCTT
    AAGAAATATA AAGATCAAAT AGTCAATCTG GAAGACAATA TTAACAAAGA ACATGAAGAA
    GTCCTCTTGA CATTTGAAAA ATCTAAAGAG ATCCATCTTG AGCAGCAGAA GGAATTGATG
    AAACAGATAG AACATCTTCA GATTCAACTA GAAATGAAAA ATCTTCATGC AGGAGAACAA
    GAACAGACAA TTGCAATCCT TCAGAAAGAA AATTTATCAA AGCAACAACA GCTGGAATCA
    CTCAATCATC TTTTAACACA AACAAGAAAG GAACTGGATA TTCAGACAAA GAATACAAGT
    ACAACAATAA GAAGTCTAGA AAATCAAGTG GAGGTAGAAT CTGCTAAGGT GAGTCATCTG
    GAGTCTGCTC TGACAGTCTG CAAAGAAGAA CTAGCCTTGT ATTTGCACGA GATAGAGGAC
    AACAGAGAGC AATTTGAACA TCAAATCAAA ACAAAGTCTG AAGAGTTGTG TTGCTTGCAA
    AATGAAGTCA AATTAAGGAC TCTGAGCCTG CAGGAAACAA GTGAGGAAAA TGTTCGCTTG
    CAGCAAACTT TACAACAGCA GCAGAATATG TTGCAACAGG GAACTGCACG AATTGGAGAG
    CTGGAGGACC ACCAGACAGA GTTAGAAAAA CAGGTTTCCA AACTTGAATA TGAACTTGAG
    AAGCAAAGAT CCATCTCAGA AGATAAGCTT CAGAGGACAC AAGATTTGCT GCATGCGGCC
    AATAGGGAAA TAGGTCTAAA AACCCAAGAA GTACAGGAGG TGTGCTGCAC ATTGAATGAG
    GTTAAACTTG AACTAAAACA TTCCAAGGTG AAAATCCTGC AAATGGAAGA AGAGTTGGTC
    TCCTTCAAAA GCAAAGAAGA AAACAATGCC AGCATGTTTA ACCAGCTGCA GAAGGATTTG
    CAGAAAACAC AAGTGGAACT GGACATGAAA AAATGTGTTG GGACAGAATT AGAGGAAAAA
    TTACACAGTG CTGAAAAGGA CATTAAAAGA AAAGAAGAGA TGGAGATACA GCTCAGTGCC
    ATGCAAAAGG ATTTAGAGGG CTATACAAAA CACATTGAGG AATTACAGGA AACACTGACA
    AAAACCCACT TGTCTGTGGA GGAGAAGCAA GTAATTATAG AAGGCCTTAC AGAAGAGCTG
    AGATCATGTA AGCAAGAACT TGAGGAGAGA GACCACGAAT TGCTAGATAT GGATCAGCTG
    CTAAAAGATC GCAACTGGGA ACTGAAACAG CGAGCTGCAC AATTAACCCA GCTGGACATG
    AGTATTCGGG AGCACAAAGG AGAGATGGAA CAAAAAATTC TAAGACTGGA AAGTGCTTTG
    GAGAAAGCTA AATTAGAAGA CCGGGATCAT ATTAAGGAGA TCACATCTTT AGATGAAAGA
    TTGCAACAAA CAAGAGATCA GCTCTGTGAA AAAGATTTTG ACTTGATGCA AAAAGACCAA
    GTTATAAATC AACTGAAGAA GGACATTGAG CGAAGTCAGC AAACAATTAC TGATATGGAA
    AAGACTTTAA AAGTGCAGGA GCAACGTATC TCAGAAAGGC ATCAAGACGG TATGGACCTC
    AGCAAGCAAT TACGCCTTGC CCAAGAACGA ATGCATTTCT CCCAGCAGGA GCTCCTAAAA
    ACCCGACAAC AGTTGGCTGA GGCTCAGAAA GAATCAGACA GGCTTACACA ACAGCTAGAA
    GGAATGGATC TAATTTCCAA AGAAAAGCTG CAGCATGCAG AACAAATGTT AGAAGAAACA
    AATGAAACAA TATGTAATCT AAAGATGGAA CTTCAGGCCA GGAACGAGGT CATCAAAGCA
    ACAAATGAAG TATTGATACT AAAGGAATCT GAGTTAACAC GGCTGAAAAC CCGGATTTCA
    AGCTATGAAA GAACATTAGG CCTTAAGCAG CTGTCAGACA CTACTGCTAA CCCGTCAGTA
    TCTTTTATAG ATCACCACCC TATGGAATCA TACAAACATC CTGAGGCTTC AGACTTGTGG
    CGGCTCAGCC CACCACTCAG TGCCAGTAAT CTAAGTCTGA CAGACATGAG CTCTTTGGAG
    TTGCCTAAAA GCATGTTGGA AGTTATGAAG GACCTGGCTC CACCAGACTC TCCACCAATG
    AAGGATACTA GCGAGGGGGC ATCTTGTGTG TCTTCTGATA GTCTGAACAA TTCTTCATTT
    AACCCTCTTA CATACACGTT GGATGAAAAC TGTGATTTTA CTTCTGACTG CCCAGACCTA
    ACAACTCTTA GTGGAATGCT TAAATACATA AAGAAAGAGA TGAGATTATC TGAATATCCA
    GCGGAACATA GCCCCAGCAA GGATGCTGAG ATTGATGGCG GATTCTTAGG ATAG

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