fndc1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following fndc1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the fndc1 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
OXa44455 XM_018093997.1
Latest version!
Xenopus tropicalis fibronectin type III domain containing 1 (fndc1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
OXa58887 XM_031902567.1
Latest version!
Xenopus tropicalis fibronectin type III domain containing 1 (fndc1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $951.30
$1359.00

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 OXa44455
    Clone ID Related Accession (Same CDS sequence) XM_018093997.1
    Accession Version XM_018093997.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5769bp)
    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 fibronectin type III domain-containing protein 1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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## ##RefSeq-Attributes-START## ab initio :: 39% of CDS bases ##RefSeq-Attributes-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    ATGGCATCTT CAAGAAGTGA AACTGCAAAT ATGCAAACAA AAAGGAAGGC CCCAAGAAGA 
    ATATTCCGAG TACGCCCTCG ACCAGCTGGT GACAGATCAT CTGTTCTACA GGCATTGGGA
    CTAAGAACTA CACGCAGATT TCGAGGCTAT TTGCCTAGTC CTGGAGAGAG CGCAAGGAAG
    ATAAATTATG CTCCTCTTAA GCAAAGTGCT CAGAACCAAG ACAATAAGCA ACGTGCATCT
    GAGTCAGTGC ACGTGGTCTC ATTACCATCA ACGAATTCTC AGAGGAAAAG CCAGCCAGTA
    TATCGGGCAG CTGTTACAAA GCTTAAAATT CCAGAGGAAA CCCATTTTGT GGAACTAAAA
    GATGTCAGCG TGAGAGTCAT ATCTTCTCAA TCTGTGCTTG TTTCCTGGGT AGACCCCGAC
    TATGAAAAGT CACCAAAGGT TGGCTCAAAC AGACAGTACG CTGTGCGCTA CAGAGAAAAA
    GGAGAATCTG CTCGATGGGA TTACAAGCAA GTTAACACAA GGCGTGCATT GGTGGACAAA
    TTAAATCCTG ATGCTATGTA TGAATTTTCT GTCCGTGTTT CTGTAGAAGG CACTGAGGGC
    CAATGGAGCT CTTCTGTTTT TCAAAGAACC CCTGAATCTG CTCCAACAAG TGCCCCAGAC
    AACTTTGATG TGGACCCATT AAAGGGAAAA GGAACAGCTG TAATGGCAAA ATGGGATGAT
    CTTGATGATG CCAATGGCAA GATTAAAGAA TACATTATCT CATATGCTCC TGCGCTGAAA
    CCATTTGGAG GCAAATCCCT GTCCTACTCT GGAAGAACTA CTTCAGCCAT AATAGAAGGC
    CTGCACCCTG GGGAACGTTA CATTTTTAAA ATACGAGCAG CGAATAGGAG GGGGCAGGGC
    CCACAGTCTA AAGCTGTTAC AGTCATTATG CCCCTAGCCA GCACTGCATC CAAAACTCTA
    CATCCTTCAT TTCAAAGAAA GGATGCTGAT GAACTTGAAG AAAAACAAGA AAAAGATGAT
    TTGTTATCAA CTTCAGAAGA GACTGATAAC TTAAAGTCTA ATTTTAAAAC TGATACAGAA
    TCAGAATCTA ATACTAAATC ATCACATGCA GGTGTTAGAA AAAACCCTCT AGAATCCAGC
    AAGAAAACTG TTGATACAGA ATCCAGTCCT CAATCAACTG AAATCACTTT AGACATTAAA
    CCTACAACAC CAAAGCCAAA ATTTCTACCC ATTGCTCCAA GGAGGCGAGT TCGTCCTATT
    GTAATAAAGA GACCTGTCTT AAACAATGGA AGAAGACCTC TAAGAAAATA TCCTACAGAA
    GTAGAACAAA AAGAGCCAGA TAATAAACTT GTTTCCCCTA CACTTTCCAT AGATGAAGAC
    AATGAAACCA GTGACCCAAA AGTAGATGAT TCAGACAATG ATTCCCTTAC TGAAAGAAAT
    CCTCCCTCTA AGGTAATGGA ACCTAATGAG AACCAAGAGG AGGAAGAACA CCAGCTTTCA
    GATTATAATG ATTCAAAGAA TGTAGTGACC AACATTTCAC CATTAGATTC TATAAAGACT
    GAAACAAGTA TCTCTGGGAA CAAAGATGAT AGTGAACTTG ATTTAGACAT AAGCAAAAAC
    ATGCCAGAAT CCCTTTCTAC TAATGCCCCT AAAAAAGAAT CAACCTATTC AAACCACAGA
    AAACCCTTAA ACAGGTTTCC AGTTATTCAA GGAAATGGCA AATCTTCTTC AAGCTCAGTT
    AGGATTCCAA CACGTAACCA GCCTAATTAT GCTTCTAAAT TGCCATTAAC AAGTGTGCAT
    CAAGCAGAGA AACAAACTAG TGAAAGTGAA GAAAAAACTA AAAATGTTTT TGATAAAAAT
    CCAGAAAGGA CAAATACCAG TCCTACCCAA TCTATCATTC ATCCAAAACC TCGCTCTAAA
    ATAGTTTCCT CTCAAAAAAC TGTTCCTCGT ATAAAACCCC AAACACAACC ATCTGTCCAT
    GTAAACAAAG CCAAAGAATC AGGACCTCAT ATTACAAATA ATTTAAGAAA TCATGATGTT
    GATATTAGTG TTGAAACAAA GAATACAGAA GACAGAAGCA AATATTCAGA TTTTAGGGAA
    CACGGATCCT CAAAAACCCC TGTACAGAAA TTTCCTAACA TACACACCAG TTCAACATTG
    AGTTCATCTT CTGATACTAA TCCCATTTCA TCTGATGAAG ATTCTGATCA TATATATACA
    GAGCAAACAG AGAACGAAAA AGAAGCCTTT GCACCTGAGC ACAATAAGAT ACAAACAGCC
    ATTAGCAATA CTGCAAAGGA CATCTCTACA AGTACTCCTA TTCCTACTAC CACTATTTCT
    ACCACAACCA CCTCTTCTAC AACTAAACCT CAAACTACAT CTACATCTTT CAAGCCAAAT
    ATAAGAGAAA AACCCCATAC AGATTTGGTG CCATCCTTCA CTGGAAAATC TGCATTATCA
    ATTCTAGAAT ATTACAGAAG AAGGAGCAAC CAAGTAAATC CAAATGTTGG CAGTAGACTT
    ACTTATAGAA ACAACTTAAG GGTTCAGGCT ACTACAAGTA CTACTGTGGC AACTACAACC
    ATGTCAACAA CAACAACAAC AACTGTTCCA ACAACATTAA CCTCAAAATA TATAGAAGAA
    AATAGCCATA GCAGATCAAT AGATACTAAA AGGGAAAATG GAAAATACAA CTTAGGGTCA
    TCTTTGTTGC CTTCAAAACC TACAGTACAT ATTAAAACAG ATCACCAATC TCCTAATGAA
    TTTGAACCAA ATGTTAATGT ATCTCCAACT TCCCAAACAC CTAGTGAAGC TGCTGAAAAA
    TCCTCTTTAC CAGCACTTGT CAGCACTAAG AAAACAAATA CTTATAATGT ACCATCAAAA
    ACAAATATTT TACAGCCTAA ATATAAAAAA GTAATTGCAC CTAAAGTCCC TATGAGAGAC
    AACAGAAAGG TCTCTGCTGG TTCAATTCTG AACCAAAAAT TTCCTAATGA TCGTCAGTCA
    TCTGCATCTA ACAGGAAGAG TAATATTTCT TCAGACAATT CCAACTTAGA AGAAACAGAG
    AAAATATCTG ACATTTCTGT GAGTACATCT GATCTCATAT CTCCTTCAGC ATCAAGCATT
    CATTCTAACA AAGGTTCCTC CTTACCTTTT CCAAACCATA AATCAAATAA CATTCAATCT
    AAGAATAAAG AAGGAATATA TCAAGCAAAT AGCGAGACCA TCATTCCGTC TGTAGCATCA
    TATTCCTACT TACCATCCAA CAGAAATGTT GGCATTAGAA AAACATCCCT GGGTAGACCC
    CACCAAAATC TTACTTATTT ACAATCTGGT GTTGGTTCAT TTTCAGAAGC TGGACAAAAT
    ACAAATACAC AAAACTTGCC AAAAGCTGTT GCCTCTGATA AACACACTTC TTTATCCAAG
    GCACTGCCTG GTTCAAAGCC AAGAGTTAGT TACAAAGTAC CTATGAGACT TTCAGTGGAT
    GGAAGAAAGA TCAATAAACC CAACATATCA CCTTCAATAG AAAAGGATCA GACAAAGCAA
    ATTTCAGCTT CTCTTCCAAA AGCTCAACTT CCTACTGGAA GGAAAGATGA AGATTTTCAC
    AAAACATCTA TAAAAACGCA GTCAACAGCA CAAGAGGAAA GCCCTACTTC ATCTTTAAGT
    TCAAATTCCC CTTCATTGTC TTCTTCTGAA ATGCTTACAA ATGGAAACAT TAAAAAGAAT
    GATTATGAAA AGAATAACTT TATGGATTCT TCTTTTTCTC AAGTACAATC TACAAATCTA
    GAAGATGAGG AAGGCTTAAG TGCCCCTTTA ACACTAAAAG ACATTCCTCA AAGATCATCG
    GGGACCTCCT CTAAATATTC AGTTGTGCAA AAGAAAACAA GTAGTACAAC TACAGTTATG
    CCTACCACAA GTCACCCACA GCTTACCACC AGAACCTCTC CATATCGACT AATTCCTTCA
    TTCTCTAGAA GACAAAGTTT TGGTAGACCA TTATTATCTA CAGCTACACC TCCACGAACA
    ACTACTGTTT CACCTACTAG TTCTTTATCA TTACGTCAAA GGATAATAAA TTCAAGGCTT
    CGTTCTCCAT TACGAAGGCA ATTTGGAAGA CCACTTTATA GGCAAGGTAA CAATGGAAGG
    CCAAATCTAA TACCAAGAGT GGACTCAAAT GGGGATGTCC CATCTGCTAC TAATGGACAA
    AGAATCATCC ATGGCCCTCA AGGAACAAAG TGGTTACACA ATGTTGACTT TTCTAGTGTA
    TTACATTCTG CAAGGTTTGC CTTTATATGT ACACTTCGTA GTACAAAACT GTTTGCTTTT
    TTGACAGATA TGAATGGGGC TCCTGTTGTT AGCCCTGGTG GATTGCCTCT CTTTGGAAAT
    GGTAGATTTA GCAAACCTGT GGCCAATGCA CAAGACAAGC CAGTGTTGAG CCTGGGGGGA
    AGACCATTGA AGGGTCTTGA AGTACCTAGA ACAACAAGAA TACCAACTAC AAGACCAACA
    ACTACCCCCA CAACCACTAC AACTACAACC ACCACTGCCA CCACCACTAC CCCTCCTACG
    ACTACACCTG AACCAACAAC TATTGAACAA ACTACAGAGG AACCCCCAAT GCCTACCTGT
    CCTCCAGGCA CATATTCACA GTATGATGAA GAAGGAAATC TGATCATGGG ACCTGATGAC
    AAGCCCGACT GCTACACAGA AGATAGCTTT TCAGGACAAG ATCTGATTGT TACCACCGAA
    GCTTCTGAAA TTGTAACATA CATGGATCTT GATGAAGATA ATTATTTAAT TGAGACCACT
    GAACCTCCCA TTAAATTAAC AACTAAACCT CCAACTCTTC CTGAGGATCC AGAAATGAAG
    TCAATTACTT CAAACCTGGT ATCAGAATAT GACATTGCTG GAAAGAAGAG ATTTACTGCT
    CCTTATGTGA CTTATATAAG TAAAGACCCA TCTGCACCCT GTTCTCTAAC TGAGGCCCTG
    GAGCATTTTC AAGTGGAAAA TCTGGAAGAA TTACTACCCA AGGACATCAG TGAGCCGATT
    CTACCTCCCC AGAAAATATC CTACAACATC ACTGTTGTGG CAGTGGAAGG CTGCCATTCT
    TTTGTCATTC TAGACTGGGC CAAACCCAAA AAGGGGGATT TTATTACAGG ATACTTAGTT
    TATAGTGCAT CTTATGATGA CTTCCTGAGA AACAAGTGGT CAACGCGAAC TGCAGGAGCC
    ACCAGTTTCC CTGTTGAAAA TCTGAAACCT AATACAAGAT ATTACTTTAA AATTCAAGCA
    GAGAATCCTT ATGGCGTAGG ACCAATGAGC CCTCATGTAT CATTTGTTAC AGAATCAGAT
    AATCCACTGC TCATAGTGAG ACCACCAGGG GGTGAACCAA TCTGGATTCC ATTTGCATTC
    AAGCATGATT CAAGCTTCTC CGGCTGCAGT GGCAAACAAT ATGTTAAACG CACATGGTAC
    AGAAAGTTTG TGGGTGTTGT GCTCTGTAAT TCTTTAAGAT ATAAAATTTA CCTCAGTGAA
    AATCTAAGGG ATACATTTTA CAGCATAGGA GACAGCTGGG GTCGAGGTGA AGATCACTGC
    CAGTTTGTGG ATTCTTACAT GGAAGGAAGA ACGGGACCTA TGACTTATGT AGAGACAATG
    CCTACAGTCA ATGGTTATTA TCGCCAGTAT GTTCAAGAGC CAGTGTCGTT TGGCCAAATC
    GGTTTTGGAA CACCACATAA CTACGTGGGC TGGTATGAGT GTGGAGTGCC CATTCCAGGC
    AAATGGTAA

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

    RefSeq XP_017949486.1
    CDS1..5769
    Translation

    Target ORF information:

    RefSeq Version XM_018093997.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis fibronectin type III domain containing 1 (fndc1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_018093997.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    ATGGCATCTT CAAGAAGTGA AACTGCAAAT ATGCAAACAA AAAGGAAGGC CCCAAGAAGA 
    ATATTCCGAG TACGCCCTCG ACCAGCTGGT GACAGATCAT CTGTTCTACA GGCATTGGGA
    CTAAGAACTA CACGCAGATT TCGAGGCTAT TTGCCTAGTC CTGGAGAGAG CGCAAGGAAG
    ATAAATTATG CTCCTCTTAA GCAAAGTGCT CAGAACCAAG ACAATAAGCA ACGTGCATCT
    GAGTCAGTGC ACGTGGTCTC ATTACCATCA ACGAATTCTC AGAGGAAAAG CCAGCCAGTA
    TATCGGGCAG CTGTTACAAA GCTTAAAATT CCAGAGGAAA CCCATTTTGT GGAACTAAAA
    GATGTCAGCG TGAGAGTCAT ATCTTCTCAA TCTGTGCTTG TTTCCTGGGT AGACCCCGAC
    TATGAAAAGT CACCAAAGGT TGGCTCAAAC AGACAGTACG CTGTGCGCTA CAGAGAAAAA
    GGAGAATCTG CTCGATGGGA TTACAAGCAA GTTAACACAA GGCGTGCATT GGTGGACAAA
    TTAAATCCTG ATGCTATGTA TGAATTTTCT GTCCGTGTTT CTGTAGAAGG CACTGAGGGC
    CAATGGAGCT CTTCTGTTTT TCAAAGAACC CCTGAATCTG CTCCAACAAG TGCCCCAGAC
    AACTTTGATG TGGACCCATT AAAGGGAAAA GGAACAGCTG TAATGGCAAA ATGGGATGAT
    CTTGATGATG CCAATGGCAA GATTAAAGAA TACATTATCT CATATGCTCC TGCGCTGAAA
    CCATTTGGAG GCAAATCCCT GTCCTACTCT GGAAGAACTA CTTCAGCCAT AATAGAAGGC
    CTGCACCCTG GGGAACGTTA CATTTTTAAA ATACGAGCAG CGAATAGGAG GGGGCAGGGC
    CCACAGTCTA AAGCTGTTAC AGTCATTATG CCCCTAGCCA GCACTGCATC CAAAACTCTA
    CATCCTTCAT TTCAAAGAAA GGATGCTGAT GAACTTGAAG AAAAACAAGA AAAAGATGAT
    TTGTTATCAA CTTCAGAAGA GACTGATAAC TTAAAGTCTA ATTTTAAAAC TGATACAGAA
    TCAGAATCTA ATACTAAATC ATCACATGCA GGTGTTAGAA AAAACCCTCT AGAATCCAGC
    AAGAAAACTG TTGATACAGA ATCCAGTCCT CAATCAACTG AAATCACTTT AGACATTAAA
    CCTACAACAC CAAAGCCAAA ATTTCTACCC ATTGCTCCAA GGAGGCGAGT TCGTCCTATT
    GTAATAAAGA GACCTGTCTT AAACAATGGA AGAAGACCTC TAAGAAAATA TCCTACAGAA
    GTAGAACAAA AAGAGCCAGA TAATAAACTT GTTTCCCCTA CACTTTCCAT AGATGAAGAC
    AATGAAACCA GTGACCCAAA AGTAGATGAT TCAGACAATG ATTCCCTTAC TGAAAGAAAT
    CCTCCCTCTA AGGTAATGGA ACCTAATGAG AACCAAGAGG AGGAAGAACA CCAGCTTTCA
    GATTATAATG ATTCAAAGAA TGTAGTGACC AACATTTCAC CATTAGATTC TATAAAGACT
    GAAACAAGTA TCTCTGGGAA CAAAGATGAT AGTGAACTTG ATTTAGACAT AAGCAAAAAC
    ATGCCAGAAT CCCTTTCTAC TAATGCCCCT AAAAAAGAAT CAACCTATTC AAACCACAGA
    AAACCCTTAA ACAGGTTTCC AGTTATTCAA GGAAATGGCA AATCTTCTTC AAGCTCAGTT
    AGGATTCCAA CACGTAACCA GCCTAATTAT GCTTCTAAAT TGCCATTAAC AAGTGTGCAT
    CAAGCAGAGA AACAAACTAG TGAAAGTGAA GAAAAAACTA AAAATGTTTT TGATAAAAAT
    CCAGAAAGGA CAAATACCAG TCCTACCCAA TCTATCATTC ATCCAAAACC TCGCTCTAAA
    ATAGTTTCCT CTCAAAAAAC TGTTCCTCGT ATAAAACCCC AAACACAACC ATCTGTCCAT
    GTAAACAAAG CCAAAGAATC AGGACCTCAT ATTACAAATA ATTTAAGAAA TCATGATGTT
    GATATTAGTG TTGAAACAAA GAATACAGAA GACAGAAGCA AATATTCAGA TTTTAGGGAA
    CACGGATCCT CAAAAACCCC TGTACAGAAA TTTCCTAACA TACACACCAG TTCAACATTG
    AGTTCATCTT CTGATACTAA TCCCATTTCA TCTGATGAAG ATTCTGATCA TATATATACA
    GAGCAAACAG AGAACGAAAA AGAAGCCTTT GCACCTGAGC ACAATAAGAT ACAAACAGCC
    ATTAGCAATA CTGCAAAGGA CATCTCTACA AGTACTCCTA TTCCTACTAC CACTATTTCT
    ACCACAACCA CCTCTTCTAC AACTAAACCT CAAACTACAT CTACATCTTT CAAGCCAAAT
    ATAAGAGAAA AACCCCATAC AGATTTGGTG CCATCCTTCA CTGGAAAATC TGCATTATCA
    ATTCTAGAAT ATTACAGAAG AAGGAGCAAC CAAGTAAATC CAAATGTTGG CAGTAGACTT
    ACTTATAGAA ACAACTTAAG GGTTCAGGCT ACTACAAGTA CTACTGTGGC AACTACAACC
    ATGTCAACAA CAACAACAAC AACTGTTCCA ACAACATTAA CCTCAAAATA TATAGAAGAA
    AATAGCCATA GCAGATCAAT AGATACTAAA AGGGAAAATG GAAAATACAA CTTAGGGTCA
    TCTTTGTTGC CTTCAAAACC TACAGTACAT ATTAAAACAG ATCACCAATC TCCTAATGAA
    TTTGAACCAA ATGTTAATGT ATCTCCAACT TCCCAAACAC CTAGTGAAGC TGCTGAAAAA
    TCCTCTTTAC CAGCACTTGT CAGCACTAAG AAAACAAATA CTTATAATGT ACCATCAAAA
    ACAAATATTT TACAGCCTAA ATATAAAAAA GTAATTGCAC CTAAAGTCCC TATGAGAGAC
    AACAGAAAGG TCTCTGCTGG TTCAATTCTG AACCAAAAAT TTCCTAATGA TCGTCAGTCA
    TCTGCATCTA ACAGGAAGAG TAATATTTCT TCAGACAATT CCAACTTAGA AGAAACAGAG
    AAAATATCTG ACATTTCTGT GAGTACATCT GATCTCATAT CTCCTTCAGC ATCAAGCATT
    CATTCTAACA AAGGTTCCTC CTTACCTTTT CCAAACCATA AATCAAATAA CATTCAATCT
    AAGAATAAAG AAGGAATATA TCAAGCAAAT AGCGAGACCA TCATTCCGTC TGTAGCATCA
    TATTCCTACT TACCATCCAA CAGAAATGTT GGCATTAGAA AAACATCCCT GGGTAGACCC
    CACCAAAATC TTACTTATTT ACAATCTGGT GTTGGTTCAT TTTCAGAAGC TGGACAAAAT
    ACAAATACAC AAAACTTGCC AAAAGCTGTT GCCTCTGATA AACACACTTC TTTATCCAAG
    GCACTGCCTG GTTCAAAGCC AAGAGTTAGT TACAAAGTAC CTATGAGACT TTCAGTGGAT
    GGAAGAAAGA TCAATAAACC CAACATATCA CCTTCAATAG AAAAGGATCA GACAAAGCAA
    ATTTCAGCTT CTCTTCCAAA AGCTCAACTT CCTACTGGAA GGAAAGATGA AGATTTTCAC
    AAAACATCTA TAAAAACGCA GTCAACAGCA CAAGAGGAAA GCCCTACTTC ATCTTTAAGT
    TCAAATTCCC CTTCATTGTC TTCTTCTGAA ATGCTTACAA ATGGAAACAT TAAAAAGAAT
    GATTATGAAA AGAATAACTT TATGGATTCT TCTTTTTCTC AAGTACAATC TACAAATCTA
    GAAGATGAGG AAGGCTTAAG TGCCCCTTTA ACACTAAAAG ACATTCCTCA AAGATCATCG
    GGGACCTCCT CTAAATATTC AGTTGTGCAA AAGAAAACAA GTAGTACAAC TACAGTTATG
    CCTACCACAA GTCACCCACA GCTTACCACC AGAACCTCTC CATATCGACT AATTCCTTCA
    TTCTCTAGAA GACAAAGTTT TGGTAGACCA TTATTATCTA CAGCTACACC TCCACGAACA
    ACTACTGTTT CACCTACTAG TTCTTTATCA TTACGTCAAA GGATAATAAA TTCAAGGCTT
    CGTTCTCCAT TACGAAGGCA ATTTGGAAGA CCACTTTATA GGCAAGGTAA CAATGGAAGG
    CCAAATCTAA TACCAAGAGT GGACTCAAAT GGGGATGTCC CATCTGCTAC TAATGGACAA
    AGAATCATCC ATGGCCCTCA AGGAACAAAG TGGTTACACA ATGTTGACTT TTCTAGTGTA
    TTACATTCTG CAAGGTTTGC CTTTATATGT ACACTTCGTA GTACAAAACT GTTTGCTTTT
    TTGACAGATA TGAATGGGGC TCCTGTTGTT AGCCCTGGTG GATTGCCTCT CTTTGGAAAT
    GGTAGATTTA GCAAACCTGT GGCCAATGCA CAAGACAAGC CAGTGTTGAG CCTGGGGGGA
    AGACCATTGA AGGGTCTTGA AGTACCTAGA ACAACAAGAA TACCAACTAC AAGACCAACA
    ACTACCCCCA CAACCACTAC AACTACAACC ACCACTGCCA CCACCACTAC CCCTCCTACG
    ACTACACCTG AACCAACAAC TATTGAACAA ACTACAGAGG AACCCCCAAT GCCTACCTGT
    CCTCCAGGCA CATATTCACA GTATGATGAA GAAGGAAATC TGATCATGGG ACCTGATGAC
    AAGCCCGACT GCTACACAGA AGATAGCTTT TCAGGACAAG ATCTGATTGT TACCACCGAA
    GCTTCTGAAA TTGTAACATA CATGGATCTT GATGAAGATA ATTATTTAAT TGAGACCACT
    GAACCTCCCA TTAAATTAAC AACTAAACCT CCAACTCTTC CTGAGGATCC AGAAATGAAG
    TCAATTACTT CAAACCTGGT ATCAGAATAT GACATTGCTG GAAAGAAGAG ATTTACTGCT
    CCTTATGTGA CTTATATAAG TAAAGACCCA TCTGCACCCT GTTCTCTAAC TGAGGCCCTG
    GAGCATTTTC AAGTGGAAAA TCTGGAAGAA TTACTACCCA AGGACATCAG TGAGCCGATT
    CTACCTCCCC AGAAAATATC CTACAACATC ACTGTTGTGG CAGTGGAAGG CTGCCATTCT
    TTTGTCATTC TAGACTGGGC CAAACCCAAA AAGGGGGATT TTATTACAGG ATACTTAGTT
    TATAGTGCAT CTTATGATGA CTTCCTGAGA AACAAGTGGT CAACGCGAAC TGCAGGAGCC
    ACCAGTTTCC CTGTTGAAAA TCTGAAACCT AATACAAGAT ATTACTTTAA AATTCAAGCA
    GAGAATCCTT ATGGCGTAGG ACCAATGAGC CCTCATGTAT CATTTGTTAC AGAATCAGAT
    AATCCACTGC TCATAGTGAG ACCACCAGGG GGTGAACCAA TCTGGATTCC ATTTGCATTC
    AAGCATGATT CAAGCTTCTC CGGCTGCAGT GGCAAACAAT ATGTTAAACG CACATGGTAC
    AGAAAGTTTG TGGGTGTTGT GCTCTGTAAT TCTTTAAGAT ATAAAATTTA CCTCAGTGAA
    AATCTAAGGG ATACATTTTA CAGCATAGGA GACAGCTGGG GTCGAGGTGA AGATCACTGC
    CAGTTTGTGG ATTCTTACAT GGAAGGAAGA ACGGGACCTA TGACTTATGT AGAGACAATG
    CCTACAGTCA ATGGTTATTA TCGCCAGTAT GTTCAAGAGC CAGTGTCGTT TGGCCAAATC
    GGTTTTGGAA CACCACATAA CTACGTGGGC TGGTATGAGT GTGGAGTGCC CATTCCAGGC
    AAATGGTAA

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

    CloneID OXa58887
    Clone ID Related Accession (Same CDS sequence) XM_031902567.1
    Accession Version XM_031902567.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5844bp)
    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 fibronectin type III domain-containing protein 1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    ATGTCTGAAA GAATTAGAAC CAGCAGAGCT TCTGCCTCCT TATCATTCCT GGTCATCATA 
    CTTCTGGCTC TTCTCGCCTC ATCAGCTGCT GCAACAGAAA GGAAGGCCCC AAGAAGAATA
    TTCCGAGTAC GCCCTCGACC AGCTGGTGAC AGATCATCTG TTCTACAGGC ATTGGGACTA
    AGAACTACAC GCAGATTTCG AGGCTATTTG CCTAGTCCTG GAGAGAGCGC AAGGAAGATA
    AATTATGCTC CTCTTAAGCA AAGTGCTCAG AACCAAGACA ATAAGCAACG TGCATCTGAG
    TCAGTGCACG TGGTCTCATT ACCATCAACG AATTCTCAGA GGAAAAGCCA GCCAGTATAT
    CGGGCAGCTG TTACAAAGCT TAAAATTCCA GAGGAAACCC ATTTTGTGGA ACTAAAAGAT
    GTCAGCGTGA GAGTCATATC TTCTCAATCT GTGCTTGTTT CCTGGGTAGA CCCCGACTAT
    GAAAAGTCAC CAAAGGTTGG CTCAAACAGA CAGTACGCTG TGCGCTACAG AGAAAAAGGA
    GAATCTGCTC GATGGGATTA CAAGCAAGTT AACACAAGGC GTGCATTGGT GGACAAATTA
    AATCCTGATG CTATGTATGA ATTTTCTGTC CGTGTTTCTG TAGAAGGCAC TGAGGGCCAA
    TGGAGCTCTT CTGTTTTTCA AAGAACCCCT GAATCTGCTC CAACAAGTGC CCCAGACAAC
    TTTGATGTGG ACCCATTAAA GGGAAAAGGA ACAGCTGTAA TGGCAAAATG GGATGATCTT
    GATGATGCCA ATGGCAAGAT TAAAGAATAC ATTATCTCAT ATGCTCCTGC GCTGAAACCA
    TTTGGAGGCA AATCCCTGTC CTACTCTGGA AGAACTACTT CAGCCATAAT AGAAGGCCTG
    CACCCTGGGG AACGTTACAT TTTTAAAATA CGAGCAGCGA ATAGGAGGGG GCAGGGCCCA
    CAGTCTAAAG CTGTTACAGT CATTATGCCC CTAGCCAGCA CTGCATCCAA AACTCTACAT
    CCTTCATTTC AAAGAAAGGA TGCTGATGAA CTTGAAGAAA AACAAGAAAA AGATGATTTG
    TTATCAACTT CAGAAGAGAC TGATAACTTA AAGTCTAATT TTAAAACTGA TACAGAATCA
    GAATCTAATA CTAAATCATC ACATGCAGGT GTTAGAAAAA ACCCTCTAGA ATCCAGCAAG
    AAAACTGTTG ATACAGAATC CAGTCCTCAA TCAACTGAAA TCACTTTAGA CATTAAACCT
    ACAACACCAA AGCCAAAATT TCTACCCATT GCTCCAAGGA GGCGAGTTCG TCCTATTGTA
    ATAAAGAGAC CTGTCTTAAA CAATGGAAGA AGACCTCTAA GAAAATATCC TACAGAAGTA
    GAACAAAAAG AGCCAGATAA TAAACTTGTT TCCCCTACAC TTTCCATAGA TGAAGACAAT
    GAAACCAGTG ACCCAAAAGT AGATGATTCA GACAATGATT CCCTTACTGA AAGAAATCCT
    CCCTCTAAGG TAATGGAACC TAATGAGAAC CAAGAGGAGG AAGAACACCA GCTTTCAGAT
    TATAATGATT CAAAGAATGT AGTGACCAAC ATTTCACCAT TAGATTCTAT AAAGACTGAA
    ACAAGTATCT CTGGGAACAA AGATGATAGT GAACTTGATT TAGACATAAG CAAAAACATG
    CCAGAATCCC TTTCTACTAA TGCCCCTAAA AAAGAATCAA CCTATTCAAA CCACAGAAAA
    CCCTTAAACA GGTTTCCAGT TATTCAAGGA AATGGCAAAT CTTCTTCAAG CTCAGTTAGG
    ATTCCAACAC GTAACCAGCC TAATTATGCT TCTAAATTGC CATTAACAAG TGTGCATCAA
    GCAGAGAAAC AAACTAGTGA AAGTGAAGAA AAAACTAAAA ATGTTTTTGA TAAAAATCCA
    GAAAGGACAA ATACCAGTCC TACCCAATCT ATCATTCATC CAAAACCTCG CTCTAAAATA
    GTTTCCTCTC AAAAAACTGT TCCTCGTATA AAACCCCAAA CACAACCATC TGTCCATGTA
    AACAAAGCCA AAGAATCAGG ACCTCATATT ACAAATAATT TAAGAAATCA TGATGTTGAT
    ATTAGTGTTG AAACAAAGAA TACAGAAGAC AGAAGCAAAT ATTCAGATTT TAGGGAACAC
    GGATCCTCAA AAACCCCTGT ACAGAAATTT CCTAACATAC ACACCAGTTC AACATTGAGT
    TCATCTTCTG ATACTAATCC CATTTCATCT GATGAAGATT CTGATCATAT ATATACAGAG
    CAAACAGAGA ACGAAAAAGA AGCCTTTGCA CCTGAGCACA ATAAGATACA AACAGCCATT
    AGCAATACTG CAAAGGACAT CTCTACAAGT ACTCCTATTC CTACTACCAC TATTTCTACC
    ACAACCACCT CTTCTACAAC TAAACCTCAA ACTACATCTA CATCTTTCAA GCCAAATATA
    AGAGAAAAAC CCCATACAGA TTTGGTGCCA TCCTTCACTG GAAAATCTGC ATTATCAATT
    CTAGAATATT ACAGAAGAAG GAGCAACCAA GTAAATCCAA ATGTTGGCAG TAGACTTACT
    TATAGAAACA ACTTAAGGGT TCAGGCTACT ACAAGTACTA CTGTGGCAAC TACAACCATG
    TCAACAACAA CAACAACAAC TGTTCCAACA ACATTAACCT CAAAATATAT AGAAGAAAAT
    AGCCATAGCA GATCAATAGA TACTAAAAGG GAAAATGGAA AATACAACTT AGGGTCATCT
    TTGTTGCCTT CAAAACCTAC AGTACATATT AAAACAGATC ACCAATCTCC TAATGAATTT
    GAACCAAATG TTAATGTATC TCCAACTTCC CAAACACCTA GTGAAGCTGC TGAAAAATCC
    TCTTTACCAG CACTTGTCAG CACTAAGAAA ACAAATACTT ATAATGTACC ATCAAAAACA
    AATATTTTAC AGCCTAAATA TAAAAAAGTA ATTGCACCTA AAGTCCCTAT GAGAGACAAC
    AGAAAGGTCT CTGCTGGTTC AATTCTGAAC CAAAAATTTC CTAATGATCG TCAGTCATCT
    GCATCTAACA GGAAGAGTAA TATTTCTTCA GACAATTCCA ACTTAGAAGA AACAGAGAAA
    ATATCTGACA TTTCTGTGAG TACATCTGAT CTCATATCTC CTTCAGCATC AAGCATTCAT
    TCTAACAAAG GTTCCTCCTT ACCTTTTCCA AACCATAAAT CAAATAACAT TCAATCTAAG
    AATAAAGAAG GAATATATCA AGCAAATAGC GAGACCATCA TTCCGTCTGT AGCATCATAT
    TCCTACTTAC CATCCAACAG AAATGTTGGC ATTAGAAAAA CATCCCTGGG TAGACCCCAC
    CAAAATCTTA CTTATTTACA ATCTGGTGTT GGTTCATTTT CAGAAGCTGG ACAAAATACA
    AATACACAAA ACTTGCCAAA AGCTGTTGCC TCTGATAAAC ACACTTCTTT ATCCAAGGCA
    CTGCCTGGTT CAAAGCCAAG AGTTAGTTAC AAAGTACCTA TGAGACTTTC AGTGGATGGA
    AGAAAGATCA ATAAACCCAA CATATCACCT TCAATAGAAA AGGATCAGAC AAAGCAAATT
    TCAGCTTCTC TTCCAAAAGC TCAACTTCCT ACTGGAAGGA AAGATGAAGA TTTTCACAAA
    ACATCTATAA AAACGCAGTC AACAGCACAA GAGGAAAGCC CTACTTCATC TTTAAGTTCA
    AATTCCCCTT CATTGTCTTC TTCTGAAATG CTTACAAATG GAAACATTAA AAAGAATGAT
    TATGAAAAGA ATAACTTTAT GGATTCTTCT TTTTCTCAAG TACAATCTAC AAATCTAGAA
    GATGAGGAAG GCTTAAGTGC CCCTTTAACA CTAAAAGACA TTCCTCAAAG ATCATCGGGG
    ACCTCCTCTA AATATTCAGT TGTGCAAAAG AAAACAAGTA GTACAACTAC AGTTATGCCT
    ACCACAAGTC ACCCACAGCT TACCACCAGA ACCTCTCCAT ATCGACTAAT TCCTTCATTC
    TCTAGAAGAC AAAGTTTTGG TAGACCATTA TTATCTACAG CTACACCTCC ACGAACAACT
    ACTGTTTCAC CTACTAGTTC TTTATCATTA CGTCAAAGGA TAATAAATTC AAGGCTTCGT
    TCTCCATTAC GAAGGCAATT TGGAAGACCA CTTTATAGGC AAGGTAACAA TGGAAGGCCA
    AATCTAATAC CAAGAGTGGA CTCAAATGGG GATGTCCCAT CTGCTACTAA TGGACAAAGA
    ATCATCCATG GCCCTCAAGG AACAAAGTGG GTTGTTGATC TAAATCGTGG ATTAGTTCTT
    AATCCAGAAG GAAGGTTTCT TCAGGATTCT GAAGGAAAAC CGCTTCGTAT AAAGTTGGGA
    GGAGATGGTC GAACCATTGT TGATATGAAT GGGGCTCCTG TTGTTAGCCC TGGTGGATTG
    CCTCTCTTTG GAAATGGTAG ATTTAGCAAA CCTGTGGCCA ATGCACAAGA CAAGCCAGTG
    TTGAGCCTGG GGGGAAGACC ATTGAAGGGT CTTGAAGTAC CTAGAACAAC AAGAATACCA
    ACTACAAGAC CAACAACTAC CCCCACAACC ACTACAACTA CAACCACCAC TGCCACCACC
    ACTACCCCTC CTACGACTAC ACCTGAACCA ACAACTATTG AACAAACTAC AGAGGAACCC
    CCAATGCCTA CCTGTCCTCC AGGCACATAT TCACAGTATG ATGAAGAAGG AAATCTGATC
    ATGGGACCTG ATGACAAGCC CGACTGCTAC ACAGAAGATA GCTTTTCAGG ACAAGATCTG
    ATTGTTACCA CCGAAGCTTC TGAAATTGTA ACATACATGG ATCTTGATGA AGATAATTAT
    TTAATTGAGA CCACTGAACC TCCCATTAAA TTAACAACTA AACCTCCAAC TCTTCCTGAG
    GATCCAGAAA TGAAGTCAAT TACTTCAAAC CTGGTATCAG AATATGACAT TGCTGGAAAG
    AAGAGATTTA CTGCTCCTTA TGTGACTTAT ATAAGTAAAG ACCCATCTGC ACCCTGTTCT
    CTAACTGAGG CCCTGGAGCA TTTTCAAGTG GAAAATCTGG AAGAATTACT ACCCAAGGAC
    ATCAGTGAGC CGATTCTACC TCCCCAGAAA ATATCCTACA ACATCACTGT TGTGGCAGTG
    GAAGGCTGCC ATTCTTTTGT CATTCTAGAC TGGGCCAAAC CCAAAAAGGG GGATTTTATT
    ACAGGATACT TAGTTTATAG TGCATCTTAT GATGACTTCC TGAGAAACAA GTGGTCAACG
    CGAACTGCAG GAGCCACCAG TTTCCCTGTT GAAAATCTGA AACCTAATAC AAGATATTAC
    TTTAAAATTC AAGCAGAGAA TCCTTATGGC GTAGGACCAA TGAGCCCTCA TGTATCATTT
    GTTACAGAAT CAGATAATCC ACTGCTCATA GTGAGACCAC CAGGGGGTGA ACCAATCTGG
    ATTCCATTTG CATTCAAGCA TGATTCAAGC TTCTCCGGCT GCAGTGGCAA ACAATATGTT
    AAACGCACAT GGTACAGAAA GTTTGTGGGT GTTGTGCTCT GTAATTCTTT AAGATATAAA
    ATTTACCTCA GTGAAAATCT AAGGGATACA TTTTACAGCA TAGGAGACAG CTGGGGTCGA
    GGTGAAGATC ACTGCCAGTT TGTGGATTCT TACATGGAAG GAAGAACGGG ACCTATGACT
    TATGTAGAGA CAATGCCTAC AGTCAATGGT TATTATCGCC AGTATGTTCA AGAGCCAGTG
    TCGTTTGGCC AAATCGGTTT TGGAACACCA CATAACTACG TGGGCTGGTA TGAGTGTGGA
    GTGCCCATTC CAGGCAAATG GTAA

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

    RefSeq XP_031758427.1
    CDS207..6050
    Translation

    Target ORF information:

    RefSeq Version XM_031902567.1
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis fibronectin type III domain containing 1 (fndc1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_031902567.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    ATGTCTGAAA GAATTAGAAC CAGCAGAGCT TCTGCCTCCT TATCATTCCT GGTCATCATA 
    CTTCTGGCTC TTCTCGCCTC ATCAGCTGCT GCAACAGAAA GGAAGGCCCC AAGAAGAATA
    TTCCGAGTAC GCCCTCGACC AGCTGGTGAC AGATCATCTG TTCTACAGGC ATTGGGACTA
    AGAACTACAC GCAGATTTCG AGGCTATTTG CCTAGTCCTG GAGAGAGCGC AAGGAAGATA
    AATTATGCTC CTCTTAAGCA AAGTGCTCAG AACCAAGACA ATAAGCAACG TGCATCTGAG
    TCAGTGCACG TGGTCTCATT ACCATCAACG AATTCTCAGA GGAAAAGCCA GCCAGTATAT
    CGGGCAGCTG TTACAAAGCT TAAAATTCCA GAGGAAACCC ATTTTGTGGA ACTAAAAGAT
    GTCAGCGTGA GAGTCATATC TTCTCAATCT GTGCTTGTTT CCTGGGTAGA CCCCGACTAT
    GAAAAGTCAC CAAAGGTTGG CTCAAACAGA CAGTACGCTG TGCGCTACAG AGAAAAAGGA
    GAATCTGCTC GATGGGATTA CAAGCAAGTT AACACAAGGC GTGCATTGGT GGACAAATTA
    AATCCTGATG CTATGTATGA ATTTTCTGTC CGTGTTTCTG TAGAAGGCAC TGAGGGCCAA
    TGGAGCTCTT CTGTTTTTCA AAGAACCCCT GAATCTGCTC CAACAAGTGC CCCAGACAAC
    TTTGATGTGG ACCCATTAAA GGGAAAAGGA ACAGCTGTAA TGGCAAAATG GGATGATCTT
    GATGATGCCA ATGGCAAGAT TAAAGAATAC ATTATCTCAT ATGCTCCTGC GCTGAAACCA
    TTTGGAGGCA AATCCCTGTC CTACTCTGGA AGAACTACTT CAGCCATAAT AGAAGGCCTG
    CACCCTGGGG AACGTTACAT TTTTAAAATA CGAGCAGCGA ATAGGAGGGG GCAGGGCCCA
    CAGTCTAAAG CTGTTACAGT CATTATGCCC CTAGCCAGCA CTGCATCCAA AACTCTACAT
    CCTTCATTTC AAAGAAAGGA TGCTGATGAA CTTGAAGAAA AACAAGAAAA AGATGATTTG
    TTATCAACTT CAGAAGAGAC TGATAACTTA AAGTCTAATT TTAAAACTGA TACAGAATCA
    GAATCTAATA CTAAATCATC ACATGCAGGT GTTAGAAAAA ACCCTCTAGA ATCCAGCAAG
    AAAACTGTTG ATACAGAATC CAGTCCTCAA TCAACTGAAA TCACTTTAGA CATTAAACCT
    ACAACACCAA AGCCAAAATT TCTACCCATT GCTCCAAGGA GGCGAGTTCG TCCTATTGTA
    ATAAAGAGAC CTGTCTTAAA CAATGGAAGA AGACCTCTAA GAAAATATCC TACAGAAGTA
    GAACAAAAAG AGCCAGATAA TAAACTTGTT TCCCCTACAC TTTCCATAGA TGAAGACAAT
    GAAACCAGTG ACCCAAAAGT AGATGATTCA GACAATGATT CCCTTACTGA AAGAAATCCT
    CCCTCTAAGG TAATGGAACC TAATGAGAAC CAAGAGGAGG AAGAACACCA GCTTTCAGAT
    TATAATGATT CAAAGAATGT AGTGACCAAC ATTTCACCAT TAGATTCTAT AAAGACTGAA
    ACAAGTATCT CTGGGAACAA AGATGATAGT GAACTTGATT TAGACATAAG CAAAAACATG
    CCAGAATCCC TTTCTACTAA TGCCCCTAAA AAAGAATCAA CCTATTCAAA CCACAGAAAA
    CCCTTAAACA GGTTTCCAGT TATTCAAGGA AATGGCAAAT CTTCTTCAAG CTCAGTTAGG
    ATTCCAACAC GTAACCAGCC TAATTATGCT TCTAAATTGC CATTAACAAG TGTGCATCAA
    GCAGAGAAAC AAACTAGTGA AAGTGAAGAA AAAACTAAAA ATGTTTTTGA TAAAAATCCA
    GAAAGGACAA ATACCAGTCC TACCCAATCT ATCATTCATC CAAAACCTCG CTCTAAAATA
    GTTTCCTCTC AAAAAACTGT TCCTCGTATA AAACCCCAAA CACAACCATC TGTCCATGTA
    AACAAAGCCA AAGAATCAGG ACCTCATATT ACAAATAATT TAAGAAATCA TGATGTTGAT
    ATTAGTGTTG AAACAAAGAA TACAGAAGAC AGAAGCAAAT ATTCAGATTT TAGGGAACAC
    GGATCCTCAA AAACCCCTGT ACAGAAATTT CCTAACATAC ACACCAGTTC AACATTGAGT
    TCATCTTCTG ATACTAATCC CATTTCATCT GATGAAGATT CTGATCATAT ATATACAGAG
    CAAACAGAGA ACGAAAAAGA AGCCTTTGCA CCTGAGCACA ATAAGATACA AACAGCCATT
    AGCAATACTG CAAAGGACAT CTCTACAAGT ACTCCTATTC CTACTACCAC TATTTCTACC
    ACAACCACCT CTTCTACAAC TAAACCTCAA ACTACATCTA CATCTTTCAA GCCAAATATA
    AGAGAAAAAC CCCATACAGA TTTGGTGCCA TCCTTCACTG GAAAATCTGC ATTATCAATT
    CTAGAATATT ACAGAAGAAG GAGCAACCAA GTAAATCCAA ATGTTGGCAG TAGACTTACT
    TATAGAAACA ACTTAAGGGT TCAGGCTACT ACAAGTACTA CTGTGGCAAC TACAACCATG
    TCAACAACAA CAACAACAAC TGTTCCAACA ACATTAACCT CAAAATATAT AGAAGAAAAT
    AGCCATAGCA GATCAATAGA TACTAAAAGG GAAAATGGAA AATACAACTT AGGGTCATCT
    TTGTTGCCTT CAAAACCTAC AGTACATATT AAAACAGATC ACCAATCTCC TAATGAATTT
    GAACCAAATG TTAATGTATC TCCAACTTCC CAAACACCTA GTGAAGCTGC TGAAAAATCC
    TCTTTACCAG CACTTGTCAG CACTAAGAAA ACAAATACTT ATAATGTACC ATCAAAAACA
    AATATTTTAC AGCCTAAATA TAAAAAAGTA ATTGCACCTA AAGTCCCTAT GAGAGACAAC
    AGAAAGGTCT CTGCTGGTTC AATTCTGAAC CAAAAATTTC CTAATGATCG TCAGTCATCT
    GCATCTAACA GGAAGAGTAA TATTTCTTCA GACAATTCCA ACTTAGAAGA AACAGAGAAA
    ATATCTGACA TTTCTGTGAG TACATCTGAT CTCATATCTC CTTCAGCATC AAGCATTCAT
    TCTAACAAAG GTTCCTCCTT ACCTTTTCCA AACCATAAAT CAAATAACAT TCAATCTAAG
    AATAAAGAAG GAATATATCA AGCAAATAGC GAGACCATCA TTCCGTCTGT AGCATCATAT
    TCCTACTTAC CATCCAACAG AAATGTTGGC ATTAGAAAAA CATCCCTGGG TAGACCCCAC
    CAAAATCTTA CTTATTTACA ATCTGGTGTT GGTTCATTTT CAGAAGCTGG ACAAAATACA
    AATACACAAA ACTTGCCAAA AGCTGTTGCC TCTGATAAAC ACACTTCTTT ATCCAAGGCA
    CTGCCTGGTT CAAAGCCAAG AGTTAGTTAC AAAGTACCTA TGAGACTTTC AGTGGATGGA
    AGAAAGATCA ATAAACCCAA CATATCACCT TCAATAGAAA AGGATCAGAC AAAGCAAATT
    TCAGCTTCTC TTCCAAAAGC TCAACTTCCT ACTGGAAGGA AAGATGAAGA TTTTCACAAA
    ACATCTATAA AAACGCAGTC AACAGCACAA GAGGAAAGCC CTACTTCATC TTTAAGTTCA
    AATTCCCCTT CATTGTCTTC TTCTGAAATG CTTACAAATG GAAACATTAA AAAGAATGAT
    TATGAAAAGA ATAACTTTAT GGATTCTTCT TTTTCTCAAG TACAATCTAC AAATCTAGAA
    GATGAGGAAG GCTTAAGTGC CCCTTTAACA CTAAAAGACA TTCCTCAAAG ATCATCGGGG
    ACCTCCTCTA AATATTCAGT TGTGCAAAAG AAAACAAGTA GTACAACTAC AGTTATGCCT
    ACCACAAGTC ACCCACAGCT TACCACCAGA ACCTCTCCAT ATCGACTAAT TCCTTCATTC
    TCTAGAAGAC AAAGTTTTGG TAGACCATTA TTATCTACAG CTACACCTCC ACGAACAACT
    ACTGTTTCAC CTACTAGTTC TTTATCATTA CGTCAAAGGA TAATAAATTC AAGGCTTCGT
    TCTCCATTAC GAAGGCAATT TGGAAGACCA CTTTATAGGC AAGGTAACAA TGGAAGGCCA
    AATCTAATAC CAAGAGTGGA CTCAAATGGG GATGTCCCAT CTGCTACTAA TGGACAAAGA
    ATCATCCATG GCCCTCAAGG AACAAAGTGG GTTGTTGATC TAAATCGTGG ATTAGTTCTT
    AATCCAGAAG GAAGGTTTCT TCAGGATTCT GAAGGAAAAC CGCTTCGTAT AAAGTTGGGA
    GGAGATGGTC GAACCATTGT TGATATGAAT GGGGCTCCTG TTGTTAGCCC TGGTGGATTG
    CCTCTCTTTG GAAATGGTAG ATTTAGCAAA CCTGTGGCCA ATGCACAAGA CAAGCCAGTG
    TTGAGCCTGG GGGGAAGACC ATTGAAGGGT CTTGAAGTAC CTAGAACAAC AAGAATACCA
    ACTACAAGAC CAACAACTAC CCCCACAACC ACTACAACTA CAACCACCAC TGCCACCACC
    ACTACCCCTC CTACGACTAC ACCTGAACCA ACAACTATTG AACAAACTAC AGAGGAACCC
    CCAATGCCTA CCTGTCCTCC AGGCACATAT TCACAGTATG ATGAAGAAGG AAATCTGATC
    ATGGGACCTG ATGACAAGCC CGACTGCTAC ACAGAAGATA GCTTTTCAGG ACAAGATCTG
    ATTGTTACCA CCGAAGCTTC TGAAATTGTA ACATACATGG ATCTTGATGA AGATAATTAT
    TTAATTGAGA CCACTGAACC TCCCATTAAA TTAACAACTA AACCTCCAAC TCTTCCTGAG
    GATCCAGAAA TGAAGTCAAT TACTTCAAAC CTGGTATCAG AATATGACAT TGCTGGAAAG
    AAGAGATTTA CTGCTCCTTA TGTGACTTAT ATAAGTAAAG ACCCATCTGC ACCCTGTTCT
    CTAACTGAGG CCCTGGAGCA TTTTCAAGTG GAAAATCTGG AAGAATTACT ACCCAAGGAC
    ATCAGTGAGC CGATTCTACC TCCCCAGAAA ATATCCTACA ACATCACTGT TGTGGCAGTG
    GAAGGCTGCC ATTCTTTTGT CATTCTAGAC TGGGCCAAAC CCAAAAAGGG GGATTTTATT
    ACAGGATACT TAGTTTATAG TGCATCTTAT GATGACTTCC TGAGAAACAA GTGGTCAACG
    CGAACTGCAG GAGCCACCAG TTTCCCTGTT GAAAATCTGA AACCTAATAC AAGATATTAC
    TTTAAAATTC AAGCAGAGAA TCCTTATGGC GTAGGACCAA TGAGCCCTCA TGTATCATTT
    GTTACAGAAT CAGATAATCC ACTGCTCATA GTGAGACCAC CAGGGGGTGA ACCAATCTGG
    ATTCCATTTG CATTCAAGCA TGATTCAAGC TTCTCCGGCT GCAGTGGCAA ACAATATGTT
    AAACGCACAT GGTACAGAAA GTTTGTGGGT GTTGTGCTCT GTAATTCTTT AAGATATAAA
    ATTTACCTCA GTGAAAATCT AAGGGATACA TTTTACAGCA TAGGAGACAG CTGGGGTCGA
    GGTGAAGATC ACTGCCAGTT TGTGGATTCT TACATGGAAG GAAGAACGGG ACCTATGACT
    TATGTAGAGA CAATGCCTAC AGTCAATGGT TATTATCGCC AGTATGTTCA AGAGCCAGTG
    TCGTTTGGCC AAATCGGTTT TGGAACACCA CATAACTACG TGGGCTGGTA TGAGTGTGGA
    GTGCCCATTC CAGGCAAATG GTAA

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