| Gene Symbol | ANKRD31 |
| Entrez Gene ID | 100358053 |
| Full Name | ankyrin repeat domain 31 |
| Gene Type | protein-coding |
| Organism | Oryctolagus cuniculus(rabbit) |
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ANKRD31 cDNA ORF clone, Oryctolagus cuniculus(rabbit)
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Gene
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Clones
gRNAs
The following ANKRD31 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD31 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.
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Reference Sequences (Refseq)
CloneID OOb32810 Clone ID Related Accession (Same CDS sequence) XM_017339039.1 Accession Version XM_017339039.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5754bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1466524800000 Organism Oryctolagus cuniculus(rabbit) Product LOW QUALITY PROTEIN: putative ankyrin repeat domain-containing protein 31 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003159485.1) and transcript sequences (GBCK01130916.1 and GBCK01297826.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryctolagus cuniculus Annotation Release 102 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## frameshifts :: corrected 1 indel assembly gap :: added 324 transcript bases to patch genome assembly gap ##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
5701ATGGAGGCGG GCGCGCGGGC CCTGGGCTGG GACGGCGACG AGACCGTGGT GGAGGGGTCG
GTCACGGACA GCGAGCCTGA GGAGGAGGCG CTGCCCTGGA GAAGGTTGCT TTTTGATGAA
GACACATCTC TTAGAGTTGA GTCCAGTTTC CACGAGTGCA TAAGAACAGT ATATGAAGGC
CTGCCTTCTC CTGAGATTCC ACTTAGGTTC AAACTCTGCA AGGATCCACA AAAACAAGTG
AATAAGAATA CGATGATGCC TGTTCCTAGT GAGGGCACAG TCTCACAGCA ACCTCCAGGT
GAAGCAGGAC AAATTCAAGC TTTGTTACAG AGCAGTTGTC CACCACTTGC CGTGCTGTTT
CCTCAGGCTG TGTTTCCACT GAACCACGGA AACACTGGAG GACCTGTGGC TGAAAGTCCT
GAAGTTCTGC TGTACCCGGA AAAGGACCTG AGTGAAGACA CAGATTCCCC TGAAGTTAGC
CTTTTTTCAG GCGCTGCTGT TACAGTACCT GACACAGTTG CTGTGAAGAA GTCATCAGCG
GAGCCAGAGA CGGTCTTAGC CGCATCAGAT CCGCTTCCTG AGTGTGGTTC AAAGGAAGTC
TCACTGGGTG TGACTCGTGA AGAGAACTCT GATGCAGGAA GTTCTCTCGA AACTTTTGTG
TCTGCCTTGG AGAGTAAGTT GCTGACATCA CCAGGAAGTG TCTGGGAGGA ACGACTGTTG
GAACTGTCGG AAATAAAGAA GGATGCTGAC CCTGGAGACT TGCTGAGTCC ACTGAGAGAC
TCCCTGAGTT CCGTCCCCCT GCCTCTGACT GCCTGGATGG CATGCAGTGG AGATTTACCG
CAAGGCACAG AAGGTGCGGC CTTGCCAGCT GAGTTGTTGG CAACCCTGAA TGCGTCGTCA
GAAGCCAGAG TGGGGCCCAT CTGTCATGGA GAAGAGGAAG GTGGCAGTCT CAGTGCTAGA
AACCAATCTT TGGAAGTGGA GCTCGACGAA GACTGCACAC AAATAGCAGG GGTGGATTTG
GAGTCTCTTT GTTACACACC ACGTGAACAC GGTTTCAGGC TAACTGAGCA GCGGGACAAG
CATCTGACAG CAGAGAAAAC TCTGGAAGAC CCAAATTCAT GTGGATTGCA GACTTCTCAC
CAAAATGTCA CCTCTTGTGA GCTACTAAGC AGTAAGGAAA ATTCAAATCC AGTGGAAAAT
GGCTGTGACC AGGACGCTCC ACATGTGTTA AGGAGATCAT CCAGACTGGA AAAGCTGAAA
GTCATCAGGG AAGCAAAGCC CTCAGCTGAC ACGTGTAAGA TGCCAGAAAA CATTTTACCA
AAAGTACGTA GTGGTGAAGA TGGAATAAAT CAATGTTCAA CTAAGAATTT CAGAATGCAG
GATCTTGCTT TAATAAGAGG TAAACGGAGG GATACTCATT TATCCAGATT CCAGACTGGA
TGGGTCAGGA AGAATGAACG ATTTGGAGAA AGAAAAGGAA CAAGGAGAGA GTATAACATA
TCTCTTTCTA GCATTAACCG GAGAAACATT TTTGGAGAGA ATTTACTGTA TCAGGCTGCT
CTGCACAATG ATGTGGATCT TGTTCACTGT TTTATAAAAA AAGGTGCAAA TGTTAATCAG
CCCAGTTATG CTGGTTGGAC AGCACTCCAT GAAGCTAGTT TGGGAGGGTA TTACCAGGTA
GCCAGAGAAC TGTTAAAAGG TGGAGCAGAT GTCAACATCA AAGGACTGTG CCAGATCACT
CCCCTACACG ACGCTGTGAT AAATGGGCAT CACAAGGTGG CAGAACTGCT GCTGTTGAAC
GGAGCCAACC CGTTACATAG GAATGACAGC GGGAAGTGTG CGTTGGATGA GGCCAGGGAT
ATAAATATGC ATCGACTCCT TCAGAGATAT GTTCCTAAAC TTAAGAAATG CCTTAGGTCA
GCTCAGAGGA GCGGCGTTTT CTCATCAGCT GTAGAGAATG TACAGCAGTG CCAGGAGCCA
AAATTCAATT CTGAAAGTCA CAGTTGTTTG GTTTGTATTG AAAATTCCAA CAAACAGAAA
CCAGAATGTC TAAAATTTGA TAAAGGAAGC AAAGAGGGCT TATTTATGAA TGAAGACGAT
ATGTGTGAAC ATTACCACAA AGATTCCACA GACACAATAT TTGGTAAAGC CAAGCATGAA
CAATCAACTC TTAACCAAAT ACACTCTACA GGACTCAGAA GTAACAGTCT TCATAATCAA
AAGATTCTAG CACAGAAGTA TCTAAAAGGC AAAGGAATAA AAAGCAGTCA ACACAAAATG
ACTCAAGTAG ATGATGGGGA TTTCGGTCCA AGAAAGGCCC TTGCTGTGTC TTGTTCCAAG
AGAGTGAAAA GATTGAATAC ACCCCAGCAA CATGGGCTGC ACAACTCTGA CCCTGATGGC
CCTGATGGCC TTCCAGGAGA GCCACAAGAA CCTTCCAGTC CAGCTCAGTC AGGTCTGAAA
GATGGAGCAG GTGACAATAT GGAGGCTGGC TCATTTTCCA AAGAGACATA TATCCAGAAC
CTGGATTTAT CAAAGAGTCA AGAATCACAG TTCTTGGAAT TAAAATCCAG TGACCAAACT
AAAGGTGTTT CATTCTCAGG AATTGCATTA AATAAAGAAA CAGAGTTACC ACTTGTTACT
ACAGATTCAC AGCCGCCTAC TGGCCAAGAA CAACTCAGAA GCCCTTCCAA ATTTCATGAA
AACAGTAACT CAAGTCAAAA AGATGAGAGC CTTAATAAGT GGGAAAGTTC CTTCTTATCC
TTTGTAAAGA GAACTCTTGA TGATGGTGGT GGTGATGATG GTGGTGGTGT TTATACCTCT
GAGAAGGCTG TAACGGCTAA AATGGTGATA TGTTCTACAG ATTACAATAA TCAGTATAAG
GAGACTAGAA CCAATAGAGA AGAGATGGAT TTTCAACCGT TTTTACCTTC TGCAGACCAT
TTTCCACAGG GAAATGAATT AAATGCAGAC AGTCTAACCA CACTTCCACA ACAGGAAGCT
GTTATTTTTT GTGATTCAGA TAAGATGGTC ATTTCTGAAC AACATGTTGC AAATTATGGA
TCTTCTTTTG ATCACTCACA TGGCAATTCT GAGCAAATAT CCCTGACTTG TGTGAGAACA
GAGGAAGCTT CACAGTTGAC TATTCCTGTG GAGCCATCCA GAGAGCCTCA GAACTGTAGC
CCAAGGGCAC CAGACCCTTT AATGTGTCAA ACAGTTACAT GTGTTGTGGA AAACAAACAC
GATGCCGAAA GAAACTGCAC TGAGGGTGGC CAGAATGCGA ATTCTTCAAG TGGGCCTTTA
TCAGCAGTCA TTTCTTCTCA AATGATACAA GCAACTGAAG TTGAAAAAAT GGGATCAGGA
CTTCTAGAAA GTGAGACCAT ACATAGTACA GATTTTCATT CAAATGACAG TGTGAATAAA
GAATTGAACT GTGTCCAACA ACTTAGCCAA AGAGAAGAAA AGGAAAGTTT TCACAAGCCA
GGTAGGGAAT TAACTAATAT CAGTGGAGAC GAAGGTGCTG TAAGGAACTC TGAGAAGAAA
AGAGAAAAAG CCAGTTCAGA AATGCACATG CCTACTGATT GCCAAGAGCA CAACAAAGTT
TGGAATTTCA GAAAAACACC AAGATTTTTG AATTCTACCT CCAACCAAGC ATTTGGCAGA
AAAGACGCCT CAGTTTTGCT CGGCAAATCT ACAGAAAAGA AAACAGCTGG GATCAATAAG
CGGAATGCCA GAGGGGAGAG TCGGCTCCAT TTGGCTGCCA GAAGAGGAAA TTTGTCTCTG
GTAAAAACTC TGATAGACTC TGGAGCAAAT GTGAACCTAA AAGATCATGC AGGTTGGACA
CCACTTCATG AGGCATCTCA AAAAGGCTGC CGTGATGTAA TTGTAGAGTT ACTAAATGCT
GGTGCTAATG TCAATTCTGG AAATCTGGAT GGAATTCTGC CCTTACATGA TGCTGTGACA
AACAGTCACT TACAGGCTGC TGAAATTCTA CTACAACATG GAGCAGACCC TAATCAGAAA
CATCAGAATC AGAAGACTGC TTTAGATGAA GCAGATGATG AACGAATGAG AGAGCTGCTG
AGATCTTACG GTGCTGTTGA GACTGAGAGT ACAGATGGCA GTAATGCTGT AGTTACAGTA
AAATCTCCTG CTGTTCGGTC AAAAAGACAA AAAAGGTGTT TTTGTGATGG CAGCCCTGTT
GATCCACCTT CCCACTCCTG CCAAGAAAAA ACAAGGGAGA GTCTTCCTAT GCATCAGACC
ATCAGTGCCA TTCTACAGGA CATAGAGGAA AAACAGGAAA TGCTATTGGA GTTTGAAATC
AGAAACCACG AAGATGCAGA ACAGTACATT GAAAAGATGC TGCAGATCAA AGAGGTTGTG
GATAATGTGC TTGCCAAACA GAAGGCAGAA AGAGATGATC TGGCGAAAAA GTACAGGGTG
TCCATAGACT CATTTAAACA GGGAGCTCTG AGAGAACAGC TGACCAATTT GGCCACAAGA
CAGAAGGACC TTTTAGTTGT GGCAAAAAAA CAGAAAAAAA TAAGCCTAAA AATTCAGAGC
TATAAGAATG ATACTTCGTT GTCTGGTCTT GGTTTAAGGA AACCAGCATC GACCTCAGAG
ATCTCCAGTG AGAGGGACAA CCAGGCGCTC ACCAGCCTTG AAAACTCGCT GCAGCCTCAG
TCAGATGCTC CTGACACTCT CGAAACTGGT GTTGACAGCC AGAATACCAG ATTTTGTGCA
AATTCAGAGG CAGTGAGAAG AGAAGAAATT TTTGCCAATG AGGTAAATGC TGAACAGAGT
GTCAGTGATG GCACCTTGGA TATATTGTCA GAGTCCAGAC ATTCAGATGG CCCTGAGAAG
CCTGGGTCAC CATCCCAGCC TGTTGCTGCG GTTGCACCAC TGGAATCTTC ACAAAAAGAA
AATGATCTTC CAGAAACTGC AGCCAGCGGG TGTGAGTTCT ACAGTGCTCC TGCAGAAGTG
GGCACATCAC GGATTCCAGA GGCTACCGGC GGACCTGCCC AAAATGATGC CTACCCATCC
ACTGTTAGGT GGGCTGAAGA CCTTTCCACT CGGGAGTCAC AACAGGGAAA CAAGACAACC
ACTTTCCAGC AGCCGCCGCG GGCGACATCC AAATCCCTGG CACATCCAGG GGCTGTGGCC
TCAGGCGGTG ATGTGCAGCT GGCGGGCCCG TCTCTTAAGC CAGCAGCTGC AGCTCCACAC
ACAAATGCCT GCCATATTCC CTCTGGGGCG GGTCAGCAGC ATCTCATTAA AAAGCCTGTA
AACCACAGCC CAGCTCCCAA AAAGAAGTGT ATGCAGATAA AAGATTTGAT GTCACTAGGC
AGGATTCGTC CAGGAGTTAA CATTCTGGAA TTCAAAACAC AGGATTCTAC TCACAAAGCC
AGCATTTTAT TGAGCGGTAA AATTGAAGTA GAAAATGGTC AGATTTATCA AAACCCTGTT
AGCTGGATCA AAGATCTGCT GGGTGGCGGC AGTTATGTGA CCTGGAATTA CGCTTGGAGC
AAGGTAACGT ATCTGGGAAA GCAGCTTCTG AAGTATGTTT CTGAAGAAGT ACCTTCACCT
CCAAGGCCAC CTCAGACTCA CCCGCCAGGA ACTTCCAGAG AGTCAACAGA AAGTGTCCCC
TGTTATCTAC AAATAAATGA AATATTGCTG ATCAGTGATC AAGAATTTCT CCCATGCCAT
ATAATGGATC AGCACTGGAA GTTCTATGCG GAATGTGAAG AACTAACATT TTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_017194528.1 CDS 216..5969 Translation 
Target ORF information:
RefSeq Version XM_017339039.1 Organism Oryctolagus cuniculus(rabbit) Definition Oryctolagus cuniculus ankyrin repeat domain 31 (ANKRD31), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_017339039.1
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
5701ATGGAGGCGG GCGCGCGGGC CCTGGGCTGG GACGGCGACG AGACCGTGGT GGAGGGGTCG
GTCACGGACA GCGAGCCTGA GGAGGAGGCG CTGCCCTGGA GAAGGTTGCT TTTTGATGAA
GACACATCTC TTAGAGTTGA GTCCAGTTTC CACGAGTGCA TAAGAACAGT ATATGAAGGC
CTGCCTTCTC CTGAGATTCC ACTTAGGTTC AAACTCTGCA AGGATCCACA AAAACAAGTG
AATAAGAATA CGATGATGCC TGTTCCTAGT GAGGGCACAG TCTCACAGCA ACCTCCAGGT
GAAGCAGGAC AAATTCAAGC TTTGTTACAG AGCAGTTGTC CACCACTTGC CGTGCTGTTT
CCTCAGGCTG TGTTTCCACT GAACCACGGA AACACTGGAG GACCTGTGGC TGAAAGTCCT
GAAGTTCTGC TGTACCCGGA AAAGGACCTG AGTGAAGACA CAGATTCCCC TGAAGTTAGC
CTTTTTTCAG GCGCTGCTGT TACAGTACCT GACACAGTTG CTGTGAAGAA GTCATCAGCG
GAGCCAGAGA CGGTCTTAGC CGCATCAGAT CCGCTTCCTG AGTGTGGTTC AAAGGAAGTC
TCACTGGGTG TGACTCGTGA AGAGAACTCT GATGCAGGAA GTTCTCTCGA AACTTTTGTG
TCTGCCTTGG AGAGTAAGTT GCTGACATCA CCAGGAAGTG TCTGGGAGGA ACGACTGTTG
GAACTGTCGG AAATAAAGAA GGATGCTGAC CCTGGAGACT TGCTGAGTCC ACTGAGAGAC
TCCCTGAGTT CCGTCCCCCT GCCTCTGACT GCCTGGATGG CATGCAGTGG AGATTTACCG
CAAGGCACAG AAGGTGCGGC CTTGCCAGCT GAGTTGTTGG CAACCCTGAA TGCGTCGTCA
GAAGCCAGAG TGGGGCCCAT CTGTCATGGA GAAGAGGAAG GTGGCAGTCT CAGTGCTAGA
AACCAATCTT TGGAAGTGGA GCTCGACGAA GACTGCACAC AAATAGCAGG GGTGGATTTG
GAGTCTCTTT GTTACACACC ACGTGAACAC GGTTTCAGGC TAACTGAGCA GCGGGACAAG
CATCTGACAG CAGAGAAAAC TCTGGAAGAC CCAAATTCAT GTGGATTGCA GACTTCTCAC
CAAAATGTCA CCTCTTGTGA GCTACTAAGC AGTAAGGAAA ATTCAAATCC AGTGGAAAAT
GGCTGTGACC AGGACGCTCC ACATGTGTTA AGGAGATCAT CCAGACTGGA AAAGCTGAAA
GTCATCAGGG AAGCAAAGCC CTCAGCTGAC ACGTGTAAGA TGCCAGAAAA CATTTTACCA
AAAGTACGTA GTGGTGAAGA TGGAATAAAT CAATGTTCAA CTAAGAATTT CAGAATGCAG
GATCTTGCTT TAATAAGAGG TAAACGGAGG GATACTCATT TATCCAGATT CCAGACTGGA
TGGGTCAGGA AGAATGAACG ATTTGGAGAA AGAAAAGGAA CAAGGAGAGA GTATAACATA
TCTCTTTCTA GCATTAACCG GAGAAACATT TTTGGAGAGA ATTTACTGTA TCAGGCTGCT
CTGCACAATG ATGTGGATCT TGTTCACTGT TTTATAAAAA AAGGTGCAAA TGTTAATCAG
CCCAGTTATG CTGGTTGGAC AGCACTCCAT GAAGCTAGTT TGGGAGGGTA TTACCAGGTA
GCCAGAGAAC TGTTAAAAGG TGGAGCAGAT GTCAACATCA AAGGACTGTG CCAGATCACT
CCCCTACACG ACGCTGTGAT AAATGGGCAT CACAAGGTGG CAGAACTGCT GCTGTTGAAC
GGAGCCAACC CGTTACATAG GAATGACAGC GGGAAGTGTG CGTTGGATGA GGCCAGGGAT
ATAAATATGC ATCGACTCCT TCAGAGATAT GTTCCTAAAC TTAAGAAATG CCTTAGGTCA
GCTCAGAGGA GCGGCGTTTT CTCATCAGCT GTAGAGAATG TACAGCAGTG CCAGGAGCCA
AAATTCAATT CTGAAAGTCA CAGTTGTTTG GTTTGTATTG AAAATTCCAA CAAACAGAAA
CCAGAATGTC TAAAATTTGA TAAAGGAAGC AAAGAGGGCT TATTTATGAA TGAAGACGAT
ATGTGTGAAC ATTACCACAA AGATTCCACA GACACAATAT TTGGTAAAGC CAAGCATGAA
CAATCAACTC TTAACCAAAT ACACTCTACA GGACTCAGAA GTAACAGTCT TCATAATCAA
AAGATTCTAG CACAGAAGTA TCTAAAAGGC AAAGGAATAA AAAGCAGTCA ACACAAAATG
ACTCAAGTAG ATGATGGGGA TTTCGGTCCA AGAAAGGCCC TTGCTGTGTC TTGTTCCAAG
AGAGTGAAAA GATTGAATAC ACCCCAGCAA CATGGGCTGC ACAACTCTGA CCCTGATGGC
CCTGATGGCC TTCCAGGAGA GCCACAAGAA CCTTCCAGTC CAGCTCAGTC AGGTCTGAAA
GATGGAGCAG GTGACAATAT GGAGGCTGGC TCATTTTCCA AAGAGACATA TATCCAGAAC
CTGGATTTAT CAAAGAGTCA AGAATCACAG TTCTTGGAAT TAAAATCCAG TGACCAAACT
AAAGGTGTTT CATTCTCAGG AATTGCATTA AATAAAGAAA CAGAGTTACC ACTTGTTACT
ACAGATTCAC AGCCGCCTAC TGGCCAAGAA CAACTCAGAA GCCCTTCCAA ATTTCATGAA
AACAGTAACT CAAGTCAAAA AGATGAGAGC CTTAATAAGT GGGAAAGTTC CTTCTTATCC
TTTGTAAAGA GAACTCTTGA TGATGGTGGT GGTGATGATG GTGGTGGTGT TTATACCTCT
GAGAAGGCTG TAACGGCTAA AATGGTGATA TGTTCTACAG ATTACAATAA TCAGTATAAG
GAGACTAGAA CCAATAGAGA AGAGATGGAT TTTCAACCGT TTTTACCTTC TGCAGACCAT
TTTCCACAGG GAAATGAATT AAATGCAGAC AGTCTAACCA CACTTCCACA ACAGGAAGCT
GTTATTTTTT GTGATTCAGA TAAGATGGTC ATTTCTGAAC AACATGTTGC AAATTATGGA
TCTTCTTTTG ATCACTCACA TGGCAATTCT GAGCAAATAT CCCTGACTTG TGTGAGAACA
GAGGAAGCTT CACAGTTGAC TATTCCTGTG GAGCCATCCA GAGAGCCTCA GAACTGTAGC
CCAAGGGCAC CAGACCCTTT AATGTGTCAA ACAGTTACAT GTGTTGTGGA AAACAAACAC
GATGCCGAAA GAAACTGCAC TGAGGGTGGC CAGAATGCGA ATTCTTCAAG TGGGCCTTTA
TCAGCAGTCA TTTCTTCTCA AATGATACAA GCAACTGAAG TTGAAAAAAT GGGATCAGGA
CTTCTAGAAA GTGAGACCAT ACATAGTACA GATTTTCATT CAAATGACAG TGTGAATAAA
GAATTGAACT GTGTCCAACA ACTTAGCCAA AGAGAAGAAA AGGAAAGTTT TCACAAGCCA
GGTAGGGAAT TAACTAATAT CAGTGGAGAC GAAGGTGCTG TAAGGAACTC TGAGAAGAAA
AGAGAAAAAG CCAGTTCAGA AATGCACATG CCTACTGATT GCCAAGAGCA CAACAAAGTT
TGGAATTTCA GAAAAACACC AAGATTTTTG AATTCTACCT CCAACCAAGC ATTTGGCAGA
AAAGACGCCT CAGTTTTGCT CGGCAAATCT ACAGAAAAGA AAACAGCTGG GATCAATAAG
CGGAATGCCA GAGGGGAGAG TCGGCTCCAT TTGGCTGCCA GAAGAGGAAA TTTGTCTCTG
GTAAAAACTC TGATAGACTC TGGAGCAAAT GTGAACCTAA AAGATCATGC AGGTTGGACA
CCACTTCATG AGGCATCTCA AAAAGGCTGC CGTGATGTAA TTGTAGAGTT ACTAAATGCT
GGTGCTAATG TCAATTCTGG AAATCTGGAT GGAATTCTGC CCTTACATGA TGCTGTGACA
AACAGTCACT TACAGGCTGC TGAAATTCTA CTACAACATG GAGCAGACCC TAATCAGAAA
CATCAGAATC AGAAGACTGC TTTAGATGAA GCAGATGATG AACGAATGAG AGAGCTGCTG
AGATCTTACG GTGCTGTTGA GACTGAGAGT ACAGATGGCA GTAATGCTGT AGTTACAGTA
AAATCTCCTG CTGTTCGGTC AAAAAGACAA AAAAGGTGTT TTTGTGATGG CAGCCCTGTT
GATCCACCTT CCCACTCCTG CCAAGAAAAA ACAAGGGAGA GTCTTCCTAT GCATCAGACC
ATCAGTGCCA TTCTACAGGA CATAGAGGAA AAACAGGAAA TGCTATTGGA GTTTGAAATC
AGAAACCACG AAGATGCAGA ACAGTACATT GAAAAGATGC TGCAGATCAA AGAGGTTGTG
GATAATGTGC TTGCCAAACA GAAGGCAGAA AGAGATGATC TGGCGAAAAA GTACAGGGTG
TCCATAGACT CATTTAAACA GGGAGCTCTG AGAGAACAGC TGACCAATTT GGCCACAAGA
CAGAAGGACC TTTTAGTTGT GGCAAAAAAA CAGAAAAAAA TAAGCCTAAA AATTCAGAGC
TATAAGAATG ATACTTCGTT GTCTGGTCTT GGTTTAAGGA AACCAGCATC GACCTCAGAG
ATCTCCAGTG AGAGGGACAA CCAGGCGCTC ACCAGCCTTG AAAACTCGCT GCAGCCTCAG
TCAGATGCTC CTGACACTCT CGAAACTGGT GTTGACAGCC AGAATACCAG ATTTTGTGCA
AATTCAGAGG CAGTGAGAAG AGAAGAAATT TTTGCCAATG AGGTAAATGC TGAACAGAGT
GTCAGTGATG GCACCTTGGA TATATTGTCA GAGTCCAGAC ATTCAGATGG CCCTGAGAAG
CCTGGGTCAC CATCCCAGCC TGTTGCTGCG GTTGCACCAC TGGAATCTTC ACAAAAAGAA
AATGATCTTC CAGAAACTGC AGCCAGCGGG TGTGAGTTCT ACAGTGCTCC TGCAGAAGTG
GGCACATCAC GGATTCCAGA GGCTACCGGC GGACCTGCCC AAAATGATGC CTACCCATCC
ACTGTTAGGT GGGCTGAAGA CCTTTCCACT CGGGAGTCAC AACAGGGAAA CAAGACAACC
ACTTTCCAGC AGCCGCCGCG GGCGACATCC AAATCCCTGG CACATCCAGG GGCTGTGGCC
TCAGGCGGTG ATGTGCAGCT GGCGGGCCCG TCTCTTAAGC CAGCAGCTGC AGCTCCACAC
ACAAATGCCT GCCATATTCC CTCTGGGGCG GGTCAGCAGC ATCTCATTAA AAAGCCTGTA
AACCACAGCC CAGCTCCCAA AAAGAAGTGT ATGCAGATAA AAGATTTGAT GTCACTAGGC
AGGATTCGTC CAGGAGTTAA CATTCTGGAA TTCAAAACAC AGGATTCTAC TCACAAAGCC
AGCATTTTAT TGAGCGGTAA AATTGAAGTA GAAAATGGTC AGATTTATCA AAACCCTGTT
AGCTGGATCA AAGATCTGCT GGGTGGCGGC AGTTATGTGA CCTGGAATTA CGCTTGGAGC
AAGGTAACGT ATCTGGGAAA GCAGCTTCTG AAGTATGTTT CTGAAGAAGT ACCTTCACCT
CCAAGGCCAC CTCAGACTCA CCCGCCAGGA ACTTCCAGAG AGTCAACAGA AAGTGTCCCC
TGTTATCTAC AAATAAATGA AATATTGCTG ATCAGTGATC AAGAATTTCT CCCATGCCAT
ATAATGGATC AGCACTGGAA GTTCTATGCG GAATGTGAAG AACTAACATT TTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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