| Gene Symbol | kif21a.L |
| Entrez Gene ID | 445847 |
| Full Name | kinesin family member 21A L homeolog |
| Synonyms | cfeom1,feom1,feom3a,kif21a |
| General protein information |
|
| Gene Type | protein-coding |
| Organism | Xenopus laevis(African clawed frog) |
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kif21a.L cDNA ORF clone, Xenopus laevis(African clawed frog)
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Gene
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Clones
gRNAs
The following kif21a.L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kif21a.L 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 OAf23715 Clone ID Related Accession (Same CDS sequence) XM_018251413.1 Accession Version XM_018251413.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 4896bp)
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 1474214400000 Organism Xenopus laevis(African clawed frog) Product kinesin-like protein KIF21A Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030728.1) 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 Version :: Xenopus laevis Annotation Release 100 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 :: 1% 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
4861ATGACGGGCG CTCAGGACGA AAACGCGGTT CGGGTGGCCC TCCGAATTCG GCCACAACTA
GCCAAAGAAA AAATTGAAGG CTGCCATATT TGCACATCTG TTACCCCCGG GGAGCCTCAG
GTAGTCCTAG GAAAAGACAA AGCTTTTACT TTTGACTATG TCTTCGATAT TGATTCAAGA
CAAGAGGAAC TCTATATGGA TTGCACTGAA AAGCTTATTG AAGGCTGTTT TGAAGGATAC
AATGCCACTG TTTTTGCTTA TGGCCAAACA GGTTCTGGCA AAACCTACAC AATGGGCACA
GGATTTGATG TTAACATATC TGAGGAAGAG CAAGGTATCA TTCCTCGTGC TGTTCAACAT
CTTTTCCGGC GTATTGAGGA GAAGAAACGG GCTGCTTTGG AACAAGGCCT CCCACCCCCT
GAATTTAAAG TTAATGCTCA ATTCCTGGAG CTCTACAATG AAGAAGTTCT TGATTTGTTT
GATACTACAA GGGATGTTGA TGCACGAAAT AAAAAATCCA ACATCAGAAT ACATGAAGAT
TCAGCTGGGG GAATTTATAC AGTTGGAGTC ACAACACGAA ATGTCAGCTC AGAAACAGAG
ATGATACAGT GCTTGAAGAT TGGTGCCTTA TCTAGAACTA CAGCAAGTAC ACAAATGAAT
GTTCAGAGTT CTCGTTCACA TGCAATTTTC ACCATCCATT TATGTCAAAA TCGAGTTTGC
CCTAAAATCG ACACTGAGAA TGATCTGGAT AACAGGATGG CCTCAGAATT GAATCAAATG
AATGAATTTG AAACACTAAC TGCCAAATTC CATTTTGTTG ATTTGGCTGG CTCTGAACGT
TTAAAGCGCA CAGGTGCTAC TGGAGAGAGG GCCAAGGAAG GCATTTCAAT CAACTGTGGG
CTGTTAGCCC TGGGAAATGT TATAAGTGCT TTAGGAGACA AGAGTAAGAA GGCCACTCAT
GTGCCTTATC GAGATTCCAA GTTAACAAGA CTGCTGCAGG ACTCACTTGG TGGAAACAGC
CAAACTTTTA TGATAGCTTG TGTAAGTCCT TCAGACAGAG ATTTTATGGA AACCTTAAAC
ACACTTAAAT ATGCCAATCG GGCACGGAAT ATTAAAAATA AAGTGATGGT TAATCAAGAC
AGAACAAGTC AACAGATAAA TGCACTGCGT AATGAGATTG CACGGCTTCA GATGGAGCTC
ATGGAGTACA AAACAGGTAA AAGGATTATT GATGAGGAAG GAGTTGAGGG CATTAACGAC
ATGTTCCATG AGAATGCAAT GCTACAGACA GAAAACAACA ATCTGCGTAT GAGAATTAAA
GCAATGCAAG AAACTATTGA TGCTCTGAGG TCCAGGACAA CGCAGCTCAT AAGCGATCAG
GCCAATCAAG TTATTTCTAG AGCAGGGGAT GGAAATGAAG AGATAAGCAA CATGATTCAC
AATTATATTA AAGAGATTGA AGATCTCAGA GTGAAACTGT TAGAAAGTGA AGCAATAAAT
GAAAATCTGC GAAAAAGCTT ATCAAGAGCT TCATCAAGGT CATCATACTT TGCTGGCCAC
ACTCCTTTTT CCTCATCTTT AATTGCTGCA GAAAAAGAGA CCAATGAAAT AATAGATTTG
GCCAAAAAAG ATCTTGAAAA TCTGAAAAAG ATAGAGAAAA AGAAGAAGAA AAGCGTTGTC
AAAGAAGAGA ATGCTGATAG TGAAAAGTTG GAAGAAAAGG GCAGTGCGGA AAAGGAATGC
CATGAATTGG TAATTGAAGA AGGTCAAGAA GGTAGTGACC ACGAGGAAGA TGAAGAGGTA
GAAGAGGATG AAGAGGATGA AGATGTAGAT GCTGCTGAAA GTTCAGATGA TTCAGATTCT
GAACTGGAAG AAAAAGAGAA TTATCAGGCT GATCTGGCAA ATATTACTTG TGAAATTGCT
ATAAAACAGA AGCTAATTGA CGAATTAGAA AACAGCCAAA GGAGACTGCA CACCCTAAAA
CAGCAGTATG AAGAAAAACT GATGACACTG CAAAATAAAA TTAAGGACAC CCAACTAGAA
AGAGATCGTG TTCTCCAAAA CATCGGATCA ATGGAAACAT GCACAGAGGA AAAAACCAAA
AAAATCAAAG TGGAGTATGA AAAGAAACTG CAGACAATGA ATAAGGAGCT TCATAAACTG
CAGGCTGCCC AAAAGGAACA TGCTCGTTTG CTGAAAAACC AATCACAATA TGAAAAACAA
ATGAAGAAAC TGCAGCAGGA GGTTGTAGAA ATGAAGAAAA CAAAGGTTCG GCTAATGAAA
CAAATGAAAG AAGAGCAAGA AAAAGCAAGA GTAAATGAAA CCCGCCGAAA TAGAGAAATT
GCACAGCTTA AAAAAGACCA GCGCAAACGA GATAATCAGT TAAGACATTT GGAAGCCCAG
AAAAAACAAC AAGAAGTTGT GCTGCGTCGT AGAGCTGAAG AGGTTACAGC ACTTCGCCGG
CAAGTAAGAC CCATGTCTGA TAGGGTTGCA GGAAGGCTAA GCCGTAAAGT AAGTTTGCCC
GAGCCTATTG CTGAACATAT TTCAAATATG CATGAGGAAC ACGATTCAAG CAAACCTGGT
TTGCAGCATA AACCAAGAAT TCCTGTTGCC AGAGTCCAGC CCGCCACATC AACTGCCTTA
AATGGAACAA GAAAAAAATA TCAGAGAAAA GGAATAAATA GTTACACTTC AAAGGTAGCC
AGACAGAAAT GGCACTCATT GGAGCGCAGA GTCACAGACA TTGTGATGCA AAGGATGACT
ATTTCCAATA TGGAAGTTGA CATGAACAGA ATGTTGACGC AACGGGAAGA ACTAACAAAA
AGAAAGGAAA AGGTCACAAA GAAAAGGGAT CGCATTATAA AGGAATCTGG GGATGTGGAC
AAAAATATTC ATAGCCTCAG TGAAGAAATT GAGTCCCTAA ATGCAAATAT TGACTACCTT
AATGATAGCA TATCTGACTG CCAAGCTAGC ATTATGCAAA TGGAAGAGGC AAAGGAAGAA
GGCGATACTC TGGATGTAAC AGCAGTGATT AATTCATGCA CTTTAGCTGA AGCACGTTAC
CTCCTTGATC ATTTTCTGAA TATGGCTGTC AGTAAGAGTC TTCAAGCAGC ACAGAGAGAA
GCTCAAATCA AAATTCTTGA AGGGCGCCTT AAACAAACAG AAATAACTAG TTCAACCCAA
AATCAGCTCT TGTTTCATAT GTTAAAAGAA AAAGCAGAAC TAAATCCAGA ACTTGATGCA
CTACTTGGCC ATGCCTTACA AGATCTAGAT AGCATACCGA TAGAAAATGC AGAAAACAGC
AGTGATGATG AGGACTCATT ACAGAGTCCC AATACAGAAG GCAGTTCTTT GTCCTCTGAT
CTCATGAAAC TATGTGGTGA AGTCAAGCCC AAAAGCAAGG CACGGAGGAG AACCACAACT
CAGCTGGAGT TACTGTATGC AGACAGCAGT GAGTCTACTC CAGATGCAGG TGCTGGAGAG
ACATGTATAC CAGCTACCCT TCTCCCTATT CCAGAAATGC AAGTGTCTGG GCTCAATATG
GAACCAAGTG TCATTACTGT TAAAGAAAAA GAGACACTGC ATTCTGGCCT ACCTTCTAAA
ATAGGCACCG TATCAAAACC GGTAACTTTG GCTGAGAAAA GAATTCCAGA ACAATCACCA
GCAACAAGGA GGAGAATGTA TGACAAAGGT GGTGATAAGT CAATAAAAAA TAAAGATCAA
AAGTTCTCAG ATTCTGGAAC CTCAGAGGCT AGTCTGTCTC CTCCTTCTTC CCCAACAAGC
CGGCCCCGTA ATGAAAAGAA TGTTTTTAGC CGCCTCACAG TTTCTCAGGC AGCATTACAG
AAGGATAAGT CTGATGAAAG TGATTCCTCT TTGTCCGAGG TACACAGGGG CATAATTAAT
CCGTTTCCTA CATCTAAAAG CAATAAGACA TCGTTTCTAC AATGCGTTCA TATAGCTGAA
GGTCATAACA AGGCAGTGCT CTGTGTGGAT GCTACTGATG ATCTACTATT CACTGGATCC
AAAGATCGTA CTTGTAAAGT ATGGAATCTT GTTACGGGGC AAGAAATTAT GTCCCTTGGA
GGCCACCCCA ATAATGTTGT GTCTGTGAAG TATTGTAACT ACACAAGCCT AGTGTTTACT
GTTTCCACAT CTTACATTAA GGTGTGGGAT ATCAGAGATG CAGCTAAATG TATTCGAACA
CTGACGTCAT CTGGGCAAGT CATGACTTGG GATTCTTGTG CTGGAAGTCA GAATAGGACC
GTAACCATTC CACCGGGTGA AAATCAAATC AATCAAGTTG CACTAAACCC AACAGGCACT
TTCTTGTATG CAGCAGCTGG AAATTCAGTG CGAATATGGG ACCTTAAAAG GTATATTATT
AAATTAACTG TTTTTATTAA ACTCGTATTC CTTTTTTTTT TTCCCACAAA GATGTTCGAC
ATTACAGAAG GGGCTTTAGG TTCTGTGAGT CCCACATATT GTTTTGAACC CCCCCATTAT
GATGGTATTG AAGCTCTAAT AATCAGCGGA GATAGCTTGT TCAGTGGATC CCGAGATAAT
GGAATTAAGA AATGGGATTT ATCACGCAAA GACCTTCTTC AGCAAGTTCC AAACGCACAT
AAAGACTGGG TGTGTGCACT TGGTTTAGTC CCTGGTTCCC CTGTTCTTTT GAGTGGCTGT
CGTGGAGGCA TTCTGAAACT CTGGAATGTG GACACATTCT TTCCCATTGG AGACCTCAAA
GGACATGATA GTCCAATTAA TGCAATTTGT ACAAACTCAA GTCACATTTT CACAGCATCA
GATGATCAAA CTGTGAAAAT TTGGAAGGCT CATGGTTCAC TAGATGGACA GATATCTGAT
ACTGGTGACA CAAGCGAAGA TGTAGCCAGC AACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_018106902.1 CDS 385..5280 Translation 
Target ORF information:
RefSeq Version XM_018251413.1 Organism Xenopus laevis(African clawed frog) Definition Xenopus laevis kinesin family member 21A L homeolog (kif21a.L), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_018251413.1
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
4861ATGACGGGCG CTCAGGACGA AAACGCGGTT CGGGTGGCCC TCCGAATTCG GCCACAACTA
GCCAAAGAAA AAATTGAAGG CTGCCATATT TGCACATCTG TTACCCCCGG GGAGCCTCAG
GTAGTCCTAG GAAAAGACAA AGCTTTTACT TTTGACTATG TCTTCGATAT TGATTCAAGA
CAAGAGGAAC TCTATATGGA TTGCACTGAA AAGCTTATTG AAGGCTGTTT TGAAGGATAC
AATGCCACTG TTTTTGCTTA TGGCCAAACA GGTTCTGGCA AAACCTACAC AATGGGCACA
GGATTTGATG TTAACATATC TGAGGAAGAG CAAGGTATCA TTCCTCGTGC TGTTCAACAT
CTTTTCCGGC GTATTGAGGA GAAGAAACGG GCTGCTTTGG AACAAGGCCT CCCACCCCCT
GAATTTAAAG TTAATGCTCA ATTCCTGGAG CTCTACAATG AAGAAGTTCT TGATTTGTTT
GATACTACAA GGGATGTTGA TGCACGAAAT AAAAAATCCA ACATCAGAAT ACATGAAGAT
TCAGCTGGGG GAATTTATAC AGTTGGAGTC ACAACACGAA ATGTCAGCTC AGAAACAGAG
ATGATACAGT GCTTGAAGAT TGGTGCCTTA TCTAGAACTA CAGCAAGTAC ACAAATGAAT
GTTCAGAGTT CTCGTTCACA TGCAATTTTC ACCATCCATT TATGTCAAAA TCGAGTTTGC
CCTAAAATCG ACACTGAGAA TGATCTGGAT AACAGGATGG CCTCAGAATT GAATCAAATG
AATGAATTTG AAACACTAAC TGCCAAATTC CATTTTGTTG ATTTGGCTGG CTCTGAACGT
TTAAAGCGCA CAGGTGCTAC TGGAGAGAGG GCCAAGGAAG GCATTTCAAT CAACTGTGGG
CTGTTAGCCC TGGGAAATGT TATAAGTGCT TTAGGAGACA AGAGTAAGAA GGCCACTCAT
GTGCCTTATC GAGATTCCAA GTTAACAAGA CTGCTGCAGG ACTCACTTGG TGGAAACAGC
CAAACTTTTA TGATAGCTTG TGTAAGTCCT TCAGACAGAG ATTTTATGGA AACCTTAAAC
ACACTTAAAT ATGCCAATCG GGCACGGAAT ATTAAAAATA AAGTGATGGT TAATCAAGAC
AGAACAAGTC AACAGATAAA TGCACTGCGT AATGAGATTG CACGGCTTCA GATGGAGCTC
ATGGAGTACA AAACAGGTAA AAGGATTATT GATGAGGAAG GAGTTGAGGG CATTAACGAC
ATGTTCCATG AGAATGCAAT GCTACAGACA GAAAACAACA ATCTGCGTAT GAGAATTAAA
GCAATGCAAG AAACTATTGA TGCTCTGAGG TCCAGGACAA CGCAGCTCAT AAGCGATCAG
GCCAATCAAG TTATTTCTAG AGCAGGGGAT GGAAATGAAG AGATAAGCAA CATGATTCAC
AATTATATTA AAGAGATTGA AGATCTCAGA GTGAAACTGT TAGAAAGTGA AGCAATAAAT
GAAAATCTGC GAAAAAGCTT ATCAAGAGCT TCATCAAGGT CATCATACTT TGCTGGCCAC
ACTCCTTTTT CCTCATCTTT AATTGCTGCA GAAAAAGAGA CCAATGAAAT AATAGATTTG
GCCAAAAAAG ATCTTGAAAA TCTGAAAAAG ATAGAGAAAA AGAAGAAGAA AAGCGTTGTC
AAAGAAGAGA ATGCTGATAG TGAAAAGTTG GAAGAAAAGG GCAGTGCGGA AAAGGAATGC
CATGAATTGG TAATTGAAGA AGGTCAAGAA GGTAGTGACC ACGAGGAAGA TGAAGAGGTA
GAAGAGGATG AAGAGGATGA AGATGTAGAT GCTGCTGAAA GTTCAGATGA TTCAGATTCT
GAACTGGAAG AAAAAGAGAA TTATCAGGCT GATCTGGCAA ATATTACTTG TGAAATTGCT
ATAAAACAGA AGCTAATTGA CGAATTAGAA AACAGCCAAA GGAGACTGCA CACCCTAAAA
CAGCAGTATG AAGAAAAACT GATGACACTG CAAAATAAAA TTAAGGACAC CCAACTAGAA
AGAGATCGTG TTCTCCAAAA CATCGGATCA ATGGAAACAT GCACAGAGGA AAAAACCAAA
AAAATCAAAG TGGAGTATGA AAAGAAACTG CAGACAATGA ATAAGGAGCT TCATAAACTG
CAGGCTGCCC AAAAGGAACA TGCTCGTTTG CTGAAAAACC AATCACAATA TGAAAAACAA
ATGAAGAAAC TGCAGCAGGA GGTTGTAGAA ATGAAGAAAA CAAAGGTTCG GCTAATGAAA
CAAATGAAAG AAGAGCAAGA AAAAGCAAGA GTAAATGAAA CCCGCCGAAA TAGAGAAATT
GCACAGCTTA AAAAAGACCA GCGCAAACGA GATAATCAGT TAAGACATTT GGAAGCCCAG
AAAAAACAAC AAGAAGTTGT GCTGCGTCGT AGAGCTGAAG AGGTTACAGC ACTTCGCCGG
CAAGTAAGAC CCATGTCTGA TAGGGTTGCA GGAAGGCTAA GCCGTAAAGT AAGTTTGCCC
GAGCCTATTG CTGAACATAT TTCAAATATG CATGAGGAAC ACGATTCAAG CAAACCTGGT
TTGCAGCATA AACCAAGAAT TCCTGTTGCC AGAGTCCAGC CCGCCACATC AACTGCCTTA
AATGGAACAA GAAAAAAATA TCAGAGAAAA GGAATAAATA GTTACACTTC AAAGGTAGCC
AGACAGAAAT GGCACTCATT GGAGCGCAGA GTCACAGACA TTGTGATGCA AAGGATGACT
ATTTCCAATA TGGAAGTTGA CATGAACAGA ATGTTGACGC AACGGGAAGA ACTAACAAAA
AGAAAGGAAA AGGTCACAAA GAAAAGGGAT CGCATTATAA AGGAATCTGG GGATGTGGAC
AAAAATATTC ATAGCCTCAG TGAAGAAATT GAGTCCCTAA ATGCAAATAT TGACTACCTT
AATGATAGCA TATCTGACTG CCAAGCTAGC ATTATGCAAA TGGAAGAGGC AAAGGAAGAA
GGCGATACTC TGGATGTAAC AGCAGTGATT AATTCATGCA CTTTAGCTGA AGCACGTTAC
CTCCTTGATC ATTTTCTGAA TATGGCTGTC AGTAAGAGTC TTCAAGCAGC ACAGAGAGAA
GCTCAAATCA AAATTCTTGA AGGGCGCCTT AAACAAACAG AAATAACTAG TTCAACCCAA
AATCAGCTCT TGTTTCATAT GTTAAAAGAA AAAGCAGAAC TAAATCCAGA ACTTGATGCA
CTACTTGGCC ATGCCTTACA AGATCTAGAT AGCATACCGA TAGAAAATGC AGAAAACAGC
AGTGATGATG AGGACTCATT ACAGAGTCCC AATACAGAAG GCAGTTCTTT GTCCTCTGAT
CTCATGAAAC TATGTGGTGA AGTCAAGCCC AAAAGCAAGG CACGGAGGAG AACCACAACT
CAGCTGGAGT TACTGTATGC AGACAGCAGT GAGTCTACTC CAGATGCAGG TGCTGGAGAG
ACATGTATAC CAGCTACCCT TCTCCCTATT CCAGAAATGC AAGTGTCTGG GCTCAATATG
GAACCAAGTG TCATTACTGT TAAAGAAAAA GAGACACTGC ATTCTGGCCT ACCTTCTAAA
ATAGGCACCG TATCAAAACC GGTAACTTTG GCTGAGAAAA GAATTCCAGA ACAATCACCA
GCAACAAGGA GGAGAATGTA TGACAAAGGT GGTGATAAGT CAATAAAAAA TAAAGATCAA
AAGTTCTCAG ATTCTGGAAC CTCAGAGGCT AGTCTGTCTC CTCCTTCTTC CCCAACAAGC
CGGCCCCGTA ATGAAAAGAA TGTTTTTAGC CGCCTCACAG TTTCTCAGGC AGCATTACAG
AAGGATAAGT CTGATGAAAG TGATTCCTCT TTGTCCGAGG TACACAGGGG CATAATTAAT
CCGTTTCCTA CATCTAAAAG CAATAAGACA TCGTTTCTAC AATGCGTTCA TATAGCTGAA
GGTCATAACA AGGCAGTGCT CTGTGTGGAT GCTACTGATG ATCTACTATT CACTGGATCC
AAAGATCGTA CTTGTAAAGT ATGGAATCTT GTTACGGGGC AAGAAATTAT GTCCCTTGGA
GGCCACCCCA ATAATGTTGT GTCTGTGAAG TATTGTAACT ACACAAGCCT AGTGTTTACT
GTTTCCACAT CTTACATTAA GGTGTGGGAT ATCAGAGATG CAGCTAAATG TATTCGAACA
CTGACGTCAT CTGGGCAAGT CATGACTTGG GATTCTTGTG CTGGAAGTCA GAATAGGACC
GTAACCATTC CACCGGGTGA AAATCAAATC AATCAAGTTG CACTAAACCC AACAGGCACT
TTCTTGTATG CAGCAGCTGG AAATTCAGTG CGAATATGGG ACCTTAAAAG GTATATTATT
AAATTAACTG TTTTTATTAA ACTCGTATTC CTTTTTTTTT TTCCCACAAA GATGTTCGAC
ATTACAGAAG GGGCTTTAGG TTCTGTGAGT CCCACATATT GTTTTGAACC CCCCCATTAT
GATGGTATTG AAGCTCTAAT AATCAGCGGA GATAGCTTGT TCAGTGGATC CCGAGATAAT
GGAATTAAGA AATGGGATTT ATCACGCAAA GACCTTCTTC AGCAAGTTCC AAACGCACAT
AAAGACTGGG TGTGTGCACT TGGTTTAGTC CCTGGTTCCC CTGTTCTTTT GAGTGGCTGT
CGTGGAGGCA TTCTGAAACT CTGGAATGTG GACACATTCT TTCCCATTGG AGACCTCAAA
GGACATGATA GTCCAATTAA TGCAATTTGT ACAAACTCAA GTCACATTTT CACAGCATCA
GATGATCAAA CTGTGAAAAT TTGGAAGGCT CATGGTTCAC TAGATGGACA GATATCTGAT
ACTGGTGACA CAAGCGAAGA TGTAGCCAGC AACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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