| Gene Symbol | polr1a.L |
| Entrez Gene ID | 398274 |
| Full Name | polymerase (RNA) I polypeptide A L homeolog |
| Synonyms | polr1a |
| General protein information |
|
| Gene Type | protein-coding |
| Organism | Xenopus laevis(African clawed frog) |
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polr1a.L cDNA ORF clone, Xenopus laevis(African clawed frog)
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Gene
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Clones
gRNAs
The following polr1a.L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the polr1a.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 OAf08387 Clone ID Related Accession (Same CDS sequence) NM_001088713.1 Accession Version NM_001088713.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5193bp)
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 1477497600000 Organism Xenopus laevis(African clawed frog) Product polymerase (RNA) I polypeptide A L homeolog Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AF309686.1. ##Evidence-Data-START## Transcript exon combination :: AF309686.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMD00012418, SAMD00012419 [ECO:0000348] ##Evidence-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
5161ATGCTGCTGT CTAAAGACGC ACCATGGCGG CGCCTGCAGA GCATCTCGTT TGGCTGTTAC
TCAGCGGAGG AGATCAGGAA GCTGAGTGTG AAAGCCCTGA CCAACCCTCG CTATATGGAC
AGCCTGGGGA ATCCTTTGAT GAACGGCCTG CATGATTTGG CTCAGGGTCC TGCCGACGGT
AAAGAAGTTT GCTCCTCCTG CTTTCAGGAC TTTACCTCCT GCCCCGGGCA CCTGGGACAC
ATTGAGCTGC CCCTGACCGT GTACAACCCG CTGTTCTTTG ATAAACTGTA TTTTCTCGTG
CGAGGCTCCT GCTTCCACTG CCACTTGCTC ACCTGCAACC GCTCGGTTAT CCACTTACTG
CTCAACCAGC TCAAGCTCCT TGATCGGGGG GTGGAGCATG AAGTCTATGA GCTGGAGAAT
GTCCTGCACC GGGTGCTGGA GGCGAATGCT GCTGCCACCG GCCATGAGAT CCAAGAGGAG
CTGGAGAACT ACACCAGGAA AGTGCTTAAA AAGTATAAGA AGCTCCCAAG AGGCACTTCT
TGCCAGGTGA AGAATACGTG CGTGACCAGA AACCGGCTGA TTGGAAACTT CTGGAAAAAG
CAAATGGTTT CCGCAAAGTG TCCCAACTGC AAGGCACCGA GGTCGGTTGT AAGGAAAGAA
CACAACAGCA AGCTGACTAT AATAATGTCT TCCAAACCAA GTTCCTCTTC TAAAGGGGGT
GCCATGCCAG CAGAGGGGGA TATGGATGTG ATTGACAGTA CTCAGTTAGC AAAACGTGGA
TATCTGACTC CCAACACCAC CAAGGAACTT ATCATGGAGC TTTGGAAGAA TGAAGGCTTT
TTCCTACAGC ATCTCTTTTC TGGAATAACG GGCGGTGGGG AATCCGCGTT TACTCCGGAC
ACGTTTTTCC TTGACATTAT TGTTGTCCCT CCCTCGAGGT TCCGACCAGT CAATCGCCTT
GGGGATCAGA TGTTCACCAA TGGTCACACG ATTAACCTGC AGTCTGTCCT CAAAGACATC
TCCACTATAC AGAAACTGCT GGCTGTGATG GCTCAGGATC AGGAGCAGAC GCCTGAGCTC
ACTGAATCAG GGATGAACTT GAAGGAAGCC GAGGTTACGG AAAATATTGA TCGTTCTTTT
CTGGCCACCT TGACGGGCCT GTCCCTTACG GATAAGCTTT ACAACTCCTG GGTCCGGCTG
CAGAGTCACG TCAATATCGT CTTTGACAGC GACATGGACA AGCTCATGTC CGACAAGTAC
CCGGGAATCC GCCAGGTCCT GGAGAAGAAA GACGGTCTGT TTCGGAAGCA CATGATGGGG
AAACGAGTGG ATTTCGCAGC TCGCTCTGTT ATCTGCCCCG ACATGTACAT CAACACTAAC
GAAATTGGAA TCCCTATGGT GTTTGCCACT AAGCTGACGT ACCCCCAACC AGTTACTCCC
TGGAATGTGC AGGAGTTGAG AAAGGCTGTA CTAAACGGAC CCAATGTCCA TCCGGGTGCC
TCTATGGTGA TCAATGAGGA CGGGTCTCGC ACCATATTGA ACTCTACTGA TTTATCCCAG
AGGGATGCTG TAGCAAAGCA ACTACTCACC CCATCCACTG GCACACAGAC TCTGAATGCT
AAAATTGTGT GTCGACATGT GAAAAACGGG GATGTGCTTC TCCTGAACCG ACAGCCCACC
CTGCACAGGC CTTCCATCCA GGCCCATAAA GCCCGTATTC TCCCGGGGGA GAAGGTGCTC
AGGCTGCACT ATGCCAACTG TAAGGCATAC AATGCTGACT TCGATGGGGA TGAAATGAAC
GCACATTTCC CCCAAAGCGA GCTGGGCCGG GCTGAAGCCT ACACCATCGC GTGTACTGAT
GAGCAGTACT TGGTGCCTAA GGATGGTACA CCCCTTGCCG GCTTAATTCA AGATCATATG
GTGTCTGGTG CAAACATGAC CATACGCGGC TGCTATTTTA CCAGGGAACA GTATATGGAA
CTGGTTTATC AAGGGCTGAC GGATAAGAAA GGCAGAGTAA AACTCCTCCC ACCAGCTATC
CTAAAACCCC ACCGACTCTG GACAGGAAAG CAGGTTGTGT CTACGTTACT GATCAACGTA
ATCCCTGAGA ATCTTATTCC CCTAAACCTG ACGGGAAAAG CCAAAATTGG TGGGAAAGCT
TGGGTGAAGG AGCAGCCTCG GCCCATTCCG GGATTCTCGC CTGACTCCAT GTGCGAGTCT
CAGGTTATAA TTCGAAACGG AGAGTTGCTT TGTGGCGTCC TGGACAAAGC GCACTATGGC
AGCTCTTCCT TTGGCCTGGT GCACTGTTGC TATGAGCTGT ACGGGGGAGA GACCAGTGGG
AAACTGCTCA CTTGCTTGGC GAGACTCTTC ACTGCTTACC TCAAGCTCTA CAGAGGCTTC
ACTTTGGGAG TTGAGGACAT CCTTGTGCTC CCATATGCAG ATGCCAAGAG ACAGAATATT
GTGGAACATT CAATGCAGTG TGGTGGAAGG GCTATCAGAG CGGCCTTCAA CTTGGCAGAC
GCAGCGTCGG ACGAAGAAGC GCAAGGGAAG TGGCAGGATG CCCATCTCGC AAAGGACCAG
AGAGATTTCA ACATGGTGGA TCTGAAGTTC AAGGAGGAAG TGAACCAGTT CAACAACGAG
ATCAATAAGG TGTGCATGCC ATTTGGCCTC CATAGATCCT TCCCAGAGAA CAACCTGCAG
CTGATGGTTC AGTCAGGCGC CAAAGGATCC ACTGTGAATA CCATGCAGAT TTCCTGTTTA
TTGGGCCAGA TTGAGCTGGA GGGACGGAGG CCCCCGCTGA TGCCTTCTGG GAGGTCATTG
CCTTGTTTTC AGCCGTATGA TTTTAGTCCA CGTTCTGGGG GATTTGTTAC TGGGCGATTT
CTCACCGGCA TCAAGCCTCC TGAGTTCTTC TTCCATTGCA TGGCAGGGAG GGAAGGATTG
GTGGACACGG CTGTGAAAAC TAGTCGATCT GGATATCTGC AGAGGTGTGT TATTAAGCAT
CTGGAGGGTC TTGTGGTTCA GTATGACCTG ACGGTGCGAG ACAGTGATGG AAGCATCATT
CAGTTCCTGT ACGGAGAGGA CGGCCTTGAT GTACCCAAGA CACAGTTTCT CCAGCCCAAG
CAGTTCCCCT TCATAGCAGA GAACTATGAG GTTATAAAGC AGTCTAAGCG CCTGGATGAA
GTTCTATCCC GGGTGAACAC GGAGCAAGCG GAGCAGCACA TGCACGCCAT CTACAGGTGG
AAAGCAAAAC ACCCCAACCC CGGACAGCGA ATCAGCCCCT TCCTGCTTTA CTCTCAGAAG
CAACTGCCGG CAGTAAAGGC GTCGTGTCCT GTGGAGGAAT ATGAGAATGG CAGGGATTTT
GCATCCAGAC AAGTTCTGGA GAGCTGGTAC TCCGTGAATG AGAAGACGCT TAGCAGATAC
AGGAGAAGGG CGTCTCTTCT CCCCGATCCC TGTCTGGCAG TGTGGCGCCC AGATCTTTAC
TTGGGATCAG TATCTGAAAA CTTCCAAAGC AAAATGGCTC AGTATGGCTG TGCGTGGGAG
CAGCAGAGGA ACTCTAGCCA TGACATGTCG TCTCTGACAT TTGACAGCTT AAAAACCTTA
CTGCACCTGA AGTGGCAGAG AGCACTGTGT GACCCGGGGG ATGCGGTGGG ACTTCTGGCC
GCTCAGAGCA TCGGAGAGCC CTCCACACAG ATGACCCTGA ACACCTTCCA CTTTGCTGGC
AGAGGAGAGA TGAACGTCAC ACTGGGTATT CCTAGGCTTC GGGAAATTCT GATGGTCGCA
AGCTCCAACA TAAAGACGCC CATGATGAGT GTGCCGGTCC TGAACACTAA GAAAGCTGTG
AAGCGGGCGA AGCAACTGAA GAAGCGGCTG ACACGAGTGC GCTTGGCAGA GGTGATTCAC
AAACTGGAAG TGGAGGAGAC GTTCCGTATC GAGGAGAAGT CGCAGAAGTA CCAAGTGTAC
AAGATCAGGT TCCATTTCCT ACCCCACGAG TACTATCGGC AGGAGAAGAT GCTGCGGCCT
GAGGGGGTCC TGCGCTTCAT GGAATCAAGG TTCTTCAAAA TTATGTTTGA CGCCATAAAG
AGGAAGAGCT CCAAGCTTGC TTCTTTCCGG GAAGTGAGCA CACGCAGGGC CACTCAGAAG
GACGTTGGTG ATGGAGAAGC TCAAGGAAAC GAGGAAAGTC AGCGGGCGGA GAATGAAGAG
GCACAAGCCA ATGATAACGA TGATGATGAT AATGACAATA ATATTAATAA TAATAATGAT
GATGATGATG ATGATGCAGA GGATGGTGAT GCTGATGCCA CTGATGCAAA GAGGAGAAAA
AAACAAGAAG AGGAGGTGGA CTATGAGAGT GATGAAGAGG CGGCCGAAGA AAACAATGAA
GAAGAAACGG AGGAGAAGGC TCCTGAGGCA TGGGGGGAGA CATTAGCTGA TGAGGAAGAG
AGGATTGGGC AAGAGATAGA GGTGGAATCC CCGACTGCTG TACCTGGCAC ACCCTCCCAG
AAACTCACCA AGGATGTCAT GGCGGAAAAC AGAATCAATG ATGTACTGAG CCTCAATCCT
GCTATAGAAG ATTACTCCTA CGATACAGAG AAAAGCTTAT GGTGTGAGGT CACTATCAAA
CTGCAGCTGA TGAAGATCTA CTTCGATATC TGCTCCCTGG TGTCCTCCCT CGCCCACAAT
GTTATAGTCC ACGAGACCAG CGGGATCACC CGGTGCCTCT TGAACGAAAC AACCAATAAA
CAAGGGGACA AAGAGCTGAT TCTCAACACG GAGGGGATAA ATCTGTATGA ACTATTCAAG
TATTCCAGTA TTCTGGACAT TACGAGGCTT TATTCAAATG ACATTCACGC CATAGCAAAT
ACCTTTGGCA TTGAGGCTGC TTTGCGGGTG GTGGAGAAGG AGATTAAAGA CGTGTTTGCG
GTTTATGGTA TTGAAGTGGA TCCCCGGCAC CTGTCGCTGG TAGCGGATTA CATGTGCTTC
GAGGGCACCT ACAGGCCTCT CAACCGGATC GGGATGCAGT CCAGCTCGTC GCCCTTCCAG
CAGATGACGT TTGAAACTAG CTACAAGTTT CTCAAGGATG CCACCATGAA TGGTGCACGA
GATGACCTGC AGTCTCCGTC GGCATGCTTA GTAGTCGGAA AAGTTGTAAA AGGAGGAACT
GGCTTATTTG ACCTTAAACA GCCAATGCAA TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001082182.1 CDS 300..5492 Translation 
Target ORF information:
RefSeq Version NM_001088713.1 Organism Xenopus laevis(African clawed frog) Definition Xenopus laevis polymerase (RNA) I polypeptide A L homeolog (polr1a.L), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
NM_001088713.1
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
5161ATGCTGCTGT CTAAAGACGC ACCATGGCGG CGCCTGCAGA GCATCTCGTT TGGCTGTTAC
TCAGCGGAGG AGATCAGGAA GCTGAGTGTG AAAGCCCTGA CCAACCCTCG CTATATGGAC
AGCCTGGGGA ATCCTTTGAT GAACGGCCTG CATGATTTGG CTCAGGGTCC TGCCGACGGT
AAAGAAGTTT GCTCCTCCTG CTTTCAGGAC TTTACCTCCT GCCCCGGGCA CCTGGGACAC
ATTGAGCTGC CCCTGACCGT GTACAACCCG CTGTTCTTTG ATAAACTGTA TTTTCTCGTG
CGAGGCTCCT GCTTCCACTG CCACTTGCTC ACCTGCAACC GCTCGGTTAT CCACTTACTG
CTCAACCAGC TCAAGCTCCT TGATCGGGGG GTGGAGCATG AAGTCTATGA GCTGGAGAAT
GTCCTGCACC GGGTGCTGGA GGCGAATGCT GCTGCCACCG GCCATGAGAT CCAAGAGGAG
CTGGAGAACT ACACCAGGAA AGTGCTTAAA AAGTATAAGA AGCTCCCAAG AGGCACTTCT
TGCCAGGTGA AGAATACGTG CGTGACCAGA AACCGGCTGA TTGGAAACTT CTGGAAAAAG
CAAATGGTTT CCGCAAAGTG TCCCAACTGC AAGGCACCGA GGTCGGTTGT AAGGAAAGAA
CACAACAGCA AGCTGACTAT AATAATGTCT TCCAAACCAA GTTCCTCTTC TAAAGGGGGT
GCCATGCCAG CAGAGGGGGA TATGGATGTG ATTGACAGTA CTCAGTTAGC AAAACGTGGA
TATCTGACTC CCAACACCAC CAAGGAACTT ATCATGGAGC TTTGGAAGAA TGAAGGCTTT
TTCCTACAGC ATCTCTTTTC TGGAATAACG GGCGGTGGGG AATCCGCGTT TACTCCGGAC
ACGTTTTTCC TTGACATTAT TGTTGTCCCT CCCTCGAGGT TCCGACCAGT CAATCGCCTT
GGGGATCAGA TGTTCACCAA TGGTCACACG ATTAACCTGC AGTCTGTCCT CAAAGACATC
TCCACTATAC AGAAACTGCT GGCTGTGATG GCTCAGGATC AGGAGCAGAC GCCTGAGCTC
ACTGAATCAG GGATGAACTT GAAGGAAGCC GAGGTTACGG AAAATATTGA TCGTTCTTTT
CTGGCCACCT TGACGGGCCT GTCCCTTACG GATAAGCTTT ACAACTCCTG GGTCCGGCTG
CAGAGTCACG TCAATATCGT CTTTGACAGC GACATGGACA AGCTCATGTC CGACAAGTAC
CCGGGAATCC GCCAGGTCCT GGAGAAGAAA GACGGTCTGT TTCGGAAGCA CATGATGGGG
AAACGAGTGG ATTTCGCAGC TCGCTCTGTT ATCTGCCCCG ACATGTACAT CAACACTAAC
GAAATTGGAA TCCCTATGGT GTTTGCCACT AAGCTGACGT ACCCCCAACC AGTTACTCCC
TGGAATGTGC AGGAGTTGAG AAAGGCTGTA CTAAACGGAC CCAATGTCCA TCCGGGTGCC
TCTATGGTGA TCAATGAGGA CGGGTCTCGC ACCATATTGA ACTCTACTGA TTTATCCCAG
AGGGATGCTG TAGCAAAGCA ACTACTCACC CCATCCACTG GCACACAGAC TCTGAATGCT
AAAATTGTGT GTCGACATGT GAAAAACGGG GATGTGCTTC TCCTGAACCG ACAGCCCACC
CTGCACAGGC CTTCCATCCA GGCCCATAAA GCCCGTATTC TCCCGGGGGA GAAGGTGCTC
AGGCTGCACT ATGCCAACTG TAAGGCATAC AATGCTGACT TCGATGGGGA TGAAATGAAC
GCACATTTCC CCCAAAGCGA GCTGGGCCGG GCTGAAGCCT ACACCATCGC GTGTACTGAT
GAGCAGTACT TGGTGCCTAA GGATGGTACA CCCCTTGCCG GCTTAATTCA AGATCATATG
GTGTCTGGTG CAAACATGAC CATACGCGGC TGCTATTTTA CCAGGGAACA GTATATGGAA
CTGGTTTATC AAGGGCTGAC GGATAAGAAA GGCAGAGTAA AACTCCTCCC ACCAGCTATC
CTAAAACCCC ACCGACTCTG GACAGGAAAG CAGGTTGTGT CTACGTTACT GATCAACGTA
ATCCCTGAGA ATCTTATTCC CCTAAACCTG ACGGGAAAAG CCAAAATTGG TGGGAAAGCT
TGGGTGAAGG AGCAGCCTCG GCCCATTCCG GGATTCTCGC CTGACTCCAT GTGCGAGTCT
CAGGTTATAA TTCGAAACGG AGAGTTGCTT TGTGGCGTCC TGGACAAAGC GCACTATGGC
AGCTCTTCCT TTGGCCTGGT GCACTGTTGC TATGAGCTGT ACGGGGGAGA GACCAGTGGG
AAACTGCTCA CTTGCTTGGC GAGACTCTTC ACTGCTTACC TCAAGCTCTA CAGAGGCTTC
ACTTTGGGAG TTGAGGACAT CCTTGTGCTC CCATATGCAG ATGCCAAGAG ACAGAATATT
GTGGAACATT CAATGCAGTG TGGTGGAAGG GCTATCAGAG CGGCCTTCAA CTTGGCAGAC
GCAGCGTCGG ACGAAGAAGC GCAAGGGAAG TGGCAGGATG CCCATCTCGC AAAGGACCAG
AGAGATTTCA ACATGGTGGA TCTGAAGTTC AAGGAGGAAG TGAACCAGTT CAACAACGAG
ATCAATAAGG TGTGCATGCC ATTTGGCCTC CATAGATCCT TCCCAGAGAA CAACCTGCAG
CTGATGGTTC AGTCAGGCGC CAAAGGATCC ACTGTGAATA CCATGCAGAT TTCCTGTTTA
TTGGGCCAGA TTGAGCTGGA GGGACGGAGG CCCCCGCTGA TGCCTTCTGG GAGGTCATTG
CCTTGTTTTC AGCCGTATGA TTTTAGTCCA CGTTCTGGGG GATTTGTTAC TGGGCGATTT
CTCACCGGCA TCAAGCCTCC TGAGTTCTTC TTCCATTGCA TGGCAGGGAG GGAAGGATTG
GTGGACACGG CTGTGAAAAC TAGTCGATCT GGATATCTGC AGAGGTGTGT TATTAAGCAT
CTGGAGGGTC TTGTGGTTCA GTATGACCTG ACGGTGCGAG ACAGTGATGG AAGCATCATT
CAGTTCCTGT ACGGAGAGGA CGGCCTTGAT GTACCCAAGA CACAGTTTCT CCAGCCCAAG
CAGTTCCCCT TCATAGCAGA GAACTATGAG GTTATAAAGC AGTCTAAGCG CCTGGATGAA
GTTCTATCCC GGGTGAACAC GGAGCAAGCG GAGCAGCACA TGCACGCCAT CTACAGGTGG
AAAGCAAAAC ACCCCAACCC CGGACAGCGA ATCAGCCCCT TCCTGCTTTA CTCTCAGAAG
CAACTGCCGG CAGTAAAGGC GTCGTGTCCT GTGGAGGAAT ATGAGAATGG CAGGGATTTT
GCATCCAGAC AAGTTCTGGA GAGCTGGTAC TCCGTGAATG AGAAGACGCT TAGCAGATAC
AGGAGAAGGG CGTCTCTTCT CCCCGATCCC TGTCTGGCAG TGTGGCGCCC AGATCTTTAC
TTGGGATCAG TATCTGAAAA CTTCCAAAGC AAAATGGCTC AGTATGGCTG TGCGTGGGAG
CAGCAGAGGA ACTCTAGCCA TGACATGTCG TCTCTGACAT TTGACAGCTT AAAAACCTTA
CTGCACCTGA AGTGGCAGAG AGCACTGTGT GACCCGGGGG ATGCGGTGGG ACTTCTGGCC
GCTCAGAGCA TCGGAGAGCC CTCCACACAG ATGACCCTGA ACACCTTCCA CTTTGCTGGC
AGAGGAGAGA TGAACGTCAC ACTGGGTATT CCTAGGCTTC GGGAAATTCT GATGGTCGCA
AGCTCCAACA TAAAGACGCC CATGATGAGT GTGCCGGTCC TGAACACTAA GAAAGCTGTG
AAGCGGGCGA AGCAACTGAA GAAGCGGCTG ACACGAGTGC GCTTGGCAGA GGTGATTCAC
AAACTGGAAG TGGAGGAGAC GTTCCGTATC GAGGAGAAGT CGCAGAAGTA CCAAGTGTAC
AAGATCAGGT TCCATTTCCT ACCCCACGAG TACTATCGGC AGGAGAAGAT GCTGCGGCCT
GAGGGGGTCC TGCGCTTCAT GGAATCAAGG TTCTTCAAAA TTATGTTTGA CGCCATAAAG
AGGAAGAGCT CCAAGCTTGC TTCTTTCCGG GAAGTGAGCA CACGCAGGGC CACTCAGAAG
GACGTTGGTG ATGGAGAAGC TCAAGGAAAC GAGGAAAGTC AGCGGGCGGA GAATGAAGAG
GCACAAGCCA ATGATAACGA TGATGATGAT AATGACAATA ATATTAATAA TAATAATGAT
GATGATGATG ATGATGCAGA GGATGGTGAT GCTGATGCCA CTGATGCAAA GAGGAGAAAA
AAACAAGAAG AGGAGGTGGA CTATGAGAGT GATGAAGAGG CGGCCGAAGA AAACAATGAA
GAAGAAACGG AGGAGAAGGC TCCTGAGGCA TGGGGGGAGA CATTAGCTGA TGAGGAAGAG
AGGATTGGGC AAGAGATAGA GGTGGAATCC CCGACTGCTG TACCTGGCAC ACCCTCCCAG
AAACTCACCA AGGATGTCAT GGCGGAAAAC AGAATCAATG ATGTACTGAG CCTCAATCCT
GCTATAGAAG ATTACTCCTA CGATACAGAG AAAAGCTTAT GGTGTGAGGT CACTATCAAA
CTGCAGCTGA TGAAGATCTA CTTCGATATC TGCTCCCTGG TGTCCTCCCT CGCCCACAAT
GTTATAGTCC ACGAGACCAG CGGGATCACC CGGTGCCTCT TGAACGAAAC AACCAATAAA
CAAGGGGACA AAGAGCTGAT TCTCAACACG GAGGGGATAA ATCTGTATGA ACTATTCAAG
TATTCCAGTA TTCTGGACAT TACGAGGCTT TATTCAAATG ACATTCACGC CATAGCAAAT
ACCTTTGGCA TTGAGGCTGC TTTGCGGGTG GTGGAGAAGG AGATTAAAGA CGTGTTTGCG
GTTTATGGTA TTGAAGTGGA TCCCCGGCAC CTGTCGCTGG TAGCGGATTA CATGTGCTTC
GAGGGCACCT ACAGGCCTCT CAACCGGATC GGGATGCAGT CCAGCTCGTC GCCCTTCCAG
CAGATGACGT TTGAAACTAG CTACAAGTTT CTCAAGGATG CCACCATGAA TGGTGCACGA
GATGACCTGC AGTCTCCGTC GGCATGCTTA GTAGTCGGAA AAGTTGTAAA AGGAGGAACT
GGCTTATTTG ACCTTAAACA GCCAATGCAA TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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