The following LOC108648786 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108648786 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 |
OXa46640 |
| Clone ID Related Accession (Same CDS sequence) |
XM_018097194.1
|
| Accession Version |
XM_018097194.1 Latest version! |
Documents for ORF clone product in default vector |
| Sequence Information |
ORF Nucleotide Sequence (Length: 5451bp)
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 |
interferon-induced very large GTPase 1-like |
| Comment |
Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030685.1) 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 :: 37% 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
| ATGGAGGGGC CAGCAACAGC ACAGGATTCG GTGACAGCTA TTGGGCAGGA AGAAGAAGCT
ACTGGCCTAT CTGAGGAAGA AGAAAAAGGC ACCATTAAAG GCATGGAGGG GCCAGCAACA
GCACAGGATT CAGTGACAGC TATTGGGCAG GAAGAAGCTA AGGACTTATC TGAAAAAGAA
AACAAAGGCA CCATTAAAGA CATGGAGGGG CCAGCAACAG CACAGGATTC AGTGACGGCC
ATTGGGCAGG AAGAAGAAGC TACTGGCCTA TTTGAGGAAG AAGAAAAAGG CACCGGCACA
GATAGGGACA GCCCTGCAGC AGCAGGAGCA GAGGATATAG AGGGAACTCA TGTAAGGGAA
GGAGAGGCTT CAGTCAAATC TTTGGAAGAA CAGACAGGGG AGAGGCGCTA TATCATCAGC
ATGCTCCTGT GTGCAGGATA TGATGACCCA CCGCTGGGGG ACTTAGGGGT CCACGAAAGG
AAGAGAGCCA TCCTGCGCAA CCTCCAAGCC GGGTTGCACG GGGGCTTCGG AATTGATGTG
GACCCCCGCC TGCTCCAGCA TCTGTGCCAT CACACAGGTC ATGCTACTGG CAAACCCGCT
GAAGGCACCA TTAAAGGCAT GGAGGGGCCA GCAACAGCAC AGGATTCAGA GACGGCTATT
GGGCAGGAAG AAGAAGCTAC TGGCCTATCT GAGGAAGAAG AAAAAGAAAA CAGAAACACC
CTGAATGAAA TGATAGAATC CTATAAAGAG TCTAAGCTCT CCCTGAGGGA CATCCTGGAC
GTTGGGCAGG AGAATATAAA TGAAGTTGCC CCCCAGACTG TACAAGACCT GCCCTGGGCT
CTCCTAAGGA AACTGATGGC GCTGGACAGG ACTGCAAGAA CTATTCAACT TGAGGATATT
TCTGAGAATT CGGGGTCAGA CTCTGATAGT GTAGGGGAAG GAGAACATTT TCTACAAATG
GATTCAATGG AAGATTCTGA TAGCACAGAA AAATATGTAT CTCAGAATTT GGGTTTTTAT
AGTAAAGAGG ATAAATGTAA TTCCATTAAT CCATTAGACA GTCTGTGTGC TCTCTTGCAT
TGCTCAGATA TGTTGTTACA GCAGAACATC TTATCCAAAA TGTCCCTTTG TCAGTTTGCT
GTCCCACTGC TGCTCCCTGC TGGTGATGGC CCAGAATGCA CCTTCATGCT GTGGGCTATG
AGAGACATTG TCAAGAGATG GAGACCCCAC ACTCTGGCAG ACAGTAAAGG ATTTGTAGAA
GAAAACCTGG TTCAAGTAGA AATGCCATTG CTCTCCTTTG TGAGACTGGG GCAAAGCAAA
TTATCCAAAT CTAAAATCCT CAACCAAGTG CTCAGCCCAG CTCAGCAGTA CCAGGACTTC
TTTGTTCATG AAAATATGGA GGGTGGAAAT ATTAAAAGAG AAATCTCTGA TGGCCTAGTG
GAAATCTCCT GGTTTTTACC TGCTGGAAGA ACAAATACTG ATATTTTCCC AGAACCTGTT
GCTGTTACTA ATATGCGTGG AGACATCGAG TCTAACTGGA CCCAATTCCG CTTCCTAACC
CAGGTCTCAT CAGCAGTGTT TGTATTTGCT GAGAGCATTA ATGAGAGAGA GTGTGAGCTA
TTAGCCCAGT GTAGTAAATC CAACCCCAAC TTCTATTTCA TCATTACTCC TAGTGGCAAA
GGTGTCAGTA AAGAGACTGT GAAATCCTTA AAAAAGAGTT CACTACATAT TGGAAAATCA
CAAATACTAA TAAAAGACAA AAGAGCAAAT GATGCAAGGC TAGTGAGCAA TATACAAAGT
ATAGTCAAGA AATTTTTAGA AAAAAATGAT AAGAGAGTAA AACTGGAAGA TTTATCAAAC
ACAGCCACTG AACTTCAATT CAAAGTGGAT GAAAATTCCC AGGAATGTCA GAAAGCAAAG
ACATATGCTG AAGAAATAAA TAAAGAGATA CAAGATGTGG TACAATATAA GAAAGAGACA
ATGAAACTAC AAGGGGATCT GTGGAAGCAA GTGGCCCAGA TAGAGAAGGA ATTGTGCAGA
ATGAGAAAAC AAGGGGATAA AAACCCAGAA GAATACCGAT CTCAGCTGAC CAAGAAACTT
AACAAGTTAC ACAAGGAACA GAACCAGCAT TTCCTGCCTG ACTCTATGAG TAAGTTCATT
TCTGCCATCA CACATTTGTC TCAAACTGAA AAACATTATT TTCTGAAATG GATGAAATTT
GCACTTGACT CAGTGGCTAG AAACCGTCTT TCCATGCTAA AAGCAAAATA CAAGAAAACA
TGTAACAATA AAGAAAATAA TCAAGACGAA CTAAAACAGT TAGATCAGCA ACTATCTGAC
AGTTCTTTGG GAGTCGAACA TTTCCTACGT GAGATGGGGC AGTTTTATGA GGCAGAATGT
TCCATGGTGA GTCAAGGCAA AATCAAACCA GATAACATAC AATTCTGTAA TCTCCCAGGA
ATTGCTGCTG ATCTATTGCT GGATGGGTTC CCATTGGAGC TGATAGATGG AGATGCCTCT
AATATCCCCC TACAGTGGGT AACTGATCTT TTGATTGAGT TGGATAAGAA GACAGGAGGG
AAATGCAGAA TGAGAGTAAT CACAGTGCTG GGAGTGCAGA GCACAGGGAA ATCCACCCTC
CTGAACACCA TGTTTGGGCT GCAGTTTTCA GTGTCCAGTG GGCGATGCAC ACGGGGAGCC
TTTTTAACAT TGATTAAAGT GAAAAAAGAC TTCCTGAAGA ACCTGGGCTG TGAGTTTATT
TTAGTGATTG ACACTGAAGG TCTGAAGGCT CCAGAACTGG CTTCTCTGGA GGGCAGCTAT
GAACATGACA ATGAGTTGGC GACTCTAGTG GTTGGGCTCA GTGATATCAC TATAATCAAT
ATGGCCATGG AGAATACAGC AGAAATGAAA GATACACTGC AGATTGTGGT TCATGCATTT
CTCCGAATGA AGCAAATAGG GAAGAAACCC AACTGCCAGT TTGTGCATCA GAATGTGAGT
GATGTTTCTG CTGATGATAA TAACATGAGG GACAGAAAGA AGCTCCTGGA GCAGCTGGAT
GAGATGACAA GAACAGCAGC CAACATGGAA AAAAAAAATG GGTTTAACAG CTTTACTGAT
ATCATGTCCT ATAACATTGA AAGAGACAAC AGGTACATTC CTGGGCTTTG GTACGGTGTC
CCACCCATGG CTTCTGTAAG CTCTGGCTAC AGTGAGAATG TGTATGAACT GAAAAAATAT
TTGTTTGAAT TCATGGAGAA AGAGGAAAGT CTTCAGCCAC CCCAGAATAT TCCTGAATTT
ACTGAATGGA TAAAAAGCTT ATGGAATTCT GTGAAGTATG AAAATTTTAT TTTCAGTTTC
AGAAACAGCC TGGTAGCTGA AGCTTACAAT CAGTTAGCAA TGAAATACTC TCAGTGGGAA
TGGGACTTCC GCAAACAGGT TCATACCTGG CTCATTAGCA CTGAGAACAG TATCAAGAAT
CAGTCAGCAG ATAAACTGCA GCCTGAAATG TGCAGTGGGT TTAAAGATGA TTTGGTTTCT
TTACTCTGCA AAGAAGAGAA AAATATGTTA GATTTGTTAA AAAAATATTT TGAAAGTAAA
ACGGATAATG TTCATCTGAT TGAAAAGTAC AGAGAAGATT TCTCCAAAGG AGTGAATTTT
CTTCGGAAGG AACTGGAACA TTCTGTCACA GCAAAGATTG AGGAGATCAT CATAATCCAA
AAAGGTAAAT ATCAAATAAA GAATATAGAG GACAGTTATC AAAAAATTAT TGAGAAGAAA
GTCACTAATC TCCTAAAACA GGTCAGAGAA AGGGAAAGTC GGCTTGGGGA TGATGACATA
GAAAAGGAAT TTGAGAATAT GTGGGGAAGT ACAATCGCTG AGCTGCCAAA GTATTTTTTT
AAAAAATTTA ATGTTACGAA AGAAATGCTA CTGGCGCTCA AACATGACTT GTCCAACAAA
GGCAGCGCTA TAATGGAGAA AATTCTTAAT ATAAAATGTT TTGATGAGTT TGGAAAGGGT
GAATTCCAGA TTAAAGAACA GCATGTTGAC ATGAAATGGT TCTCACGTAT CAAAGAATAC
TGGACCAATG AATGTCATAT TAAAACAGAC AGTCTTGCTT CCTGTTTAAT AAAAAAATGT
TCAGATTATG TAACAAAGAA GGATAATACA GGAGGAGACT ATGATGGGAC TTATTGCCAA
GAATTACTCA ATATAATCAA TGAAAGGCTC CGGGACAAAG ATGTAAAAAA CCTGCACATT
AATAATCAGT TTGATTTGGA TATAAAGCTC CATATCTTGG GGGATGCAGC TCGGAGGTTC
CAGATGATGC ATGAGAGATT TCTGAAGACG GATCCTATGT TGTGTCTGGG AACTCTAAAG
CCTCATTATT TCACAACATT TAAACATCTA TTCCAGGAGA AGGATGAAAC ACAAAGTCGA
GCCAAACAGT TCTGTGAGCT CTGCCTGAAG CCGGCAATAA CCAAGCAGAT TTATGAGCAT
CTGGGGAAGG ATATTGTAGA TGATATTCTG GTTAATAAAG GTTCTAAAGA ATTGAGCAGC
CGCACTTTCT TTCAGGCACA TGTACTTGAG AAACTGCTGA CAGACCAGGA TTTCTCTCAG
TATGTAGCCT ACATTAATGC TTATGAGGGG TTTGTGAAGA AATGGCTGAA ACAATACATT
CTGAATACTT ATGAAAAAGG TCTAGAAAAG TTGCAAACAA ACATTTTATC TGATATCTGT
AAAAAAATCA GGAGCGCGCT TAAAGAACTA CAAGGCCCTC CTACTGTCTC AGAGTTTTTA
AAAGCCTTTT GTGAGATGTT AAAAAGTGAA ATAGTCATTT CCCAGATGGA GTTGCAGTTG
GTCAGTTTCC AAAACAAAGC AGATGTCAAA CAGTTCTCAA AGGACATTGA GTTTTTTCTA
GAAGAAACAG AGAAACAGAT CAGCTCAGAG ATTGGATCTT CCAACACAGA ATCAGTACTT
GCCAAACTCA CAATGAAACC AGAGGAAGAG CTGTTTAAGA AGGTGTTTGG CTGTGGGAAG
CAGTGTCCCT TCTGTGGGGT CCCCTGTGAG GCTGGAGGTA CTGACCATAA GGAGCACTTT
GCCTCTGTCC ATCGGCCTCA AGGTTTGGGA AGATATCGAT GGACCTCTAG TGACAAGTTG
GCTATAGAAT TATGTTCAAC TCATGTTGTC AGTGACTGTA GATTCAGTAA TTCAGACACA
GAGTGGAAAC CCCACCCTTA CAAAGAATAC CGCAAATTCT ACCCAGACTG GGCCATTCAG
CCTGACCCCA GCATCACAGC CTCCAACTAC TGGAAATATA TTTTTAAACA TTTCAATAAA
GAATTTGCAG AAGAATACAA GGCAAAACCA GCTGATCTGC CTGTAACATG GCTCCTGATA
ACAAAGGAAC AGGCTATGCA AAGCCTAAAA AAAATATTTA ATTTGAAATA A |
The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
| RefSeq |
XP_017952683.1 |
| CDS | 58..5508 |
| Translation | |
Target ORF information:
| RefSeq Version | XM_018097194.1 |
| Organism | Xenopus tropicalis(tropical clawed frog) |
| Definition | Xenopus tropicalis interferon-induced very large GTPase 1-like (LOC108648786), mRNA. |
Target ORF information:
| Epitope | DYKDDDDK |
| Bacterial selection | AMPR |
| Mammalian selection | NeoR |
| Vector | pcDNA3.1+/C-(K)DYK |
|
 XM_018097194.1 |
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
| ATGGAGGGGC CAGCAACAGC ACAGGATTCG GTGACAGCTA TTGGGCAGGA AGAAGAAGCT
ACTGGCCTAT CTGAGGAAGA AGAAAAAGGC ACCATTAAAG GCATGGAGGG GCCAGCAACA
GCACAGGATT CAGTGACAGC TATTGGGCAG GAAGAAGCTA AGGACTTATC TGAAAAAGAA
AACAAAGGCA CCATTAAAGA CATGGAGGGG CCAGCAACAG CACAGGATTC AGTGACGGCC
ATTGGGCAGG AAGAAGAAGC TACTGGCCTA TTTGAGGAAG AAGAAAAAGG CACCGGCACA
GATAGGGACA GCCCTGCAGC AGCAGGAGCA GAGGATATAG AGGGAACTCA TGTAAGGGAA
GGAGAGGCTT CAGTCAAATC TTTGGAAGAA CAGACAGGGG AGAGGCGCTA TATCATCAGC
ATGCTCCTGT GTGCAGGATA TGATGACCCA CCGCTGGGGG ACTTAGGGGT CCACGAAAGG
AAGAGAGCCA TCCTGCGCAA CCTCCAAGCC GGGTTGCACG GGGGCTTCGG AATTGATGTG
GACCCCCGCC TGCTCCAGCA TCTGTGCCAT CACACAGGTC ATGCTACTGG CAAACCCGCT
GAAGGCACCA TTAAAGGCAT GGAGGGGCCA GCAACAGCAC AGGATTCAGA GACGGCTATT
GGGCAGGAAG AAGAAGCTAC TGGCCTATCT GAGGAAGAAG AAAAAGAAAA CAGAAACACC
CTGAATGAAA TGATAGAATC CTATAAAGAG TCTAAGCTCT CCCTGAGGGA CATCCTGGAC
GTTGGGCAGG AGAATATAAA TGAAGTTGCC CCCCAGACTG TACAAGACCT GCCCTGGGCT
CTCCTAAGGA AACTGATGGC GCTGGACAGG ACTGCAAGAA CTATTCAACT TGAGGATATT
TCTGAGAATT CGGGGTCAGA CTCTGATAGT GTAGGGGAAG GAGAACATTT TCTACAAATG
GATTCAATGG AAGATTCTGA TAGCACAGAA AAATATGTAT CTCAGAATTT GGGTTTTTAT
AGTAAAGAGG ATAAATGTAA TTCCATTAAT CCATTAGACA GTCTGTGTGC TCTCTTGCAT
TGCTCAGATA TGTTGTTACA GCAGAACATC TTATCCAAAA TGTCCCTTTG TCAGTTTGCT
GTCCCACTGC TGCTCCCTGC TGGTGATGGC CCAGAATGCA CCTTCATGCT GTGGGCTATG
AGAGACATTG TCAAGAGATG GAGACCCCAC ACTCTGGCAG ACAGTAAAGG ATTTGTAGAA
GAAAACCTGG TTCAAGTAGA AATGCCATTG CTCTCCTTTG TGAGACTGGG GCAAAGCAAA
TTATCCAAAT CTAAAATCCT CAACCAAGTG CTCAGCCCAG CTCAGCAGTA CCAGGACTTC
TTTGTTCATG AAAATATGGA GGGTGGAAAT ATTAAAAGAG AAATCTCTGA TGGCCTAGTG
GAAATCTCCT GGTTTTTACC TGCTGGAAGA ACAAATACTG ATATTTTCCC AGAACCTGTT
GCTGTTACTA ATATGCGTGG AGACATCGAG TCTAACTGGA CCCAATTCCG CTTCCTAACC
CAGGTCTCAT CAGCAGTGTT TGTATTTGCT GAGAGCATTA ATGAGAGAGA GTGTGAGCTA
TTAGCCCAGT GTAGTAAATC CAACCCCAAC TTCTATTTCA TCATTACTCC TAGTGGCAAA
GGTGTCAGTA AAGAGACTGT GAAATCCTTA AAAAAGAGTT CACTACATAT TGGAAAATCA
CAAATACTAA TAAAAGACAA AAGAGCAAAT GATGCAAGGC TAGTGAGCAA TATACAAAGT
ATAGTCAAGA AATTTTTAGA AAAAAATGAT AAGAGAGTAA AACTGGAAGA TTTATCAAAC
ACAGCCACTG AACTTCAATT CAAAGTGGAT GAAAATTCCC AGGAATGTCA GAAAGCAAAG
ACATATGCTG AAGAAATAAA TAAAGAGATA CAAGATGTGG TACAATATAA GAAAGAGACA
ATGAAACTAC AAGGGGATCT GTGGAAGCAA GTGGCCCAGA TAGAGAAGGA ATTGTGCAGA
ATGAGAAAAC AAGGGGATAA AAACCCAGAA GAATACCGAT CTCAGCTGAC CAAGAAACTT
AACAAGTTAC ACAAGGAACA GAACCAGCAT TTCCTGCCTG ACTCTATGAG TAAGTTCATT
TCTGCCATCA CACATTTGTC TCAAACTGAA AAACATTATT TTCTGAAATG GATGAAATTT
GCACTTGACT CAGTGGCTAG AAACCGTCTT TCCATGCTAA AAGCAAAATA CAAGAAAACA
TGTAACAATA AAGAAAATAA TCAAGACGAA CTAAAACAGT TAGATCAGCA ACTATCTGAC
AGTTCTTTGG GAGTCGAACA TTTCCTACGT GAGATGGGGC AGTTTTATGA GGCAGAATGT
TCCATGGTGA GTCAAGGCAA AATCAAACCA GATAACATAC AATTCTGTAA TCTCCCAGGA
ATTGCTGCTG ATCTATTGCT GGATGGGTTC CCATTGGAGC TGATAGATGG AGATGCCTCT
AATATCCCCC TACAGTGGGT AACTGATCTT TTGATTGAGT TGGATAAGAA GACAGGAGGG
AAATGCAGAA TGAGAGTAAT CACAGTGCTG GGAGTGCAGA GCACAGGGAA ATCCACCCTC
CTGAACACCA TGTTTGGGCT GCAGTTTTCA GTGTCCAGTG GGCGATGCAC ACGGGGAGCC
TTTTTAACAT TGATTAAAGT GAAAAAAGAC TTCCTGAAGA ACCTGGGCTG TGAGTTTATT
TTAGTGATTG ACACTGAAGG TCTGAAGGCT CCAGAACTGG CTTCTCTGGA GGGCAGCTAT
GAACATGACA ATGAGTTGGC GACTCTAGTG GTTGGGCTCA GTGATATCAC TATAATCAAT
ATGGCCATGG AGAATACAGC AGAAATGAAA GATACACTGC AGATTGTGGT TCATGCATTT
CTCCGAATGA AGCAAATAGG GAAGAAACCC AACTGCCAGT TTGTGCATCA GAATGTGAGT
GATGTTTCTG CTGATGATAA TAACATGAGG GACAGAAAGA AGCTCCTGGA GCAGCTGGAT
GAGATGACAA GAACAGCAGC CAACATGGAA AAAAAAAATG GGTTTAACAG CTTTACTGAT
ATCATGTCCT ATAACATTGA AAGAGACAAC AGGTACATTC CTGGGCTTTG GTACGGTGTC
CCACCCATGG CTTCTGTAAG CTCTGGCTAC AGTGAGAATG TGTATGAACT GAAAAAATAT
TTGTTTGAAT TCATGGAGAA AGAGGAAAGT CTTCAGCCAC CCCAGAATAT TCCTGAATTT
ACTGAATGGA TAAAAAGCTT ATGGAATTCT GTGAAGTATG AAAATTTTAT TTTCAGTTTC
AGAAACAGCC TGGTAGCTGA AGCTTACAAT CAGTTAGCAA TGAAATACTC TCAGTGGGAA
TGGGACTTCC GCAAACAGGT TCATACCTGG CTCATTAGCA CTGAGAACAG TATCAAGAAT
CAGTCAGCAG ATAAACTGCA GCCTGAAATG TGCAGTGGGT TTAAAGATGA TTTGGTTTCT
TTACTCTGCA AAGAAGAGAA AAATATGTTA GATTTGTTAA AAAAATATTT TGAAAGTAAA
ACGGATAATG TTCATCTGAT TGAAAAGTAC AGAGAAGATT TCTCCAAAGG AGTGAATTTT
CTTCGGAAGG AACTGGAACA TTCTGTCACA GCAAAGATTG AGGAGATCAT CATAATCCAA
AAAGGTAAAT ATCAAATAAA GAATATAGAG GACAGTTATC AAAAAATTAT TGAGAAGAAA
GTCACTAATC TCCTAAAACA GGTCAGAGAA AGGGAAAGTC GGCTTGGGGA TGATGACATA
GAAAAGGAAT TTGAGAATAT GTGGGGAAGT ACAATCGCTG AGCTGCCAAA GTATTTTTTT
AAAAAATTTA ATGTTACGAA AGAAATGCTA CTGGCGCTCA AACATGACTT GTCCAACAAA
GGCAGCGCTA TAATGGAGAA AATTCTTAAT ATAAAATGTT TTGATGAGTT TGGAAAGGGT
GAATTCCAGA TTAAAGAACA GCATGTTGAC ATGAAATGGT TCTCACGTAT CAAAGAATAC
TGGACCAATG AATGTCATAT TAAAACAGAC AGTCTTGCTT CCTGTTTAAT AAAAAAATGT
TCAGATTATG TAACAAAGAA GGATAATACA GGAGGAGACT ATGATGGGAC TTATTGCCAA
GAATTACTCA ATATAATCAA TGAAAGGCTC CGGGACAAAG ATGTAAAAAA CCTGCACATT
AATAATCAGT TTGATTTGGA TATAAAGCTC CATATCTTGG GGGATGCAGC TCGGAGGTTC
CAGATGATGC ATGAGAGATT TCTGAAGACG GATCCTATGT TGTGTCTGGG AACTCTAAAG
CCTCATTATT TCACAACATT TAAACATCTA TTCCAGGAGA AGGATGAAAC ACAAAGTCGA
GCCAAACAGT TCTGTGAGCT CTGCCTGAAG CCGGCAATAA CCAAGCAGAT TTATGAGCAT
CTGGGGAAGG ATATTGTAGA TGATATTCTG GTTAATAAAG GTTCTAAAGA ATTGAGCAGC
CGCACTTTCT TTCAGGCACA TGTACTTGAG AAACTGCTGA CAGACCAGGA TTTCTCTCAG
TATGTAGCCT ACATTAATGC TTATGAGGGG TTTGTGAAGA AATGGCTGAA ACAATACATT
CTGAATACTT ATGAAAAAGG TCTAGAAAAG TTGCAAACAA ACATTTTATC TGATATCTGT
AAAAAAATCA GGAGCGCGCT TAAAGAACTA CAAGGCCCTC CTACTGTCTC AGAGTTTTTA
AAAGCCTTTT GTGAGATGTT AAAAAGTGAA ATAGTCATTT CCCAGATGGA GTTGCAGTTG
GTCAGTTTCC AAAACAAAGC AGATGTCAAA CAGTTCTCAA AGGACATTGA GTTTTTTCTA
GAAGAAACAG AGAAACAGAT CAGCTCAGAG ATTGGATCTT CCAACACAGA ATCAGTACTT
GCCAAACTCA CAATGAAACC AGAGGAAGAG CTGTTTAAGA AGGTGTTTGG CTGTGGGAAG
CAGTGTCCCT TCTGTGGGGT CCCCTGTGAG GCTGGAGGTA CTGACCATAA GGAGCACTTT
GCCTCTGTCC ATCGGCCTCA AGGTTTGGGA AGATATCGAT GGACCTCTAG TGACAAGTTG
GCTATAGAAT TATGTTCAAC TCATGTTGTC AGTGACTGTA GATTCAGTAA TTCAGACACA
GAGTGGAAAC CCCACCCTTA CAAAGAATAC CGCAAATTCT ACCCAGACTG GGCCATTCAG
CCTGACCCCA GCATCACAGC CTCCAACTAC TGGAAATATA TTTTTAAACA TTTCAATAAA
GAATTTGCAG AAGAATACAA GGCAAAACCA GCTGATCTGC CTGTAACATG GCTCCTGATA
ACAAAGGAAC AGGCTATGCA AAGCCTAAAA AAAATATTTA ATTTGAAATA A |
The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
