| Gene Symbol | DSCAML1 |
| Entrez Gene ID | 100479086 |
| Full Name | DS cell adhesion molecule like 1 |
| Gene Type | protein-coding |
| Organism | Ailuropoda melanoleuca(giant panda) |
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DSCAML1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)
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Gene
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Clones
gRNAs
The following DSCAML1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DSCAML1 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 OAc92994 Clone ID Related Accession (Same CDS sequence) XM_002919499.2 Accession Version XM_002919499.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5778bp)
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 1482768000000 Organism Ailuropoda melanoleuca(giant panda) Product LOW QUALITY PROTEIN: Down syndrome cell adhesion molecule-like protein 1 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217627.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002919499.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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 frameshifts :: corrected 1 indel ##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
5761ATGCCTCCGT TTGCTGCATG TGCACTGAGC ACCTTCTACG TGCCAGCCGT GTTCTGGAGC
TGGGATACGA AAATAACTCC TTGCTGTCAG CGAGAAACAC CACGTGCTCT GAAGACAAAC
AGGCAGGAAA ACAGGTTTTT TATTACTCAC CACGGCGGGC TGTACATCTC CGACGTGCAG
AAGGAGGACG CCCTCTCCAC CTACCGCTGC ATCACCAAGC ACAAGTATAG TGGGGAGACC
CGGCAGAGCA ATGGGGCCCG CCTCTCCGTG ACAGACCCTG CCGAGTCAAT CCCTACCATC
CTGGACGGCT TCCACTCCCA GGAAGTGTGG GCGGGCCACA CAGTGGAGCT GCCCTGCACG
GCCTCCGGCT ACCCCATCCC TGCCATCCGC TGGCTCAAGG ATGGCCGGCC CCTTCCGGCC
GACAGTCGCT GGACCAAGCA CATCACGGGG TTGACCATCA GTGACCTGCG GACAGAGGAC
AGCGGCGCCT ACATTTGTGA GGTCACCAAC ACCTTCGGCT CTGCAGAGGC CACCGGCACC
CTCACAGTCA TCGACCCCCT TCACGTGACC CTGACACCAA AGAAGCTGAA GACCGGGATC
GGCAGCACGG TTATCCTCTC CTGTGCCCTG CTGGGCTCCC CGGAATTCAC CCTCCGCTGG
TACCGCAACA CTGAGCTGGT GCTGCCCGAC GAGGCCGTCT CCATCCGCGG GCTCAGCAAC
GAGACTCTGC TCATCACCTC GGCCCAGAAG AGCCACTCCG GGGCCTACCA GTGCTTTGCC
ACCCGCAAGG CCCAGACCGC GCAGGACTTC GCCATCATTG TACTGGAGGA TGGCACGCCC
CGCATCATCT CGTCCTTCAG CGAGAAGGTG GTCAACCCCG GGGAGCAGTT CTCGCTGATG
TGTGCGGCCA AGGGCGCCCC ACCCCCCACT GTCACCTGGG CCCTGGACGA CGAGCCCATC
GTGCGGGACG GGAGCCACCG CACCAACCAG TATACCATGT CGGACGGCAC CACCATCAGC
CACATGAACG TCACAGGCCC CCAGATCCGC GACGGGGGCG TGTACCGGTG CACGGCGCGG
AACTCGGTGG GCAGTGCTGA ATATCAGGCG CGAATAAACG TAAGAGGCCC CCCCAGCATC
CGGGCGATGA GGAACATCAC GGCCGTTGCT GGGCGGGATG CCCTCATCAA CTGCAGGGTC
ATCGGCTACC CCTACTACTC CATCAAGTGG TATAAGGACG CCCTGCTGCT GCCCGACAAC
CACCGCCAGG TGGTGTTCGA GAACGGGACG CTGAAGCTGA CCGACGTGCA GAAGGGCATG
GACGAGGGGG AGTACCTGTG CAGCGTCCTC ATCCAGCCCC AGCTGTCCAT CAGCCAGAGC
GTCCACGTGG CCGTCAAAGT GCCCCCTCTA ATCCAGCCCT TTGAGTTCCC ACCTGCCTCC
ATCGGCCAGC TGCTCTATAT CCCCTGCGTG GTGTCCTCGG GGGACATGCC CATCCGCATC
ACCTGGAGGA AGGACGGACA GGTGATCATC TCAGGCTCGG GCGTGACCAT CGAGAGCAAG
GAATTCATGA GCTCCCTGCA GATCTCCAGC GTCTCCCTCA AGCACAATGG CAACTACACG
TGCATCGCCA GCAACGCGGC GGCCACTGTG AGCCGGGAGC GCCAGCTCAT CGTGCGTGTG
CCCCCGCGAT TTGTGGTGCA GCCCAACAAC CAGGACGGCA TCTACGGCAA AGCTGGTGTG
CTCAACTGCT CGGTGGATGG CTACCCCCCG CCCAAGGTCA TGTGGAAGCA TGCCAAGGGG
AGCGGGAGCC CGCAGCAGTA CCACCCGGTA CCCCTCACCG GCCGCACCCA GATCCTGGCC
AACAGCTCAC TGCTGATCCG CCACGTCCTG GAAGAGGACA TGGGCTACTA CCTCTGCCAG
GCCAGCAACG GCGTGGGCAC CGACATCAGC AAATCCATGT TCCTCACCGT CAAGATCCCA
GCCATGATCA CCTCCCATCC CAACACCACC ATCGCCATCA AGGGTCACGC AAAGGAGCTC
AACTGCACGG CGCGGGGTGA GAGGCCCATC ATCATCCGCT GGGAGAAGGG GGACACGGTC
ATCGACCCCG ACCGAGTCAT GCGGTACGCC ATCGCTACCA GGGACAACGG CGACGAGGTT
GTCTCCACGC TGAAGCTCAA GCCAGCTGAC CGTGGGGACT CTGTGTTCTT CAGCTGCCAT
GCCATCAACT CATATGGGGA GGACCGGGGC TTGATCCAAC TCACTGTACA AGAGCCCCCT
GACCCCCCAG AGCTGGAGAT CCGGGAGGTG AAGGCCCGGA GCATGAACCT GCGCTGGACC
CAGCGGTTCG ACGGGAACAG CATCATCACG GGCTTCGACA TTGAATACAA GAACAAGTCA
GATTCCTGGG ACTTCAGGCA GTCCACACGC AACATCTCCC CCACCATCAA CCAGGCCAAC
ATCGTGGACT TGCACCCGGC ATCTGTCTAC AGCATCCGCA TGTTCTCCTT CAACAAGATT
GGCCGCAGCG AGCCCAGCAA AGAGCTCACC GTCAGCACCG AGGAGGCCGC TCCCGACGGG
CCCCCCATGG ATGTCACCTT GCAGCCAGTC ACCTCACAGA GTATCCAAGT GACCTGGAAG
GCGCCCAAGA AGGAGCTGCA GAATGGCGTC ATACGAGGCT ACCAGATCGG CTACAGGGAG
AACAGCCCTG GCAGCAACGG GCAGTACAGC ATCGTGGAGA TGAAGGCCAC TGGGGACAGC
GAGGTCTACA CCCTGGACAA CCTCAAGAAG TTCGCCCAGT ATGGGGTGGT AGTCCAGGCC
TTCAATCGGG CCGGCACAGG GCCCTCATCC AGCGAGATCA ATGCCACCAC CCTGGAGGAT
GTGCCCAGCC AGCCCCCCGA GAACGTCCGG GCCCTGTCCA TCACCTCTGA TGTGGCCGTC
ATCTCCTGGT CGGAGCCCCC ACGCAGCACT CTCAATGGCG TCCTCAAAGG GTATCGGGTC
ATCTTCTGGT CACTCTACGT GGATGGGGAG TGGGGCGAAA TGCAGAACAT CACCACCACG
CGGGAGCGGG CAGAGCTGCG AGGGATGGAG AAGTTCACCA ACTACAGCGT GCAGGTGCTG
GCCTACACCC AAGCCGGCGA CGGCGTGCGC AGCAGCGTGC TGTACCTGCA GACCAAGGAG
GACGTTCCAG GTCCCCCTGC TGGCATCAAA GCTGTCCCTT CATCCGCCAG CAGTGTGGTC
GTGTCTTGGC TCCCCCCAAC CAAGCCCAAT GGGGTGATCC GCAAGTACAC CATCTTCTGC
TCCAGCCCTG GGTCTGGCCA GCCGGCCCCC AGCGAGTATG AGACGAGTCC AGAGCAGCTC
TTCTACCGGA TTGCGCACCT AAACCGCGGG CAGCAGTACC TCCTGTGGGT GGCTGCCGTC
ACCTCCGCTG GCCGGGGCAA CAGCAGCGAG AAAGTCACCA TTGAGCCTGC AGGCAAGGCC
CCAGCCAAGA TCATCTCATT TGGAGGCACC GTGACAACCC CCTGGATGAA AGATGTCCGA
CTGCCTTGCA ATTCAGTGGG CGATCCAGCC CCTGCTGTGA AGTGGACCAA GGACAGTGAA
GACTCGGCCA TCCCTGTGTC CATGGACGGG CACCGGCTCA TCCACACCAA TGGCACGCTG
CTGCTGCGCG CTGTGAAGGC TGAGGACTCG GGCTACTACA CCTGCACGGC CACCAACACT
GGGGGCTTCG ACACCATCAT CGTCAACCTT CTGGTGCAAG TTCCCCCGGA CCAGCCCCGC
CTCACTGTCT CTCAAACTTC TGCTTCGTCC ATCACCCTGA CCTGGATTCC AGGTGACAAC
GGGGGCAGCT CCATCCGAGG CTTCGTGCTG CAGTACTCGG TAGACAACAG CGAGGAGTGG
AAGGACGTGT TCATCAGCTC AGGCGAGCGG TCCTTCAAGC TGGACAGCCT CAGGTGTGGC
ACGTGGTACA AGGTGAAGCT GGCGGCCAAG AACAGCGTGG GCTCCGGGCG CATCAGCGAG
ATCATCGAGG CCAAGACCCA CGGGCGGGAG CCCGCCTTCA GCAAAGACCA GCACCTGTTC
ACCCACATCA ACTCCACGCA TGCTCGGCTT AACCTGCAGG GCTGGAACAA CGGGGGCTGC
CCGATCACAG CCATCGTGCT GGAGTACCGG CCCAAGGGCA CCTGGGCCTG GCAGGGGCTG
CGGGCCAACA GCTCCGGGGA GGTGTTTCTG ACCGAGCTGC GCGAGGCAAC GTGGTACGAG
CTGCGCATGC GGGCTTGCAA CAGCGCTGGC TGCGGCAACG AGACTGCCCA GTTCGCCACC
CTGGACTATG ATGGCAGTAC CATCCCCCCC ATCAAGTCTG CTCAAGGTGA GGGGGATGAC
GTGAAGAAGC TGTTCACCAT TGGCTGCCCG GTCATCCTGG CCACTCTGGG GGTGGCACTG
CTCTTCATCG TTCGCAAGAA GAGGAAGGAG AAGCGGCTGA AGCGTCTCCG AGATGCAAAG
AGTCTGGCAG AAATGTTGAT AAGCAAGAAC AACCGAAGTT TTGACACCCC TGTGAAGGGG
CCACCCCAGG GCCCGAGGCT ACACATTGAC ATCCCCAGGG TCCAGCTGCT CATCGAGGAC
AAGGAGGGCA TCAAGCAGCT GGGAGATGAC AAAGCCACCA TCCCCGTGAC GGACGCTGAG
TTCAGCCAAG CGGTCAACCC ACAGAGTTTC TGCACTGGTG TCTCCTTGCA CCACCCAGCC
CTCATCCAGA GCACGGGACC CCTCATCGAC ATGTCTGACA TCCGGCCAGG CACCAATCCC
GTGTCCAGGA AGAACGTGAA GTCAGCCCAC AGCACCCGGA ACCGGTACTC GAGCCAGTGG
ACTCTCACCA AGTGCCAGGC CTCCACACCC GCCCGCACCC TCACCTCAGA CTGGCGCACC
GTGGGGTCCC AGCATGGTGT CACCGTCACA GAGAGTGACA GCTACAGTGC CAGCCTCTCC
CAGGACACAG ACAAAGGACG GAACAGCATG GTGTCCACAG AGAGCGCCTC GTCCACCTAC
GAGGAGCTGG CCCGGGCCTA CGAGCACGCC AAGCTGGAGG AGCAGCTGCA GCACGCCAAG
TTCGAGATCA CCGAGTGCTT CATCTCGGAC AGCTCCTCCG ACCAGATGAC CACAGGCACC
AACGAGAACG CCGACAGCAT GACGTCCATG AGCACGCCCT CAGAGCCCGG CATCTGCCGC
TTCACCTCNN NNNCGCCCAA GCCCCAGGAC GCCGACCGAG GCAAGAACGT GGCTGTGCCC
ATCCCGCACC GGGCCAGCAA GAATGACTAC TGTAACCTGC CCCTGTATGC CAAGTCGGAG
GCCTTCTTCC GAAAGGCAGA TGGCCGTGAG CCCTGTCCCG TGGTTCCACC CCGAGAGGCT
TCCATCCGGA ACCTGGCTCG AACCTACCAC ACCCAGGCTC GCCACCTGAC CTTGGACCCT
GCCAGCAAGC CCTTGGGCCT CCCGCACCCA GGGGCCCCTG CTGCTGCCTC CACAGACACT
TTACCTCAGA GGACTCTGGC CATGCCGGCA CCCCCAGCCG GCCCGGCCCC GCCAGCTCCC
GGCCCCACCC CTGCCGAGCC CCCGGCTGCC CCCAGTGCTG CCCCTCCGGC CCCTAGCACC
GAGCCTCCGC GGGCCGGGGG CCCACACACC AAAATGGGGG GCTCCAGGGA CTCGCTTCTC
GAGATGAGCA CATCGGGGGT AGGGAGGTCT CAGAAGCAGG GGGCAGGGGC CTACTCCAAA
TCCTATACCC TGGTGTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_002919545.2 CDS 1..5778 Translation 
Target ORF information:
RefSeq Version XM_002919499.2 Organism Ailuropoda melanoleuca(giant panda) Definition Ailuropoda melanoleuca DS cell adhesion molecule like 1 (DSCAML1), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_002919499.2
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
5761ATGCCTCCGT TTGCTGCATG TGCACTGAGC ACCTTCTACG TGCCAGCCGT GTTCTGGAGC
TGGGATACGA AAATAACTCC TTGCTGTCAG CGAGAAACAC CACGTGCTCT GAAGACAAAC
AGGCAGGAAA ACAGGTTTTT TATTACTCAC CACGGCGGGC TGTACATCTC CGACGTGCAG
AAGGAGGACG CCCTCTCCAC CTACCGCTGC ATCACCAAGC ACAAGTATAG TGGGGAGACC
CGGCAGAGCA ATGGGGCCCG CCTCTCCGTG ACAGACCCTG CCGAGTCAAT CCCTACCATC
CTGGACGGCT TCCACTCCCA GGAAGTGTGG GCGGGCCACA CAGTGGAGCT GCCCTGCACG
GCCTCCGGCT ACCCCATCCC TGCCATCCGC TGGCTCAAGG ATGGCCGGCC CCTTCCGGCC
GACAGTCGCT GGACCAAGCA CATCACGGGG TTGACCATCA GTGACCTGCG GACAGAGGAC
AGCGGCGCCT ACATTTGTGA GGTCACCAAC ACCTTCGGCT CTGCAGAGGC CACCGGCACC
CTCACAGTCA TCGACCCCCT TCACGTGACC CTGACACCAA AGAAGCTGAA GACCGGGATC
GGCAGCACGG TTATCCTCTC CTGTGCCCTG CTGGGCTCCC CGGAATTCAC CCTCCGCTGG
TACCGCAACA CTGAGCTGGT GCTGCCCGAC GAGGCCGTCT CCATCCGCGG GCTCAGCAAC
GAGACTCTGC TCATCACCTC GGCCCAGAAG AGCCACTCCG GGGCCTACCA GTGCTTTGCC
ACCCGCAAGG CCCAGACCGC GCAGGACTTC GCCATCATTG TACTGGAGGA TGGCACGCCC
CGCATCATCT CGTCCTTCAG CGAGAAGGTG GTCAACCCCG GGGAGCAGTT CTCGCTGATG
TGTGCGGCCA AGGGCGCCCC ACCCCCCACT GTCACCTGGG CCCTGGACGA CGAGCCCATC
GTGCGGGACG GGAGCCACCG CACCAACCAG TATACCATGT CGGACGGCAC CACCATCAGC
CACATGAACG TCACAGGCCC CCAGATCCGC GACGGGGGCG TGTACCGGTG CACGGCGCGG
AACTCGGTGG GCAGTGCTGA ATATCAGGCG CGAATAAACG TAAGAGGCCC CCCCAGCATC
CGGGCGATGA GGAACATCAC GGCCGTTGCT GGGCGGGATG CCCTCATCAA CTGCAGGGTC
ATCGGCTACC CCTACTACTC CATCAAGTGG TATAAGGACG CCCTGCTGCT GCCCGACAAC
CACCGCCAGG TGGTGTTCGA GAACGGGACG CTGAAGCTGA CCGACGTGCA GAAGGGCATG
GACGAGGGGG AGTACCTGTG CAGCGTCCTC ATCCAGCCCC AGCTGTCCAT CAGCCAGAGC
GTCCACGTGG CCGTCAAAGT GCCCCCTCTA ATCCAGCCCT TTGAGTTCCC ACCTGCCTCC
ATCGGCCAGC TGCTCTATAT CCCCTGCGTG GTGTCCTCGG GGGACATGCC CATCCGCATC
ACCTGGAGGA AGGACGGACA GGTGATCATC TCAGGCTCGG GCGTGACCAT CGAGAGCAAG
GAATTCATGA GCTCCCTGCA GATCTCCAGC GTCTCCCTCA AGCACAATGG CAACTACACG
TGCATCGCCA GCAACGCGGC GGCCACTGTG AGCCGGGAGC GCCAGCTCAT CGTGCGTGTG
CCCCCGCGAT TTGTGGTGCA GCCCAACAAC CAGGACGGCA TCTACGGCAA AGCTGGTGTG
CTCAACTGCT CGGTGGATGG CTACCCCCCG CCCAAGGTCA TGTGGAAGCA TGCCAAGGGG
AGCGGGAGCC CGCAGCAGTA CCACCCGGTA CCCCTCACCG GCCGCACCCA GATCCTGGCC
AACAGCTCAC TGCTGATCCG CCACGTCCTG GAAGAGGACA TGGGCTACTA CCTCTGCCAG
GCCAGCAACG GCGTGGGCAC CGACATCAGC AAATCCATGT TCCTCACCGT CAAGATCCCA
GCCATGATCA CCTCCCATCC CAACACCACC ATCGCCATCA AGGGTCACGC AAAGGAGCTC
AACTGCACGG CGCGGGGTGA GAGGCCCATC ATCATCCGCT GGGAGAAGGG GGACACGGTC
ATCGACCCCG ACCGAGTCAT GCGGTACGCC ATCGCTACCA GGGACAACGG CGACGAGGTT
GTCTCCACGC TGAAGCTCAA GCCAGCTGAC CGTGGGGACT CTGTGTTCTT CAGCTGCCAT
GCCATCAACT CATATGGGGA GGACCGGGGC TTGATCCAAC TCACTGTACA AGAGCCCCCT
GACCCCCCAG AGCTGGAGAT CCGGGAGGTG AAGGCCCGGA GCATGAACCT GCGCTGGACC
CAGCGGTTCG ACGGGAACAG CATCATCACG GGCTTCGACA TTGAATACAA GAACAAGTCA
GATTCCTGGG ACTTCAGGCA GTCCACACGC AACATCTCCC CCACCATCAA CCAGGCCAAC
ATCGTGGACT TGCACCCGGC ATCTGTCTAC AGCATCCGCA TGTTCTCCTT CAACAAGATT
GGCCGCAGCG AGCCCAGCAA AGAGCTCACC GTCAGCACCG AGGAGGCCGC TCCCGACGGG
CCCCCCATGG ATGTCACCTT GCAGCCAGTC ACCTCACAGA GTATCCAAGT GACCTGGAAG
GCGCCCAAGA AGGAGCTGCA GAATGGCGTC ATACGAGGCT ACCAGATCGG CTACAGGGAG
AACAGCCCTG GCAGCAACGG GCAGTACAGC ATCGTGGAGA TGAAGGCCAC TGGGGACAGC
GAGGTCTACA CCCTGGACAA CCTCAAGAAG TTCGCCCAGT ATGGGGTGGT AGTCCAGGCC
TTCAATCGGG CCGGCACAGG GCCCTCATCC AGCGAGATCA ATGCCACCAC CCTGGAGGAT
GTGCCCAGCC AGCCCCCCGA GAACGTCCGG GCCCTGTCCA TCACCTCTGA TGTGGCCGTC
ATCTCCTGGT CGGAGCCCCC ACGCAGCACT CTCAATGGCG TCCTCAAAGG GTATCGGGTC
ATCTTCTGGT CACTCTACGT GGATGGGGAG TGGGGCGAAA TGCAGAACAT CACCACCACG
CGGGAGCGGG CAGAGCTGCG AGGGATGGAG AAGTTCACCA ACTACAGCGT GCAGGTGCTG
GCCTACACCC AAGCCGGCGA CGGCGTGCGC AGCAGCGTGC TGTACCTGCA GACCAAGGAG
GACGTTCCAG GTCCCCCTGC TGGCATCAAA GCTGTCCCTT CATCCGCCAG CAGTGTGGTC
GTGTCTTGGC TCCCCCCAAC CAAGCCCAAT GGGGTGATCC GCAAGTACAC CATCTTCTGC
TCCAGCCCTG GGTCTGGCCA GCCGGCCCCC AGCGAGTATG AGACGAGTCC AGAGCAGCTC
TTCTACCGGA TTGCGCACCT AAACCGCGGG CAGCAGTACC TCCTGTGGGT GGCTGCCGTC
ACCTCCGCTG GCCGGGGCAA CAGCAGCGAG AAAGTCACCA TTGAGCCTGC AGGCAAGGCC
CCAGCCAAGA TCATCTCATT TGGAGGCACC GTGACAACCC CCTGGATGAA AGATGTCCGA
CTGCCTTGCA ATTCAGTGGG CGATCCAGCC CCTGCTGTGA AGTGGACCAA GGACAGTGAA
GACTCGGCCA TCCCTGTGTC CATGGACGGG CACCGGCTCA TCCACACCAA TGGCACGCTG
CTGCTGCGCG CTGTGAAGGC TGAGGACTCG GGCTACTACA CCTGCACGGC CACCAACACT
GGGGGCTTCG ACACCATCAT CGTCAACCTT CTGGTGCAAG TTCCCCCGGA CCAGCCCCGC
CTCACTGTCT CTCAAACTTC TGCTTCGTCC ATCACCCTGA CCTGGATTCC AGGTGACAAC
GGGGGCAGCT CCATCCGAGG CTTCGTGCTG CAGTACTCGG TAGACAACAG CGAGGAGTGG
AAGGACGTGT TCATCAGCTC AGGCGAGCGG TCCTTCAAGC TGGACAGCCT CAGGTGTGGC
ACGTGGTACA AGGTGAAGCT GGCGGCCAAG AACAGCGTGG GCTCCGGGCG CATCAGCGAG
ATCATCGAGG CCAAGACCCA CGGGCGGGAG CCCGCCTTCA GCAAAGACCA GCACCTGTTC
ACCCACATCA ACTCCACGCA TGCTCGGCTT AACCTGCAGG GCTGGAACAA CGGGGGCTGC
CCGATCACAG CCATCGTGCT GGAGTACCGG CCCAAGGGCA CCTGGGCCTG GCAGGGGCTG
CGGGCCAACA GCTCCGGGGA GGTGTTTCTG ACCGAGCTGC GCGAGGCAAC GTGGTACGAG
CTGCGCATGC GGGCTTGCAA CAGCGCTGGC TGCGGCAACG AGACTGCCCA GTTCGCCACC
CTGGACTATG ATGGCAGTAC CATCCCCCCC ATCAAGTCTG CTCAAGGTGA GGGGGATGAC
GTGAAGAAGC TGTTCACCAT TGGCTGCCCG GTCATCCTGG CCACTCTGGG GGTGGCACTG
CTCTTCATCG TTCGCAAGAA GAGGAAGGAG AAGCGGCTGA AGCGTCTCCG AGATGCAAAG
AGTCTGGCAG AAATGTTGAT AAGCAAGAAC AACCGAAGTT TTGACACCCC TGTGAAGGGG
CCACCCCAGG GCCCGAGGCT ACACATTGAC ATCCCCAGGG TCCAGCTGCT CATCGAGGAC
AAGGAGGGCA TCAAGCAGCT GGGAGATGAC AAAGCCACCA TCCCCGTGAC GGACGCTGAG
TTCAGCCAAG CGGTCAACCC ACAGAGTTTC TGCACTGGTG TCTCCTTGCA CCACCCAGCC
CTCATCCAGA GCACGGGACC CCTCATCGAC ATGTCTGACA TCCGGCCAGG CACCAATCCC
GTGTCCAGGA AGAACGTGAA GTCAGCCCAC AGCACCCGGA ACCGGTACTC GAGCCAGTGG
ACTCTCACCA AGTGCCAGGC CTCCACACCC GCCCGCACCC TCACCTCAGA CTGGCGCACC
GTGGGGTCCC AGCATGGTGT CACCGTCACA GAGAGTGACA GCTACAGTGC CAGCCTCTCC
CAGGACACAG ACAAAGGACG GAACAGCATG GTGTCCACAG AGAGCGCCTC GTCCACCTAC
GAGGAGCTGG CCCGGGCCTA CGAGCACGCC AAGCTGGAGG AGCAGCTGCA GCACGCCAAG
TTCGAGATCA CCGAGTGCTT CATCTCGGAC AGCTCCTCCG ACCAGATGAC CACAGGCACC
AACGAGAACG CCGACAGCAT GACGTCCATG AGCACGCCCT CAGAGCCCGG CATCTGCCGC
TTCACCTCNN NNNCGCCCAA GCCCCAGGAC GCCGACCGAG GCAAGAACGT GGCTGTGCCC
ATCCCGCACC GGGCCAGCAA GAATGACTAC TGTAACCTGC CCCTGTATGC CAAGTCGGAG
GCCTTCTTCC GAAAGGCAGA TGGCCGTGAG CCCTGTCCCG TGGTTCCACC CCGAGAGGCT
TCCATCCGGA ACCTGGCTCG AACCTACCAC ACCCAGGCTC GCCACCTGAC CTTGGACCCT
GCCAGCAAGC CCTTGGGCCT CCCGCACCCA GGGGCCCCTG CTGCTGCCTC CACAGACACT
TTACCTCAGA GGACTCTGGC CATGCCGGCA CCCCCAGCCG GCCCGGCCCC GCCAGCTCCC
GGCCCCACCC CTGCCGAGCC CCCGGCTGCC CCCAGTGCTG CCCCTCCGGC CCCTAGCACC
GAGCCTCCGC GGGCCGGGGG CCCACACACC AAAATGGGGG GCTCCAGGGA CTCGCTTCTC
GAGATGAGCA CATCGGGGGT AGGGAGGTCT CAGAAGCAGG GGGCAGGGGC CTACTCCAAA
TCCTATACCC TGGTGTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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