SLH1 cDNA ORF clone, Saccharomyces cerevisiae S288C

The following SLH1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SLH1 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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OSi02482 NM_001181400.4
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Saccharomyces cerevisiae S288C putative RNA helicase (SLH1), partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $1021.30
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

  • Reference Sequences (Refseq)
    CloneID OSi02482
    Clone ID Related Accession (Same CDS sequence) NM_001181400.4
    Accession Version NM_001181400.4 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5904bp)
    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 2019-10-31
    Organism Saccharomyces cerevisiae S288C
    Product putative RNA helicase
    Comment Comment: REVIEWED REFSEQ: This record has been curated by SGD. This record is derived from an annotated genomic sequence (NC_001139). On Jul 30, 2012 this sequence version replaced NM_001181400.3. ##Genome-Annotation-Data-START## Annotation Provider :: SGD Annotation Status :: Full Annotation Annotation Version :: R64-2-1 URL :: http://www.yeastgenome.org/ ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on both ends.

    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
    5761
    5821
    5881
    ATGTCAACTG AATACTCTGC TGATTCATCT AAATCATTTA TGATTGCAAT GCAATCTATG 
    ATTGATACTT CACAAACCTT TAATCTAGAT AGATCGAAAA TCTCTTTACC AGATTTTGAT
    GACGAGCTAA AAAAAGTCCA AAAGGATGAA CAAAATCAAA GAACTGAACT AACTGTTCTC
    TCACAAGATA GAAATGATTG GGATGATATA TTTGAGGAGT TTAAAGACAT TTCATTTGCT
    CAACTGCAAT CTATAATTGA TTCATACAAA ACAAAGAATG CAGTTGCAGT ATATAAAAAA
    ATTGGAAAAC TAATCAATGA AGCTGAAACG ACACTAAGCA GCAATGTATT ATTAGAAACT
    GTACTGCAAA TGGTTTATAA ACATCAAAAG CAAGAGTTAG AGAAAGAATT GTTGGATTTT
    TTAGGAACAG GGAATATAGA CCTTGTTTCT CTGTTACTTC AGCATAGAAG AATGATCGTT
    GCTACACCTA TAGAAACGAC GATTCTGCTA ATAAAAAATG CGGTCAATTC AACGCCAGAG
    TTCCTGACAC AGCAAGATAT CAGGAATCAA GTTTTGAAAA GTGCAGAGGA TGCCAAGAAT
    AGGAAATTAA ATCCCGCCAC TAAAATAATC AAGTACCCAC ACGTCTTCAG AAAATATGAA
    GCAGGATCCA CTACAGCTAT GGCCTTTGCC GGTCAAAAAT TCACTTTGCC AGTAGGGACT
    ACAAGGATGT CGTACAATAC CCATGAAGAA ATTATAATTC CGGCAGCAGA TCAGGCATCC
    AACAAGAACT ATCTCTATAC AAAACTATTG AAAATAAGTG ATTTGGATCA TTTTTGCAAG
    ACTGTATTTC CCTATGAAAC TTTAAACCAA ATACAATCCC TTGTTTACCC CGTAGCTTAT
    AAAACAAATG AAAATATGCT AATTTGTGCA CCTACTGGTG CAGGTAAAAC AGACATTGCA
    TTACTGACAA TAATTAATAC AATAAAACAA TTCTCCGTGG TCAACGGGGA AAATGAAATT
    GATATTCAAT ATGATGATTT TAAAGTTATT TATGTTGCCC CTTTGAAAGC ACTCGCTGCT
    GAAATCGTCG ACAAGTTTAG TAAGAAATTG GCGCCTTTTA ATATACAAGT AAGGGAGTTA
    ACAGGCGATA TGCAATTGAC AAAGGCGGAA ATTTTAGCCA CTCAAGTAAT AGTCACAACC
    CCTGAGAAAT GGGACGTTGT CACCCGTAAA GCAAACGGCG ACAACGATTT GGTTTCAAAG
    GTCAAATTAC TAATTATTGA TGAAGTTCAT TTACTGCACG AAGATAGAGG TTCGGTTATT
    GAAACTTTAG TTGCACGTAC CTTGAGACAG GTAGAAAGCT CTCAATCAAT GATTCGTATT
    ATCGGTCTAT CAGCTACATT ACCCAATTTT ATGGATGTAG CAGATTTCTT AGGAGTAAAT
    AGACAGATCG GAATGTTCTA TTTTGATCAA TCATTCCGTC CAAAGCCTCT AGAGCAGCAA
    CTTTTGGGCT GTAGAGGTAA GGCAGGTAGT AGACAAAGTA AAGAGAATAT CGATAAAGTC
    GCTTACGACA AATTGAGTGA AATGATTCAA AGAGGGTACC AGGTAATGGT ATTTGTCCAC
    TCAAGAAAGG AAACTGTTAA AAGTGCAAGA AACTTTATCA AACTAGCAGA ATCTAACCAC
    GAAGTTGACC TTTTTGCACC TGACCCTATC GAAAAGGATA AATATTCTAG AAGTTTAGTG
    AAGAACAGAG ACAAGGATAT GAAGGAGATT TTTCAATTTG GTTTTGGTAT CCATCATGCT
    GGTATGGCCC GTTCAGATAG AAATCTTACT GAAAAAATGT TTAAAGACGG TGCTATCAAG
    GTACTGTGTT GTACTGCAAC ATTAGCATGG GGTGTTAATT TACCTGCTGA TTGTGTTATC
    ATCAAGGGTA CACAAGTATA TGATTCTAAA AAGGGTGGAT TCATAGATCT AGGTATTTCA
    GATGTTATTC AGATTTTTGG CAGGGGTGGT AGGCCGGGCT TCGGTTCCGC AAATGGTACG
    GGTATTTTAT GTACTTCCAA TGATCGTCTG GATCATTATG TTTCCTTAAT TACTCAACAA
    CACCCTATCG AATCTAGATT CGGTTCCAAG TTGGTTGATA ACCTGAACGC CGAAATTTCA
    TTGGGGAGCG TGACAAATGT AGATGAAGCA ATCGAATGGC TTGGTTACAC ATACATGTTT
    GTTCGTATGA GAAAAAATCC TTTTACTTAC GGTATTGATT GGGAGGAAAT TGCAAATGAC
    CCGCAATTAT ATGAACGGAG GAGAAAAATG ATCGTAGTAG CTGCAAGGCG ATTACATGCT
    CTCCAAATGA TTGTGTTCGA TGAAGTGTCA ATGCATTTCA TTGCAAAGGA TTTGGGCAGG
    GTGTCCTCTG ATTTTTATCT TTTGAACGAA TCCGTCGAGA TATTCAATCA AATGTGTGAT
    CCCAGAGCCA CCGAAGCTGA TGTATTGTCC ATGATCAGTA TGAGCAGTGA ATTTGACGGT
    ATAAAATTTA GAGAAGAAGA ATCCAAGGAG TTGAAGAGAC TTTCTGATGA ATCTGTTGAG
    TGCCAGATTG GAAGCCAACT TGACACCCCT CAAGGTAAAG CAAACGTGCT ATTACAGGCT
    TATATTTCCC AGACTAGAAT TTTTGACTCA GCACTATCAT CCGATTCGAA TTATGTTGCT
    CAGAACTCTG TTAGAATTTG TAGAGCATTG TTTTTAATAG GTGTCAATAG AAGATGGGGT
    AAATTTTCAA ACGTCATGCT AAATATTTGC AAATCTATTG AAAAGAGGCT CTGGGCCTTT
    GATCACCCTC TCTGTCAGTT TGATTTGCCT GAAAATATTA TCAGACGCAT CAGAGATACT
    AAACCTTCCA TGGAGCATCT TTTAGAATTA GAGGCAGATG AGCTCGGAGA GCTGGTGCAT
    AATAAGAAGG CCGGGTCTAG GTTATATAAA ATATTGAGCC GATTTCCAAA GATTAATATA
    GAAGCTGAGA TTTTCCCCAT TACAACAAAT GTAATGAGGA TACATATTGC ATTAGGTCCA
    GACTTTGTAT GGGATTCCCG GATACATGGT GATGCACAGT TTTTTTGGGT TTTCGTTGAA
    GAATCTGATA AGTCGCAAAT CCTTCATTTT GAAAAGTTCA TCTTAAACAG AAGGCAGTTG
    AATAATCAGC ATGAAATGGA CTTCATGATC CCATTGTCAG ACCCTTTGCC TCCGCAGGTT
    GTCGTAAAGG TTGTGTCGGA TACTTGGATT GGCTGTGAAT CGACCCATGC CATCTCTTTT
    CAACATTTAA TCAGACCATT TAACGAAACT TTACAGACAA AATTGTTGAA GTTACGTCCT
    CTACCTACAT CAGCCCTCCA GAATCCTTTA ATTGAGTCAA TTTATCCTTT CAAGTATTTC
    AATCCCATGC AAACTATGAC ATTTTATACA CTTTACAATA CCAATGAGAA TGCGTTTGTT
    GGCTCGCCTA CAGGTTCTGG TAAAACGATT GTGGCTGAAT TGGCTATATG GCATGCCTTC
    AAAACATTTC CTGGGAAAAA GATTGTTTAT ATCGCACCAA TGAAAGCATT AGTACGTGAA
    AGGGTTGATG ACTGGAGAAA GAAAATAACA CCAGTGACCG GAGATAAAGT TGTAGAGTTA
    ACCGGTGATT CTTTGCCAGA TCCTAAAGAT GTGCATGATG CCACCATTGT TATTACAACT
    CCAGAAAAGT TTGATGGTAT TTCCCGTAAT TGGCAAACTC GTAAGTTTGT TCAAGATGTA
    TCTTTAATTA TCATGGATGA AATTCATTTG TTGGCTAGTG ATCGTGGTCC TATCTTAGAA
    ATGATTGTTA GTCGTATGAA TTATATTTCC TCTCAAACCA AGCAACCGGT CAGACTGCTA
    GGTATGTCAA CTGCTGTTTC AAACGCCTAC GACATGGCTG GCTGGTTGGG AGTTAAGGAC
    CACGGACTGT ATAACTTCCC GTCAAGCGTC CGTCCGGTTC CATTGAAAAT GTACATTGAT
    GGATTTCCAG ATAATTTGGC ATTCTGTCCT CTGATGAAAA CAATGAACAA ACCTGTGTTT
    ATGGCCATTA AACAACATTC ACCTGATAAA CCAGCATTAA TATTTGTTGC ATCGCGTAGA
    CAAACTAGAC TAACGGCTTT AGACTTGATC CACTTATGTG GAATGGAAGA TAATCCACGT
    AGGTTTTTGA ATATAGACGA TGAGGAGGAA CTGCAATATT ACTTATCACA GGTCACTGAC
    GACACTTTAA AGTTATCACT CCAGTTCGGT ATTGGATTGC ATCATGCAGG TCTAGTGCAA
    AAAGATCGTT CTATTTCTCA TCAGTTGTTT CAAAAAAACA AAATTCAGAT TCTGATCGCT
    ACATCAACCC TAGCGTGGGG TGTCAATTTG CCAGCTCACT TGGTTATCAT CAAAGGTACA
    CAATTTTTTG ATGCAAAAAT TGAAGGATAT AGAGATATGG ATTTAACAGA TATCTTGCAA
    ATGATGGGGA GAGCTGGTAG ACCGGCTTAT GACACTACAG GTACTGCTAT CGTTTATACA
    AAAGAGTCCA AAAAAATGTT TTATAAACAT TTCCTAAACG TTGGTTTTCC TGTCGAGTCC
    TCCTTGCACA AGGTATTAGA TGATCATTTA GGTGCAGAAA TAACGTCAGG TAGCATAACT
    AATAAGCAAG AAGCGTTAGA TTTTTTGAGT TGGACATTTT TGTTTCGTAG AGCGCATCAT
    AACCCGACAT ATTATGGCAT TGAAGATGAT ACAAGTACAG CAGGAGTCAG TGAACATTTG
    AGTTCTTTGA TAGATAGCAC ATTAGAAAAT CTGCGAGAAT CACAATGTGT TTTATTACAT
    GGAGATGATA TTGTTGCTAC GCCATTCTTA AGTATATCCT CATACTACTA TATTTCACAT
    TTAACGATAC GCCAATTATT GAAACAGATA CATGATCATG CGACTTTTCA AGAGGTATTA
    CGATGGTTAT CGTTGGCTGT TGAGTATAAT GAATTGCCTG TAAGAGGTGG TGAAATTATC
    ATGAATGAAG AAATGTCGCA GCAATCGAGG TACTCCGTTG AAAGCACTTT TACCGATGAA
    TTCGAATTAC CGATGTGGGA TCCACATGTA AAAACATTTT TATTACTTCA AGCTCATTTA
    AGCCGTGTAG ATTTACCGAT TGCAGATTAT ATCCAGGATA CCGTATCAGT TTTGGATCAA
    TCTCTACGTA TTCTACAGGC TTATATTGAT GTCGCCAGTG AATTGGGTTA CTTTCATACG
    GTATTGACCA TGATAAAGAT GATGCAATGC ATAAAGCAAG GGTATTGGTA TGAAGACGAT
    CCTGTTAGTG TACTTCCAGG ATTACAACTG AGAAGAATCA AAGATTACAC TTTTAGCGAG
    CAGGGGTTCA TTGAAATGAC GCCGCAGCAA AAGAAGAAAA AGCTGTTAAC CTTGGAGGAA
    ATAGGAAGGT TTGGATATAA GAAATTATTA AATGTTTTTG ATCAACTAAC TTTTGGAATG
    ACAGAAAGCG AAGATACGAA AAAACGTTTC GTCAGTGTCT GCCAAAGATT ACCGGTTTTA
    GAAGGCATGA AATTTGAAGA ACAGGAAAAT AACGAGGTGT TAACATTTTA TAGCAAGCAC
    CTTTCTAGTA AGCATAATAA TGGGTTTGAA GTATATTGTG ATAAATTCCC TAAGATACAA
    AAAGAACTAT GGTTTTTAAT TGGACACAAA GGCGATGAAC TGCTGATGAT TAAAAGGTGT
    CAACCAAAAC AAATGAATAA AGAGGTCATA ATACATTGTG ATCTATTTAT TCCCGAAGAA
    ATTCGTGGCG AAGAATTGCA ATTTTCCCTT ATTAATGACG CTTTAGGATT ACGTTATGAT
    ATGGTCCATA AACTAATCTC TTAG

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

    RefSeq NP_011787.4
    CDS1..5904
    Translation

    Target ORF information:

    RefSeq Version NM_001181400.4
    Organism Saccharomyces cerevisiae S288C
    Definition Saccharomyces cerevisiae S288C putative RNA helicase (SLH1), partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001181400.4

    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
    5761
    5821
    5881
    ATGTCAACTG AATACTCTGC TGATTCATCT AAATCATTTA TGATTGCAAT GCAATCTATG 
    ATTGATACTT CACAAACCTT TAATCTAGAT AGATCGAAAA TCTCTTTACC AGATTTTGAT
    GACGAGCTAA AAAAAGTCCA AAAGGATGAA CAAAATCAAA GAACTGAACT AACTGTTCTC
    TCACAAGATA GAAATGATTG GGATGATATA TTTGAGGAGT TTAAAGACAT TTCATTTGCT
    CAACTGCAAT CTATAATTGA TTCATACAAA ACAAAGAATG CAGTTGCAGT ATATAAAAAA
    ATTGGAAAAC TAATCAATGA AGCTGAAACG ACACTAAGCA GCAATGTATT ATTAGAAACT
    GTACTGCAAA TGGTTTATAA ACATCAAAAG CAAGAGTTAG AGAAAGAATT GTTGGATTTT
    TTAGGAACAG GGAATATAGA CCTTGTTTCT CTGTTACTTC AGCATAGAAG AATGATCGTT
    GCTACACCTA TAGAAACGAC GATTCTGCTA ATAAAAAATG CGGTCAATTC AACGCCAGAG
    TTCCTGACAC AGCAAGATAT CAGGAATCAA GTTTTGAAAA GTGCAGAGGA TGCCAAGAAT
    AGGAAATTAA ATCCCGCCAC TAAAATAATC AAGTACCCAC ACGTCTTCAG AAAATATGAA
    GCAGGATCCA CTACAGCTAT GGCCTTTGCC GGTCAAAAAT TCACTTTGCC AGTAGGGACT
    ACAAGGATGT CGTACAATAC CCATGAAGAA ATTATAATTC CGGCAGCAGA TCAGGCATCC
    AACAAGAACT ATCTCTATAC AAAACTATTG AAAATAAGTG ATTTGGATCA TTTTTGCAAG
    ACTGTATTTC CCTATGAAAC TTTAAACCAA ATACAATCCC TTGTTTACCC CGTAGCTTAT
    AAAACAAATG AAAATATGCT AATTTGTGCA CCTACTGGTG CAGGTAAAAC AGACATTGCA
    TTACTGACAA TAATTAATAC AATAAAACAA TTCTCCGTGG TCAACGGGGA AAATGAAATT
    GATATTCAAT ATGATGATTT TAAAGTTATT TATGTTGCCC CTTTGAAAGC ACTCGCTGCT
    GAAATCGTCG ACAAGTTTAG TAAGAAATTG GCGCCTTTTA ATATACAAGT AAGGGAGTTA
    ACAGGCGATA TGCAATTGAC AAAGGCGGAA ATTTTAGCCA CTCAAGTAAT AGTCACAACC
    CCTGAGAAAT GGGACGTTGT CACCCGTAAA GCAAACGGCG ACAACGATTT GGTTTCAAAG
    GTCAAATTAC TAATTATTGA TGAAGTTCAT TTACTGCACG AAGATAGAGG TTCGGTTATT
    GAAACTTTAG TTGCACGTAC CTTGAGACAG GTAGAAAGCT CTCAATCAAT GATTCGTATT
    ATCGGTCTAT CAGCTACATT ACCCAATTTT ATGGATGTAG CAGATTTCTT AGGAGTAAAT
    AGACAGATCG GAATGTTCTA TTTTGATCAA TCATTCCGTC CAAAGCCTCT AGAGCAGCAA
    CTTTTGGGCT GTAGAGGTAA GGCAGGTAGT AGACAAAGTA AAGAGAATAT CGATAAAGTC
    GCTTACGACA AATTGAGTGA AATGATTCAA AGAGGGTACC AGGTAATGGT ATTTGTCCAC
    TCAAGAAAGG AAACTGTTAA AAGTGCAAGA AACTTTATCA AACTAGCAGA ATCTAACCAC
    GAAGTTGACC TTTTTGCACC TGACCCTATC GAAAAGGATA AATATTCTAG AAGTTTAGTG
    AAGAACAGAG ACAAGGATAT GAAGGAGATT TTTCAATTTG GTTTTGGTAT CCATCATGCT
    GGTATGGCCC GTTCAGATAG AAATCTTACT GAAAAAATGT TTAAAGACGG TGCTATCAAG
    GTACTGTGTT GTACTGCAAC ATTAGCATGG GGTGTTAATT TACCTGCTGA TTGTGTTATC
    ATCAAGGGTA CACAAGTATA TGATTCTAAA AAGGGTGGAT TCATAGATCT AGGTATTTCA
    GATGTTATTC AGATTTTTGG CAGGGGTGGT AGGCCGGGCT TCGGTTCCGC AAATGGTACG
    GGTATTTTAT GTACTTCCAA TGATCGTCTG GATCATTATG TTTCCTTAAT TACTCAACAA
    CACCCTATCG AATCTAGATT CGGTTCCAAG TTGGTTGATA ACCTGAACGC CGAAATTTCA
    TTGGGGAGCG TGACAAATGT AGATGAAGCA ATCGAATGGC TTGGTTACAC ATACATGTTT
    GTTCGTATGA GAAAAAATCC TTTTACTTAC GGTATTGATT GGGAGGAAAT TGCAAATGAC
    CCGCAATTAT ATGAACGGAG GAGAAAAATG ATCGTAGTAG CTGCAAGGCG ATTACATGCT
    CTCCAAATGA TTGTGTTCGA TGAAGTGTCA ATGCATTTCA TTGCAAAGGA TTTGGGCAGG
    GTGTCCTCTG ATTTTTATCT TTTGAACGAA TCCGTCGAGA TATTCAATCA AATGTGTGAT
    CCCAGAGCCA CCGAAGCTGA TGTATTGTCC ATGATCAGTA TGAGCAGTGA ATTTGACGGT
    ATAAAATTTA GAGAAGAAGA ATCCAAGGAG TTGAAGAGAC TTTCTGATGA ATCTGTTGAG
    TGCCAGATTG GAAGCCAACT TGACACCCCT CAAGGTAAAG CAAACGTGCT ATTACAGGCT
    TATATTTCCC AGACTAGAAT TTTTGACTCA GCACTATCAT CCGATTCGAA TTATGTTGCT
    CAGAACTCTG TTAGAATTTG TAGAGCATTG TTTTTAATAG GTGTCAATAG AAGATGGGGT
    AAATTTTCAA ACGTCATGCT AAATATTTGC AAATCTATTG AAAAGAGGCT CTGGGCCTTT
    GATCACCCTC TCTGTCAGTT TGATTTGCCT GAAAATATTA TCAGACGCAT CAGAGATACT
    AAACCTTCCA TGGAGCATCT TTTAGAATTA GAGGCAGATG AGCTCGGAGA GCTGGTGCAT
    AATAAGAAGG CCGGGTCTAG GTTATATAAA ATATTGAGCC GATTTCCAAA GATTAATATA
    GAAGCTGAGA TTTTCCCCAT TACAACAAAT GTAATGAGGA TACATATTGC ATTAGGTCCA
    GACTTTGTAT GGGATTCCCG GATACATGGT GATGCACAGT TTTTTTGGGT TTTCGTTGAA
    GAATCTGATA AGTCGCAAAT CCTTCATTTT GAAAAGTTCA TCTTAAACAG AAGGCAGTTG
    AATAATCAGC ATGAAATGGA CTTCATGATC CCATTGTCAG ACCCTTTGCC TCCGCAGGTT
    GTCGTAAAGG TTGTGTCGGA TACTTGGATT GGCTGTGAAT CGACCCATGC CATCTCTTTT
    CAACATTTAA TCAGACCATT TAACGAAACT TTACAGACAA AATTGTTGAA GTTACGTCCT
    CTACCTACAT CAGCCCTCCA GAATCCTTTA ATTGAGTCAA TTTATCCTTT CAAGTATTTC
    AATCCCATGC AAACTATGAC ATTTTATACA CTTTACAATA CCAATGAGAA TGCGTTTGTT
    GGCTCGCCTA CAGGTTCTGG TAAAACGATT GTGGCTGAAT TGGCTATATG GCATGCCTTC
    AAAACATTTC CTGGGAAAAA GATTGTTTAT ATCGCACCAA TGAAAGCATT AGTACGTGAA
    AGGGTTGATG ACTGGAGAAA GAAAATAACA CCAGTGACCG GAGATAAAGT TGTAGAGTTA
    ACCGGTGATT CTTTGCCAGA TCCTAAAGAT GTGCATGATG CCACCATTGT TATTACAACT
    CCAGAAAAGT TTGATGGTAT TTCCCGTAAT TGGCAAACTC GTAAGTTTGT TCAAGATGTA
    TCTTTAATTA TCATGGATGA AATTCATTTG TTGGCTAGTG ATCGTGGTCC TATCTTAGAA
    ATGATTGTTA GTCGTATGAA TTATATTTCC TCTCAAACCA AGCAACCGGT CAGACTGCTA
    GGTATGTCAA CTGCTGTTTC AAACGCCTAC GACATGGCTG GCTGGTTGGG AGTTAAGGAC
    CACGGACTGT ATAACTTCCC GTCAAGCGTC CGTCCGGTTC CATTGAAAAT GTACATTGAT
    GGATTTCCAG ATAATTTGGC ATTCTGTCCT CTGATGAAAA CAATGAACAA ACCTGTGTTT
    ATGGCCATTA AACAACATTC ACCTGATAAA CCAGCATTAA TATTTGTTGC ATCGCGTAGA
    CAAACTAGAC TAACGGCTTT AGACTTGATC CACTTATGTG GAATGGAAGA TAATCCACGT
    AGGTTTTTGA ATATAGACGA TGAGGAGGAA CTGCAATATT ACTTATCACA GGTCACTGAC
    GACACTTTAA AGTTATCACT CCAGTTCGGT ATTGGATTGC ATCATGCAGG TCTAGTGCAA
    AAAGATCGTT CTATTTCTCA TCAGTTGTTT CAAAAAAACA AAATTCAGAT TCTGATCGCT
    ACATCAACCC TAGCGTGGGG TGTCAATTTG CCAGCTCACT TGGTTATCAT CAAAGGTACA
    CAATTTTTTG ATGCAAAAAT TGAAGGATAT AGAGATATGG ATTTAACAGA TATCTTGCAA
    ATGATGGGGA GAGCTGGTAG ACCGGCTTAT GACACTACAG GTACTGCTAT CGTTTATACA
    AAAGAGTCCA AAAAAATGTT TTATAAACAT TTCCTAAACG TTGGTTTTCC TGTCGAGTCC
    TCCTTGCACA AGGTATTAGA TGATCATTTA GGTGCAGAAA TAACGTCAGG TAGCATAACT
    AATAAGCAAG AAGCGTTAGA TTTTTTGAGT TGGACATTTT TGTTTCGTAG AGCGCATCAT
    AACCCGACAT ATTATGGCAT TGAAGATGAT ACAAGTACAG CAGGAGTCAG TGAACATTTG
    AGTTCTTTGA TAGATAGCAC ATTAGAAAAT CTGCGAGAAT CACAATGTGT TTTATTACAT
    GGAGATGATA TTGTTGCTAC GCCATTCTTA AGTATATCCT CATACTACTA TATTTCACAT
    TTAACGATAC GCCAATTATT GAAACAGATA CATGATCATG CGACTTTTCA AGAGGTATTA
    CGATGGTTAT CGTTGGCTGT TGAGTATAAT GAATTGCCTG TAAGAGGTGG TGAAATTATC
    ATGAATGAAG AAATGTCGCA GCAATCGAGG TACTCCGTTG AAAGCACTTT TACCGATGAA
    TTCGAATTAC CGATGTGGGA TCCACATGTA AAAACATTTT TATTACTTCA AGCTCATTTA
    AGCCGTGTAG ATTTACCGAT TGCAGATTAT ATCCAGGATA CCGTATCAGT TTTGGATCAA
    TCTCTACGTA TTCTACAGGC TTATATTGAT GTCGCCAGTG AATTGGGTTA CTTTCATACG
    GTATTGACCA TGATAAAGAT GATGCAATGC ATAAAGCAAG GGTATTGGTA TGAAGACGAT
    CCTGTTAGTG TACTTCCAGG ATTACAACTG AGAAGAATCA AAGATTACAC TTTTAGCGAG
    CAGGGGTTCA TTGAAATGAC GCCGCAGCAA AAGAAGAAAA AGCTGTTAAC CTTGGAGGAA
    ATAGGAAGGT TTGGATATAA GAAATTATTA AATGTTTTTG ATCAACTAAC TTTTGGAATG
    ACAGAAAGCG AAGATACGAA AAAACGTTTC GTCAGTGTCT GCCAAAGATT ACCGGTTTTA
    GAAGGCATGA AATTTGAAGA ACAGGAAAAT AACGAGGTGT TAACATTTTA TAGCAAGCAC
    CTTTCTAGTA AGCATAATAA TGGGTTTGAA GTATATTGTG ATAAATTCCC TAAGATACAA
    AAAGAACTAT GGTTTTTAAT TGGACACAAA GGCGATGAAC TGCTGATGAT TAAAAGGTGT
    CAACCAAAAC AAATGAATAA AGAGGTCATA ATACATTGTG ATCTATTTAT TCCCGAAGAA
    ATTCGTGGCG AAGAATTGCA ATTTTCCCTT ATTAATGACG CTTTAGGATT ACGTTATGAT
    ATGGTCCATA AACTAATCTC TTAG

    The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

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    Life with 6000 genes.
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