ORF » Species Summary » Nannospalax galili » Mia3 cDNA ORF clone

Mia3 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

The following Mia3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Mia3 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 Accession No. Definition **Vector *Turnaround time Price (USD) Select
ONa40745 XM_008823754.3
Latest version!		 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $426.30
$609.00
ONa40747 XM_017795765.2
Latest version!		 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $426.30
$609.00
ONa138903 XM_029559012.1
Latest version!		 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $811.30
$1159.00
ONa40744 XM_008823753.3
Latest version!		 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
ONa40746 XM_017795764.2
Latest version!		 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
View Old Accession Versions >>
ONa40746 XM_017795764.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
ONa40745 XM_008823754.2 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $426.30
$609.00
ONa40744 XM_008823753.2 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $1021.30
$1459.00
ONa40747 XM_017795765.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector 14-16 $426.30
$609.00
Hide Old Accession Versions >>

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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)
    Mia3 ( XM_008823754.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008821976.1 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X3, mRNA.
    Price & Availability↑
    CloneID ONa40745
    Clone ID Related Accession (Same CDS sequence) XM_008823754.3 , XM_008823754.2
    Accession Version XM_008823754.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2328bp)
    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 2019-06-23
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product transport and Golgi organization protein 1 homolog isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008823754.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GGTTAATATG GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA 
    GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA GGTCCTGTAC CACCACCCAT TCGATACGGA 
    CCACCTCCTC AGTTACGTGG GCCTTTCCCG CCTCGGCCAC TTCCTCCATT TGTTCCTGGT 
    ATGCGTCCAC CACTAGGTGT AAGAGAATAT GCACCAGGTG TTCTGCCTGG CATACGGGAC 
    CTGCCTGTTG ATCCTCGGGA ATTTTTACCA GGACACACAC CATTTAGACC TCCAGGTTCA 
    TTTGGTCCAA GAGAGTACTT TAATCCTGGT ACCCGATTAC CACCACCTCC CCACCTGCCA 
    CCACCTGCTG CAAGAGACTC ATTGCCTTCA GGACCCAGGG ATGAGCCACC ACCTGCCTCT 
    CTGAGCAGTA GCCAGGATGG TTCACAGGCT TCAAAACCCA GCCCTTAA

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

    RefSeq XP_008821976.1
    CDS192..2519
    Translation

    Target ORF information:

    RefSeq Version XM_008823754.3
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_008823754.3

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GGTTAATATG GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA 
    GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA GGTCCTGTAC CACCACCCAT TCGATACGGA 
    CCACCTCCTC AGTTACGTGG GCCTTTCCCG CCTCGGCCAC TTCCTCCATT TGTTCCTGGT 
    ATGCGTCCAC CACTAGGTGT AAGAGAATAT GCACCAGGTG TTCTGCCTGG CATACGGGAC 
    CTGCCTGTTG ATCCTCGGGA ATTTTTACCA GGACACACAC CATTTAGACC TCCAGGTTCA 
    TTTGGTCCAA GAGAGTACTT TAATCCTGGT ACCCGATTAC CACCACCTCC CCACCTGCCA 
    CCACCTGCTG CAAGAGACTC ATTGCCTTCA GGACCCAGGG ATGAGCCACC ACCTGCCTCT 
    CTGAGCAGTA GCCAGGATGG TTCACAGGCT TCAAAACCCA GCCCTTAA

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

    Mia3 ( XM_008823754.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008821976.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X2, mRNA.
    Price & Availability↑
    CloneID ONa40745
    Clone ID Related Accession (Same CDS sequence) XM_008823754.3 , XM_008823754.2
    Accession Version XM_008823754.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2328bp)
    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 2016-08-10
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product melanoma inhibitory activity protein 3 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008823754.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 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## 

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GGTTAATATG GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA 
    GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA GGTCCTGTAC CACCACCCAT TCGATACGGA 
    CCACCTCCTC AGTTACGTGG GCCTTTCCCG CCTCGGCCAC TTCCTCCATT TGTTCCTGGT 
    ATGCGTCCAC CACTAGGTGT AAGAGAATAT GCACCAGGTG TTCTGCCTGG CATACGGGAC 
    CTGCCTGTTG ATCCTCGGGA ATTTTTACCA GGACACACAC CATTTAGACC TCCAGGTTCA 
    TTTGGTCCAA GAGAGTACTT TAATCCTGGT ACCCGATTAC CACCACCTCC CCACCTGCCA 
    CCACCTGCTG CAAGAGACTC ATTGCCTTCA GGACCCAGGG ATGAGCCACC ACCTGCCTCT 
    CTGAGCAGTA GCCAGGATGG TTCACAGGCT TCAAAACCCA GCCCTTAA

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

    RefSeq XP_008821976.1
    CDS126..2453
    Translation

    Target ORF information:

    RefSeq Version XM_008823754.2
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_008823754.2

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GGTTAATATG GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA 
    GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA GGTCCTGTAC CACCACCCAT TCGATACGGA 
    CCACCTCCTC AGTTACGTGG GCCTTTCCCG CCTCGGCCAC TTCCTCCATT TGTTCCTGGT 
    ATGCGTCCAC CACTAGGTGT AAGAGAATAT GCACCAGGTG TTCTGCCTGG CATACGGGAC 
    CTGCCTGTTG ATCCTCGGGA ATTTTTACCA GGACACACAC CATTTAGACC TCCAGGTTCA 
    TTTGGTCCAA GAGAGTACTT TAATCCTGGT ACCCGATTAC CACCACCTCC CCACCTGCCA 
    CCACCTGCTG CAAGAGACTC ATTGCCTTCA GGACCCAGGG ATGAGCCACC ACCTGCCTCT 
    CTGAGCAGTA GCCAGGATGG TTCACAGGCT TCAAAACCCA GCCCTTAA

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

    Mia3 ( XM_017795765.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017651254.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X4, mRNA.
    Price & Availability↑
    CloneID ONa40747
    Clone ID Related Accession (Same CDS sequence) XM_017795765.1 , XM_017795765.2
    Accession Version XM_017795765.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2400bp)
    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 2016-08-10
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product melanoma inhibitory activity protein 3 isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) 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 :: Nannospalax galili Annotation Release 101 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## 

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GCACACTGTT CCCCAAGAGC CTGAAGGCCC CTCAGTTTCC 
    AACATGGCCC CTTTGGCTGA GCATCCAGTG GCAGTTAATA TGGCTCCCAA AGGGCCCCCT 
    CCTCCGTTTC CAGGGGTGCC TCTCTTGGGT GCTCCTTTGG GAGGTCCTGT ACCACCACCC 
    ATTCGATACG GACCACCTCC TCAGTTACGT GGGCCTTTCC CGCCTCGGCC ACTTCCTCCA 
    TTTGTTCCTG GTATGCGTCC ACCACTAGGT GTAAGAGAAT ATGCACCAGG TGTTCTGCCT 
    GGCATACGGG ACCTGCCTGT TGATCCTCGG GAATTTTTAC CAGGACACAC ACCATTTAGA 
    CCTCCAGGTT CATTTGGTCC AAGAGAGTAC TTTAATCCTG GTACCCGATT ACCACCACCT 
    CCCCACCTGC CACCACCTGC TGCAAGAGAC TCATTGCCTT CAGGACCCAG GGATGAGCCA 
    CCACCTGCCT CTCTGAGCAG TAGCCAGGAT GGTTCACAGG CTTCAAAACC CAGCCCTTAA

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

    RefSeq XP_017651254.1
    CDS126..2525
    Translation

    Target ORF information:

    RefSeq Version XM_017795765.1
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_017795765.1

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GCACACTGTT CCCCAAGAGC CTGAAGGCCC CTCAGTTTCC 
    AACATGGCCC CTTTGGCTGA GCATCCAGTG GCAGTTAATA TGGCTCCCAA AGGGCCCCCT 
    CCTCCGTTTC CAGGGGTGCC TCTCTTGGGT GCTCCTTTGG GAGGTCCTGT ACCACCACCC 
    ATTCGATACG GACCACCTCC TCAGTTACGT GGGCCTTTCC CGCCTCGGCC ACTTCCTCCA 
    TTTGTTCCTG GTATGCGTCC ACCACTAGGT GTAAGAGAAT ATGCACCAGG TGTTCTGCCT 
    GGCATACGGG ACCTGCCTGT TGATCCTCGG GAATTTTTAC CAGGACACAC ACCATTTAGA 
    CCTCCAGGTT CATTTGGTCC AAGAGAGTAC TTTAATCCTG GTACCCGATT ACCACCACCT 
    CCCCACCTGC CACCACCTGC TGCAAGAGAC TCATTGCCTT CAGGACCCAG GGATGAGCCA 
    CCACCTGCCT CTCTGAGCAG TAGCCAGGAT GGTTCACAGG CTTCAAAACC CAGCCCTTAA

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

    Mia3 ( XM_017795765.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017651254.1 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X5, mRNA.
    Price & Availability↑
    CloneID ONa40747
    Clone ID Related Accession (Same CDS sequence) XM_017795765.1 , XM_017795765.2
    Accession Version XM_017795765.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 2400bp)
    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 2019-06-23
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product transport and Golgi organization protein 1 homolog isoform X5
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017795765.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GCACACTGTT CCCCAAGAGC CTGAAGGCCC CTCAGTTTCC 
    AACATGGCCC CTTTGGCTGA GCATCCAGTG GCAGTTAATA TGGCTCCCAA AGGGCCCCCT 
    CCTCCGTTTC CAGGGGTGCC TCTCTTGGGT GCTCCTTTGG GAGGTCCTGT ACCACCACCC 
    ATTCGATACG GACCACCTCC TCAGTTACGT GGGCCTTTCC CGCCTCGGCC ACTTCCTCCA 
    TTTGTTCCTG GTATGCGTCC ACCACTAGGT GTAAGAGAAT ATGCACCAGG TGTTCTGCCT 
    GGCATACGGG ACCTGCCTGT TGATCCTCGG GAATTTTTAC CAGGACACAC ACCATTTAGA 
    CCTCCAGGTT CATTTGGTCC AAGAGAGTAC TTTAATCCTG GTACCCGATT ACCACCACCT 
    CCCCACCTGC CACCACCTGC TGCAAGAGAC TCATTGCCTT CAGGACCCAG GGATGAGCCA 
    CCACCTGCCT CTCTGAGCAG TAGCCAGGAT GGTTCACAGG CTTCAAAACC CAGCCCTTAA

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

    RefSeq XP_017651254.1
    CDS194..2593
    Translation

    Target ORF information:

    RefSeq Version XM_017795765.2
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_017795765.2

    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
    ATGGACTCAG TGCCTGCCAC TGTGCCTGCC GTCACCTCCC CGGGGGACCC CGAGCTGCTG 
    GGATCGCTGT CCGTGCTCTA CGCCGCTCTG CTAGCCAGGC TGCTGGAGCT CATTGCTACG 
    TTGCCTGATG GCGTTCAGCC TGGCCCTGAT TTCTATGGAT TACCGTGGCA GCCTGTGGTC 
    ATCACTGCAG TCTTGGGAGC TGTTTCGTTT GCAGTTTTCT CCTGGAGAAC TATTCTTGTT 
    GTAAAGAGTA GAGTATATCA AGTCACAGAG AAGCAAATTT CTGAAAAGTT GGAGAATATC 
    AAGAAAGAAA ATGCAGAACT TGCACAAAAA TTGTCAAATT ATGAACAAAA GATCAAGGAA 
    TCAAAGAAAT ATGTTCAAGA AACCAAGAAA CAAAATGTGA TTTTGTCTGA TGAAGCTATT 
    AAATACAAGG ATAAAATCAA GACACTTGAA GAAACTAATG AAATTCTGGG TGACAAAGCC 
    AAAAGTCTCC GCCTCCTGTT AGACTCTGAA AGAGAGCAGA ATATCAAGAA TCAGGACTTG 
    ATACTGGAAA ACAAGCAATC TATAGAGAAG TTAAAGGATG TTATTTCAAT GAATGCATCA 
    GAACTTTCAG AGGTTCAGAT TGCCCTTAAT GAAGCCAAGC TCAGGGAGGA GAATGTAAAG 
    TCTGAATGCC ATCGGGTTCA AGAAGAAAAT ACTAGGCTCA AGAAGAAGAA GGAGCAGTTG 
    CAGCAGCAGA TTGAAGAATG GAGTAAATCT CATGCTGAGC TCAATGAACA AATCAAGTCA 
    TTTGAGAGGG CCCAGAAAGA CTTAGAAGTG GCACTTACTC ACAAAGATGA CAATATTAAT 
    GCCTTGACTA ATTGCATTAC ACAGTTGAAT CGGTTAGAAT GTGAGCTTGA ATCTGAGGAT 
    CAAAATAAAG GACAGTCAGA TGAATTAGCC AATGGAGAAG TGGGAGGTGA GCGGAGTGAG 
    AAGATAAAAA GCCAAATTAA GCAGATGATG GACGTGTCTC GGACACAAAC TGCAGTCTCA 
    GTAGTTGAAG AGGATCTAAA ACTTTTACAA CTTAAGCTAA GAGCCTCGAT GTCCACAAAA 
    TGTAACCTGG AAGACCAAAT CAAAAAGCTA GAAGATGACC GAGACTCACT GCAGACCGCT 
    AAGGCTGGGC TAGAAGACGA GTGCAGAACA CTGAGGCAGA AAGTGGAGAT TCTCAATGAG 
    CTCTACCAGC AGAAGGAGAT GGCTCTGCAA AAGAAACTGA GTCAAGAAGA GTATGAGCGG 
    CAAGACCGAG AGCAGCGGCT GTCGGCTGCA GATGAAAAGG TGGTTTTGGC TGCAGAGGAA 
    GTGAAAACCT ACAAACGGAG AATAGAAGAA ATGGAAGAAG AATTACAGAA AACAGAACGC 
    TCATTTAAAA ACCAGATTGC TGCTCATGAG AAGAAAGCTC ATGACAACTG GCTCAAAGCT 
    CGTGCTGCAG AAAGAGCTAT AGCAGAAGAG AAAAGGGAAG CTGCTAACCT AAGACACAAG 
    TTACTGGAAA TGACCCAAAA GATGGCAATG CGCCAAGAGG AACCTGTGAT CATAAAACCA 
    ATGCCAGGAA GACCAAATGC ACAAAATCCT CTCCGGAGAG GTCCACTAAG CCAGAATGGC 
    TCTTTTGGCC CATCCCCTGT GAGTGGTGGA GAATGCTCCC CTCCCCTACC AGCAGAGCCA 
    CCCGGGAGAC CGCTCTCTGC CACACTCAGT CGGAGAGATG TGCCCAGAAG TGAATTTGGG 
    TCACTGGATA GGCATTTACC TCGCCCTCGA TGGTCTTCTG AGGCATCTGG GAAACACTCT 
    GCCTCTGACC CAGGTCCAGC TCCTGTGATG AACAGCAGCT CCAGAAGCTC TTCCCCAGCT 
    AAGGTGATGG ATGAGGGCAA GCACACTGTT CCCCAAGAGC CTGAAGGCCC CTCAGTTTCC 
    AACATGGCCC CTTTGGCTGA GCATCCAGTG GCAGTTAATA TGGCTCCCAA AGGGCCCCCT 
    CCTCCGTTTC CAGGGGTGCC TCTCTTGGGT GCTCCTTTGG GAGGTCCTGT ACCACCACCC 
    ATTCGATACG GACCACCTCC TCAGTTACGT GGGCCTTTCC CGCCTCGGCC ACTTCCTCCA 
    TTTGTTCCTG GTATGCGTCC ACCACTAGGT GTAAGAGAAT ATGCACCAGG TGTTCTGCCT 
    GGCATACGGG ACCTGCCTGT TGATCCTCGG GAATTTTTAC CAGGACACAC ACCATTTAGA 
    CCTCCAGGTT CATTTGGTCC AAGAGAGTAC TTTAATCCTG GTACCCGATT ACCACCACCT 
    CCCCACCTGC CACCACCTGC TGCAAGAGAC TCATTGCCTT CAGGACCCAG GGATGAGCCA 
    CCACCTGCCT CTCTGAGCAG TAGCCAGGAT GGTTCACAGG CTTCAAAACC CAGCCCTTAA

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

    Mia3 ( XM_029559012.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029414872.1 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X2, mRNA.
    Price & Availability↑
    CloneID ONa138903
    Clone ID Related Accession (Same CDS sequence) XM_029559012.1
    Accession Version XM_029559012.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4782bp)
    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 2019-06-23
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product transport and Golgi organization protein 1 homolog isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTACCAAC ACCCTGGAGT AGAGACTGCC 
    CCACTCATCA CACCCCCACC TCTGGAGGAA GACTGGGCTG GACCAGCAGA AGAGGTGAGG 
    CCACCCCAGG AAGACAAGTT CCCACAAGAA AATACAGGAG ATCTTACCAT GCCACTTCCT 
    GAAGAGCCTG TGACAAGGGA CATGGCTGCC TCAGAGGTGT CACAGAAGCC AAATACTGAC 
    AATGACATAG ACCCAGGTCT GCTTGTAACT GAAAGTTCTC CTGTTGGTGC TGCCGATGAC 
    CAAAAGCAGC AAGAGATGCG TGGAGAGGAG CCAGCAAATG CCCCACCAGT GAAAGATGCA 
    ATGGGTTTGC TGCATTCATT CACTCTTTAT TTAAGTAAGA TGCTCATTGC TACGTTGCCT 
    GATGGCGTTC AGCCTGGCCC TGATTTCTAT GGATTACCGT GGCAGCCTGT GGTCATCACT 
    GCAGTCTTGG GAGCTGTTTC GTTTGCAGTT TTCTCCTGGA GAACTATTCT TGTTGTAAAG 
    AGTAGAGTAT ATCAAGTCAC AGAGAAGCAA ATTTCTGAAA AGTTGGAGAA TATCAAGAAA 
    GAAAATGCAG AACTTGCACA AAAATTGTCA AATTATGAAC AAAAGATCAA GGAATCAAAG 
    AAATATGTTC AAGAAACCAA GAAACAAAAT GTGATTTTGT CTGATGAAGC TATTAAATAC 
    AAGGATAAAA TCAAGACACT TGAAGAAACT AATGAAATTC TGGGTGACAA AGCCAAAAGT 
    CTCCGCCTCC TGTTAGACTC TGAAAGAGAG CAGAATATCA AGAATCAGGA CTTGATACTG 
    GAAAACAAGC AATCTATAGA GAAGTTAAAG GATGTTATTT CAATGAATGC ATCAGAACTT 
    TCAGAGGTTC AGATTGCCCT TAATGAAGCC AAGCTCAGGG AGGAGAATGT AAAGTCTGAA 
    TGCCATCGGG TTCAAGAAGA AAATACTAGG CTCAAGAAGA AGAAGGAGCA GTTGCAGCAG 
    CAGATTGAAG AATGGAGTAA ATCTCATGCT GAGCTCAATG AACAAATCAA GTCATTTGAG 
    AGGGCCCAGA AAGACTTAGA AGTGGCACTT ACTCACAAAG ATGACAATAT TAATGCCTTG 
    ACTAATTGCA TTACACAGTT GAATCGGTTA GAATGTGAGC TTGAATCTGA GGATCAAAAT 
    AAAGGACAGT CAGATGAATT AGCCAATGGA GAAGTGGGAG GTGAGCGGAG TGAGAAGATA 
    AAAAGCCAAA TTAAGCAGAT GATGGACGTG TCTCGGACAC AAACTGCAGT CTCAGTAGTT 
    GAAGAGGATC TAAAACTTTT ACAACTTAAG CTAAGAGCCT CGATGTCCAC AAAATGTAAC 
    CTGGAAGACC AAATCAAAAA GCTAGAAGAT GACCGAGACT CACTGCAGAC CGCTAAGGCT 
    GGGCTAGAAG ACGAGTGCAG AACACTGAGG CAGAAAGTGG AGATTCTCAA TGAGCTCTAC 
    CAGCAGAAGG AGATGGCTCT GCAAAAGAAA CTGAGTCAAG AAGAGTATGA GCGGCAAGAC 
    CGAGAGCAGC GGCTGTCGGC TGCAGATGAA AAGGTGGTTT TGGCTGCAGA GGAAGTGAAA 
    ACCTACAAAC GGAGAATAGA AGAAATGGAA GAAGAATTAC AGAAAACAGA ACGCTCATTT 
    AAAAACCAGA TTGCTGCTCA TGAGAAGAAA GCTCATGACA ACTGGCTCAA AGCTCGTGCT 
    GCAGAAAGAG CTATAGCAGA AGAGAAAAGG GAAGCTGCTA ACCTAAGACA CAAGTTACTG 
    GAAATGACCC AAAAGATGGC AATGCGCCAA GAGGAACCTG TGATCATAAA ACCAATGCCA 
    GGAAGACCAA ATGCACAAAA TCCTCTCCGG AGAGGTCCAC TAAGCCAGAA TGGCTCTTTT 
    GGCCCATCCC CTGTGAGTGG TGGAGAATGC TCCCCTCCCC TACCAGCAGA GCCACCCGGG 
    AGACCGCTCT CTGCCACACT CAGTCGGAGA GATGTGCCCA GAAGTGAATT TGGGTCACTG 
    GATAGGCATT TACCTCGCCC TCGATGGTCT TCTGAGGCAT CTGGGAAACA CTCTGCCTCT 
    GACCCAGGTC CAGCTCCTGT GATGAACAGC AGCTCCAGAA GCTCTTCCCC AGCTAAGGTG 
    ATGGATGAGG GCAAGGTTAA TATGGCTCCC AAAGGGCCCC CTCCTCCGTT TCCAGGGGTG 
    CCTCTCTTGG GTGCTCCTTT GGGAGGTCCT GTACCACCAC CCATTCGATA CGGACCACCT 
    CCTCAGTTAC GTGGGCCTTT CCCGCCTCGG CCACTTCCTC CATTTGTTCC TGGTATGCGT 
    CCACCACTAG GTGTAAGAGA ATATGCACCA GGTGTTCTGC CTGGCATACG GGACCTGCCT 
    GTTGATCCTC GGGAATTTTT ACCAGGACAC ACACCATTTA GACCTCCAGG TTCATTTGGT 
    CCAAGAGAGT ACTTTAATCC TGGTACCCGA TTACCACCAC CTCCCCACCT GCCACCACCT 
    GCTGCAAGAG ACTCATTGCC TTCAGGACCC AGGGATGAGC CACCACCTGC CTCTCTGAGC 
    AGTAGCCAGG ATGGTTCACA GGCTTCAAAA CCCAGCCCTT AA

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

    RefSeq XP_029414872.1
    CDS17..4798
    Translation

    Target ORF information:

    RefSeq Version XM_029559012.1
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_029559012.1

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTACCAAC ACCCTGGAGT AGAGACTGCC 
    CCACTCATCA CACCCCCACC TCTGGAGGAA GACTGGGCTG GACCAGCAGA AGAGGTGAGG 
    CCACCCCAGG AAGACAAGTT CCCACAAGAA AATACAGGAG ATCTTACCAT GCCACTTCCT 
    GAAGAGCCTG TGACAAGGGA CATGGCTGCC TCAGAGGTGT CACAGAAGCC AAATACTGAC 
    AATGACATAG ACCCAGGTCT GCTTGTAACT GAAAGTTCTC CTGTTGGTGC TGCCGATGAC 
    CAAAAGCAGC AAGAGATGCG TGGAGAGGAG CCAGCAAATG CCCCACCAGT GAAAGATGCA 
    ATGGGTTTGC TGCATTCATT CACTCTTTAT TTAAGTAAGA TGCTCATTGC TACGTTGCCT 
    GATGGCGTTC AGCCTGGCCC TGATTTCTAT GGATTACCGT GGCAGCCTGT GGTCATCACT 
    GCAGTCTTGG GAGCTGTTTC GTTTGCAGTT TTCTCCTGGA GAACTATTCT TGTTGTAAAG 
    AGTAGAGTAT ATCAAGTCAC AGAGAAGCAA ATTTCTGAAA AGTTGGAGAA TATCAAGAAA 
    GAAAATGCAG AACTTGCACA AAAATTGTCA AATTATGAAC AAAAGATCAA GGAATCAAAG 
    AAATATGTTC AAGAAACCAA GAAACAAAAT GTGATTTTGT CTGATGAAGC TATTAAATAC 
    AAGGATAAAA TCAAGACACT TGAAGAAACT AATGAAATTC TGGGTGACAA AGCCAAAAGT 
    CTCCGCCTCC TGTTAGACTC TGAAAGAGAG CAGAATATCA AGAATCAGGA CTTGATACTG 
    GAAAACAAGC AATCTATAGA GAAGTTAAAG GATGTTATTT CAATGAATGC ATCAGAACTT 
    TCAGAGGTTC AGATTGCCCT TAATGAAGCC AAGCTCAGGG AGGAGAATGT AAAGTCTGAA 
    TGCCATCGGG TTCAAGAAGA AAATACTAGG CTCAAGAAGA AGAAGGAGCA GTTGCAGCAG 
    CAGATTGAAG AATGGAGTAA ATCTCATGCT GAGCTCAATG AACAAATCAA GTCATTTGAG 
    AGGGCCCAGA AAGACTTAGA AGTGGCACTT ACTCACAAAG ATGACAATAT TAATGCCTTG 
    ACTAATTGCA TTACACAGTT GAATCGGTTA GAATGTGAGC TTGAATCTGA GGATCAAAAT 
    AAAGGACAGT CAGATGAATT AGCCAATGGA GAAGTGGGAG GTGAGCGGAG TGAGAAGATA 
    AAAAGCCAAA TTAAGCAGAT GATGGACGTG TCTCGGACAC AAACTGCAGT CTCAGTAGTT 
    GAAGAGGATC TAAAACTTTT ACAACTTAAG CTAAGAGCCT CGATGTCCAC AAAATGTAAC 
    CTGGAAGACC AAATCAAAAA GCTAGAAGAT GACCGAGACT CACTGCAGAC CGCTAAGGCT 
    GGGCTAGAAG ACGAGTGCAG AACACTGAGG CAGAAAGTGG AGATTCTCAA TGAGCTCTAC 
    CAGCAGAAGG AGATGGCTCT GCAAAAGAAA CTGAGTCAAG AAGAGTATGA GCGGCAAGAC 
    CGAGAGCAGC GGCTGTCGGC TGCAGATGAA AAGGTGGTTT TGGCTGCAGA GGAAGTGAAA 
    ACCTACAAAC GGAGAATAGA AGAAATGGAA GAAGAATTAC AGAAAACAGA ACGCTCATTT 
    AAAAACCAGA TTGCTGCTCA TGAGAAGAAA GCTCATGACA ACTGGCTCAA AGCTCGTGCT 
    GCAGAAAGAG CTATAGCAGA AGAGAAAAGG GAAGCTGCTA ACCTAAGACA CAAGTTACTG 
    GAAATGACCC AAAAGATGGC AATGCGCCAA GAGGAACCTG TGATCATAAA ACCAATGCCA 
    GGAAGACCAA ATGCACAAAA TCCTCTCCGG AGAGGTCCAC TAAGCCAGAA TGGCTCTTTT 
    GGCCCATCCC CTGTGAGTGG TGGAGAATGC TCCCCTCCCC TACCAGCAGA GCCACCCGGG 
    AGACCGCTCT CTGCCACACT CAGTCGGAGA GATGTGCCCA GAAGTGAATT TGGGTCACTG 
    GATAGGCATT TACCTCGCCC TCGATGGTCT TCTGAGGCAT CTGGGAAACA CTCTGCCTCT 
    GACCCAGGTC CAGCTCCTGT GATGAACAGC AGCTCCAGAA GCTCTTCCCC AGCTAAGGTG 
    ATGGATGAGG GCAAGGTTAA TATGGCTCCC AAAGGGCCCC CTCCTCCGTT TCCAGGGGTG 
    CCTCTCTTGG GTGCTCCTTT GGGAGGTCCT GTACCACCAC CCATTCGATA CGGACCACCT 
    CCTCAGTTAC GTGGGCCTTT CCCGCCTCGG CCACTTCCTC CATTTGTTCC TGGTATGCGT 
    CCACCACTAG GTGTAAGAGA ATATGCACCA GGTGTTCTGC CTGGCATACG GGACCTGCCT 
    GTTGATCCTC GGGAATTTTT ACCAGGACAC ACACCATTTA GACCTCCAGG TTCATTTGGT 
    CCAAGAGAGT ACTTTAATCC TGGTACCCGA TTACCACCAC CTCCCCACCT GCCACCACCT 
    GCTGCAAGAG ACTCATTGCC TTCAGGACCC AGGGATGAGC CACCACCTGC CTCTCTGAGC 
    AGTAGCCAGG ATGGTTCACA GGCTTCAAAA CCCAGCCCTT AA

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

    Mia3 ( XM_008823753.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008821975.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X1, mRNA.
    Price & Availability↑
    CloneID ONa40744
    Clone ID Related Accession (Same CDS sequence) XM_008823753.2 , XM_008823753.3
    Accession Version XM_008823753.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5586bp)
    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 2016-08-10
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product melanoma inhibitory activity protein 3 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008823753.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 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## 

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGG TTAATATGGC TCCCAAAGGG 
    CCCCCTCCTC CGTTTCCAGG GGTGCCTCTC TTGGGTGCTC CTTTGGGAGG TCCTGTACCA 
    CCACCCATTC GATACGGACC ACCTCCTCAG TTACGTGGGC CTTTCCCGCC TCGGCCACTT 
    CCTCCATTTG TTCCTGGTAT GCGTCCACCA CTAGGTGTAA GAGAATATGC ACCAGGTGTT 
    CTGCCTGGCA TACGGGACCT GCCTGTTGAT CCTCGGGAAT TTTTACCAGG ACACACACCA 
    TTTAGACCTC CAGGTTCATT TGGTCCAAGA GAGTACTTTA ATCCTGGTAC CCGATTACCA 
    CCACCTCCCC ACCTGCCACC ACCTGCTGCA AGAGACTCAT TGCCTTCAGG ACCCAGGGAT 
    GAGCCACCAC CTGCCTCTCT GAGCAGTAGC CAGGATGGTT CACAGGCTTC AAAACCCAGC 
    CCTTAA

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

    RefSeq XP_008821975.1
    CDS1..5586
    Translation

    Target ORF information:

    RefSeq Version XM_008823753.2
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_008823753.2

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGG TTAATATGGC TCCCAAAGGG 
    CCCCCTCCTC CGTTTCCAGG GGTGCCTCTC TTGGGTGCTC CTTTGGGAGG TCCTGTACCA 
    CCACCCATTC GATACGGACC ACCTCCTCAG TTACGTGGGC CTTTCCCGCC TCGGCCACTT 
    CCTCCATTTG TTCCTGGTAT GCGTCCACCA CTAGGTGTAA GAGAATATGC ACCAGGTGTT 
    CTGCCTGGCA TACGGGACCT GCCTGTTGAT CCTCGGGAAT TTTTACCAGG ACACACACCA 
    TTTAGACCTC CAGGTTCATT TGGTCCAAGA GAGTACTTTA ATCCTGGTAC CCGATTACCA 
    CCACCTCCCC ACCTGCCACC ACCTGCTGCA AGAGACTCAT TGCCTTCAGG ACCCAGGGAT 
    GAGCCACCAC CTGCCTCTCT GAGCAGTAGC CAGGATGGTT CACAGGCTTC AAAACCCAGC 
    CCTTAA

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

    Mia3 ( XM_008823753.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008821975.1 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X1, mRNA.
    Price & Availability↑
    CloneID ONa40744
    Clone ID Related Accession (Same CDS sequence) XM_008823753.2 , XM_008823753.3
    Accession Version XM_008823753.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5586bp)
    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 2019-06-23
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product transport and Golgi organization protein 1 homolog isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008823753.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-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
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGG TTAATATGGC TCCCAAAGGG 
    CCCCCTCCTC CGTTTCCAGG GGTGCCTCTC TTGGGTGCTC CTTTGGGAGG TCCTGTACCA 
    CCACCCATTC GATACGGACC ACCTCCTCAG TTACGTGGGC CTTTCCCGCC TCGGCCACTT 
    CCTCCATTTG TTCCTGGTAT GCGTCCACCA CTAGGTGTAA GAGAATATGC ACCAGGTGTT 
    CTGCCTGGCA TACGGGACCT GCCTGTTGAT CCTCGGGAAT TTTTACCAGG ACACACACCA 
    TTTAGACCTC CAGGTTCATT TGGTCCAAGA GAGTACTTTA ATCCTGGTAC CCGATTACCA 
    CCACCTCCCC ACCTGCCACC ACCTGCTGCA AGAGACTCAT TGCCTTCAGG ACCCAGGGAT 
    GAGCCACCAC CTGCCTCTCT GAGCAGTAGC CAGGATGGTT CACAGGCTTC AAAACCCAGC 
    CCTTAA

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

    RefSeq XP_008821975.1
    CDS1..5586
    Translation

    Target ORF information:

    RefSeq Version XM_008823753.3
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_008823753.3

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGG TTAATATGGC TCCCAAAGGG 
    CCCCCTCCTC CGTTTCCAGG GGTGCCTCTC TTGGGTGCTC CTTTGGGAGG TCCTGTACCA 
    CCACCCATTC GATACGGACC ACCTCCTCAG TTACGTGGGC CTTTCCCGCC TCGGCCACTT 
    CCTCCATTTG TTCCTGGTAT GCGTCCACCA CTAGGTGTAA GAGAATATGC ACCAGGTGTT 
    CTGCCTGGCA TACGGGACCT GCCTGTTGAT CCTCGGGAAT TTTTACCAGG ACACACACCA 
    TTTAGACCTC CAGGTTCATT TGGTCCAAGA GAGTACTTTA ATCCTGGTAC CCGATTACCA 
    CCACCTCCCC ACCTGCCACC ACCTGCTGCA AGAGACTCAT TGCCTTCAGG ACCCAGGGAT 
    GAGCCACCAC CTGCCTCTCT GAGCAGTAGC CAGGATGGTT CACAGGCTTC AAAACCCAGC 
    CCTTAA

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

    Mia3 ( XM_017795764.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017651253.1 Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X4, mRNA.
    Price & Availability↑
    CloneID ONa40746
    Clone ID Related Accession (Same CDS sequence) XM_017795764.2 , XM_017795764.1
    Accession Version XM_017795764.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5658bp)
    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 2019-06-23
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product transport and Golgi organization protein 1 homolog isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017795764.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-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
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGC ACACTGTTCC CCAAGAGCCT 
    GAAGGCCCCT CAGTTTCCAA CATGGCCCCT TTGGCTGAGC ATCCAGTGGC AGTTAATATG 
    GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA 
    GGTCCTGTAC CACCACCCAT TCGATACGGA CCACCTCCTC AGTTACGTGG GCCTTTCCCG 
    CCTCGGCCAC TTCCTCCATT TGTTCCTGGT ATGCGTCCAC CACTAGGTGT AAGAGAATAT 
    GCACCAGGTG TTCTGCCTGG CATACGGGAC CTGCCTGTTG ATCCTCGGGA ATTTTTACCA 
    GGACACACAC CATTTAGACC TCCAGGTTCA TTTGGTCCAA GAGAGTACTT TAATCCTGGT 
    ACCCGATTAC CACCACCTCC CCACCTGCCA CCACCTGCTG CAAGAGACTC ATTGCCTTCA 
    GGACCCAGGG ATGAGCCACC ACCTGCCTCT CTGAGCAGTA GCCAGGATGG TTCACAGGCT 
    TCAAAACCCA GCCCTTAA

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

    RefSeq XP_017651253.1
    CDS17..5674
    Translation

    Target ORF information:

    RefSeq Version XM_017795764.2
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA SH3 domain ER export factor 3 (Mia3), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_017795764.2

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGC ACACTGTTCC CCAAGAGCCT 
    GAAGGCCCCT CAGTTTCCAA CATGGCCCCT TTGGCTGAGC ATCCAGTGGC AGTTAATATG 
    GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA 
    GGTCCTGTAC CACCACCCAT TCGATACGGA CCACCTCCTC AGTTACGTGG GCCTTTCCCG 
    CCTCGGCCAC TTCCTCCATT TGTTCCTGGT ATGCGTCCAC CACTAGGTGT AAGAGAATAT 
    GCACCAGGTG TTCTGCCTGG CATACGGGAC CTGCCTGTTG ATCCTCGGGA ATTTTTACCA 
    GGACACACAC CATTTAGACC TCCAGGTTCA TTTGGTCCAA GAGAGTACTT TAATCCTGGT 
    ACCCGATTAC CACCACCTCC CCACCTGCCA CCACCTGCTG CAAGAGACTC ATTGCCTTCA 
    GGACCCAGGG ATGAGCCACC ACCTGCCTCT CTGAGCAGTA GCCAGGATGG TTCACAGGCT 
    TCAAAACCCA GCCCTTAA

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

    Mia3 ( XM_017795764.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017651253.1 Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X3, mRNA.
    Price & Availability↑
    CloneID ONa40746
    Clone ID Related Accession (Same CDS sequence) XM_017795764.2 , XM_017795764.1
    Accession Version XM_017795764.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5658bp)
    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 2016-08-10
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Product melanoma inhibitory activity protein 3 isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008359963.1) 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 :: Nannospalax galili Annotation Release 101 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## 

    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
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGC ACACTGTTCC CCAAGAGCCT 
    GAAGGCCCCT CAGTTTCCAA CATGGCCCCT TTGGCTGAGC ATCCAGTGGC AGTTAATATG 
    GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA 
    GGTCCTGTAC CACCACCCAT TCGATACGGA CCACCTCCTC AGTTACGTGG GCCTTTCCCG 
    CCTCGGCCAC TTCCTCCATT TGTTCCTGGT ATGCGTCCAC CACTAGGTGT AAGAGAATAT 
    GCACCAGGTG TTCTGCCTGG CATACGGGAC CTGCCTGTTG ATCCTCGGGA ATTTTTACCA 
    GGACACACAC CATTTAGACC TCCAGGTTCA TTTGGTCCAA GAGAGTACTT TAATCCTGGT 
    ACCCGATTAC CACCACCTCC CCACCTGCCA CCACCTGCTG CAAGAGACTC ATTGCCTTCA 
    GGACCCAGGG ATGAGCCACC ACCTGCCTCT CTGAGCAGTA GCCAGGATGG TTCACAGGCT 
    TCAAAACCCA GCCCTTAA

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

    RefSeq XP_017651253.1
    CDS17..5674
    Translation

    Target ORF information:

    RefSeq Version XM_017795764.1
    Organism Nannospalax galili(Upper Galilee mountains blind mole rat)
    Definition Nannospalax galili MIA family member 3, ER export factor (Mia3), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_017795764.1

    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
    5461
    5521
    5581
    5641
    ATGGCTGCGG CGCCGGGGCT GCTCTTCTGG CTGCTGGTGC TCGGGTCGCC CTGGCGAGTC 
    CGGGGCCAGT CGGACCCCGG CCCGGGCCGG CGCTTCTCGG AGCTCAAAGT CTGCGCAGAC 
    CAGGACTGCA GCATGTTGAT GTACCGGGGT GAGGCTCTTG GAGACTTCAT GGGTCCTGAC 
    TGTCGTTTTG TGAATTTTAA AAAAGGTGAC CCTGTATATG TCTACTACAA ACTGGCAGGG 
    GGATCCCCTG AAGTTTGGGC TGGAAGTGTT GGACATATCT TTGGATATTT TCCAAAAGAT 
    TTAATCAAGG TACTTCATAA ATACACTAAA GAAGAACTAC AAGTTCCAAC AGATGAGACA 
    GATTTTGTCT GTTTCGAAGG AGGAAAAGAC GATTTTGATA ATTATAATAT AGAAGAACTT 
    TTAGGGTCTT TGGAACTGTA TGATTCTGCA CCTGAAGGGT CTGGCAAACC TGAAGAAAAT 
    GTTCCTCAGT ATGCAGAAAA ACATCATGAA GTGTCTAAGG AGACTGAACT TAAACCTGAG 
    CCAGTTAAAG CCGACTCAGG AGAAAGTGCA TTTTCAGAAA GTGCTGAGGA ACTGCAGGGA 
    GAGTTTTCAG CTCAGAAGAG CCACCCTCAT GCCAGTAGTC GAACAGATAG TGTGCAGGGA 
    GCAGAGTCTT CACTGGACAC CTTTGAAGAA ATGCTGCATG ATAAATTAAA AGTGCCAGAA 
    ACTGAAAACA AAACCAGCAA TAGTTCTCAG GTCCCAAACG AACAGGAAAA GATAGACGCC 
    CATAAACTTC TGAAGACAGA CGTGTCTCTA GGCTTGAAAA CCAAGTTCGG CTCAACCACT 
    GATGCGCTTG TATCCGACGA TGAGTCAACC AGACTGGTCA CTTCATTAGA AGATGATTTT 
    GATGAAGAAT TGGATGCTGA GTATTATGCA GTGGAGGACG GAGAAGAGGA GAACACAGAC 
    AATTTGGATG AGCTGCCATT ACTAACCTTC ACAGATGGAG AAGATAAGAA AGCTCCTGAG 
    GCGTATGAGG TAGAGAAAGA TTCACTAGAT AAGGCACTGG ACTTAAGTGA AGAGGGGAAG 
    GTTGAACCCA CTCTGCCTCC TGGCGTCCAA AGTGATGGTA AAGATAGAGT GACAACCTGG 
    GGGGACACCT TCTTCTCTGT TATCACAGGA GGTGAAGAAA AACCAGGAAT GTCAGAGTTA 
    GAGAGTTCTA ATTCAGAGGA CAAAAAGGAA GAGGAGAATG TATTAGTCCT AGATAACAAA 
    GAGAGGAAGC CACTGTCAGC AACAGATTAT GCTAACCATG AAGGTGCAGA AGATTCTAAA 
    GCAAATGATG AAAAAGACTC AGAAATGGAC CCAGACCTTC TTCTTAAAGG AAAAGAGAAG 
    GAAATACAGG AATCTAAGAG GGGCCTGGTA CAAAATGAGT CAGAATTAGA GAATGGGAAG 
    CCAGAAATGG TGAGCACATA TAGTTCTCAA AGTAAGATCA ACTCCCTGCC AGCCGCCAAG 
    AAGGGCAAAG AATCAACATT AAAAGAAGTC TTTGAAAAAA AAAACGATCT AAAAGAACCA 
    GTTATTCACA TCTCAAAGGA AACACACCAT GAAGAAAACA CTGCAGAGAT TTTGGAAAAT 
    GACTTAGAGA GTGACTCAGT ACCCAGGGCT GTGGGGAGTC CAGTGACTGA AGAAAAGAGT 
    GAACAAGAAT CCTTGGGTGT CGCACCACCC CTAGCAGATA ATCAGCCTAA CACATCCAAA 
    GACAGTATGG CGGGGACAGA TGCTTTGGCC CATGAACCAA AAACAGATAA GCAGGAGAAA 
    ATTCGAGAAC CAGATCTTAA AACTCAAAAT CAACCTAGAT TCCCTCCTCC AGAGGAAGCT 
    GGTTTATCAA CAGAACTGGA AGAAAAAGCT CCTACCCTGG GAAGAAATCT TCCTTGGCAG 
    CAAGAAAGAG ATGCTGCTGC TGTACTTCAC AGGCACGAGC AGATGGGGCT TTCTAAGGAA 
    GAGGGCAAAG AGGACTCCGC AAATGCAGAA CTCGCTCACC CCAAGGCCAT ACAGGGGACA 
    CAGGAAGCTG GTAACCTGGA AGTGCCCAAT GTCCGTACGT TAGACGCAGA GGCAGACGAG 
    GGTGATTACC CCCCTGAGGA TCTACTGGAA GATGAAAATG CTCTAAGTGC ACAGCAGTCT 
    AGAGAAAACC ACCCTGGGGT CCAGGAGAAG AGGTCAGACA CGAATCCTCA AGTTTCTGAA 
    AAAGTAATTT TGGGGTCCCT TAATCCTGAC AGTGAAGGAA ACAAACAGGA AGCTAGTATG 
    ATTCTGGAGA CTGAAAAAAA GAGTGAGACT GCCCAAGGGG TAGATGGGCA GGACAGAGAG 
    CCAAGCAGGG GGATGGTGGG CCAAGAAGAA AGCCCTCCAG TGGATGCAAG AGCCCAGGGG 
    CCTTTTGAAG TGGGTGGCTT TCCTGAGGAG ACAGTAGCTC AGACTCCAGG GTCCAGGGAA 
    GTGGTTCAGG GTAACAACCC TGAGGAACTA GTGAGCACCT CGGGACTTGT AGAGAAGCCT 
    GGAGGAAAGG AAAACTCAGA AGAGGAAGCT GAGGATGCAG AGATGCTCAG GGGCCCAGAA 
    GGCCAGGGGC CCACCTCCCA AGACCTTGAA GGTGACCTGT TCCACCAGAC TCCACCTACA 
    ATTCCTGACA TAGTGCTTAA AAGCATAAGG GAAGACTTGC CCATCATAAG CAGTTTCTTT 
    GAAGACCAGC AGGCCCTGCA CAGGTTCCTG AAATACTTCG ACGTCCACGA GCTGGAAGCC 
    ATGCTGCAAG ACATGTCAGT AAGGCTGAAA TCAGCACAGA GGGACAGTCT GCCATACAAC 
    GTGGAGAAAG TCCTAGATAA GGTCTTCCGT TCCTCTGAGT CACGGATTCT AAGTGTAGCA 
    GAGAGAATGC TTGATACTCA AGTGACCAAA AATAGAGATC TGGGAATAAA AGAGAGTAAT 
    GTGTTGGAAG AGGCCGCTGT GCTGGATGAC ATCCAAGACC TGATCTATTT TGTCAGGTAC 
    CAACACCCTG GAGTAGAGAC TGCCCCACTC ATCACACCCC CACCTCTGGA GGAAGACTGG 
    GCTGGACCAG CAGAAGAGGT GAGGCCACCC CAGGAAGACA AGTTCCCACA AGAAAATACA 
    GGAGATCTTA CCATGCCACT TCCTGAAGAG CCTGTGACAA GGGACATGGC TGCCTCAGAG 
    GTGTCACAGA AGCCAAATAC TGACAATGAC ATAGACCCAG GTCTGCTTGT AACTGAAAGT 
    TCTCCTGTTG GTGCTGCCGA TGACCAAAAG CAGCAAGAGA TGCGTGGAGA GGAGCCAGCA 
    AATGCCCCAC CAGTGAAAGA TGCAATGGGT TTGCTGCATT CATTCACTCT TTATTTAAGT 
    AAGATGCTCA TTGCTACGTT GCCTGATGGC GTTCAGCCTG GCCCTGATTT CTATGGATTA 
    CCGTGGCAGC CTGTGGTCAT CACTGCAGTC TTGGGAGCTG TTTCGTTTGC AGTTTTCTCC 
    TGGAGAACTA TTCTTGTTGT AAAGAGTAGA GTATATCAAG TCACAGAGAA GCAAATTTCT 
    GAAAAGTTGG AGAATATCAA GAAAGAAAAT GCAGAACTTG CACAAAAATT GTCAAATTAT 
    GAACAAAAGA TCAAGGAATC AAAGAAATAT GTTCAAGAAA CCAAGAAACA AAATGTGATT 
    TTGTCTGATG AAGCTATTAA ATACAAGGAT AAAATCAAGA CACTTGAAGA AACTAATGAA 
    ATTCTGGGTG ACAAAGCCAA AAGTCTCCGC CTCCTGTTAG ACTCTGAAAG AGAGCAGAAT 
    ATCAAGAATC AGGACTTGAT ACTGGAAAAC AAGCAATCTA TAGAGAAGTT AAAGGATGTT 
    ATTTCAATGA ATGCATCAGA ACTTTCAGAG GTTCAGATTG CCCTTAATGA AGCCAAGCTC 
    AGGGAGGAGA ATGTAAAGTC TGAATGCCAT CGGGTTCAAG AAGAAAATAC TAGGCTCAAG 
    AAGAAGAAGG AGCAGTTGCA GCAGCAGATT GAAGAATGGA GTAAATCTCA TGCTGAGCTC 
    AATGAACAAA TCAAGTCATT TGAGAGGGCC CAGAAAGACT TAGAAGTGGC ACTTACTCAC 
    AAAGATGACA ATATTAATGC CTTGACTAAT TGCATTACAC AGTTGAATCG GTTAGAATGT 
    GAGCTTGAAT CTGAGGATCA AAATAAAGGA CAGTCAGATG AATTAGCCAA TGGAGAAGTG 
    GGAGGTGAGC GGAGTGAGAA GATAAAAAGC CAAATTAAGC AGATGATGGA CGTGTCTCGG 
    ACACAAACTG CAGTCTCAGT AGTTGAAGAG GATCTAAAAC TTTTACAACT TAAGCTAAGA 
    GCCTCGATGT CCACAAAATG TAACCTGGAA GACCAAATCA AAAAGCTAGA AGATGACCGA 
    GACTCACTGC AGACCGCTAA GGCTGGGCTA GAAGACGAGT GCAGAACACT GAGGCAGAAA 
    GTGGAGATTC TCAATGAGCT CTACCAGCAG AAGGAGATGG CTCTGCAAAA GAAACTGAGT 
    CAAGAAGAGT ATGAGCGGCA AGACCGAGAG CAGCGGCTGT CGGCTGCAGA TGAAAAGGTG 
    GTTTTGGCTG CAGAGGAAGT GAAAACCTAC AAACGGAGAA TAGAAGAAAT GGAAGAAGAA 
    TTACAGAAAA CAGAACGCTC ATTTAAAAAC CAGATTGCTG CTCATGAGAA GAAAGCTCAT 
    GACAACTGGC TCAAAGCTCG TGCTGCAGAA AGAGCTATAG CAGAAGAGAA AAGGGAAGCT 
    GCTAACCTAA GACACAAGTT ACTGGAAATG ACCCAAAAGA TGGCAATGCG CCAAGAGGAA 
    CCTGTGATCA TAAAACCAAT GCCAGGAAGA CCAAATGCAC AAAATCCTCT CCGGAGAGGT 
    CCACTAAGCC AGAATGGCTC TTTTGGCCCA TCCCCTGTGA GTGGTGGAGA ATGCTCCCCT 
    CCCCTACCAG CAGAGCCACC CGGGAGACCG CTCTCTGCCA CACTCAGTCG GAGAGATGTG 
    CCCAGAAGTG AATTTGGGTC ACTGGATAGG CATTTACCTC GCCCTCGATG GTCTTCTGAG 
    GCATCTGGGA AACACTCTGC CTCTGACCCA GGTCCAGCTC CTGTGATGAA CAGCAGCTCC 
    AGAAGCTCTT CCCCAGCTAA GGTGATGGAT GAGGGCAAGC ACACTGTTCC CCAAGAGCCT 
    GAAGGCCCCT CAGTTTCCAA CATGGCCCCT TTGGCTGAGC ATCCAGTGGC AGTTAATATG 
    GCTCCCAAAG GGCCCCCTCC TCCGTTTCCA GGGGTGCCTC TCTTGGGTGC TCCTTTGGGA 
    GGTCCTGTAC CACCACCCAT TCGATACGGA CCACCTCCTC AGTTACGTGG GCCTTTCCCG 
    CCTCGGCCAC TTCCTCCATT TGTTCCTGGT ATGCGTCCAC CACTAGGTGT AAGAGAATAT 
    GCACCAGGTG TTCTGCCTGG CATACGGGAC CTGCCTGTTG ATCCTCGGGA ATTTTTACCA 
    GGACACACAC CATTTAGACC TCCAGGTTCA TTTGGTCCAA GAGAGTACTT TAATCCTGGT 
    ACCCGATTAC CACCACCTCC CCACCTGCCA CCACCTGCTG CAAGAGACTC ATTGCCTTCA 
    GGACCCAGGG ATGAGCCACC ACCTGCCTCT CTGAGCAGTA GCCAGGATGG TTCACAGGCT 
    TCAAAACCCA GCCCTTAA

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

見積依頼

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03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

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