impg2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

The following impg2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the impg2 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
OXa37880 XM_012957622.2
Latest version!
Xenopus tropicalis interphotoreceptor matrix proteoglycan 2 (impg2), mRNA. pcDNA3.1-C-(k)DYK or customized vector 29-31 $1091.30
$1559.00
OXa52443 XM_012957622.3
Latest version!
Xenopus tropicalis interphotoreceptor matrix proteoglycan 2 (impg2), mRNA. pcDNA3.1-C-(k)DYK or customized vector 29-31 $1091.30
$1559.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone 30% OFF
2-4 Clone 40% OFF
5 or more Clone 50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

  • Reference Sequences (Refseq)
    CloneID OXa37880
    Clone ID Related Accession (Same CDS sequence) XM_012957622.2
    Accession Version XM_012957622.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6039bp)
    Protein sequence
    SNP
    Vector pcDNA3.1-C-(k)DYK or customized vector User Manual
    Clone information Clone Map MSDS
    Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
    ORF Insert Method CloneEZ™ Seamless cloning technology
    Insert Structure linear
    Update Date 2016-09-07
    Organism Xenopus tropicalis(tropical clawed frog)
    Product interphotoreceptor matrix proteoglycan 2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012957622.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    ATGGAACATC TTCTATGGCA CCTCTTCTTG GGGTTCCTTT GCCTTGCACT GATGGATGGA 
    GAGAGGCAAA CTCTTGCAGA CCTCAGCACA TCTGTGGAAA ATAGCTTACA AAAAGAAACA
    ACAGATTTAT TTGGAACAGA AGTTGGAAGT GGCTCACTGC ATGAAGCACT AAAGTCGCCT
    CCAGCCAGTG CAGCACCGCA ACTCTATAGA AGTTTCCTCA GGAGGAAAAA AAGATCCATT
    TTATTTCCAA ATGGAGTCAA AGTATGCCCA GAAGAAACTA TCGACCAGGC CCTGGCAAAT
    CATATGAAAT TTTTTAAACT AAGGGTATGC CAAGAAACAG TCTGGGAAGT TTTCAAGATA
    TTCTGGGACC GTCTGCCTAA CCAAACAGAA TACCAACGAT GGATAAAGTT GTGTGAAGAG
    GGCACTATGA CAGCATTCGA CATTGGAGCC AAATTTAGTA CTTCTCAAGA ACATCACCAA
    TTACTCACAA AGAAACTGTC AATAACTAAA CACGCATCCA GTGGGTCTTG CAATGATTGG
    TCCTGTGGAT CAGAAGCAAC CCCTTTGCCT TCAGCACATG AAACTACAAC ATTTCGAGAT
    GCAGCTGCCA ATGTGCCACT GTCATATGAA ATATCAGTGG AAATTGATTC ACCCACAGAT
    TCTTCTGAGC TAGTGTCTGA GGAAATTATA AACAATGAAA TAATGCTGAT GACAGAGAAG
    CCATTAATTC CAGTGTTAGA GAAGATGGTA GAAATAAGTA TCATTCTTCC CAAGGAGACA
    TATAACACAG AACTAAGTGA CAAGTCTTCT ACAGCACACC ATAAGCTTAC AGAAAAGTTT
    CTTGATCAGG TGCAAAATAT ATTTGACATT CTGCCAGGAT ACAAAACAAT GTTTGTCCAA
    GAAATAAGTC CTTCCCTATT GGATGACAGA ATTGCTGTGG AAGTGCGCTT CGCTGTGATT
    TTTGACGGCG ACGCAGATTC TATAAATAAT GCTTCTATGG ACCTCATGAA TGATAAAGAT
    GAAAACAGTA TATTTAATGA AATTGAGGAC AATCCTACAG CAACTAATAC AGGTGGTAGC
    TTTAGAAGTT ACATAGAAGA AATGCTGCAA AAGCAAATGT TACTTAGAAA CCATACCCTG
    GACTTAGCCG TTGACTCACT TCAGCTAATA AAAATAGAAA ATGCTCCATT AGATTATTTT
    AATGAGTGGA CATCTATAAC GGAGAAGCCA ACATTTCCAC TTCCGTCAAC TGCTGATGTT
    AACAATGCAT TACAAGCTGA ATGGCTTCCA ACATCACATT CAACATTAAG GAATATTGTG
    CCTGCAGCAG AAAATAATGA ACAGCAAACT ACAAAAAGTG AAGTTGTAGT GGAAAATGTA
    GTTATTGCAG AGAACATTGC AAGCACAGTT GAAGACACAG ACCTAATTAT TAATGGGTCT
    CCTGGTTTTA AATACAGTTT TACAACTCCA GCTGTGCCTA CTGTTTTGCA GGAGAATGAC
    ATTATTACCT TGATGGAAAC CAGATTGACT ACAGTTCCTA GTTTAAATAT TGAGTTAGAT
    ATTCAAGAGG AATCTGGAGA TAATGAATTG CTTCTATATG AGCAGTCTAC TATATTGTCT
    GAGCAAGTGC CAAAAAGTAC ATCAGCTTCT ACCAAAACCA ATATTTCACC AACCATTCTG
    CCAACATTTG AGACTTCTTC ACCAGATGAA GAATCTAGTG CAGACATTGT GACATCTGCT
    ATAGCCGCTG AAGAGCCTGC ATTAAGTGAA TCTTCTTTTG AAAACAAAAT AAAGGAAATT
    GGAAGTACCA TCCTTACTCA TACTGAAAAT GATGCCTTAG TGCTCTCAGT TGACACTTTA
    ACAAAAGGGA ATAAATTAGA AAAAAATGAG CTACTGATAG AAGACAATTT ACTGCCAACT
    AGTGTACAGC CTGAACATGT TATTCATTCT CATGAAGGAT CAGGTTTAGA TTTTGTACCT
    TTTGTAAAGG AAGATAAGAC TGAAAATATG CGTTGGACTA TATCAACAGT GGAGCCTCAG
    CATTCTGTTA ACCAAAAATA TAATGGTAAT GATATAATGG AGATTCCAAA AGTACATGAC
    AACAAAGACA CCTTGAATGA AGAGGCTAAC AGAATGAATA GTGTTTCAAT ACTTAAGGAG
    TCTGAACAAT CTGTTACCTA TTCATCTACA GAGGAGCTGG TAAATCTACC AGAAATGTCA
    CCAACAGAAT CTGCTCCTGT GTTATGGACA TTCGAAACTT TGGCAATTGA GCAATCGTCA
    GAAATGGATA TATATGACTA TTCATTCACT GAATCAAATA GTTTAACTGA ATCAGCTGTG
    GAATATGCAA CTGTAGATAC ATCAGGTGAA GAGATTTCAT GGATAACAAC CAATTCTCTA
    CAAAGAGAAG AACTGTCGTC TTTGAAAATC ATGTTTTCAG AAGTGGACAC TGATGGGACT
    CATAGCTCCG CATCTACTGA AATACAATCA TTAAACCCAG AGGTCCTTCA TTTTACCACA
    TATCCACCAA TCAGAGAATC TGGATCTCTT TTTAACACAG AATCCAATAA AGATAATGCA
    ATATTATCAA CATCATTAGA TGCTGGAAAT GAAGAAGTGG AGACAGACGT GACAATTAGC
    CCAAATAATG AAATACAGGC ATTAAATCAG CAGGTCCTTA GTATCATTAC ATCTCCACCA
    ATCAGAGAAC TCAATTCTCT GTTAAACACA GAGAATGCAG TTTTACCAAC AACAAATTTT
    GGAAAGGAAG AAGTGCAGAC AGATGTGACA GTCAGCTCAG TCTCTAAGGA ATTACAACCA
    TTAAACCTGC AGATCCTTAG TCTTACTACA CCGCTACCAA TCAGAGAACA TGATTCTTTG
    TTAACCACAG AACATGCAAT ATTAGCAACA ACACTAGATG ATATCAGTGA AGACGTTCAG
    ACAGAAGTGA CAGTCAGCTT AGTCTCTACA GAAATACAAC CATTAAATCC ACAGCTCATT
    AGTCTTTCTA CGTCTCCACC AATCAGAGAA CATGATTCTC TGTTATTAAC AGAACATTCA
    ATATTAGCGC CGTCATTAGA TGCTGGCAAT GAAGAAGTTG ACACAGATGT AACCGTTAGC
    TCCATCTCTA ATAAAATACA ACCATTAAAC TCGCAGGTCC TTAGTCTTGG TACATCTCCG
    CCAGTGAGAG AACATGGTTT TCTGATAAAC ACAGAACACA CAATATTAGC AACATCACTA
    GATGCTGCCA CGGAAGAAGT AGAGACAGAT GTGACAGCCA GCTCCATCTC TAATGAAATA
    CAACCATTAA ACTCCCAGGT CCTTAGTCTT AGTACATCTC AACCAATTAG AGAACATGTT
    TCTCTGTTAA ACACAGAACA CGCAATATTA GCAACATCAC TAGATGCTAC CATGGAAGAA
    GTAGAGACAG ATGTGACAAT CAGCTCCATC TCTAATGAAA TACAACCATT AAACTCGCAG
    GTCCTTAGTC TTAGTACATC TCCACCAATG AGAGAACATG GTTTTCTGAT AAACACAGAA
    CACACAATAT TAGCAACATC ACTAGATGCT GCCACGGAAG AAGTAGAGAC AGATGTGACA
    GCCAGCTCCA TCTCTAATGA AATACAACCA TTAAACTCGC AGGTCCTTAG TCTTAGTACA
    TCTCCACCAA TGAGAGAACA TGGTTTTCTG ATAAACACAG AACACACAAT ATTAGCAACA
    TCACTAGATG CTGCCACGGA AGAAGTAGAG ACAGATGTGA CAGCCAGCTC CATCTCTAAT
    GAAATACAAC CATTAAACTC CCAGGTCCTT AGTCTTAGTA CATCTCAACC AATTAGAGAA
    CATGTTTCTC TGTTAAACAC AGAACACACA ATATTAGCAA CATCACTAGA TGCTGCCACG
    GAAGAAGTAG ATACAGATGT GACAGCCGGC TCCATCTCTA ATGAAATGCA ACCATTTAGT
    TCAGAGGTCC TTAGTCTTAT TACATCTTCA CCAATAAGAC AACATGATTC TCTTTTAATC
    AAAGAAAATT CAATATTAGC AACATATACA CCATCCAGAG AATATGGATC TCTATTTAAC
    ACAGAACCTG ATAAAAATAA TGCAATATTA GCAACATCAT TAGATGCTGG CAATGAAAAT
    GTAGAGACAG ATGTGACAAT CAGCTCAATC TCTGATAAAA CTCAATCATT AAACTCGCAG
    GTCCTTAGTC TTATTACATC TCCACCAATC AGAGAAAGTG ATTCTCTGCT AAACATAGTA
    CGTGATGACG ATAATCAAAT ATTAGTGACC TCATTAGATG CTAGGAATGA AGAAGTTGAC
    ACAGATGTGA CAGTCAGCAC CCCCTTTAAT GAAATACAGT CAATAAACCC ACAGTTCTTT
    ATTCATAGCA CAATACCACC AATTCACCAA TCACAAGTCA CAGAACTTCA TTCTTCTGTT
    AGCACAGAAA CCACAACTCC ACCAATCAAA GAACATGCCC CTTTGTTTAG CACAGAAACT
    AATAAAGAGA ATGCAATATT AATCTCATTA TCAGATGCTA GGAATGAGGA ACATACATTA
    TTTACAAATG ATCAATCAAA TATAACTGAT GAAATGCTGA ATACAGTCCC AAACATTATT
    TCTAATAAGA CAGATATGTT ACTTGACTTT GACAGTACAA TCAAAGTAGA TAATATTCCC
    ACTACTTATA AAGAGGATTT TGACATAGAT TCGGTGACAA ATTATAAACA CATTTTTACT
    GATGCCTCAA TGGAACCAAA AGATACGCTG AGTTCTGCTG TTCTTTCAGT AAAAAAAGAG
    GAAGAAGTAA CAGTGGAGGT TCAGAACATA TCCTTAGAGT TAGATCACTT AAGTACAGTT
    TATTATCATC CTGACATGAG TCCAGAAGAA AGAAGCATAG TGGCTAAAAA CATTCATTCC
    CCAGACCTGG CTGGTGTGAT TTTCTCTTCT CATGAGAAGG GTGGAAATGT TTCAGCTTCT
    GCAAGAGCAC TTGTGGTGTT TTTCAGTCTT CGTGTCACAA ACATGATATT CTCAGAGGAT
    TTGTTTAACA AAAACTCCCC TGAATATAAA GCTCTGGAAC AACGATTTTT AGAACTGTTG
    GTTCCATATC TCCAGTCCAA TCTTACTGGC TTTCAAAACC TTGAAATTTT GAATTTCCGT
    AATGGCAGCA TCATAGTAAA TAGCAGAATG AAGTTTGCAA AACCTGTTCC TCGAAACGTG
    ACCAATGCAG TGTATGTCAT TCTTGAGGAC TTCTGTAACA CTGCCTATCA GACTATGAAT
    TTGGCCATTG ACAAATACTC ACTGGATGTT GAATCAGGAG ATGTAGCTGA CCCATGTAAA
    TTCCAAGCAT GCAATGAGTT CTCTGAGTGT CTCATAAACA AGTGGAGTGG AGAAGGAGAA
    TGTGTCTGTT ATCCAGGATA TGTTAGTGTG GACGGCATGC CTTGTCAGAG TCTGTGTGAC
    CTAGAAATAG AGTTTTGCCA GAATGATGGC AAGTGTGATA TTATCCCTGG ACAAGGTGCT
    ATTTGCAGGT GTAGAGTAGG AGAAAACTGG TGGTACCGAG GAGAACATTG CGAGGAATAT
    GTATCAGAGC CTTTAGTGGT TGGTATTGCC ATTGCCTCAG TAGCTGGCTT TCTCCTTGTA
    GCTTCTGCTG TCATTTTCTT CTTGGCAAGG ACGCTCCGAG TTCAGAACTC AAAGGGTGAT
    CAAGAAGAAT CCTTTGGGAG ACCAAATGAC AGCATATCAT CTATTGAACA TCCTGTGAAG
    TACAATCCTA TGTATGAGAG TGACATTACT GGTTACAGCC ATTACTGTAA GAGATATCCC
    CATTACTCCT CGACCACATC TACCAGTCCT GAGACCTCTG CAGACTTTAG CAGTGAGGAG
    ATTCGGCATA TCTATGAACA CAGTGAGCTC TCCAAAGAGG AAATTCAGGA TCGAATAAGA
    ATCATTGAGC TTTATGCAAA AGACAAACAA TTTGCAGATT TTGTGAGGCA GCACCAGATG
    TCTGTGGACA ATGTCAAAAA AGCAAACCCT ACAAGTTAA

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

    RefSeq XP_012813076.1
    CDS576..6614
    Translation

    Target ORF information:

    RefSeq Version XM_012957622.2
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis interphotoreceptor matrix proteoglycan 2 (impg2), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012957622.2

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    ATGGAACATC TTCTATGGCA CCTCTTCTTG GGGTTCCTTT GCCTTGCACT GATGGATGGA 
    GAGAGGCAAA CTCTTGCAGA CCTCAGCACA TCTGTGGAAA ATAGCTTACA AAAAGAAACA
    ACAGATTTAT TTGGAACAGA AGTTGGAAGT GGCTCACTGC ATGAAGCACT AAAGTCGCCT
    CCAGCCAGTG CAGCACCGCA ACTCTATAGA AGTTTCCTCA GGAGGAAAAA AAGATCCATT
    TTATTTCCAA ATGGAGTCAA AGTATGCCCA GAAGAAACTA TCGACCAGGC CCTGGCAAAT
    CATATGAAAT TTTTTAAACT AAGGGTATGC CAAGAAACAG TCTGGGAAGT TTTCAAGATA
    TTCTGGGACC GTCTGCCTAA CCAAACAGAA TACCAACGAT GGATAAAGTT GTGTGAAGAG
    GGCACTATGA CAGCATTCGA CATTGGAGCC AAATTTAGTA CTTCTCAAGA ACATCACCAA
    TTACTCACAA AGAAACTGTC AATAACTAAA CACGCATCCA GTGGGTCTTG CAATGATTGG
    TCCTGTGGAT CAGAAGCAAC CCCTTTGCCT TCAGCACATG AAACTACAAC ATTTCGAGAT
    GCAGCTGCCA ATGTGCCACT GTCATATGAA ATATCAGTGG AAATTGATTC ACCCACAGAT
    TCTTCTGAGC TAGTGTCTGA GGAAATTATA AACAATGAAA TAATGCTGAT GACAGAGAAG
    CCATTAATTC CAGTGTTAGA GAAGATGGTA GAAATAAGTA TCATTCTTCC CAAGGAGACA
    TATAACACAG AACTAAGTGA CAAGTCTTCT ACAGCACACC ATAAGCTTAC AGAAAAGTTT
    CTTGATCAGG TGCAAAATAT ATTTGACATT CTGCCAGGAT ACAAAACAAT GTTTGTCCAA
    GAAATAAGTC CTTCCCTATT GGATGACAGA ATTGCTGTGG AAGTGCGCTT CGCTGTGATT
    TTTGACGGCG ACGCAGATTC TATAAATAAT GCTTCTATGG ACCTCATGAA TGATAAAGAT
    GAAAACAGTA TATTTAATGA AATTGAGGAC AATCCTACAG CAACTAATAC AGGTGGTAGC
    TTTAGAAGTT ACATAGAAGA AATGCTGCAA AAGCAAATGT TACTTAGAAA CCATACCCTG
    GACTTAGCCG TTGACTCACT TCAGCTAATA AAAATAGAAA ATGCTCCATT AGATTATTTT
    AATGAGTGGA CATCTATAAC GGAGAAGCCA ACATTTCCAC TTCCGTCAAC TGCTGATGTT
    AACAATGCAT TACAAGCTGA ATGGCTTCCA ACATCACATT CAACATTAAG GAATATTGTG
    CCTGCAGCAG AAAATAATGA ACAGCAAACT ACAAAAAGTG AAGTTGTAGT GGAAAATGTA
    GTTATTGCAG AGAACATTGC AAGCACAGTT GAAGACACAG ACCTAATTAT TAATGGGTCT
    CCTGGTTTTA AATACAGTTT TACAACTCCA GCTGTGCCTA CTGTTTTGCA GGAGAATGAC
    ATTATTACCT TGATGGAAAC CAGATTGACT ACAGTTCCTA GTTTAAATAT TGAGTTAGAT
    ATTCAAGAGG AATCTGGAGA TAATGAATTG CTTCTATATG AGCAGTCTAC TATATTGTCT
    GAGCAAGTGC CAAAAAGTAC ATCAGCTTCT ACCAAAACCA ATATTTCACC AACCATTCTG
    CCAACATTTG AGACTTCTTC ACCAGATGAA GAATCTAGTG CAGACATTGT GACATCTGCT
    ATAGCCGCTG AAGAGCCTGC ATTAAGTGAA TCTTCTTTTG AAAACAAAAT AAAGGAAATT
    GGAAGTACCA TCCTTACTCA TACTGAAAAT GATGCCTTAG TGCTCTCAGT TGACACTTTA
    ACAAAAGGGA ATAAATTAGA AAAAAATGAG CTACTGATAG AAGACAATTT ACTGCCAACT
    AGTGTACAGC CTGAACATGT TATTCATTCT CATGAAGGAT CAGGTTTAGA TTTTGTACCT
    TTTGTAAAGG AAGATAAGAC TGAAAATATG CGTTGGACTA TATCAACAGT GGAGCCTCAG
    CATTCTGTTA ACCAAAAATA TAATGGTAAT GATATAATGG AGATTCCAAA AGTACATGAC
    AACAAAGACA CCTTGAATGA AGAGGCTAAC AGAATGAATA GTGTTTCAAT ACTTAAGGAG
    TCTGAACAAT CTGTTACCTA TTCATCTACA GAGGAGCTGG TAAATCTACC AGAAATGTCA
    CCAACAGAAT CTGCTCCTGT GTTATGGACA TTCGAAACTT TGGCAATTGA GCAATCGTCA
    GAAATGGATA TATATGACTA TTCATTCACT GAATCAAATA GTTTAACTGA ATCAGCTGTG
    GAATATGCAA CTGTAGATAC ATCAGGTGAA GAGATTTCAT GGATAACAAC CAATTCTCTA
    CAAAGAGAAG AACTGTCGTC TTTGAAAATC ATGTTTTCAG AAGTGGACAC TGATGGGACT
    CATAGCTCCG CATCTACTGA AATACAATCA TTAAACCCAG AGGTCCTTCA TTTTACCACA
    TATCCACCAA TCAGAGAATC TGGATCTCTT TTTAACACAG AATCCAATAA AGATAATGCA
    ATATTATCAA CATCATTAGA TGCTGGAAAT GAAGAAGTGG AGACAGACGT GACAATTAGC
    CCAAATAATG AAATACAGGC ATTAAATCAG CAGGTCCTTA GTATCATTAC ATCTCCACCA
    ATCAGAGAAC TCAATTCTCT GTTAAACACA GAGAATGCAG TTTTACCAAC AACAAATTTT
    GGAAAGGAAG AAGTGCAGAC AGATGTGACA GTCAGCTCAG TCTCTAAGGA ATTACAACCA
    TTAAACCTGC AGATCCTTAG TCTTACTACA CCGCTACCAA TCAGAGAACA TGATTCTTTG
    TTAACCACAG AACATGCAAT ATTAGCAACA ACACTAGATG ATATCAGTGA AGACGTTCAG
    ACAGAAGTGA CAGTCAGCTT AGTCTCTACA GAAATACAAC CATTAAATCC ACAGCTCATT
    AGTCTTTCTA CGTCTCCACC AATCAGAGAA CATGATTCTC TGTTATTAAC AGAACATTCA
    ATATTAGCGC CGTCATTAGA TGCTGGCAAT GAAGAAGTTG ACACAGATGT AACCGTTAGC
    TCCATCTCTA ATAAAATACA ACCATTAAAC TCGCAGGTCC TTAGTCTTGG TACATCTCCG
    CCAGTGAGAG AACATGGTTT TCTGATAAAC ACAGAACACA CAATATTAGC AACATCACTA
    GATGCTGCCA CGGAAGAAGT AGAGACAGAT GTGACAGCCA GCTCCATCTC TAATGAAATA
    CAACCATTAA ACTCCCAGGT CCTTAGTCTT AGTACATCTC AACCAATTAG AGAACATGTT
    TCTCTGTTAA ACACAGAACA CGCAATATTA GCAACATCAC TAGATGCTAC CATGGAAGAA
    GTAGAGACAG ATGTGACAAT CAGCTCCATC TCTAATGAAA TACAACCATT AAACTCGCAG
    GTCCTTAGTC TTAGTACATC TCCACCAATG AGAGAACATG GTTTTCTGAT AAACACAGAA
    CACACAATAT TAGCAACATC ACTAGATGCT GCCACGGAAG AAGTAGAGAC AGATGTGACA
    GCCAGCTCCA TCTCTAATGA AATACAACCA TTAAACTCGC AGGTCCTTAG TCTTAGTACA
    TCTCCACCAA TGAGAGAACA TGGTTTTCTG ATAAACACAG AACACACAAT ATTAGCAACA
    TCACTAGATG CTGCCACGGA AGAAGTAGAG ACAGATGTGA CAGCCAGCTC CATCTCTAAT
    GAAATACAAC CATTAAACTC CCAGGTCCTT AGTCTTAGTA CATCTCAACC AATTAGAGAA
    CATGTTTCTC TGTTAAACAC AGAACACACA ATATTAGCAA CATCACTAGA TGCTGCCACG
    GAAGAAGTAG ATACAGATGT GACAGCCGGC TCCATCTCTA ATGAAATGCA ACCATTTAGT
    TCAGAGGTCC TTAGTCTTAT TACATCTTCA CCAATAAGAC AACATGATTC TCTTTTAATC
    AAAGAAAATT CAATATTAGC AACATATACA CCATCCAGAG AATATGGATC TCTATTTAAC
    ACAGAACCTG ATAAAAATAA TGCAATATTA GCAACATCAT TAGATGCTGG CAATGAAAAT
    GTAGAGACAG ATGTGACAAT CAGCTCAATC TCTGATAAAA CTCAATCATT AAACTCGCAG
    GTCCTTAGTC TTATTACATC TCCACCAATC AGAGAAAGTG ATTCTCTGCT AAACATAGTA
    CGTGATGACG ATAATCAAAT ATTAGTGACC TCATTAGATG CTAGGAATGA AGAAGTTGAC
    ACAGATGTGA CAGTCAGCAC CCCCTTTAAT GAAATACAGT CAATAAACCC ACAGTTCTTT
    ATTCATAGCA CAATACCACC AATTCACCAA TCACAAGTCA CAGAACTTCA TTCTTCTGTT
    AGCACAGAAA CCACAACTCC ACCAATCAAA GAACATGCCC CTTTGTTTAG CACAGAAACT
    AATAAAGAGA ATGCAATATT AATCTCATTA TCAGATGCTA GGAATGAGGA ACATACATTA
    TTTACAAATG ATCAATCAAA TATAACTGAT GAAATGCTGA ATACAGTCCC AAACATTATT
    TCTAATAAGA CAGATATGTT ACTTGACTTT GACAGTACAA TCAAAGTAGA TAATATTCCC
    ACTACTTATA AAGAGGATTT TGACATAGAT TCGGTGACAA ATTATAAACA CATTTTTACT
    GATGCCTCAA TGGAACCAAA AGATACGCTG AGTTCTGCTG TTCTTTCAGT AAAAAAAGAG
    GAAGAAGTAA CAGTGGAGGT TCAGAACATA TCCTTAGAGT TAGATCACTT AAGTACAGTT
    TATTATCATC CTGACATGAG TCCAGAAGAA AGAAGCATAG TGGCTAAAAA CATTCATTCC
    CCAGACCTGG CTGGTGTGAT TTTCTCTTCT CATGAGAAGG GTGGAAATGT TTCAGCTTCT
    GCAAGAGCAC TTGTGGTGTT TTTCAGTCTT CGTGTCACAA ACATGATATT CTCAGAGGAT
    TTGTTTAACA AAAACTCCCC TGAATATAAA GCTCTGGAAC AACGATTTTT AGAACTGTTG
    GTTCCATATC TCCAGTCCAA TCTTACTGGC TTTCAAAACC TTGAAATTTT GAATTTCCGT
    AATGGCAGCA TCATAGTAAA TAGCAGAATG AAGTTTGCAA AACCTGTTCC TCGAAACGTG
    ACCAATGCAG TGTATGTCAT TCTTGAGGAC TTCTGTAACA CTGCCTATCA GACTATGAAT
    TTGGCCATTG ACAAATACTC ACTGGATGTT GAATCAGGAG ATGTAGCTGA CCCATGTAAA
    TTCCAAGCAT GCAATGAGTT CTCTGAGTGT CTCATAAACA AGTGGAGTGG AGAAGGAGAA
    TGTGTCTGTT ATCCAGGATA TGTTAGTGTG GACGGCATGC CTTGTCAGAG TCTGTGTGAC
    CTAGAAATAG AGTTTTGCCA GAATGATGGC AAGTGTGATA TTATCCCTGG ACAAGGTGCT
    ATTTGCAGGT GTAGAGTAGG AGAAAACTGG TGGTACCGAG GAGAACATTG CGAGGAATAT
    GTATCAGAGC CTTTAGTGGT TGGTATTGCC ATTGCCTCAG TAGCTGGCTT TCTCCTTGTA
    GCTTCTGCTG TCATTTTCTT CTTGGCAAGG ACGCTCCGAG TTCAGAACTC AAAGGGTGAT
    CAAGAAGAAT CCTTTGGGAG ACCAAATGAC AGCATATCAT CTATTGAACA TCCTGTGAAG
    TACAATCCTA TGTATGAGAG TGACATTACT GGTTACAGCC ATTACTGTAA GAGATATCCC
    CATTACTCCT CGACCACATC TACCAGTCCT GAGACCTCTG CAGACTTTAG CAGTGAGGAG
    ATTCGGCATA TCTATGAACA CAGTGAGCTC TCCAAAGAGG AAATTCAGGA TCGAATAAGA
    ATCATTGAGC TTTATGCAAA AGACAAACAA TTTGCAGATT TTGTGAGGCA GCACCAGATG
    TCTGTGGACA ATGTCAAAAA AGCAAACCCT ACAAGTTAA

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

    CloneID OXa52443
    Clone ID Related Accession (Same CDS sequence) XM_012957622.3
    Accession Version XM_012957622.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6039bp)
    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 2019-12-17
    Organism Xenopus tropicalis(tropical clawed frog)
    Product interphotoreceptor matrix proteoglycan 2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012957622.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 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
    5701
    5761
    5821
    5881
    5941
    6001
    ATGGAACATC TTCTATGGCA CCTCTTCTTG GGGTTCCTTT GCCTTGCACT GATGGATGGA 
    GAGAGGCAAA CTCTTGCAGA CCTCAGCACA TCTGTGGAAA ATAGCTTACA AAAAGAAACA
    ACAGATTTAT TTGGAACAGA AGTTGGAAGT GGCTCACTGC ATGAAGCACT AAAGTCGCCT
    CCAGCCAGTG CAGCACCGCA ACTCTATAGA AGTTTCCTCA GGAGGAAAAA AAGATCCATT
    TTATTTCCAA ATGGAGTCAA AGTATGCCCA GAAGAAACTA TCGACCAGGC CCTGGCAAAT
    CATATGAAAT TTTTTAAACT AAGGGTATGC CAAGAAACAG TCTGGGAAGT TTTCAAGATA
    TTCTGGGACC GTCTGCCTAA CCAAACAGAA TACCAACGAT GGATAAAGTT GTGTGAAGAG
    GGCACTATGA CAGCATTCGA CATTGGAGCC AAATTTAGTA CTTCTCAAGA ACATCACCAA
    TTACTCACAA AGAAACTGTC AATAACTAAA CACGCATCCA GTGGGTCTTG CAATGATTGG
    TCCTGTGGAT CAGAAGCAAC CCCTTTGCCT TCAGCACATG AAACTACAAC ATTTCGAGAT
    GCAGCTGCCA ATGTGCCACT GTCATATGAA ATATCAGTGG AAATTGATTC ACCCACAGAT
    TCTTCTGAGC TAGTGTCTGA GGAAATTATA AACAATGAAA TAATGCTGAT GACAGAGAAG
    CCATTAATTC CAGTGTTAGA GAAGATGGTA GAAATAAGTA TCATTCTTCC CAAGGAGACA
    TATAACACAG AACTAAGTGA CAAGTCTTCT ACAGCACACC ATAAGCTTAC AGAAAAGTTT
    CTTGATCAGG TGCAAAATAT ATTTGACATT CTGCCAGGAT ACAAAACAAT GTTTGTCCAA
    GAAATAAGTC CTTCCCTATT GGATGACAGA ATTGCTGTGG AAGTGCGCTT CGCTGTGATT
    TTTGACGGCG ACGCAGATTC TATAAATAAT GCTTCTATGG ACCTCATGAA TGATAAAGAT
    GAAAACAGTA TATTTAATGA AATTGAGGAC AATCCTACAG CAACTAATAC AGGTGGTAGC
    TTTAGAAGTT ACATAGAAGA AATGCTGCAA AAGCAAATGT TACTTAGAAA CCATACCCTG
    GACTTAGCCG TTGACTCACT TCAGCTAATA AAAATAGAAA ATGCTCCATT AGATTATTTT
    AATGAGTGGA CATCTATAAC GGAGAAGCCA ACATTTCCAC TTCCGTCAAC TGCTGATGTT
    AACAATGCAT TACAAGCTGA ATGGCTTCCA ACATCACATT CAACATTAAG GAATATTGTG
    CCTGCAGCAG AAAATAATGA ACAGCAAACT ACAAAAAGTG AAGTTGTAGT GGAAAATGTA
    GTTATTGCAG AGAACATTGC AAGCACAGTT GAAGACACAG ACCTAATTAT TAATGGGTCT
    CCTGGTTTTA AATACAGTTT TACAACTCCA GCTGTGCCTA CTGTTTTGCA GGAGAATGAC
    ATTATTACCT TGATGGAAAC CAGATTGACT ACAGTTCCTA GTTTAAATAT TGAGTTAGAT
    ATTCAAGAGG AATCTGGAGA TAATGAATTG CTTCTATATG AGCAGTCTAC TATATTGTCT
    GAGCAAGTGC CAAAAAGTAC ATCAGCTTCT ACCAAAACCA ATATTTCACC AACCATTCTG
    CCAACATTTG AGACTTCTTC ACCAGATGAA GAATCTAGTG CAGACATTGT GACATCTGCT
    ATAGCCGCTG AAGAGCCTGC ATTAAGTGAA TCTTCTTTTG AAAACAAAAT AAAGGAAATT
    GGAAGTACCA TCCTTACTCA TACTGAAAAT GATGCCTTAG TGCTCTCAGT TGACACTTTA
    ACAAAAGGGA ATAAATTAGA AAAAAATGAG CTACTGATAG AAGACAATTT ACTGCCAACT
    AGTGTACAGC CTGAACATGT TATTCATTCT CATGAAGGAT CAGGTTTAGA TTTTGTACCT
    TTTGTAAAGG AAGATAAGAC TGAAAATATG CGTTGGACTA TATCAACAGT GGAGCCTCAG
    CATTCTGTTA ACCAAAAATA TAATGGTAAT GATATAATGG AGATTCCAAA AGTACATGAC
    AACAAAGACA CCTTGAATGA AGAGGCTAAC AGAATGAATA GTGTTTCAAT ACTTAAGGAG
    TCTGAACAAT CTGTTACCTA TTCATCTACA GAGGAGCTGG TAAATCTACC AGAAATGTCA
    CCAACAGAAT CTGCTCCTGT GTTATGGACA TTCGAAACTT TGGCAATTGA GCAATCGTCA
    GAAATGGATA TATATGACTA TTCATTCACT GAATCAAATA GTTTAACTGA ATCAGCTGTG
    GAATATGCAA CTGTAGATAC ATCAGGTGAA GAGATTTCAT GGATAACAAC CAATTCTCTA
    CAAAGAGAAG AACTGTCGTC TTTGAAAATC ATGTTTTCAG AAGTGGACAC TGATGGGACT
    CATAGCTCCG CATCTACTGA AATACAATCA TTAAACCCAG AGGTCCTTCA TTTTACCACA
    TATCCACCAA TCAGAGAATC TGGATCTCTT TTTAACACAG AATCCAATAA AGATAATGCA
    ATATTATCAA CATCATTAGA TGCTGGAAAT GAAGAAGTGG AGACAGACGT GACAATTAGC
    CCAAATAATG AAATACAGGC ATTAAATCAG CAGGTCCTTA GTATCATTAC ATCTCCACCA
    ATCAGAGAAC TCAATTCTCT GTTAAACACA GAGAATGCAG TTTTACCAAC AACAAATTTT
    GGAAAGGAAG AAGTGCAGAC AGATGTGACA GTCAGCTCAG TCTCTAAGGA ATTACAACCA
    TTAAACCTGC AGATCCTTAG TCTTACTACA CCGCTACCAA TCAGAGAACA TGATTCTTTG
    TTAACCACAG AACATGCAAT ATTAGCAACA ACACTAGATG ATATCAGTGA AGACGTTCAG
    ACAGAAGTGA CAGTCAGCTT AGTCTCTACA GAAATACAAC CATTAAATCC ACAGCTCATT
    AGTCTTTCTA CGTCTCCACC AATCAGAGAA CATGATTCTC TGTTATTAAC AGAACATTCA
    ATATTAGCGC CGTCATTAGA TGCTGGCAAT GAAGAAGTTG ACACAGATGT AACCGTTAGC
    TCCATCTCTA ATAAAATACA ACCATTAAAC TCGCAGGTCC TTAGTCTTGG TACATCTCCG
    CCAGTGAGAG AACATGGTTT TCTGATAAAC ACAGAACACA CAATATTAGC AACATCACTA
    GATGCTGCCA CGGAAGAAGT AGAGACAGAT GTGACAGCCA GCTCCATCTC TAATGAAATA
    CAACCATTAA ACTCCCAGGT CCTTAGTCTT AGTACATCTC AACCAATTAG AGAACATGTT
    TCTCTGTTAA ACACAGAACA CGCAATATTA GCAACATCAC TAGATGCTAC CATGGAAGAA
    GTAGAGACAG ATGTGACAAT CAGCTCCATC TCTAATGAAA TACAACCATT AAACTCGCAG
    GTCCTTAGTC TTAGTACATC TCCACCAATG AGAGAACATG GTTTTCTGAT AAACACAGAA
    CACACAATAT TAGCAACATC ACTAGATGCT GCCACGGAAG AAGTAGAGAC AGATGTGACA
    GCCAGCTCCA TCTCTAATGA AATACAACCA TTAAACTCGC AGGTCCTTAG TCTTAGTACA
    TCTCCACCAA TGAGAGAACA TGGTTTTCTG ATAAACACAG AACACACAAT ATTAGCAACA
    TCACTAGATG CTGCCACGGA AGAAGTAGAG ACAGATGTGA CAGCCAGCTC CATCTCTAAT
    GAAATACAAC CATTAAACTC CCAGGTCCTT AGTCTTAGTA CATCTCAACC AATTAGAGAA
    CATGTTTCTC TGTTAAACAC AGAACACACA ATATTAGCAA CATCACTAGA TGCTGCCACG
    GAAGAAGTAG ATACAGATGT GACAGCCGGC TCCATCTCTA ATGAAATGCA ACCATTTAGT
    TCAGAGGTCC TTAGTCTTAT TACATCTTCA CCAATAAGAC AACATGATTC TCTTTTAATC
    AAAGAAAATT CAATATTAGC AACATATACA CCATCCAGAG AATATGGATC TCTATTTAAC
    ACAGAACCTG ATAAAAATAA TGCAATATTA GCAACATCAT TAGATGCTGG CAATGAAAAT
    GTAGAGACAG ATGTGACAAT CAGCTCAATC TCTGATAAAA CTCAATCATT AAACTCGCAG
    GTCCTTAGTC TTATTACATC TCCACCAATC AGAGAAAGTG ATTCTCTGCT AAACATAGTA
    CGTGATGACG ATAATCAAAT ATTAGTGACC TCATTAGATG CTAGGAATGA AGAAGTTGAC
    ACAGATGTGA CAGTCAGCAC CCCCTTTAAT GAAATACAGT CAATAAACCC ACAGTTCTTT
    ATTCATAGCA CAATACCACC AATTCACCAA TCACAAGTCA CAGAACTTCA TTCTTCTGTT
    AGCACAGAAA CCACAACTCC ACCAATCAAA GAACATGCCC CTTTGTTTAG CACAGAAACT
    AATAAAGAGA ATGCAATATT AATCTCATTA TCAGATGCTA GGAATGAGGA ACATACATTA
    TTTACAAATG ATCAATCAAA TATAACTGAT GAAATGCTGA ATACAGTCCC AAACATTATT
    TCTAATAAGA CAGATATGTT ACTTGACTTT GACAGTACAA TCAAAGTAGA TAATATTCCC
    ACTACTTATA AAGAGGATTT TGACATAGAT TCGGTGACAA ATTATAAACA CATTTTTACT
    GATGCCTCAA TGGAACCAAA AGATACGCTG AGTTCTGCTG TTCTTTCAGT AAAAAAAGAG
    GAAGAAGTAA CAGTGGAGGT TCAGAACATA TCCTTAGAGT TAGATCACTT AAGTACAGTT
    TATTATCATC CTGACATGAG TCCAGAAGAA AGAAGCATAG TGGCTAAAAA CATTCATTCC
    CCAGACCTGG CTGGTGTGAT TTTCTCTTCT CATGAGAAGG GTGGAAATGT TTCAGCTTCT
    GCAAGAGCAC TTGTGGTGTT TTTCAGTCTT CGTGTCACAA ACATGATATT CTCAGAGGAT
    TTGTTTAACA AAAACTCCCC TGAATATAAA GCTCTGGAAC AACGATTTTT AGAACTGTTG
    GTTCCATATC TCCAGTCCAA TCTTACTGGC TTTCAAAACC TTGAAATTTT GAATTTCCGT
    AATGGCAGCA TCATAGTAAA TAGCAGAATG AAGTTTGCAA AACCTGTTCC TCGAAACGTG
    ACCAATGCAG TGTATGTCAT TCTTGAGGAC TTCTGTAACA CTGCCTATCA GACTATGAAT
    TTGGCCATTG ACAAATACTC ACTGGATGTT GAATCAGGAG ATGTAGCTGA CCCATGTAAA
    TTCCAAGCAT GCAATGAGTT CTCTGAGTGT CTCATAAACA AGTGGAGTGG AGAAGGAGAA
    TGTGTCTGTT ATCCAGGATA TGTTAGTGTG GACGGCATGC CTTGTCAGAG TCTGTGTGAC
    CTAGAAATAG AGTTTTGCCA GAATGATGGC AAGTGTGATA TTATCCCTGG ACAAGGTGCT
    ATTTGCAGGT GTAGAGTAGG AGAAAACTGG TGGTACCGAG GAGAACATTG CGAGGAATAT
    GTATCAGAGC CTTTAGTGGT TGGTATTGCC ATTGCCTCAG TAGCTGGCTT TCTCCTTGTA
    GCTTCTGCTG TCATTTTCTT CTTGGCAAGG ACGCTCCGAG TTCAGAACTC AAAGGGTGAT
    CAAGAAGAAT CCTTTGGGAG ACCAAATGAC AGCATATCAT CTATTGAACA TCCTGTGAAG
    TACAATCCTA TGTATGAGAG TGACATTACT GGTTACAGCC ATTACTGTAA GAGATATCCC
    CATTACTCCT CGACCACATC TACCAGTCCT GAGACCTCTG CAGACTTTAG CAGTGAGGAG
    ATTCGGCATA TCTATGAACA CAGTGAGCTC TCCAAAGAGG AAATTCAGGA TCGAATAAGA
    ATCATTGAGC TTTATGCAAA AGACAAACAA TTTGCAGATT TTGTGAGGCA GCACCAGATG
    TCTGTGGACA ATGTCAGAAA AGCAAACCCT ACAAGTTAA

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

    RefSeq XP_012813076.2
    CDS489..6527
    Translation

    Target ORF information:

    RefSeq Version XM_012957622.3
    Organism Xenopus tropicalis(tropical clawed frog)
    Definition Xenopus tropicalis interphotoreceptor matrix proteoglycan 2 (impg2), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_012957622.3

    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
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    ATGGAACATC TTCTATGGCA CCTCTTCTTG GGGTTCCTTT GCCTTGCACT GATGGATGGA 
    GAGAGGCAAA CTCTTGCAGA CCTCAGCACA TCTGTGGAAA ATAGCTTACA AAAAGAAACA
    ACAGATTTAT TTGGAACAGA AGTTGGAAGT GGCTCACTGC ATGAAGCACT AAAGTCGCCT
    CCAGCCAGTG CAGCACCGCA ACTCTATAGA AGTTTCCTCA GGAGGAAAAA AAGATCCATT
    TTATTTCCAA ATGGAGTCAA AGTATGCCCA GAAGAAACTA TCGACCAGGC CCTGGCAAAT
    CATATGAAAT TTTTTAAACT AAGGGTATGC CAAGAAACAG TCTGGGAAGT TTTCAAGATA
    TTCTGGGACC GTCTGCCTAA CCAAACAGAA TACCAACGAT GGATAAAGTT GTGTGAAGAG
    GGCACTATGA CAGCATTCGA CATTGGAGCC AAATTTAGTA CTTCTCAAGA ACATCACCAA
    TTACTCACAA AGAAACTGTC AATAACTAAA CACGCATCCA GTGGGTCTTG CAATGATTGG
    TCCTGTGGAT CAGAAGCAAC CCCTTTGCCT TCAGCACATG AAACTACAAC ATTTCGAGAT
    GCAGCTGCCA ATGTGCCACT GTCATATGAA ATATCAGTGG AAATTGATTC ACCCACAGAT
    TCTTCTGAGC TAGTGTCTGA GGAAATTATA AACAATGAAA TAATGCTGAT GACAGAGAAG
    CCATTAATTC CAGTGTTAGA GAAGATGGTA GAAATAAGTA TCATTCTTCC CAAGGAGACA
    TATAACACAG AACTAAGTGA CAAGTCTTCT ACAGCACACC ATAAGCTTAC AGAAAAGTTT
    CTTGATCAGG TGCAAAATAT ATTTGACATT CTGCCAGGAT ACAAAACAAT GTTTGTCCAA
    GAAATAAGTC CTTCCCTATT GGATGACAGA ATTGCTGTGG AAGTGCGCTT CGCTGTGATT
    TTTGACGGCG ACGCAGATTC TATAAATAAT GCTTCTATGG ACCTCATGAA TGATAAAGAT
    GAAAACAGTA TATTTAATGA AATTGAGGAC AATCCTACAG CAACTAATAC AGGTGGTAGC
    TTTAGAAGTT ACATAGAAGA AATGCTGCAA AAGCAAATGT TACTTAGAAA CCATACCCTG
    GACTTAGCCG TTGACTCACT TCAGCTAATA AAAATAGAAA ATGCTCCATT AGATTATTTT
    AATGAGTGGA CATCTATAAC GGAGAAGCCA ACATTTCCAC TTCCGTCAAC TGCTGATGTT
    AACAATGCAT TACAAGCTGA ATGGCTTCCA ACATCACATT CAACATTAAG GAATATTGTG
    CCTGCAGCAG AAAATAATGA ACAGCAAACT ACAAAAAGTG AAGTTGTAGT GGAAAATGTA
    GTTATTGCAG AGAACATTGC AAGCACAGTT GAAGACACAG ACCTAATTAT TAATGGGTCT
    CCTGGTTTTA AATACAGTTT TACAACTCCA GCTGTGCCTA CTGTTTTGCA GGAGAATGAC
    ATTATTACCT TGATGGAAAC CAGATTGACT ACAGTTCCTA GTTTAAATAT TGAGTTAGAT
    ATTCAAGAGG AATCTGGAGA TAATGAATTG CTTCTATATG AGCAGTCTAC TATATTGTCT
    GAGCAAGTGC CAAAAAGTAC ATCAGCTTCT ACCAAAACCA ATATTTCACC AACCATTCTG
    CCAACATTTG AGACTTCTTC ACCAGATGAA GAATCTAGTG CAGACATTGT GACATCTGCT
    ATAGCCGCTG AAGAGCCTGC ATTAAGTGAA TCTTCTTTTG AAAACAAAAT AAAGGAAATT
    GGAAGTACCA TCCTTACTCA TACTGAAAAT GATGCCTTAG TGCTCTCAGT TGACACTTTA
    ACAAAAGGGA ATAAATTAGA AAAAAATGAG CTACTGATAG AAGACAATTT ACTGCCAACT
    AGTGTACAGC CTGAACATGT TATTCATTCT CATGAAGGAT CAGGTTTAGA TTTTGTACCT
    TTTGTAAAGG AAGATAAGAC TGAAAATATG CGTTGGACTA TATCAACAGT GGAGCCTCAG
    CATTCTGTTA ACCAAAAATA TAATGGTAAT GATATAATGG AGATTCCAAA AGTACATGAC
    AACAAAGACA CCTTGAATGA AGAGGCTAAC AGAATGAATA GTGTTTCAAT ACTTAAGGAG
    TCTGAACAAT CTGTTACCTA TTCATCTACA GAGGAGCTGG TAAATCTACC AGAAATGTCA
    CCAACAGAAT CTGCTCCTGT GTTATGGACA TTCGAAACTT TGGCAATTGA GCAATCGTCA
    GAAATGGATA TATATGACTA TTCATTCACT GAATCAAATA GTTTAACTGA ATCAGCTGTG
    GAATATGCAA CTGTAGATAC ATCAGGTGAA GAGATTTCAT GGATAACAAC CAATTCTCTA
    CAAAGAGAAG AACTGTCGTC TTTGAAAATC ATGTTTTCAG AAGTGGACAC TGATGGGACT
    CATAGCTCCG CATCTACTGA AATACAATCA TTAAACCCAG AGGTCCTTCA TTTTACCACA
    TATCCACCAA TCAGAGAATC TGGATCTCTT TTTAACACAG AATCCAATAA AGATAATGCA
    ATATTATCAA CATCATTAGA TGCTGGAAAT GAAGAAGTGG AGACAGACGT GACAATTAGC
    CCAAATAATG AAATACAGGC ATTAAATCAG CAGGTCCTTA GTATCATTAC ATCTCCACCA
    ATCAGAGAAC TCAATTCTCT GTTAAACACA GAGAATGCAG TTTTACCAAC AACAAATTTT
    GGAAAGGAAG AAGTGCAGAC AGATGTGACA GTCAGCTCAG TCTCTAAGGA ATTACAACCA
    TTAAACCTGC AGATCCTTAG TCTTACTACA CCGCTACCAA TCAGAGAACA TGATTCTTTG
    TTAACCACAG AACATGCAAT ATTAGCAACA ACACTAGATG ATATCAGTGA AGACGTTCAG
    ACAGAAGTGA CAGTCAGCTT AGTCTCTACA GAAATACAAC CATTAAATCC ACAGCTCATT
    AGTCTTTCTA CGTCTCCACC AATCAGAGAA CATGATTCTC TGTTATTAAC AGAACATTCA
    ATATTAGCGC CGTCATTAGA TGCTGGCAAT GAAGAAGTTG ACACAGATGT AACCGTTAGC
    TCCATCTCTA ATAAAATACA ACCATTAAAC TCGCAGGTCC TTAGTCTTGG TACATCTCCG
    CCAGTGAGAG AACATGGTTT TCTGATAAAC ACAGAACACA CAATATTAGC AACATCACTA
    GATGCTGCCA CGGAAGAAGT AGAGACAGAT GTGACAGCCA GCTCCATCTC TAATGAAATA
    CAACCATTAA ACTCCCAGGT CCTTAGTCTT AGTACATCTC AACCAATTAG AGAACATGTT
    TCTCTGTTAA ACACAGAACA CGCAATATTA GCAACATCAC TAGATGCTAC CATGGAAGAA
    GTAGAGACAG ATGTGACAAT CAGCTCCATC TCTAATGAAA TACAACCATT AAACTCGCAG
    GTCCTTAGTC TTAGTACATC TCCACCAATG AGAGAACATG GTTTTCTGAT AAACACAGAA
    CACACAATAT TAGCAACATC ACTAGATGCT GCCACGGAAG AAGTAGAGAC AGATGTGACA
    GCCAGCTCCA TCTCTAATGA AATACAACCA TTAAACTCGC AGGTCCTTAG TCTTAGTACA
    TCTCCACCAA TGAGAGAACA TGGTTTTCTG ATAAACACAG AACACACAAT ATTAGCAACA
    TCACTAGATG CTGCCACGGA AGAAGTAGAG ACAGATGTGA CAGCCAGCTC CATCTCTAAT
    GAAATACAAC CATTAAACTC CCAGGTCCTT AGTCTTAGTA CATCTCAACC AATTAGAGAA
    CATGTTTCTC TGTTAAACAC AGAACACACA ATATTAGCAA CATCACTAGA TGCTGCCACG
    GAAGAAGTAG ATACAGATGT GACAGCCGGC TCCATCTCTA ATGAAATGCA ACCATTTAGT
    TCAGAGGTCC TTAGTCTTAT TACATCTTCA CCAATAAGAC AACATGATTC TCTTTTAATC
    AAAGAAAATT CAATATTAGC AACATATACA CCATCCAGAG AATATGGATC TCTATTTAAC
    ACAGAACCTG ATAAAAATAA TGCAATATTA GCAACATCAT TAGATGCTGG CAATGAAAAT
    GTAGAGACAG ATGTGACAAT CAGCTCAATC TCTGATAAAA CTCAATCATT AAACTCGCAG
    GTCCTTAGTC TTATTACATC TCCACCAATC AGAGAAAGTG ATTCTCTGCT AAACATAGTA
    CGTGATGACG ATAATCAAAT ATTAGTGACC TCATTAGATG CTAGGAATGA AGAAGTTGAC
    ACAGATGTGA CAGTCAGCAC CCCCTTTAAT GAAATACAGT CAATAAACCC ACAGTTCTTT
    ATTCATAGCA CAATACCACC AATTCACCAA TCACAAGTCA CAGAACTTCA TTCTTCTGTT
    AGCACAGAAA CCACAACTCC ACCAATCAAA GAACATGCCC CTTTGTTTAG CACAGAAACT
    AATAAAGAGA ATGCAATATT AATCTCATTA TCAGATGCTA GGAATGAGGA ACATACATTA
    TTTACAAATG ATCAATCAAA TATAACTGAT GAAATGCTGA ATACAGTCCC AAACATTATT
    TCTAATAAGA CAGATATGTT ACTTGACTTT GACAGTACAA TCAAAGTAGA TAATATTCCC
    ACTACTTATA AAGAGGATTT TGACATAGAT TCGGTGACAA ATTATAAACA CATTTTTACT
    GATGCCTCAA TGGAACCAAA AGATACGCTG AGTTCTGCTG TTCTTTCAGT AAAAAAAGAG
    GAAGAAGTAA CAGTGGAGGT TCAGAACATA TCCTTAGAGT TAGATCACTT AAGTACAGTT
    TATTATCATC CTGACATGAG TCCAGAAGAA AGAAGCATAG TGGCTAAAAA CATTCATTCC
    CCAGACCTGG CTGGTGTGAT TTTCTCTTCT CATGAGAAGG GTGGAAATGT TTCAGCTTCT
    GCAAGAGCAC TTGTGGTGTT TTTCAGTCTT CGTGTCACAA ACATGATATT CTCAGAGGAT
    TTGTTTAACA AAAACTCCCC TGAATATAAA GCTCTGGAAC AACGATTTTT AGAACTGTTG
    GTTCCATATC TCCAGTCCAA TCTTACTGGC TTTCAAAACC TTGAAATTTT GAATTTCCGT
    AATGGCAGCA TCATAGTAAA TAGCAGAATG AAGTTTGCAA AACCTGTTCC TCGAAACGTG
    ACCAATGCAG TGTATGTCAT TCTTGAGGAC TTCTGTAACA CTGCCTATCA GACTATGAAT
    TTGGCCATTG ACAAATACTC ACTGGATGTT GAATCAGGAG ATGTAGCTGA CCCATGTAAA
    TTCCAAGCAT GCAATGAGTT CTCTGAGTGT CTCATAAACA AGTGGAGTGG AGAAGGAGAA
    TGTGTCTGTT ATCCAGGATA TGTTAGTGTG GACGGCATGC CTTGTCAGAG TCTGTGTGAC
    CTAGAAATAG AGTTTTGCCA GAATGATGGC AAGTGTGATA TTATCCCTGG ACAAGGTGCT
    ATTTGCAGGT GTAGAGTAGG AGAAAACTGG TGGTACCGAG GAGAACATTG CGAGGAATAT
    GTATCAGAGC CTTTAGTGGT TGGTATTGCC ATTGCCTCAG TAGCTGGCTT TCTCCTTGTA
    GCTTCTGCTG TCATTTTCTT CTTGGCAAGG ACGCTCCGAG TTCAGAACTC AAAGGGTGAT
    CAAGAAGAAT CCTTTGGGAG ACCAAATGAC AGCATATCAT CTATTGAACA TCCTGTGAAG
    TACAATCCTA TGTATGAGAG TGACATTACT GGTTACAGCC ATTACTGTAA GAGATATCCC
    CATTACTCCT CGACCACATC TACCAGTCCT GAGACCTCTG CAGACTTTAG CAGTGAGGAG
    ATTCGGCATA TCTATGAACA CAGTGAGCTC TCCAAAGAGG AAATTCAGGA TCGAATAAGA
    ATCATTGAGC TTTATGCAAA AGACAAACAA TTTGCAGATT TTGTGAGGCA GCACCAGATG
    TCTGTGGACA ATGTCAGAAA AGCAAACCCT ACAAGTTAA

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