UGGT1 cDNA ORF clone, Danio rerio(Zebrafish)

The following UGGT1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UGGT1 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
ODa150319 XM_021480334.1
Latest version!
Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $881.30
$1259.00
ODa150320 XM_021480338.1
Latest version!
Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector 24-26 $881.30
$1259.00
ODa35266 NM_001077534.1
Latest version!
Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $881.30
$1259.00
ODa07207 XM_005171290.2
Latest version!
Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector 25 $881.30
$1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

  • Reference Sequences (Refseq)
    CloneID ODa150319
    Clone ID Related Accession (Same CDS sequence) XM_021480334.1
    Accession Version XM_021480334.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4689bp)
    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 2017-06-14
    Organism Danio rerio(zebrafish)
    Product UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007113.7) 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 :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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
    ATGAACCATA GCATGGGCCA CTTATACCGT CCAAACATGG CAACTCACGA AGCAGATTCC 
    GAAGCCGGTG TTGGATTTTG TGGAAAGATG TGGCTGTTTT GTGCTGCACT GCTGGCTCTG
    GGCTCTGTCG ACTCTGTCAA TGGGGACTCA AAAGCAGTTA CAACGACACT GACTACTAAA
    TGGCCCTCGA CACCTCTCCT GTTGGAAGCC AGCGAGTTCC TTGCCGAGGA GAGTCAGGAC
    AAGTTCTGGG CCTTTGTGGA AGCCAACCAG AACATTGAGA ATGATCATGA TGACACGGAT
    CAGGCTTACT ATGACCTGAT CCTGAAGAGA GCTGGTGAGC TGCTGAGCCC AGTGCAGTTA
    AACCTGCTGA AGTTCTCCTT ATCTCTGAGG GCTTACTCAT CCACCATCCA TTCTTTCCAG
    CAGATTGCAT CCAATGAGCC TCCTCCATCT GGCTGTAAAG CATTCTTTAA TGTACACGGA
    CAGAAATCTT GTGATTCTGA AAGACTACAA GGCATGCTGG ACAATGCCTT AGAACGGCCA
    AAGCCAAACC TGTTCAAAGG TGATCACAGA TACCATTCAG CCAATCCTGA TGCACCAGTT
    GTGATTTTGT ACGCTGAAAT GGGCACCAAA GAATTCTCCA GACTCCATCA ACTGATGCTT
    TCAAAAGCCA ACAAGGGCAT GATCACTTAT GTTCTGCGGC ACTTTCTTGC TAGCCCAAGT
    AAAAGTAAAG TACACCTGTC TGGATATGGA GTGGAACTGG CCATCAAAAA CCAGGAGTAC
    AAAGCCAAAG ACGACACACA AGTTCAGGCT GGAGCTGATG CAAATGCAAC GGTAATAGGT
    GAAAATGATC TGGTGGATGA AGTGCAGGGC TTTCTTTTTG GCAAACTCAA AACCATTTAC
    CCTGAACTTA AGGAACAGCT GAAGGAGCTC CGGAAGCATT TGATAGAGAG TACCAATGAA
    ATGGCTCCAC TCAAAGTCTG GCAAATGCAA GATCTCAGCT TTCAGACTGC TGCTCGTATC
    CTGGCAGCTC CCTCTGTGGA TGCTCTCAAT GTCATGAAGG ATTTGAGCCA AAACTTTCCC
    ACCAAAGCCA GGTCCATAAC AAAAACGGTG GTTAATTCGG AGATCCGTAA GGAGATTGAG
    GAGAATCAAA AGTATTTTAA GGGGACTTTA GGGCTCCAGC CTGGAGACTC AGCTCTGTTC
    ATCAATGGAC TCCATATTGA CTTGGATGTG CAGGATATTT TCAGTGTTTT TGATGTGTTG
    AGGAATGAGG CAAGGGTCAT GGAGGGTCTG CGTAGTCTGC TCATAGAAAC GCCATACATC
    CACGACATCC TCAAACTCAA CGTTCAGCCT TCAGACTCTG ACTATGCCGT AGACATCCGC
    AACCCTGCTG TTCACTGGAT TAATAACCTG GAGACAGACG GCAGATATGC TTCCTGGCCC
    TCTAATGTGC AAGAACTGCT GCGGCCCACT TTTCCTGGAG TCATTCGACA GATCCGGAAG
    AACTTCCATA ATCTGGTGAT GATTCTGGAT CCGACCCATG AGAACACGGC TGAGCTGCTC
    GGAGTGGCAG AGATGTTTTA CAGCAACAAC ATCCCACTCA GGATTGGCGT GGTGTTTGTG
    GTGAACGATT CTGATGATGT TGATGGGATG CAAGATCCTG GTGTGGCTCT TCTTCGAGCT
    TTCAACTATA TAGCTGATGA CGTGGACGGC CAAATGGCCT TCGATGCTGT CATATCAATA
    ATGAATAGGA TTCCCAGTGG AGACAAACTG AAGGTGGAGC ATGTGGTGGG TGTGTTGGAG
    AAGAGATATC CATATGTAGA GATCAGCAGC ATCTTGGGCC CTGACTCTGC TTACGAAAAC
    AACAGAAAAG AGGGAAAGGC ATATTATGAG CAGACTGGTG TTGGCCCTCT GCCAGTGGTG
    TTGTATAATG GTATGCCTTT ACAGCGTGAG CAGTTAGACC CTGATGAACT TGAAACGGTC
    GTCATGCACA AGATCTTGGA GACCACCAGC TTTTTTCAGC GCACTGTCTA TCTGGGTGAG
    CTGAACAGTG ATCATGACGT GGTGGATTAT ATCATGAATC AGCCCAACGT GGTCCCTCGA
    ATCAATTCCA GAATTCTGAG CACCAGCAGG AATTATCTGG ACCTTTCCGC CACCAATAAT
    CATTTTATTG ACGAATATGC ACGTTTCCTG TTTTTGGATG CCAAAGACAA GAATGCAGCG
    GTGGCCAACA GTATGAATTA CATGACAAAG AAAGGGATGT CAACCAGGGA TGCTTCTGAT
    GATGGCATCA TCCGTCCGGT GACTTTCTGG GTAGTGGGAG ACTTTGACCA GCCATCGGGT
    CGACAGCTGC TGTATGATGC CATACGTCAC ATGAAAACCA GTAATAATGT GCGATTAGGA
    CTGATCAATA ACCCCAGTGA GAACCCCTCT AATGAGAACA GTCTGATCGC TCGAGCCATA
    TGGGCAGCCA TGCAGACGCA AACCTCCAAC AACGCCAAAA ATTTCATCAC CAAAATGGCT
    AAAGAGGAGA CGGCGCAGGC TCTTTACGGA GGCAGTGACA TTGCGGAGTT TGCTGTCGGG
    GGCATGGATG TTCCTCTCTT TAAGAGCGCG TATGAGTCTC CTAATGTGAA CTTCCTGCTG
    GCTCATTCTG CGTACTGTAG AGATGTCCTC AAACTGCAGA AGGGCCAGAG AGCTGTGATC
    AGCAATGGAA GGATCATTGG CCCACTGGAG GAAAGGGAGG TCTTTAACCA GGATGATTTC
    CTGCTTTTGG AGAGCATTAT TCTGAAGACA TCAGGGGAGC GGATAAAGGG CAAAATCCAA
    CAGATGGGCA TGGTAGAGGA CAGAGCTAGT GATCTGGTGA TGAAGGTGGA TGCCCTGCTG
    TCTTCACAGC CGAAAGGGGA AGCAAGGATC GAGCACACTT TTGCTGAAGA CAGATACAGC
    GCTGTGAAAA TCAGACCAAA GGAAGAGGAA GTGTACTTCG ATGTTGTAGC TGTTTTAGAT
    CCAGTGACCA GAGATGCTCA GAAACTAGCA CCTCTACTCC TGGTATTGAA GCAGCTGGTG
    AACGTCAACC TGCGAGTGTT CATGAACTGC CAGTCCAAGC TCTCTGACCT CCCGCTGAAA
    AGTTTTTATC GATATGTTTT GGAGCCAGAG ATTGTGTTTC TGACCGATAG TAGCTTTGCT
    CCTGGTCCGA TGGCTAAGTT CTTAGATATG CCTCAGTCGC CTTTGTTCAC TCTGAACCTG
    AACACCCCAG AAAGCTGGAT GGTTGAGTCT GTCCACACAC GTTACGATCT GGATAACATA
    TACCTTGAAG AGGTGGACAG TGTCGTGGCC GCCGAGTATG AGTTGGAGTA TTTATTACTG
    GAGGGTCACT GTTTTGACGT GACCACAGGT CAGCCTCCCC GTGGTCTGCA GTTCACTCTG
    GGCACTGCCT CCGACCCTGT CATAGTGGAC ACCATCGTCA TGGCCAACCT GGGTTATTTC
    CAGCTGAAAG CAAACCCAGG AGCCTGGATG CTCAGGCTGA GGAAAGGCAG GTCGGATGAT
    ATCTACAAAA TCTACAGTCA CGATGGCACA GACTCTCCAG CCGAAGCTGA TGATTTAATC
    GTCGTCCTTA ACAACTTCAA GAGCAAGATC ATTAAAGTGA AAGTGCAGAA AAAGCCTGAT
    ATGATAAATG AGGAGCTTCT CAGTGATGGT ACCCATGAGA ACGAGTCTGG ATTCTGGACA
    TCTATAGCCA GAGGATTCAC TGGTGGTTCA AACCCAGAAG AACCCAAACA GGAAAAAGAC
    GATGTTATCA ACATTTTCTC TGTGGCCTCT GGTCATTTAT ACGAGCGGTT CCTCAGGATA
    ATGATGCTGT CTGTGCTCAA ACACACCAAG ACACCCGTCA AGTTCTGGTT CCTCAAAAAC
    TACCTGTCGC CAACTTTTAA GGAATTCATT CCATATATGG CAGAGAAGTA TGGTTTCCAG
    TATGAGTTGG TGCAGTATAA ATGGCCACGT TGGCTTCACC AGCAGACAGA AAAGCAAAGG
    ATCATTTGGG GCTATAAGAT TCTGTTCCTC GACGTGCTCT TCCCGCTGGC TGTGGACAAG
    TTCCTCTTTG TGGATGCGGA TCAGATAGTT CGCACAGACC TGAAGGAGCT GCGAGATTTT
    GACCTAGAAG GGGCGCCTTA TGGTTACACA CCTTTCTGCG AGAGCCGAAG AGAAATGGAC
    GGATATCGTT TTTGGAAGTC TGGATACTGG GCCAGTCATT TGGCCGGACG TAAATACCAC
    ATCAGTGCTC TGTATGTGGT CGATCTGAAG AAGTTCAGGA AGATTGCAGC TGGAGACCGA
    CTGAGAGGCC AGTACCAGGG TCTGAGTCAA GACCCCAACA GTCTGTCTAA TCTGGACCAG
    GATTTGCCCA ACAACATGAT TCACCAAGTG CCAATTAAGT CACTTCCTCA GGAATGGCTT
    TGGTGTGAAA CCTGGTGTGA TGATGCGTCT AAAAAGAAAG CCAAAACTAT AGATCTGTGC
    AATAACCCAC AAACAAAAGA GCCGAAGCTG CAGGCTGCTG TACGTATAGT AGGTGAGTGG
    AGCGACTATG ACCAGGAGAT AAAGAGAATC TACAACAACT TCCTGGATGA GAAAGAAAGA
    GGCACCTTAG AAGGCTATCA GTCAACAGAC AGAAAACACC CAGGTGGTGT TACACACTCA
    GAGCTCTGA

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

    RefSeq XP_021336009.1
    CDS25..4713
    Translation

    Target ORF information:

    RefSeq Version XM_021480334.1
    Organism Danio rerio(zebrafish)
    Definition Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_021480334.1

    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
    ATGAACCATA GCATGGGCCA CTTATACCGT CCAAACATGG CAACTCACGA AGCAGATTCC 
    GAAGCCGGTG TTGGATTTTG TGGAAAGATG TGGCTGTTTT GTGCTGCACT GCTGGCTCTG
    GGCTCTGTCG ACTCTGTCAA TGGGGACTCA AAAGCAGTTA CAACGACACT GACTACTAAA
    TGGCCCTCGA CACCTCTCCT GTTGGAAGCC AGCGAGTTCC TTGCCGAGGA GAGTCAGGAC
    AAGTTCTGGG CCTTTGTGGA AGCCAACCAG AACATTGAGA ATGATCATGA TGACACGGAT
    CAGGCTTACT ATGACCTGAT CCTGAAGAGA GCTGGTGAGC TGCTGAGCCC AGTGCAGTTA
    AACCTGCTGA AGTTCTCCTT ATCTCTGAGG GCTTACTCAT CCACCATCCA TTCTTTCCAG
    CAGATTGCAT CCAATGAGCC TCCTCCATCT GGCTGTAAAG CATTCTTTAA TGTACACGGA
    CAGAAATCTT GTGATTCTGA AAGACTACAA GGCATGCTGG ACAATGCCTT AGAACGGCCA
    AAGCCAAACC TGTTCAAAGG TGATCACAGA TACCATTCAG CCAATCCTGA TGCACCAGTT
    GTGATTTTGT ACGCTGAAAT GGGCACCAAA GAATTCTCCA GACTCCATCA ACTGATGCTT
    TCAAAAGCCA ACAAGGGCAT GATCACTTAT GTTCTGCGGC ACTTTCTTGC TAGCCCAAGT
    AAAAGTAAAG TACACCTGTC TGGATATGGA GTGGAACTGG CCATCAAAAA CCAGGAGTAC
    AAAGCCAAAG ACGACACACA AGTTCAGGCT GGAGCTGATG CAAATGCAAC GGTAATAGGT
    GAAAATGATC TGGTGGATGA AGTGCAGGGC TTTCTTTTTG GCAAACTCAA AACCATTTAC
    CCTGAACTTA AGGAACAGCT GAAGGAGCTC CGGAAGCATT TGATAGAGAG TACCAATGAA
    ATGGCTCCAC TCAAAGTCTG GCAAATGCAA GATCTCAGCT TTCAGACTGC TGCTCGTATC
    CTGGCAGCTC CCTCTGTGGA TGCTCTCAAT GTCATGAAGG ATTTGAGCCA AAACTTTCCC
    ACCAAAGCCA GGTCCATAAC AAAAACGGTG GTTAATTCGG AGATCCGTAA GGAGATTGAG
    GAGAATCAAA AGTATTTTAA GGGGACTTTA GGGCTCCAGC CTGGAGACTC AGCTCTGTTC
    ATCAATGGAC TCCATATTGA CTTGGATGTG CAGGATATTT TCAGTGTTTT TGATGTGTTG
    AGGAATGAGG CAAGGGTCAT GGAGGGTCTG CGTAGTCTGC TCATAGAAAC GCCATACATC
    CACGACATCC TCAAACTCAA CGTTCAGCCT TCAGACTCTG ACTATGCCGT AGACATCCGC
    AACCCTGCTG TTCACTGGAT TAATAACCTG GAGACAGACG GCAGATATGC TTCCTGGCCC
    TCTAATGTGC AAGAACTGCT GCGGCCCACT TTTCCTGGAG TCATTCGACA GATCCGGAAG
    AACTTCCATA ATCTGGTGAT GATTCTGGAT CCGACCCATG AGAACACGGC TGAGCTGCTC
    GGAGTGGCAG AGATGTTTTA CAGCAACAAC ATCCCACTCA GGATTGGCGT GGTGTTTGTG
    GTGAACGATT CTGATGATGT TGATGGGATG CAAGATCCTG GTGTGGCTCT TCTTCGAGCT
    TTCAACTATA TAGCTGATGA CGTGGACGGC CAAATGGCCT TCGATGCTGT CATATCAATA
    ATGAATAGGA TTCCCAGTGG AGACAAACTG AAGGTGGAGC ATGTGGTGGG TGTGTTGGAG
    AAGAGATATC CATATGTAGA GATCAGCAGC ATCTTGGGCC CTGACTCTGC TTACGAAAAC
    AACAGAAAAG AGGGAAAGGC ATATTATGAG CAGACTGGTG TTGGCCCTCT GCCAGTGGTG
    TTGTATAATG GTATGCCTTT ACAGCGTGAG CAGTTAGACC CTGATGAACT TGAAACGGTC
    GTCATGCACA AGATCTTGGA GACCACCAGC TTTTTTCAGC GCACTGTCTA TCTGGGTGAG
    CTGAACAGTG ATCATGACGT GGTGGATTAT ATCATGAATC AGCCCAACGT GGTCCCTCGA
    ATCAATTCCA GAATTCTGAG CACCAGCAGG AATTATCTGG ACCTTTCCGC CACCAATAAT
    CATTTTATTG ACGAATATGC ACGTTTCCTG TTTTTGGATG CCAAAGACAA GAATGCAGCG
    GTGGCCAACA GTATGAATTA CATGACAAAG AAAGGGATGT CAACCAGGGA TGCTTCTGAT
    GATGGCATCA TCCGTCCGGT GACTTTCTGG GTAGTGGGAG ACTTTGACCA GCCATCGGGT
    CGACAGCTGC TGTATGATGC CATACGTCAC ATGAAAACCA GTAATAATGT GCGATTAGGA
    CTGATCAATA ACCCCAGTGA GAACCCCTCT AATGAGAACA GTCTGATCGC TCGAGCCATA
    TGGGCAGCCA TGCAGACGCA AACCTCCAAC AACGCCAAAA ATTTCATCAC CAAAATGGCT
    AAAGAGGAGA CGGCGCAGGC TCTTTACGGA GGCAGTGACA TTGCGGAGTT TGCTGTCGGG
    GGCATGGATG TTCCTCTCTT TAAGAGCGCG TATGAGTCTC CTAATGTGAA CTTCCTGCTG
    GCTCATTCTG CGTACTGTAG AGATGTCCTC AAACTGCAGA AGGGCCAGAG AGCTGTGATC
    AGCAATGGAA GGATCATTGG CCCACTGGAG GAAAGGGAGG TCTTTAACCA GGATGATTTC
    CTGCTTTTGG AGAGCATTAT TCTGAAGACA TCAGGGGAGC GGATAAAGGG CAAAATCCAA
    CAGATGGGCA TGGTAGAGGA CAGAGCTAGT GATCTGGTGA TGAAGGTGGA TGCCCTGCTG
    TCTTCACAGC CGAAAGGGGA AGCAAGGATC GAGCACACTT TTGCTGAAGA CAGATACAGC
    GCTGTGAAAA TCAGACCAAA GGAAGAGGAA GTGTACTTCG ATGTTGTAGC TGTTTTAGAT
    CCAGTGACCA GAGATGCTCA GAAACTAGCA CCTCTACTCC TGGTATTGAA GCAGCTGGTG
    AACGTCAACC TGCGAGTGTT CATGAACTGC CAGTCCAAGC TCTCTGACCT CCCGCTGAAA
    AGTTTTTATC GATATGTTTT GGAGCCAGAG ATTGTGTTTC TGACCGATAG TAGCTTTGCT
    CCTGGTCCGA TGGCTAAGTT CTTAGATATG CCTCAGTCGC CTTTGTTCAC TCTGAACCTG
    AACACCCCAG AAAGCTGGAT GGTTGAGTCT GTCCACACAC GTTACGATCT GGATAACATA
    TACCTTGAAG AGGTGGACAG TGTCGTGGCC GCCGAGTATG AGTTGGAGTA TTTATTACTG
    GAGGGTCACT GTTTTGACGT GACCACAGGT CAGCCTCCCC GTGGTCTGCA GTTCACTCTG
    GGCACTGCCT CCGACCCTGT CATAGTGGAC ACCATCGTCA TGGCCAACCT GGGTTATTTC
    CAGCTGAAAG CAAACCCAGG AGCCTGGATG CTCAGGCTGA GGAAAGGCAG GTCGGATGAT
    ATCTACAAAA TCTACAGTCA CGATGGCACA GACTCTCCAG CCGAAGCTGA TGATTTAATC
    GTCGTCCTTA ACAACTTCAA GAGCAAGATC ATTAAAGTGA AAGTGCAGAA AAAGCCTGAT
    ATGATAAATG AGGAGCTTCT CAGTGATGGT ACCCATGAGA ACGAGTCTGG ATTCTGGACA
    TCTATAGCCA GAGGATTCAC TGGTGGTTCA AACCCAGAAG AACCCAAACA GGAAAAAGAC
    GATGTTATCA ACATTTTCTC TGTGGCCTCT GGTCATTTAT ACGAGCGGTT CCTCAGGATA
    ATGATGCTGT CTGTGCTCAA ACACACCAAG ACACCCGTCA AGTTCTGGTT CCTCAAAAAC
    TACCTGTCGC CAACTTTTAA GGAATTCATT CCATATATGG CAGAGAAGTA TGGTTTCCAG
    TATGAGTTGG TGCAGTATAA ATGGCCACGT TGGCTTCACC AGCAGACAGA AAAGCAAAGG
    ATCATTTGGG GCTATAAGAT TCTGTTCCTC GACGTGCTCT TCCCGCTGGC TGTGGACAAG
    TTCCTCTTTG TGGATGCGGA TCAGATAGTT CGCACAGACC TGAAGGAGCT GCGAGATTTT
    GACCTAGAAG GGGCGCCTTA TGGTTACACA CCTTTCTGCG AGAGCCGAAG AGAAATGGAC
    GGATATCGTT TTTGGAAGTC TGGATACTGG GCCAGTCATT TGGCCGGACG TAAATACCAC
    ATCAGTGCTC TGTATGTGGT CGATCTGAAG AAGTTCAGGA AGATTGCAGC TGGAGACCGA
    CTGAGAGGCC AGTACCAGGG TCTGAGTCAA GACCCCAACA GTCTGTCTAA TCTGGACCAG
    GATTTGCCCA ACAACATGAT TCACCAAGTG CCAATTAAGT CACTTCCTCA GGAATGGCTT
    TGGTGTGAAA CCTGGTGTGA TGATGCGTCT AAAAAGAAAG CCAAAACTAT AGATCTGTGC
    AATAACCCAC AAACAAAAGA GCCGAAGCTG CAGGCTGCTG TACGTATAGT AGGTGAGTGG
    AGCGACTATG ACCAGGAGAT AAAGAGAATC TACAACAACT TCCTGGATGA GAAAGAAAGA
    GGCACCTTAG AAGGCTATCA GTCAACAGAC AGAAAACACC CAGGTGGTGT TACACACTCA
    GAGCTCTGA

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

    CloneID ODa150320
    Clone ID Related Accession (Same CDS sequence) XM_021480338.1
    Accession Version XM_021480338.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4665bp)
    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 2017-06-14
    Organism Danio rerio(zebrafish)
    Product UDP-glucose:glycoprotein glucosyltransferase 1 isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007113.7) 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 :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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
    ATGAACCATA GCATGGGCCA CTTATACCGT CCAAACATGG CAACTCACGA AGCAGATTCC 
    GAAGCCGGTG TTGGATTTTG TGGAAAGATG TGGCTGTTTT GTGCTGCACT GCTGGCTCTG
    GGCTCTGTCG ACTCTGTCAA TGGGGACTCA AAAGCAGTTA CAACGACACT GACTACTAAA
    TGGCCCTCGA CACCTCTCCT GTTGGAAGCC AGCGAGTTCC TTGCCGAGGA GAGTCAGGAC
    AAGTTCTGGG CCTTTGTGGA AGCCAACCAG AACATTGAGA ATGATCATGA TGACACGGAT
    CAGGCTTACT ATGACCTGAT CCTGAAGAGA GCTGGTGAGC TGCTGAGCCC AGTGCAGTTA
    AACCTGCTGA AGTTCTCCTT ATCTCTGAGG GCTTACTCAT CCACCATCCA TTCTTTCCAG
    CAGATTGCAT CCAATGAGCC TCCTCCATCT GGCTGTAAAG CATTCTTTAA TGTACACGGA
    CAGAAATCTT GTGATTCTGA AAGACTACAA GGCATGCTGG ACAATGCCTT AGAACGGCCA
    AAGCCAAACC TGTTCAAAGG TGATCACAGA TACCATTCAG CCAATCCTGA TGCACCAGTT
    GTGATTTTGT ACGCTGAAAT GGGCACCAAA GAATTCTCCA GACTCCATCA ACTGATGCTT
    TCAAAAGCCA ACAAGGGCAT GATCACTTAT GTTCTGCGGC ACTTTCTTGC TAGCCCAAGT
    AAAAGTAAAG TACACCTGTC TGGATATGGA GTGGAACTGG CCATCAAAAA CCAGGAGTAC
    AAAGCCAAAG ACGACACACA AGTTCAGGCT GGAGCTGATG CAAATGCAAC GGTAATAGGT
    GAAAATGATC TGGTGGATGA AGTGCAGGGC TTTCTTTTTG GCAAACTCAA AACCATTTAC
    CCTGAACTTA AGGAACAGCT GAAGGAGCTC CGGAAGCATT TGATAGAGAG TACCAATGAA
    ATGGCTCCAC TCAAAGTCTG GCAAATGCAA GATCTCAGCT TTCAGACTGC TGCTCGTATC
    CTGGCAGCTC CCTCTGTGGA TGCTCTCAAT GTCATGAAGG ATTTGAGCCA AAACTTTCCC
    ACCAAAGCCA GGTCCATAAC AAAAACGGTG GTTAATTCGG AGATCCGTAA GGAGATTGAG
    GAGAATCAAA AGTATTTTAA GGGGACTTTA GGGCTCCAGC CTGGAGACTC AGCTCTGTTC
    ATCAATGGAC TCCATATTGA CTTGGATGTG CAGGATATTT TCAGTGTTTT TGATGTGTTG
    AGGAATGAGG CAAGGGTCAT GGAGGGTCTG CGTAGTCTGC TCATAGAAAC GCCATACATC
    CACGACATCC TCAAACTCAA CGTTCAGCCT TCAGACTCTG ACTATGCCGT AGACATCCGC
    AACCCTGCTG TTCACTGGAT TAATAACCTG GAGACAGACG GCAGATATGC TTCCTGGCCC
    TCTAATGTGC AAGAACTGCT GCGGCCCACT TTTCCTGGAG TCATTCGACA GATCCGGAAG
    AACTTCCATA ATCTGGTGAT GATTCTGGAT CCGACCCATG AGAACACGGC TGAGCTGCTC
    GGAGTGGCAG AGATGTTTTA CAGCAACAAC ATCCCACTCA GGATTGGCGT GGTGTTTGTG
    GTGAACGATT CTGATGATGT TGATGGGATG CAAGATCCTG GTGTGGCTCT TCTTCGAGCT
    TTCAACTATA TAGCTGATGA CGTGGACGGC CAAATGGCCT TCGATGCTGT CATATCAATA
    ATGAATAGGA TTCCCAGTGG AGACAAACTG AAGGTGGAGC ATGTGGTGGG TGTGTTGGAG
    AAGAGATATC CATATGTAGA GATCAGCAGC ATCTTGGGCC CTGACTCTGC TTACGAAAAC
    AACAGAAAAG AGGGAAAGGC ATATTATGAG CAGACTGGTG TTGGCCCTCT GCCAGTGGTG
    TTGTATAATG GTATGCCTTT ACAGCGTGAG CAGTTAGACC CTGATGAACT TGAAACGGTC
    GTCATGCACA AGATCTTGGA GACCACCAGC TTTTTTCAGC GCACTGTCTA TCTGGGTGAG
    CTGAACAGTG ATCATGACGT GGTGGATTAT ATCATGAATC AGCCCAACGT GGTCCCTCGA
    ATCAATTCCA GAATTCTGAG CACCAGCAGG AATTATCTGG ACCTTTCCGC CACCAATAAT
    CATTTTATTG ACGAATATGC ACGTTTCCTG TTTTTGGATG CCAAAGACAA GAATGCAGCG
    GTGGCCAACA GTATGAATTA CATGACAAAG AAAGATGATG GCATCATCCG TCCGGTGACT
    TTCTGGGTAG TGGGAGACTT TGACCAGCCA TCGGGTCGAC AGCTGCTGTA TGATGCCATA
    CGTCACATGA AAACCAGTAA TAATGTGCGA TTAGGACTGA TCAATAACCC CAGTGAGAAC
    CCCTCTAATG AGAACAGTCT GATCGCTCGA GCCATATGGG CAGCCATGCA GACGCAAACC
    TCCAACAACG CCAAAAATTT CATCACCAAA ATGGCTAAAG AGGAGACGGC GCAGGCTCTT
    TACGGAGGCA GTGACATTGC GGAGTTTGCT GTCGGGGGCA TGGATGTTCC TCTCTTTAAG
    AGCGCGTATG AGTCTCCTAA TGTGAACTTC CTGCTGGCTC ATTCTGCGTA CTGTAGAGAT
    GTCCTCAAAC TGCAGAAGGG CCAGAGAGCT GTGATCAGCA ATGGAAGGAT CATTGGCCCA
    CTGGAGGAAA GGGAGGTCTT TAACCAGGAT GATTTCCTGC TTTTGGAGAG CATTATTCTG
    AAGACATCAG GGGAGCGGAT AAAGGGCAAA ATCCAACAGA TGGGCATGGT AGAGGACAGA
    GCTAGTGATC TGGTGATGAA GGTGGATGCC CTGCTGTCTT CACAGCCGAA AGGGGAAGCA
    AGGATCGAGC ACACTTTTGC TGAAGACAGA TACAGCGCTG TGAAAATCAG ACCAAAGGAA
    GAGGAAGTGT ACTTCGATGT TGTAGCTGTT TTAGATCCAG TGACCAGAGA TGCTCAGAAA
    CTAGCACCTC TACTCCTGGT ATTGAAGCAG CTGGTGAACG TCAACCTGCG AGTGTTCATG
    AACTGCCAGT CCAAGCTCTC TGACCTCCCG CTGAAAAGTT TTTATCGATA TGTTTTGGAG
    CCAGAGATTG TGTTTCTGAC CGATAGTAGC TTTGCTCCTG GTCCGATGGC TAAGTTCTTA
    GATATGCCTC AGTCGCCTTT GTTCACTCTG AACCTGAACA CCCCAGAAAG CTGGATGGTT
    GAGTCTGTCC ACACACGTTA CGATCTGGAT AACATATACC TTGAAGAGGT GGACAGTGTC
    GTGGCCGCCG AGTATGAGTT GGAGTATTTA TTACTGGAGG GTCACTGTTT TGACGTGACC
    ACAGGTCAGC CTCCCCGTGG TCTGCAGTTC ACTCTGGGCA CTGCCTCCGA CCCTGTCATA
    GTGGACACCA TCGTCATGGC CAACCTGGGT TATTTCCAGC TGAAAGCAAA CCCAGGAGCC
    TGGATGCTCA GGCTGAGGAA AGGCAGGTCG GATGATATCT ACAAAATCTA CAGTCACGAT
    GGCACAGACT CTCCAGCCGA AGCTGATGAT TTAATCGTCG TCCTTAACAA CTTCAAGAGC
    AAGATCATTA AAGTGAAAGT GCAGAAAAAG CCTGATATGA TAAATGAGGA GCTTCTCAGT
    GATGGTACCC ATGAGAACGA GTCTGGATTC TGGACATCTA TAGCCAGAGG ATTCACTGGT
    GGTTCAAACC CAGAAGAACC CAAACAGGAA AAAGACGATG TTATCAACAT TTTCTCTGTG
    GCCTCTGGTC ATTTATACGA GCGGTTCCTC AGGATAATGA TGCTGTCTGT GCTCAAACAC
    ACCAAGACAC CCGTCAAGTT CTGGTTCCTC AAAAACTACC TGTCGCCAAC TTTTAAGGAA
    TTCATTCCAT ATATGGCAGA GAAGTATGGT TTCCAGTATG AGTTGGTGCA GTATAAATGG
    CCACGTTGGC TTCACCAGCA GACAGAAAAG CAAAGGATCA TTTGGGGCTA TAAGATTCTG
    TTCCTCGACG TGCTCTTCCC GCTGGCTGTG GACAAGTTCC TCTTTGTGGA TGCGGATCAG
    ATAGTTCGCA CAGACCTGAA GGAGCTGCGA GATTTTGACC TAGAAGGGGC GCCTTATGGT
    TACACACCTT TCTGCGAGAG CCGAAGAGAA ATGGACGGAT ATCGTTTTTG GAAGTCTGGA
    TACTGGGCCA GTCATTTGGC CGGACGTAAA TACCACATCA GTGCTCTGTA TGTGGTCGAT
    CTGAAGAAGT TCAGGAAGAT TGCAGCTGGA GACCGACTGA GAGGCCAGTA CCAGGGTCTG
    AGTCAAGACC CCAACAGTCT GTCTAATCTG GACCAGGATT TGCCCAACAA CATGATTCAC
    CAAGTGCCAA TTAAGTCACT TCCTCAGGAA TGGCTTTGGT GTGAAACCTG GTGTGATGAT
    GCGTCTAAAA AGAAAGCCAA AACTATAGAT CTGTGCAATA ACCCACAAAC AAAAGAGCCG
    AAGCTGCAGG CTGCTGTACG TATAGTAGGT GAGTGGAGCG ACTATGACCA GGAGATAAAG
    AGAATCTACA ACAACTTCCT GGATGAGAAA GAAAGAGGCA CCTTAGAAGG CTATCAGTCA
    ACAGACAGAA AACACCCAGG TGGTGTTACA CACTCAGAGC TCTGA

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

    RefSeq XP_021336013.1
    CDS25..4689
    Translation

    Target ORF information:

    RefSeq Version XM_021480338.1
    Organism Danio rerio(zebrafish)
    Definition Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_021480338.1

    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
    ATGAACCATA GCATGGGCCA CTTATACCGT CCAAACATGG CAACTCACGA AGCAGATTCC 
    GAAGCCGGTG TTGGATTTTG TGGAAAGATG TGGCTGTTTT GTGCTGCACT GCTGGCTCTG
    GGCTCTGTCG ACTCTGTCAA TGGGGACTCA AAAGCAGTTA CAACGACACT GACTACTAAA
    TGGCCCTCGA CACCTCTCCT GTTGGAAGCC AGCGAGTTCC TTGCCGAGGA GAGTCAGGAC
    AAGTTCTGGG CCTTTGTGGA AGCCAACCAG AACATTGAGA ATGATCATGA TGACACGGAT
    CAGGCTTACT ATGACCTGAT CCTGAAGAGA GCTGGTGAGC TGCTGAGCCC AGTGCAGTTA
    AACCTGCTGA AGTTCTCCTT ATCTCTGAGG GCTTACTCAT CCACCATCCA TTCTTTCCAG
    CAGATTGCAT CCAATGAGCC TCCTCCATCT GGCTGTAAAG CATTCTTTAA TGTACACGGA
    CAGAAATCTT GTGATTCTGA AAGACTACAA GGCATGCTGG ACAATGCCTT AGAACGGCCA
    AAGCCAAACC TGTTCAAAGG TGATCACAGA TACCATTCAG CCAATCCTGA TGCACCAGTT
    GTGATTTTGT ACGCTGAAAT GGGCACCAAA GAATTCTCCA GACTCCATCA ACTGATGCTT
    TCAAAAGCCA ACAAGGGCAT GATCACTTAT GTTCTGCGGC ACTTTCTTGC TAGCCCAAGT
    AAAAGTAAAG TACACCTGTC TGGATATGGA GTGGAACTGG CCATCAAAAA CCAGGAGTAC
    AAAGCCAAAG ACGACACACA AGTTCAGGCT GGAGCTGATG CAAATGCAAC GGTAATAGGT
    GAAAATGATC TGGTGGATGA AGTGCAGGGC TTTCTTTTTG GCAAACTCAA AACCATTTAC
    CCTGAACTTA AGGAACAGCT GAAGGAGCTC CGGAAGCATT TGATAGAGAG TACCAATGAA
    ATGGCTCCAC TCAAAGTCTG GCAAATGCAA GATCTCAGCT TTCAGACTGC TGCTCGTATC
    CTGGCAGCTC CCTCTGTGGA TGCTCTCAAT GTCATGAAGG ATTTGAGCCA AAACTTTCCC
    ACCAAAGCCA GGTCCATAAC AAAAACGGTG GTTAATTCGG AGATCCGTAA GGAGATTGAG
    GAGAATCAAA AGTATTTTAA GGGGACTTTA GGGCTCCAGC CTGGAGACTC AGCTCTGTTC
    ATCAATGGAC TCCATATTGA CTTGGATGTG CAGGATATTT TCAGTGTTTT TGATGTGTTG
    AGGAATGAGG CAAGGGTCAT GGAGGGTCTG CGTAGTCTGC TCATAGAAAC GCCATACATC
    CACGACATCC TCAAACTCAA CGTTCAGCCT TCAGACTCTG ACTATGCCGT AGACATCCGC
    AACCCTGCTG TTCACTGGAT TAATAACCTG GAGACAGACG GCAGATATGC TTCCTGGCCC
    TCTAATGTGC AAGAACTGCT GCGGCCCACT TTTCCTGGAG TCATTCGACA GATCCGGAAG
    AACTTCCATA ATCTGGTGAT GATTCTGGAT CCGACCCATG AGAACACGGC TGAGCTGCTC
    GGAGTGGCAG AGATGTTTTA CAGCAACAAC ATCCCACTCA GGATTGGCGT GGTGTTTGTG
    GTGAACGATT CTGATGATGT TGATGGGATG CAAGATCCTG GTGTGGCTCT TCTTCGAGCT
    TTCAACTATA TAGCTGATGA CGTGGACGGC CAAATGGCCT TCGATGCTGT CATATCAATA
    ATGAATAGGA TTCCCAGTGG AGACAAACTG AAGGTGGAGC ATGTGGTGGG TGTGTTGGAG
    AAGAGATATC CATATGTAGA GATCAGCAGC ATCTTGGGCC CTGACTCTGC TTACGAAAAC
    AACAGAAAAG AGGGAAAGGC ATATTATGAG CAGACTGGTG TTGGCCCTCT GCCAGTGGTG
    TTGTATAATG GTATGCCTTT ACAGCGTGAG CAGTTAGACC CTGATGAACT TGAAACGGTC
    GTCATGCACA AGATCTTGGA GACCACCAGC TTTTTTCAGC GCACTGTCTA TCTGGGTGAG
    CTGAACAGTG ATCATGACGT GGTGGATTAT ATCATGAATC AGCCCAACGT GGTCCCTCGA
    ATCAATTCCA GAATTCTGAG CACCAGCAGG AATTATCTGG ACCTTTCCGC CACCAATAAT
    CATTTTATTG ACGAATATGC ACGTTTCCTG TTTTTGGATG CCAAAGACAA GAATGCAGCG
    GTGGCCAACA GTATGAATTA CATGACAAAG AAAGATGATG GCATCATCCG TCCGGTGACT
    TTCTGGGTAG TGGGAGACTT TGACCAGCCA TCGGGTCGAC AGCTGCTGTA TGATGCCATA
    CGTCACATGA AAACCAGTAA TAATGTGCGA TTAGGACTGA TCAATAACCC CAGTGAGAAC
    CCCTCTAATG AGAACAGTCT GATCGCTCGA GCCATATGGG CAGCCATGCA GACGCAAACC
    TCCAACAACG CCAAAAATTT CATCACCAAA ATGGCTAAAG AGGAGACGGC GCAGGCTCTT
    TACGGAGGCA GTGACATTGC GGAGTTTGCT GTCGGGGGCA TGGATGTTCC TCTCTTTAAG
    AGCGCGTATG AGTCTCCTAA TGTGAACTTC CTGCTGGCTC ATTCTGCGTA CTGTAGAGAT
    GTCCTCAAAC TGCAGAAGGG CCAGAGAGCT GTGATCAGCA ATGGAAGGAT CATTGGCCCA
    CTGGAGGAAA GGGAGGTCTT TAACCAGGAT GATTTCCTGC TTTTGGAGAG CATTATTCTG
    AAGACATCAG GGGAGCGGAT AAAGGGCAAA ATCCAACAGA TGGGCATGGT AGAGGACAGA
    GCTAGTGATC TGGTGATGAA GGTGGATGCC CTGCTGTCTT CACAGCCGAA AGGGGAAGCA
    AGGATCGAGC ACACTTTTGC TGAAGACAGA TACAGCGCTG TGAAAATCAG ACCAAAGGAA
    GAGGAAGTGT ACTTCGATGT TGTAGCTGTT TTAGATCCAG TGACCAGAGA TGCTCAGAAA
    CTAGCACCTC TACTCCTGGT ATTGAAGCAG CTGGTGAACG TCAACCTGCG AGTGTTCATG
    AACTGCCAGT CCAAGCTCTC TGACCTCCCG CTGAAAAGTT TTTATCGATA TGTTTTGGAG
    CCAGAGATTG TGTTTCTGAC CGATAGTAGC TTTGCTCCTG GTCCGATGGC TAAGTTCTTA
    GATATGCCTC AGTCGCCTTT GTTCACTCTG AACCTGAACA CCCCAGAAAG CTGGATGGTT
    GAGTCTGTCC ACACACGTTA CGATCTGGAT AACATATACC TTGAAGAGGT GGACAGTGTC
    GTGGCCGCCG AGTATGAGTT GGAGTATTTA TTACTGGAGG GTCACTGTTT TGACGTGACC
    ACAGGTCAGC CTCCCCGTGG TCTGCAGTTC ACTCTGGGCA CTGCCTCCGA CCCTGTCATA
    GTGGACACCA TCGTCATGGC CAACCTGGGT TATTTCCAGC TGAAAGCAAA CCCAGGAGCC
    TGGATGCTCA GGCTGAGGAA AGGCAGGTCG GATGATATCT ACAAAATCTA CAGTCACGAT
    GGCACAGACT CTCCAGCCGA AGCTGATGAT TTAATCGTCG TCCTTAACAA CTTCAAGAGC
    AAGATCATTA AAGTGAAAGT GCAGAAAAAG CCTGATATGA TAAATGAGGA GCTTCTCAGT
    GATGGTACCC ATGAGAACGA GTCTGGATTC TGGACATCTA TAGCCAGAGG ATTCACTGGT
    GGTTCAAACC CAGAAGAACC CAAACAGGAA AAAGACGATG TTATCAACAT TTTCTCTGTG
    GCCTCTGGTC ATTTATACGA GCGGTTCCTC AGGATAATGA TGCTGTCTGT GCTCAAACAC
    ACCAAGACAC CCGTCAAGTT CTGGTTCCTC AAAAACTACC TGTCGCCAAC TTTTAAGGAA
    TTCATTCCAT ATATGGCAGA GAAGTATGGT TTCCAGTATG AGTTGGTGCA GTATAAATGG
    CCACGTTGGC TTCACCAGCA GACAGAAAAG CAAAGGATCA TTTGGGGCTA TAAGATTCTG
    TTCCTCGACG TGCTCTTCCC GCTGGCTGTG GACAAGTTCC TCTTTGTGGA TGCGGATCAG
    ATAGTTCGCA CAGACCTGAA GGAGCTGCGA GATTTTGACC TAGAAGGGGC GCCTTATGGT
    TACACACCTT TCTGCGAGAG CCGAAGAGAA ATGGACGGAT ATCGTTTTTG GAAGTCTGGA
    TACTGGGCCA GTCATTTGGC CGGACGTAAA TACCACATCA GTGCTCTGTA TGTGGTCGAT
    CTGAAGAAGT TCAGGAAGAT TGCAGCTGGA GACCGACTGA GAGGCCAGTA CCAGGGTCTG
    AGTCAAGACC CCAACAGTCT GTCTAATCTG GACCAGGATT TGCCCAACAA CATGATTCAC
    CAAGTGCCAA TTAAGTCACT TCCTCAGGAA TGGCTTTGGT GTGAAACCTG GTGTGATGAT
    GCGTCTAAAA AGAAAGCCAA AACTATAGAT CTGTGCAATA ACCCACAAAC AAAAGAGCCG
    AAGCTGCAGG CTGCTGTACG TATAGTAGGT GAGTGGAGCG ACTATGACCA GGAGATAAAG
    AGAATCTACA ACAACTTCCT GGATGAGAAA GAAAGAGGCA CCTTAGAAGG CTATCAGTCA
    ACAGACAGAA AACACCCAGG TGGTGTTACA CACTCAGAGC TCTGA

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

    CloneID ODa35266
    Clone ID Related Accession (Same CDS sequence) NM_001077534.1
    Accession Version NM_001077534.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4578bp)
    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 2019-01-26
    Organism Danio rerio(zebrafish)
    Product UDP-glucose:glycoprotein glucosyltransferase 1 precursor
    Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BC125832.1. On Nov 9, 2006 this sequence version replaced XM_695443.1. ##Evidence-Data-START## Transcript exon combination :: BC125832.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA2168446, SAMEA2168447 [ECO:0000350] ##Evidence-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
    ATGTGGCTGT TTTGTGCTGC ACTGCTGGCT CTGGGCTCTG TCGACTCTGT CATTGGGGAC 
    TCAAAAGCAG TTACAACGAC ACTGACTACT AAATGGCCCT CGACACCTCT CCTGTTGGAA
    GCCAGCGAGT TCCTTGCCGA GGAGAGTCAG GACAAGTTCT GGGTTTTTGT GGAAGCCAAC
    CAGAACATTG AGAATGATCA TGATGACACG GATCAGGCTT ACTATGACCT GATCCTGAAG
    AGAGCTGGTG AGCTGCTGAG CCCAGTGCAG TTAAACCTGC TGAAGTTCTC CTTATCTCTG
    AGGGCTTACT CATCCACCAT CCATTCTTTC CAGCAGATTG CATCCAATGA GCCTCCTCCA
    TCTGGCTGTA AAGCATTCTT TAATGTACAT GGACAGAAAT CTTGTGATTC TGAAAGACTA
    CAAGGCATGC TGGACAATGC CTTAGAACGG CCAAAGCCAA ACCTGTTCAA AGGTGATCAC
    AGATACCATT CAGCCAATCC TGATGCACCA GTTGTGATTT TGTACGCTGA AATGGGCACC
    AAAGAATTCT CCAGACTCCA TCAACTGATG CTTTCAAAAG CCAACAAGGG CATGATCACT
    TATGTTCTGC GGCACTTTCT TGCTAGCCCA AGTAAAAGTA AAGTACACCT GTCTGGATAT
    GGAGTGGAAC TGGCCATCAA AAACCAGGAG TACAAAGCCA AAGACGACAC ACAAGTTCAG
    GCTGGCGCTG ATGCAAATGC AACGGTAATA GGTGAAAATG ATCCGGTGGA TGAAGTGCAG
    GGCTTTCTTT TTGGCAAACT CAAAACCATT TACCCTGAAC TTAAGGAACA GCTGAAGGAG
    CTCCGGAAGC ATTTGATAGA GAGTACCAAT GAAATGGCTC CACTCAAAGT CTGGCAAATG
    CAAGATCTCA GCTTTCAGAC TGCTGCTCGT ATCCTGGCAG CTCCCTCTGT GGATGCTCTC
    AATGTCATGA AGGATTTGAG CCAAAACTTT CCCACCAAAG CCAGGTCCAT AACAAAAACG
    GTGGTTAATT CGGAGATCCG TAAGGAGATT GAGGAGAATC AAAAGTATTT TAAGGGGACT
    TTAGGGCTAC AGCCTGGAGA CTCGGCTCTG TTCATCAATG GACTCCATAT TGACTTGGAT
    GTGCAGGATA TTTTCAGTGT TTTTGATGTG TTGAGGAATG AGGCAAGGGT CATGGAGGGT
    CTGCGTAGTC TGCTCATAGA AACGCCATAC ATCCACGACA TCCTCAAACT CAACGTTCAG
    CCTTCAGACT CTGACTATGC CGTAGACATC CGCAACCCTG CTGTTCACTG GATTAATAAC
    CTGGAGACAG ACGGCAGATA TGCTTCCTGG CCCTCTAATG TGCAAGAACT GCTGCGGCCC
    ACTTTTCCTG GAGTCATTCG ACAGATCCGG AAGAACTTCC ATAATCTGGT GATGATTCTG
    GATCCGACCC ATGAGAACAC GGCTGAGCTG CTTGGAGTGG CAGAGATGTT TTACAGCAAC
    AACATCCCAC TCAGGATCGG CGTGGTGTTT GTGGTGAACG ATTCTGATGA TGTTGATGGG
    ATGCAAGATC CTGGTGTGGC TCTTCTTCGA GCTTTCAACT ATATTGCTGA TGACGTGGAC
    GGCCAAATGG CCTTCGATGC TGTCATATCT ATAATGAATA GGATTCCCAG TGGAGACAAA
    CTGAAGGTGG AGCATGTGGT GGGTGTGTTG GAGAAGAGAT ATCCATATGT AGAGATCAGC
    AGCATCTTGG GCCCTGACTC TGCTTACGAC AACAACAGAA AAGAGGGAAA GGCATATTAT
    GAGCAGACTG GTGTTGGCCC TCTGCCAGTG GTGTTGTATA ATGGTATGCC CTTACAGCGT
    GAGCAGTTAG ACCCTGATGA ACTTGAAACG GTCGTCATGC ACAAGATCTT GGAGACCACC
    AGCTTTTTTC AGCGCACTGT CTATCTGGGT GAGCTGAACA GTGATCATGA CGTGGTGGAT
    TATATCATGA ATCAGCCCAA CGTGGTCCCT CGAATCAATT CCAGAATCCT GAGCACCAGC
    AGGAATTATC TGGACCTTTC CGCCACCAAT AATCATTTTA TTGACGAATA TGCACGTTTC
    CTGTTTTTGG ATGCCAAAGA CAAGAATGCA GCGGTGGCCA ACAGTATGAA TTACATGACA
    AAGAAAGATG ATGGCATCAT CCGTCCGGTG ACTTTCTGGG TAGTGGGAGA CTTTGACCAG
    CCATCGGGTC GACAGCTGCT GTATGATGCC ATACGTCACA TGAAAACCAG TAATAATGTG
    CGATTAGGAC TGATCAATAA CCCCAGTGAG AACCCCTCTA ATGAGAACAG TCTGATCGCT
    CGAGCCATAT GGGCAGCCAT GCAGACGCAA ACCTCCAACA ACGCCAAAAA TTTCATCACC
    AAAATGGCTA AAGAGGAGAC GGCGCAGGCT CTTTACGGAG GCAGTGACAT TGCGGAGTTT
    GCTGTCGGGG GCATGGATGT TCCTCTCTTT AAGAGCGCGT ATGAGTCTCC TAATGTGAAC
    TTCCTGCTGG CTCATTCTGC GTACTGTAGA GATGTCCTCA AACTGCAGAA GGGCCAGAGA
    GCTGTGATCA GCAATGGAAG GATCATTGGC CCACTGGAGG AAAGGGAGGT CTTTAACCAG
    GATGATTTCC TGCTTCTGGA GAGCATTATT CTGAAGACAT CAGGGGAGCG GATAAAGGGC
    AAAATCCAAC AGATGGGCAT GGTAGAGGAC AGAGCTAGTG ATCTGGTGAT GAAGGTGGAT
    GCCCTGCTGT CTTCACAGCC GAAAGGTGAA GCAAGGATCG AGCACACTTT TGCTGAAGAC
    AGATACAGCG CTGTGAAAAT CAGACCAAAG GAAGAGGAAG TGTACTTCGA TGTTGTAGCT
    GTTTTAGATC CAGTGACCAG AGATGCTCAG AAACTAGCAC CTCTACTCCT GGTATTGAAG
    CAGCTGGTGG ACGTCAACCT GCGAGTGTTC ATGAACTGCC AGTCCAAGCT CTCTGACCTC
    CCGCTGAAAA GTTTTTATCG ATATGTTTTG GAGCCAGAGA TTGTGTTTCT GACCGATAGC
    AGCTTTGCTC CTGGTCCGAT GGCTAAGTTC TTAGATATGC CTCAGTCGCC TTTGTTCACT
    CTGAACCTGA ACACCCCAGA AAGCTGGATG GTTGAGTCTG TCCACACACG TTACGATCTG
    GATAACATAT ACCTTGAAGA GGTGGACAGT GTCGTGGCCG CTGAGTATGA GTTGGAGTAT
    TTATTACTGG AGGGTCACTG TTTTGACGTG ACCACAGGTC AGCCTCCCCG TGGTCTGCAG
    TTCACTCTGG GCACTGCCTC CGACCCTGTC ATAGTGGACA CCATCGTCAT GGCCAACCTG
    GGTTATTTCC AGCTGAAAGC AAACCCAGGA GCCTGGATGC TCAGGCTGAG GAAAGGCAGG
    TCGGATGATA TCTACAAAAT CTACAGTCAC GATGGCACAG ACTCTCCAGC CGAAGCTGAT
    GATTTAATCG TCGTCCTTAA CAACTTCAAG AGCAAGATCA TTAAAGTGAA AGTGCAGAAA
    AAGCCTGATA TGATAAATGA GGAGCTTCTC AGTGATGGTA CCCATGAGAA CGAGTCTGGA
    TTCTGGACAT CTATAGCCAG AGGATTCACT GGTGGTTCAA ACCCAGAAGA GCCCAAACAG
    GAAAAAGACG ATGTTATCAA CATTTTCTCT GTGGCTTCTG GTCATTTATA CGAGCGGTTC
    CTCAGGATAA TGATGCTGTC TGTGCTCAAA CACACCAAGA CACCCGTCAA GTTCTGGTTC
    CTCAAAAACT ACCTGTCGCC AACTTTTAAG GAATTCATTC CATATATGGC AGAGAAGTAT
    GGTTTCCAGT ATGAGTTGGT GCAGTATAAA TGGCCACGTT GGCTTCACCA GCAGACAGAA
    AAGCAAAGGA TCATTTGGGG CTATAAGATT CTGTTCCTCG ACGTGCTCTT CCCGCTGGCT
    GTGGACAAGT TCCTCTTTGT GGATGCGGAT CAGATAGTTC GCACAGACCT GAAGGAGCTG
    CGAGATTTTG ACCTAGAAGG GGCGCCTTAT GGTTACACAC CTTTCTGCGA GAGCCGAAGA
    GAAATGGACG GACATCGTTT TTGGAAGTCT GGATACTGGG CTAGTCATTT GGCCGGACGT
    AAATACCACA TCAGTGCTCT GTATGTGGTC GATCTGAAGA AGTTCAGGAA GATTGCAGCT
    GGAGACCGAC TGAGAGGCCA GTACCAGGGT CTGAGTCAAG ACCCCAACAG TCTGTCTAAT
    CTGGACCAGG ATTTGCCCAA CAACATGATC CACCAAGTGC CAATTAAGTC ACTTCCTCAG
    GAATGGCTTT GGTGTGAAAC CTGGTGTGAT GATGCGTCTA AAAAGAAAGC CAAAACTATA
    GATCTGTGCA ATAACCCACA GACAAAAGAG CCGAAGCTGC AGGCTGCTGT ACGTATAGTA
    GGTGAGTGGA GCGACTATGA CCAGGAGATA AAGAGAATCT ACAACAACTT CCTGGATGAG
    AAAGAAAGAG GCACCTTAGA AGGCTATCAG TCAACAGACA GAAAACACCC AGGTGGTGAT
    ACACACTCAG AGCTCTGA

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

    RefSeq NP_001071002.1
    CDS40..4617
    Translation

    Target ORF information:

    RefSeq Version NM_001077534.1
    Organism Danio rerio(zebrafish)
    Definition Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001077534.1

    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
    ATGTGGCTGT TTTGTGCTGC ACTGCTGGCT CTGGGCTCTG TCGACTCTGT CATTGGGGAC 
    TCAAAAGCAG TTACAACGAC ACTGACTACT AAATGGCCCT CGACACCTCT CCTGTTGGAA
    GCCAGCGAGT TCCTTGCCGA GGAGAGTCAG GACAAGTTCT GGGTTTTTGT GGAAGCCAAC
    CAGAACATTG AGAATGATCA TGATGACACG GATCAGGCTT ACTATGACCT GATCCTGAAG
    AGAGCTGGTG AGCTGCTGAG CCCAGTGCAG TTAAACCTGC TGAAGTTCTC CTTATCTCTG
    AGGGCTTACT CATCCACCAT CCATTCTTTC CAGCAGATTG CATCCAATGA GCCTCCTCCA
    TCTGGCTGTA AAGCATTCTT TAATGTACAT GGACAGAAAT CTTGTGATTC TGAAAGACTA
    CAAGGCATGC TGGACAATGC CTTAGAACGG CCAAAGCCAA ACCTGTTCAA AGGTGATCAC
    AGATACCATT CAGCCAATCC TGATGCACCA GTTGTGATTT TGTACGCTGA AATGGGCACC
    AAAGAATTCT CCAGACTCCA TCAACTGATG CTTTCAAAAG CCAACAAGGG CATGATCACT
    TATGTTCTGC GGCACTTTCT TGCTAGCCCA AGTAAAAGTA AAGTACACCT GTCTGGATAT
    GGAGTGGAAC TGGCCATCAA AAACCAGGAG TACAAAGCCA AAGACGACAC ACAAGTTCAG
    GCTGGCGCTG ATGCAAATGC AACGGTAATA GGTGAAAATG ATCCGGTGGA TGAAGTGCAG
    GGCTTTCTTT TTGGCAAACT CAAAACCATT TACCCTGAAC TTAAGGAACA GCTGAAGGAG
    CTCCGGAAGC ATTTGATAGA GAGTACCAAT GAAATGGCTC CACTCAAAGT CTGGCAAATG
    CAAGATCTCA GCTTTCAGAC TGCTGCTCGT ATCCTGGCAG CTCCCTCTGT GGATGCTCTC
    AATGTCATGA AGGATTTGAG CCAAAACTTT CCCACCAAAG CCAGGTCCAT AACAAAAACG
    GTGGTTAATT CGGAGATCCG TAAGGAGATT GAGGAGAATC AAAAGTATTT TAAGGGGACT
    TTAGGGCTAC AGCCTGGAGA CTCGGCTCTG TTCATCAATG GACTCCATAT TGACTTGGAT
    GTGCAGGATA TTTTCAGTGT TTTTGATGTG TTGAGGAATG AGGCAAGGGT CATGGAGGGT
    CTGCGTAGTC TGCTCATAGA AACGCCATAC ATCCACGACA TCCTCAAACT CAACGTTCAG
    CCTTCAGACT CTGACTATGC CGTAGACATC CGCAACCCTG CTGTTCACTG GATTAATAAC
    CTGGAGACAG ACGGCAGATA TGCTTCCTGG CCCTCTAATG TGCAAGAACT GCTGCGGCCC
    ACTTTTCCTG GAGTCATTCG ACAGATCCGG AAGAACTTCC ATAATCTGGT GATGATTCTG
    GATCCGACCC ATGAGAACAC GGCTGAGCTG CTTGGAGTGG CAGAGATGTT TTACAGCAAC
    AACATCCCAC TCAGGATCGG CGTGGTGTTT GTGGTGAACG ATTCTGATGA TGTTGATGGG
    ATGCAAGATC CTGGTGTGGC TCTTCTTCGA GCTTTCAACT ATATTGCTGA TGACGTGGAC
    GGCCAAATGG CCTTCGATGC TGTCATATCT ATAATGAATA GGATTCCCAG TGGAGACAAA
    CTGAAGGTGG AGCATGTGGT GGGTGTGTTG GAGAAGAGAT ATCCATATGT AGAGATCAGC
    AGCATCTTGG GCCCTGACTC TGCTTACGAC AACAACAGAA AAGAGGGAAA GGCATATTAT
    GAGCAGACTG GTGTTGGCCC TCTGCCAGTG GTGTTGTATA ATGGTATGCC CTTACAGCGT
    GAGCAGTTAG ACCCTGATGA ACTTGAAACG GTCGTCATGC ACAAGATCTT GGAGACCACC
    AGCTTTTTTC AGCGCACTGT CTATCTGGGT GAGCTGAACA GTGATCATGA CGTGGTGGAT
    TATATCATGA ATCAGCCCAA CGTGGTCCCT CGAATCAATT CCAGAATCCT GAGCACCAGC
    AGGAATTATC TGGACCTTTC CGCCACCAAT AATCATTTTA TTGACGAATA TGCACGTTTC
    CTGTTTTTGG ATGCCAAAGA CAAGAATGCA GCGGTGGCCA ACAGTATGAA TTACATGACA
    AAGAAAGATG ATGGCATCAT CCGTCCGGTG ACTTTCTGGG TAGTGGGAGA CTTTGACCAG
    CCATCGGGTC GACAGCTGCT GTATGATGCC ATACGTCACA TGAAAACCAG TAATAATGTG
    CGATTAGGAC TGATCAATAA CCCCAGTGAG AACCCCTCTA ATGAGAACAG TCTGATCGCT
    CGAGCCATAT GGGCAGCCAT GCAGACGCAA ACCTCCAACA ACGCCAAAAA TTTCATCACC
    AAAATGGCTA AAGAGGAGAC GGCGCAGGCT CTTTACGGAG GCAGTGACAT TGCGGAGTTT
    GCTGTCGGGG GCATGGATGT TCCTCTCTTT AAGAGCGCGT ATGAGTCTCC TAATGTGAAC
    TTCCTGCTGG CTCATTCTGC GTACTGTAGA GATGTCCTCA AACTGCAGAA GGGCCAGAGA
    GCTGTGATCA GCAATGGAAG GATCATTGGC CCACTGGAGG AAAGGGAGGT CTTTAACCAG
    GATGATTTCC TGCTTCTGGA GAGCATTATT CTGAAGACAT CAGGGGAGCG GATAAAGGGC
    AAAATCCAAC AGATGGGCAT GGTAGAGGAC AGAGCTAGTG ATCTGGTGAT GAAGGTGGAT
    GCCCTGCTGT CTTCACAGCC GAAAGGTGAA GCAAGGATCG AGCACACTTT TGCTGAAGAC
    AGATACAGCG CTGTGAAAAT CAGACCAAAG GAAGAGGAAG TGTACTTCGA TGTTGTAGCT
    GTTTTAGATC CAGTGACCAG AGATGCTCAG AAACTAGCAC CTCTACTCCT GGTATTGAAG
    CAGCTGGTGG ACGTCAACCT GCGAGTGTTC ATGAACTGCC AGTCCAAGCT CTCTGACCTC
    CCGCTGAAAA GTTTTTATCG ATATGTTTTG GAGCCAGAGA TTGTGTTTCT GACCGATAGC
    AGCTTTGCTC CTGGTCCGAT GGCTAAGTTC TTAGATATGC CTCAGTCGCC TTTGTTCACT
    CTGAACCTGA ACACCCCAGA AAGCTGGATG GTTGAGTCTG TCCACACACG TTACGATCTG
    GATAACATAT ACCTTGAAGA GGTGGACAGT GTCGTGGCCG CTGAGTATGA GTTGGAGTAT
    TTATTACTGG AGGGTCACTG TTTTGACGTG ACCACAGGTC AGCCTCCCCG TGGTCTGCAG
    TTCACTCTGG GCACTGCCTC CGACCCTGTC ATAGTGGACA CCATCGTCAT GGCCAACCTG
    GGTTATTTCC AGCTGAAAGC AAACCCAGGA GCCTGGATGC TCAGGCTGAG GAAAGGCAGG
    TCGGATGATA TCTACAAAAT CTACAGTCAC GATGGCACAG ACTCTCCAGC CGAAGCTGAT
    GATTTAATCG TCGTCCTTAA CAACTTCAAG AGCAAGATCA TTAAAGTGAA AGTGCAGAAA
    AAGCCTGATA TGATAAATGA GGAGCTTCTC AGTGATGGTA CCCATGAGAA CGAGTCTGGA
    TTCTGGACAT CTATAGCCAG AGGATTCACT GGTGGTTCAA ACCCAGAAGA GCCCAAACAG
    GAAAAAGACG ATGTTATCAA CATTTTCTCT GTGGCTTCTG GTCATTTATA CGAGCGGTTC
    CTCAGGATAA TGATGCTGTC TGTGCTCAAA CACACCAAGA CACCCGTCAA GTTCTGGTTC
    CTCAAAAACT ACCTGTCGCC AACTTTTAAG GAATTCATTC CATATATGGC AGAGAAGTAT
    GGTTTCCAGT ATGAGTTGGT GCAGTATAAA TGGCCACGTT GGCTTCACCA GCAGACAGAA
    AAGCAAAGGA TCATTTGGGG CTATAAGATT CTGTTCCTCG ACGTGCTCTT CCCGCTGGCT
    GTGGACAAGT TCCTCTTTGT GGATGCGGAT CAGATAGTTC GCACAGACCT GAAGGAGCTG
    CGAGATTTTG ACCTAGAAGG GGCGCCTTAT GGTTACACAC CTTTCTGCGA GAGCCGAAGA
    GAAATGGACG GACATCGTTT TTGGAAGTCT GGATACTGGG CTAGTCATTT GGCCGGACGT
    AAATACCACA TCAGTGCTCT GTATGTGGTC GATCTGAAGA AGTTCAGGAA GATTGCAGCT
    GGAGACCGAC TGAGAGGCCA GTACCAGGGT CTGAGTCAAG ACCCCAACAG TCTGTCTAAT
    CTGGACCAGG ATTTGCCCAA CAACATGATC CACCAAGTGC CAATTAAGTC ACTTCCTCAG
    GAATGGCTTT GGTGTGAAAC CTGGTGTGAT GATGCGTCTA AAAAGAAAGC CAAAACTATA
    GATCTGTGCA ATAACCCACA GACAAAAGAG CCGAAGCTGC AGGCTGCTGT ACGTATAGTA
    GGTGAGTGGA GCGACTATGA CCAGGAGATA AAGAGAATCT ACAACAACTT CCTGGATGAG
    AAAGAAAGAG GCACCTTAGA AGGCTATCAG TCAACAGACA GAAAACACCC AGGTGGTGAT
    ACACACTCAG AGCTCTGA

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

    CloneID ODa07207
    Clone ID Related Accession (Same CDS sequence) XM_005171290.2
    Accession Version XM_005171290.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4653bp)
    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 2016-06-23
    Organism Danio rerio(Zebrafish)
    Product UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
    Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007113.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 24, 2014 this sequence version replaced XM_005171290.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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
    ATGGGCCACT TATACCGTCC AAACATGGCA ACTCACGAAG CAGATTCCGA AGCCGGTGTT 
    GGATTTTGTG GAAAGATGTG GCTGTTTTGT GCTGCACTGC TGGCTCTGGG CTCTGTCGAC
    TCTGTCAATG GGGACTCAAA AGCAGTTACA ACGACACTGA CTACTAAATG GCCCTCGACA
    CCTCTCCTGT TGGAAGCCAG CGAGTTCCTT GCCGAGGAGA GTCAGGACAA GTTCTGGGCC
    TTTGTGGAAG CCAACCAGAA CATTGAGAAT GATCATGATG ACACGGATCA GGCTTACTAT
    GACCTGATCC TGAAGAGAGC TGGTGAGCTG CTGAGCCCAG TGCAGTTAAA CCTGCTGAAG
    TTCTCCTTAT CTCTGAGGGC TTACTCATCC ACCATCCATT CTTTCCAGCA GATTGCATCC
    AATGAGCCTC CTCCATCTGG CTGTAAAGCA TTCTTTAATG TACACGGACA GAAATCTTGT
    GATTCTGAAA GACTACAAGG CATGCTGGAC AATGCCTTAG AACGGCCAAA GCCAAACCTG
    TTCAAAGGTG ATCACAGATA CCATTCAGCC AATCCTGATG CACCAGTTGT GATTTTGTAC
    GCTGAAATGG GCACCAAAGA ATTCTCCAGA CTCCATCAAC TGATGCTTTC AAAAGCCAAC
    AAGGGCATGA TCACTTATGT TCTGCGGCAC TTTCTTGCTA GCCCAAGTAA AAGTAAAGTA
    CACCTGTCTG GATATGGAGT GGAACTGGCC ATCAAAAACC AGGAGTACAA AGCCAAAGAC
    GACACACAAG TTCAGGCTGG AGCTGATGCA AATGCAACGG TAATAGGTGA AAATGATCTG
    GTGGATGAAG TGCAGGGCTT TCTTTTTGGC AAACTCAAAA CCATTTACCC TGAACTTAAG
    GAACAGCTGA AGGAGCTCCG GAAGCATTTG ATAGAGAGTA CCAATGAAAT GGCTCCACTC
    AAAGTCTGGC AAATGCAAGA TCTCAGCTTT CAGACTGCTG CTCGTATCCT GGCAGCTCCC
    TCTGTGGATG CTCTCAATGT CATGAAGGAT TTGAGCCAAA ACTTTCCCAC CAAAGCCAGG
    TCCATAACAA AAACGGTGGT TAATTCGGAG ATCCGTAAGG AGATTGAGGA GAATCAAAAG
    TATTTTAAGG GGACTTTAGG GCTCCAGCCT GGAGACTCAG CTCTGTTCAT CAATGGACTC
    CATATTGACT TGGATGTGCA GGATATTTTC AGTGTTTTTG ATGTGTTGAG GAATGAGGCA
    AGGGTCATGG AGGGTCTGCG TAGTCTGCTC ATAGAAACGC CATACATCCA CGACATCCTC
    AAACTCAACG TTCAGCCTTC AGACTCTGAC TATGCCGTAG ACATCCGCAA CCCTGCTGTT
    CACTGGATTA ATAACCTGGA GACAGACGGC AGATATGCTT CCTGGCCCTC TAATGTGCAA
    GAACTGCTGC GGCCCACTTT TCCTGGAGTC ATTCGACAGA TCCGGAAGAA CTTCCATAAT
    CTGGTGATGA TTCTGGATCC GACCCATGAG AACACGGCTG AGCTGCTCGG AGTGGCAGAG
    ATGTTTTACA GCAACAACAT CCCACTCAGG ATTGGCGTGG TGTTTGTGGT GAACGATTCT
    GATGATGTTG ATGGGATGCA AGATCCTGGT GTGGCTCTTC TTCGAGCTTT CAACTATATA
    GCTGATGACG TGGACGGCCA AATGGCCTTC GATGCTGTCA TATCAATAAT GAATAGGATT
    CCCAGTGGAG ACAAACTGAA GGTGGAGCAT GTGGTGGGTG TGTTGGAGAA GAGATATCCA
    TATGTAGAGA TCAGCAGCAT CTTGGGCCCT GACTCTGCTT ACGAAAACAA CAGAAAAGAG
    GGAAAGGCAT ATTATGAGCA GACTGGTGTT GGCCCTCTGC CAGTGGTGTT GTATAATGGT
    ATGCCTTTAC AGCGTGAGCA GTTAGACCCT GATGAACTTG AAACGGTCGT CATGCACAAG
    ATCTTGGAGA CCACCAGCTT TTTTCAGCGC ACTGTCTATC TGGGTGAGCT GAACAGTGAT
    CATGACGTGG TGGATTATAT CATGAATCAG CCCAACGTGG TCCCTCGAAT CAATTCCAGA
    ATTCTGAGCA CCAGCAGGAA TTATCTGGAC CTTTCCGCCA CCAATAATCA TTTTATTGAC
    GAATATGCAC GTTTCCTGTT TTTGGATGCC AAAGACAAGA ATGCAGCGGT GGCCAACAGT
    ATGAATTACA TGACAAAGAA AGATGATGGC ATCATCCGTC CGGTGACTTT CTGGGTAGTG
    GGAGACTTTG ACCAGCCATC GGGTCGACAG CTGCTGTATG ATGCCATACG TCACATGAAA
    ACCAGTAATA ATGTGCGATT AGGACTGATC AATAACCCCA GTGAGAACCC CTCTAATGAG
    AACAGTCTGA TCGCTCGAGC CATATGGGCA GCCATGCAGA CGCAAACCTC CAACAACGCC
    AAAAATTTCA TCACCAAAAT GGCTAAAGAG GAGACGGCGC AGGCTCTTTA CGGAGGCAGT
    GACATTGCGG AGTTTGCTGT CGGGGGCATG GATGTTCCTC TCTTTAAGAG CGCGTATGAG
    TCTCCTAATG TGAACTTCCT GCTGGCTCAT TCTGCGTACT GTAGAGATGT CCTCAAACTG
    CAGAAGGGCC AGAGAGCTGT GATCAGCAAT GGAAGGATCA TTGGCCCACT GGAGGAAAGG
    GAGGTCTTTA ACCAGGATGA TTTCCTGCTT TTGGAGAGCA TTATTCTGAA GACATCAGGG
    GAGCGGATAA AGGGCAAAAT CCAACAGATG GGCATGGTAG AGGACAGAGC TAGTGATCTG
    GTGATGAAGG TGGATGCCCT GCTGTCTTCA CAGCCGAAAG GGGAAGCAAG GATCGAGCAC
    ACTTTTGCTG AAGACAGATA CAGCGCTGTG AAAATCAGAC CAAAGGAAGA GGAAGTGTAC
    TTCGATGTTG TAGCTGTTTT AGATCCAGTG ACCAGAGATG CTCAGAAACT AGCACCTCTA
    CTCCTGGTAT TGAAGCAGCT GGTGAACGTC AACCTGCGAG TGTTCATGAA CTGCCAGTCC
    AAGCTCTCTG ACCTCCCGCT GAAAAGTTTT TATCGATATG TTTTGGAGCC AGAGATTGTG
    TTTCTGACCG ATAGTAGCTT TGCTCCTGGT CCGATGGCTA AGTTCTTAGA TATGCCTCAG
    TCGCCTTTGT TCACTCTGAA CCTGAACACC CCAGAAAGCT GGATGGTTGA GTCTGTCCAC
    ACACGTTACG ATCTGGATAA CATATACCTT GAAGAGGTGG ACAGTGTCGT GGCCGCCGAG
    TATGAGTTGG AGTATTTATT ACTGGAGGGT CACTGTTTTG ACGTGACCAC AGGTCAGCCT
    CCCCGTGGTC TGCAGTTCAC TCTGGGCACT GCCTCCGACC CTGTCATAGT GGACACCATC
    GTCATGGCCA ACCTGGGTTA TTTCCAGCTG AAAGCAAACC CAGGAGCCTG GATGCTCAGG
    CTGAGGAAAG GCAGGTCGGA TGATATCTAC AAAATCTACA GTCACGATGG CACAGACTCT
    CCAGCCGAAG CTGATGATTT AATCGTCGTC CTTAACAACT TCAAGAGCAA GATCATTAAA
    GTGAAAGTGC AGAAAAAGCC TGATATGATA AATGAGGAGC TTCTCAGTGA TGGTACCCAT
    GAGAACGAGT CTGGATTCTG GACATCTATA GCCAGAGGAT TCACTGGTGG TTCAAACCCA
    GAAGAACCCA AACAGGAAAA AGACGATGTT ATCAACATTT TCTCTGTGGC CTCTGGTCAT
    TTATACGAGC GGTTCCTCAG GATAATGATG CTGTCTGTGC TCAAACACAC CAAGACACCC
    GTCAAGTTCT GGTTCCTCAA AAACTACCTG TCGCCAACTT TTAAGGAATT CATTCCATAT
    ATGGCAGAGA AGTATGGTTT CCAGTATGAG TTGGTGCAGT ATAAATGGCC ACGTTGGCTT
    CACCAGCAGA CAGAAAAGCA AAGGATCATT TGGGGCTATA AGATTCTGTT CCTCGACGTG
    CTCTTCCCGC TGGCTGTGGA CAAGTTCCTC TTTGTGGATG CGGATCAGAT AGTTCGCACA
    GACCTGAAGG AGCTGCGAGA TTTTGACCTA GAAGGGGCGC CTTATGGTTA CACACCTTTC
    TGCGAGAGCC GAAGAGAAAT GGACGGATAT CGTTTTTGGA AGTCTGGATA CTGGGCCAGT
    CATTTGGCCG GACGTAAATA CCACATCAGT GCTCTGTATG TGGTCGATCT GAAGAAGTTC
    AGGAAGATTG CAGCTGGAGA CCGACTGAGA GGCCAGTACC AGGGTCTGAG TCAAGACCCC
    AACAGTCTGT CTAATCTGGA CCAGGATTTG CCCAACAACA TGATTCACCA AGTGCCAATT
    AAGTCACTTC CTCAGGAATG GCTTTGGTGT GAAACCTGGT GTGATGATGC GTCTAAAAAG
    AAAGCCAAAA CTATAGATCT GTGCAATAAC CCACAAACAA AAGAGCCGAA GCTGCAGGCT
    GCTGTACGTA TAGTAGGTGA GTGGAGCGAC TATGACCAGG AGATAAAGAG AATCTACAAC
    AACTTCCTGG ATGAGAAAGA AAGAGGCACC TTAGAAGGCT ATCAGTCAAC AGACAGAAAA
    CACCCAGGTG GTGTTACACA CTCAGAGCTC TGA

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

    RefSeq XP_005171347.1
    CDS12..4664
    Translation

    Target ORF information:

    RefSeq Version XM_005171290.2
    Organism Danio rerio(Zebrafish)
    Definition Danio rerio UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005171290.2

    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
    ATGGGCCACT TATACCGTCC AAACATGGCA ACTCACGAAG CAGATTCCGA AGCCGGTGTT 
    GGATTTTGTG GAAAGATGTG GCTGTTTTGT GCTGCACTGC TGGCTCTGGG CTCTGTCGAC
    TCTGTCAATG GGGACTCAAA AGCAGTTACA ACGACACTGA CTACTAAATG GCCCTCGACA
    CCTCTCCTGT TGGAAGCCAG CGAGTTCCTT GCCGAGGAGA GTCAGGACAA GTTCTGGGCC
    TTTGTGGAAG CCAACCAGAA CATTGAGAAT GATCATGATG ACACGGATCA GGCTTACTAT
    GACCTGATCC TGAAGAGAGC TGGTGAGCTG CTGAGCCCAG TGCAGTTAAA CCTGCTGAAG
    TTCTCCTTAT CTCTGAGGGC TTACTCATCC ACCATCCATT CTTTCCAGCA GATTGCATCC
    AATGAGCCTC CTCCATCTGG CTGTAAAGCA TTCTTTAATG TACACGGACA GAAATCTTGT
    GATTCTGAAA GACTACAAGG CATGCTGGAC AATGCCTTAG AACGGCCAAA GCCAAACCTG
    TTCAAAGGTG ATCACAGATA CCATTCAGCC AATCCTGATG CACCAGTTGT GATTTTGTAC
    GCTGAAATGG GCACCAAAGA ATTCTCCAGA CTCCATCAAC TGATGCTTTC AAAAGCCAAC
    AAGGGCATGA TCACTTATGT TCTGCGGCAC TTTCTTGCTA GCCCAAGTAA AAGTAAAGTA
    CACCTGTCTG GATATGGAGT GGAACTGGCC ATCAAAAACC AGGAGTACAA AGCCAAAGAC
    GACACACAAG TTCAGGCTGG AGCTGATGCA AATGCAACGG TAATAGGTGA AAATGATCTG
    GTGGATGAAG TGCAGGGCTT TCTTTTTGGC AAACTCAAAA CCATTTACCC TGAACTTAAG
    GAACAGCTGA AGGAGCTCCG GAAGCATTTG ATAGAGAGTA CCAATGAAAT GGCTCCACTC
    AAAGTCTGGC AAATGCAAGA TCTCAGCTTT CAGACTGCTG CTCGTATCCT GGCAGCTCCC
    TCTGTGGATG CTCTCAATGT CATGAAGGAT TTGAGCCAAA ACTTTCCCAC CAAAGCCAGG
    TCCATAACAA AAACGGTGGT TAATTCGGAG ATCCGTAAGG AGATTGAGGA GAATCAAAAG
    TATTTTAAGG GGACTTTAGG GCTCCAGCCT GGAGACTCAG CTCTGTTCAT CAATGGACTC
    CATATTGACT TGGATGTGCA GGATATTTTC AGTGTTTTTG ATGTGTTGAG GAATGAGGCA
    AGGGTCATGG AGGGTCTGCG TAGTCTGCTC ATAGAAACGC CATACATCCA CGACATCCTC
    AAACTCAACG TTCAGCCTTC AGACTCTGAC TATGCCGTAG ACATCCGCAA CCCTGCTGTT
    CACTGGATTA ATAACCTGGA GACAGACGGC AGATATGCTT CCTGGCCCTC TAATGTGCAA
    GAACTGCTGC GGCCCACTTT TCCTGGAGTC ATTCGACAGA TCCGGAAGAA CTTCCATAAT
    CTGGTGATGA TTCTGGATCC GACCCATGAG AACACGGCTG AGCTGCTCGG AGTGGCAGAG
    ATGTTTTACA GCAACAACAT CCCACTCAGG ATTGGCGTGG TGTTTGTGGT GAACGATTCT
    GATGATGTTG ATGGGATGCA AGATCCTGGT GTGGCTCTTC TTCGAGCTTT CAACTATATA
    GCTGATGACG TGGACGGCCA AATGGCCTTC GATGCTGTCA TATCAATAAT GAATAGGATT
    CCCAGTGGAG ACAAACTGAA GGTGGAGCAT GTGGTGGGTG TGTTGGAGAA GAGATATCCA
    TATGTAGAGA TCAGCAGCAT CTTGGGCCCT GACTCTGCTT ACGAAAACAA CAGAAAAGAG
    GGAAAGGCAT ATTATGAGCA GACTGGTGTT GGCCCTCTGC CAGTGGTGTT GTATAATGGT
    ATGCCTTTAC AGCGTGAGCA GTTAGACCCT GATGAACTTG AAACGGTCGT CATGCACAAG
    ATCTTGGAGA CCACCAGCTT TTTTCAGCGC ACTGTCTATC TGGGTGAGCT GAACAGTGAT
    CATGACGTGG TGGATTATAT CATGAATCAG CCCAACGTGG TCCCTCGAAT CAATTCCAGA
    ATTCTGAGCA CCAGCAGGAA TTATCTGGAC CTTTCCGCCA CCAATAATCA TTTTATTGAC
    GAATATGCAC GTTTCCTGTT TTTGGATGCC AAAGACAAGA ATGCAGCGGT GGCCAACAGT
    ATGAATTACA TGACAAAGAA AGATGATGGC ATCATCCGTC CGGTGACTTT CTGGGTAGTG
    GGAGACTTTG ACCAGCCATC GGGTCGACAG CTGCTGTATG ATGCCATACG TCACATGAAA
    ACCAGTAATA ATGTGCGATT AGGACTGATC AATAACCCCA GTGAGAACCC CTCTAATGAG
    AACAGTCTGA TCGCTCGAGC CATATGGGCA GCCATGCAGA CGCAAACCTC CAACAACGCC
    AAAAATTTCA TCACCAAAAT GGCTAAAGAG GAGACGGCGC AGGCTCTTTA CGGAGGCAGT
    GACATTGCGG AGTTTGCTGT CGGGGGCATG GATGTTCCTC TCTTTAAGAG CGCGTATGAG
    TCTCCTAATG TGAACTTCCT GCTGGCTCAT TCTGCGTACT GTAGAGATGT CCTCAAACTG
    CAGAAGGGCC AGAGAGCTGT GATCAGCAAT GGAAGGATCA TTGGCCCACT GGAGGAAAGG
    GAGGTCTTTA ACCAGGATGA TTTCCTGCTT TTGGAGAGCA TTATTCTGAA GACATCAGGG
    GAGCGGATAA AGGGCAAAAT CCAACAGATG GGCATGGTAG AGGACAGAGC TAGTGATCTG
    GTGATGAAGG TGGATGCCCT GCTGTCTTCA CAGCCGAAAG GGGAAGCAAG GATCGAGCAC
    ACTTTTGCTG AAGACAGATA CAGCGCTGTG AAAATCAGAC CAAAGGAAGA GGAAGTGTAC
    TTCGATGTTG TAGCTGTTTT AGATCCAGTG ACCAGAGATG CTCAGAAACT AGCACCTCTA
    CTCCTGGTAT TGAAGCAGCT GGTGAACGTC AACCTGCGAG TGTTCATGAA CTGCCAGTCC
    AAGCTCTCTG ACCTCCCGCT GAAAAGTTTT TATCGATATG TTTTGGAGCC AGAGATTGTG
    TTTCTGACCG ATAGTAGCTT TGCTCCTGGT CCGATGGCTA AGTTCTTAGA TATGCCTCAG
    TCGCCTTTGT TCACTCTGAA CCTGAACACC CCAGAAAGCT GGATGGTTGA GTCTGTCCAC
    ACACGTTACG ATCTGGATAA CATATACCTT GAAGAGGTGG ACAGTGTCGT GGCCGCCGAG
    TATGAGTTGG AGTATTTATT ACTGGAGGGT CACTGTTTTG ACGTGACCAC AGGTCAGCCT
    CCCCGTGGTC TGCAGTTCAC TCTGGGCACT GCCTCCGACC CTGTCATAGT GGACACCATC
    GTCATGGCCA ACCTGGGTTA TTTCCAGCTG AAAGCAAACC CAGGAGCCTG GATGCTCAGG
    CTGAGGAAAG GCAGGTCGGA TGATATCTAC AAAATCTACA GTCACGATGG CACAGACTCT
    CCAGCCGAAG CTGATGATTT AATCGTCGTC CTTAACAACT TCAAGAGCAA GATCATTAAA
    GTGAAAGTGC AGAAAAAGCC TGATATGATA AATGAGGAGC TTCTCAGTGA TGGTACCCAT
    GAGAACGAGT CTGGATTCTG GACATCTATA GCCAGAGGAT TCACTGGTGG TTCAAACCCA
    GAAGAACCCA AACAGGAAAA AGACGATGTT ATCAACATTT TCTCTGTGGC CTCTGGTCAT
    TTATACGAGC GGTTCCTCAG GATAATGATG CTGTCTGTGC TCAAACACAC CAAGACACCC
    GTCAAGTTCT GGTTCCTCAA AAACTACCTG TCGCCAACTT TTAAGGAATT CATTCCATAT
    ATGGCAGAGA AGTATGGTTT CCAGTATGAG TTGGTGCAGT ATAAATGGCC ACGTTGGCTT
    CACCAGCAGA CAGAAAAGCA AAGGATCATT TGGGGCTATA AGATTCTGTT CCTCGACGTG
    CTCTTCCCGC TGGCTGTGGA CAAGTTCCTC TTTGTGGATG CGGATCAGAT AGTTCGCACA
    GACCTGAAGG AGCTGCGAGA TTTTGACCTA GAAGGGGCGC CTTATGGTTA CACACCTTTC
    TGCGAGAGCC GAAGAGAAAT GGACGGATAT CGTTTTTGGA AGTCTGGATA CTGGGCCAGT
    CATTTGGCCG GACGTAAATA CCACATCAGT GCTCTGTATG TGGTCGATCT GAAGAAGTTC
    AGGAAGATTG CAGCTGGAGA CCGACTGAGA GGCCAGTACC AGGGTCTGAG TCAAGACCCC
    AACAGTCTGT CTAATCTGGA CCAGGATTTG CCCAACAACA TGATTCACCA AGTGCCAATT
    AAGTCACTTC CTCAGGAATG GCTTTGGTGT GAAACCTGGT GTGATGATGC GTCTAAAAAG
    AAAGCCAAAA CTATAGATCT GTGCAATAAC CCACAAACAA AAGAGCCGAA GCTGCAGGCT
    GCTGTACGTA TAGTAGGTGA GTGGAGCGAC TATGACCAGG AGATAAAGAG AATCTACAAC
    AACTTCCTGG ATGAGAAAGA AAGAGGCACC TTAGAAGGCT ATCAGTCAAC AGACAGAAAA
    CACCCAGGTG GTGTTACACA CTCAGAGCTC TGA

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