CCDC88A cDNA ORF clone, Homo sapiens(human)

The following CCDC88A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC88A 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
OHu11545 NM_018084.5
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu12085 NM_001254943.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu22451 NM_001135597.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu69650 NM_001365480.1
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 4, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu11545 XM_011532967.3
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu35481 XM_005264418.5
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu35482 XM_005264421.3
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu35484 XM_005264426.3
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $643.30
$919.00
OHu69650 XM_011532966.3
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu69650 XM_011532965.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X7, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu69651 XM_017004481.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu69651 XM_011532968.3
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89664 XM_017004476.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu89665 XM_017004477.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu89666 XM_017004478.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89667 XM_017004479.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89668 XM_017004480.2
Latest version!
Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
View Old Accession Versions >>
OHu89667 XM_017004479.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu69650 XM_011532966.2 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu12085 NM_001254943.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu35481 XM_005264418.4 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu69651 XM_017004481.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu11545 NM_018084.4 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu35482 XM_005264421.2 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89668 XM_017004480.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89664 XM_017004476.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu69651 XM_011532968.2 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu35484 XM_005264426.2 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $643.30
$919.00
OHu22451 NM_001135597.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu89665 XM_017004477.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $1091.30
$1559.00
OHu89666 XM_017004478.1 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
OHu11545 XM_011532967.2 Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA. pcDNA3.1-C-(k)DYK or customized vector TBD $951.30
$1359.00
Hide Old Accession Versions >>

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

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

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

  • Reference Sequences (Refseq)
    CloneID OHu11545
    Clone ID Related Accession (Same CDS sequence) NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
    Accession Version NM_018084.4 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5532bp)
    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 2019-03-03
    Organism Homo sapiens(human)
    Product girdin isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC132736.1, AC012358.9 and BC045829.1. On Oct 2, 2008 this sequence version replaced NM_018084.3. Transcript Variant: This variant (2) uses an alternate splice site and lacks an exon in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (2) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC132736.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    RefSeq NP_060554.3
    CDS843..6374
    Translation

    Target ORF information:

    RefSeq Version NM_018084.4
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_018084.4

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    CloneID OHu11545
    Clone ID Related Accession (Same CDS sequence) NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
    Accession Version NM_018084.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5532bp)
    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 2019-11-25
    Organism Homo sapiens(human)
    Product girdin isoform 2
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC132736.1, AC012358.9 and BC045829.1. On May 31, 2019 this sequence version replaced NM_018084.4. Transcript Variant: This variant (2) uses an alternate splice site and lacks an exon in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (2) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC132736.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    RefSeq NP_060554.3
    CDS778..6309
    Translation

    Target ORF information:

    RefSeq Version NM_018084.5
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_018084.5

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    CloneID OHu12085
    Clone ID Related Accession (Same CDS sequence) NM_001254943.2 , NM_001254943.1
    Accession Version NM_001254943.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5391bp)
    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 2019-11-25
    Organism Homo sapiens(human)
    Product girdin isoform 3
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC144320.1, AC012358.9 and BC045829.1. On May 31, 2019 this sequence version replaced NM_001254943.1. Transcript Variant: This variant (3) uses an alternate splice site in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (3) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC144320.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA
    CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

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

    RefSeq NP_001241872.1
    CDS778..6168
    Translation

    Target ORF information:

    RefSeq Version NM_001254943.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001254943.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA
    CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

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

    CloneID OHu12085
    Clone ID Related Accession (Same CDS sequence) NM_001254943.2 , NM_001254943.1
    Accession Version NM_001254943.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5391bp)
    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 2019-03-03
    Organism Homo sapiens(human)
    Product girdin isoform 3
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, BC144320.1, AC012358.9 and BC045829.1. Transcript Variant: This variant (3) uses an alternate splice site in the 3' coding region, but maintains the reading frame, compared to variant 1. The encoded isoform (3) is shorter than isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC144320.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA
    CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

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

    RefSeq NP_001241872.1
    CDS843..6233
    Translation

    Target ORF information:

    RefSeq Version NM_001254943.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001254943.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAATGT GGACAAAGTA
    CAAGAAAGCA GAAATTCAAA AAGCAGGTCT AGGGAGCAAC AAAGCTCCTA A

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

    CloneID OHu22451
    Clone ID Related Accession (Same CDS sequence) NM_001135597.1 , NM_001135597.2
    Accession Version NM_001135597.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5613bp)
    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 2019-03-03
    Organism Homo sapiens(human)
    Product girdin isoform 1
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, AB201172.1, D64159.1, AC012358.9 and BC045829.1. This sequence is a reference standard in the RefSeqGene project. Transcript Variant: This variant (1) encodes isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB201172.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA
    AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

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

    RefSeq NP_001129069.1
    CDS843..6455
    Translation

    Target ORF information:

    RefSeq Version NM_001135597.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001135597.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA
    AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

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

    CloneID OHu22451
    Clone ID Related Accession (Same CDS sequence) NM_001135597.1 , NM_001135597.2
    Accession Version NM_001135597.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5613bp)
    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 2019-11-25
    Organism Homo sapiens(human)
    Product girdin isoform 1
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA488073.1, BC014905.1, AB201172.1, D64159.1, AC012358.9 and BC045829.1. This sequence is a reference standard in the RefSeqGene project. On May 31, 2019 this sequence version replaced NM_001135597.1. Transcript Variant: This variant (1) encodes isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB201172.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA
    AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

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

    RefSeq NP_001129069.1
    CDS778..6390
    Translation

    Target ORF information:

    RefSeq Version NM_001135597.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001135597.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAAT GTGGACAAAG TACAAGAAAG CAGAAATTCA
    AAAAGCAGGT CTAGGGAGCA ACAAAGCTCC TAA

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

    CloneID OHu69650
    Clone ID Related Accession (Same CDS sequence) XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
    Accession Version NM_001365480.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 2019-11-25
    Organism Homo sapiens(human)
    Product girdin isoform 4
    Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC019198.12, AC092176.4 and AC012358.9. On Aug 29, 2018 this sequence version replaced XM_011532965.3. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology MANE Ensembl match :: ENST00000436346.7/ ENSP00000410608.1 RefSeq Select criteria :: based on manual assertion, conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    RefSeq NP_001352409.1
    CDS778..6393
    Translation

    Target ORF information:

    RefSeq Version NM_001365480.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant 4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    NM_001365480.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    CloneID OHu11545
    Clone ID Related Accession (Same CDS sequence) NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
    Accession Version XM_011532967.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5532bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X9
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532967.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    RefSeq XP_011531269.1
    CDS546..6077
    Translation

    Target ORF information:

    RefSeq Version XM_011532967.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532967.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    CloneID OHu11545
    Clone ID Related Accession (Same CDS sequence) NM_018084.4 , NM_018084.5 , XM_011532967.2 , XM_011532967.3
    Accession Version XM_011532967.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5532bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X9
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532967.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    RefSeq XP_011531269.1
    CDS312..5843
    Translation

    Target ORF information:

    RefSeq Version XM_011532967.3
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X10, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532967.3

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAATG TGGACAAAGT ACAAGAAAGC AGAAATTCAA AAAGCAGGTC TAGGGAGCAA
    CAAAGCTCCT AA

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

    CloneID OHu35481
    Clone ID Related Accession (Same CDS sequence) XM_005264418.5 , XM_005264418.4
    Accession Version XM_005264418.5 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6084bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264418.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT
    CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA
    GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT
    CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA
    GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA
    GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG
    GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG
    AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA
    TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT
    TGGTATGAAT ATGGTTGTAT ATGA

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

    RefSeq XP_005264475.1
    CDS312..6395
    Translation

    Target ORF information:

    RefSeq Version XM_005264418.5
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264418.5

    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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT
    CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA
    GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT
    CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA
    GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA
    GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG
    GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG
    AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA
    TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT
    TGGTATGAAT ATGGTTGTAT ATGA

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

    CloneID OHu35481
    Clone ID Related Accession (Same CDS sequence) XM_005264418.5 , XM_005264418.4
    Accession Version XM_005264418.4 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6084bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X1
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264418.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT
    CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA
    GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT
    CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA
    GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA
    GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG
    GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG
    AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA
    TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT
    TGGTATGAAT ATGGTTGTAT ATGA

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

    RefSeq XP_005264475.1
    CDS546..6629
    Translation

    Target ORF information:

    RefSeq Version XM_005264418.4
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X1, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264418.4

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AGTGAGTACC ATTTACACCA GTGGTCCTCT
    CATATACTTG ACATCCCAAC ACATACTATA GGTTCTTGTG CCCAAAATGA TTTAGCTATA
    GACATGCCTG AGCCTCTATA TGCCCAGGCT AGAAACTCAA GAACAGGAAG GTCACATTTT
    CTAAACCAAA CTTTTGCCAC TATTAGGATG CCTAGTGATG CATTCGGAAT GTTGGCAAAA
    GATAGCATAG GACCATTTAC TGTGGCCCAT TCATCTCAGC CATTCTTATC CCTGAATACA
    GAATTAGTTA GTAACATAAG TGGGTTACCT CCTAGGCCAG TTATCAGAAT AACTGACCAG
    GCTTCTGCCT CTTTGGATAA ACCTGCACAG AAAGAAAATG AACAGTTTTC TGATCATCAG
    AACCCTAGTA ACAGTAACCT ACAGTTTTCT ATAAATAGCA ACAATCTTGT CACTTCTGCA
    TGCCTCTATC CTGATGACAC AGAAGCTGCA TTGTTGGTTT CTGAGGATAA TCAAACTGTT
    TGGTATGAAT ATGGTTGTAT ATGA

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

    CloneID OHu35482
    Clone ID Related Accession (Same CDS sequence) XM_005264421.3 , XM_005264421.2
    Accession Version XM_005264421.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5535bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X8
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264421.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG
    CAACAAAGCT CCTAA

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

    RefSeq XP_005264478.1
    CDS312..5846
    Translation

    Target ORF information:

    RefSeq Version XM_005264421.3
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264421.3

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG
    CAACAAAGCT CCTAA

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

    CloneID OHu35482
    Clone ID Related Accession (Same CDS sequence) XM_005264421.3 , XM_005264421.2
    Accession Version XM_005264421.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5535bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X8
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264421.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG
    CAACAAAGCT CCTAA

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

    RefSeq XP_005264478.1
    CDS546..6080
    Translation

    Target ORF information:

    RefSeq Version XM_005264421.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X9, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264421.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA ATGTGGACAA AGTACAAGAA AGCAGAAATT CAAAAAGCAG GTCTAGGGAG
    CAACAAAGCT CCTAA

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

    CloneID OHu35484
    Clone ID Related Accession (Same CDS sequence) XM_005264426.2 , XM_005264426.3
    Accession Version XM_005264426.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3936bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X11
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005264426.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

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

    RefSeq XP_005264483.1
    CDS546..4481
    Translation

    Target ORF information:

    RefSeq Version XM_005264426.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264426.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

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

    CloneID OHu35484
    Clone ID Related Accession (Same CDS sequence) XM_005264426.2 , XM_005264426.3
    Accession Version XM_005264426.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 3936bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X11
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_005264426.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

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

    RefSeq XP_005264483.1
    CDS312..4247
    Translation

    Target ORF information:

    RefSeq Version XM_005264426.3
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X13, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_005264426.3

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTGA

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

    CloneID OHu69650
    Clone ID Related Accession (Same CDS sequence) XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
    Accession Version XM_011532965.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532965.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    RefSeq XP_011531267.1
    CDS546..6161
    Translation

    Target ORF information:

    RefSeq Version XM_011532965.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X7, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532965.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    CloneID OHu69650
    Clone ID Related Accession (Same CDS sequence) XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
    Accession Version XM_011532966.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532966.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    RefSeq XP_011531268.1
    CDS546..6161
    Translation

    Target ORF information:

    RefSeq Version XM_011532966.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532966.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    CloneID OHu69650
    Clone ID Related Accession (Same CDS sequence) XM_011532965.2 , XM_011532966.2 , XM_011532966.3 , NM_001365480.1
    Accession Version XM_011532966.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5616bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X7
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532966.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    RefSeq XP_011531268.1
    CDS312..5927
    Translation

    Target ORF information:

    RefSeq Version XM_011532966.3
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X8, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532966.3

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGGT CAGTAAGTGG AAAAACCCCA
    GGGGACTTCT ATGATAGACG GACAACTAAG CCTGAGTTTT TGAGACCTGG TCCTCGAAAA
    ACTGAAGATA CCTACTTCAT TAGTTCTGCG GGAAAACCTA CACCAGGCAC TCAAGGAAAA
    ATAAAATTAG TAAAAGAATC TTCTCTGTCA CGACAATCAA AAGATAGTAA CCCTTATGCA
    ACTTTACCTC GTGCAAGCAG CGTGATCTCA ACTGCCGAAG GAACTACACG AAGGACAAGC
    ATCCATGATT TTTTGACCAA GGACAGTAGA CTGCCTATAT CAGTTGATTC ACCACCAGCT
    GCTGCTGACA GCAACACCAC TGCAGCATCT AATGTGGACA AAGTACAAGA AAGCAGAAAT
    TCAAAAAGCA GGTCTAGGGA GCAACAAAGC TCCTAA

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

    CloneID OHu69651
    Clone ID Related Accession (Same CDS sequence) XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
    Accession Version XM_017004481.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5394bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X10
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004481.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    RefSeq XP_016859970.1
    CDS312..5705
    Translation

    Target ORF information:

    RefSeq Version XM_017004481.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004481.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    CloneID OHu69651
    Clone ID Related Accession (Same CDS sequence) XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
    Accession Version XM_011532968.2 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5394bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X10
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011532968.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    RefSeq XP_011531270.1
    CDS546..5939
    Translation

    Target ORF information:

    RefSeq Version XM_011532968.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532968.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    CloneID OHu69651
    Clone ID Related Accession (Same CDS sequence) XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
    Accession Version XM_017004481.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5394bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X10
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    RefSeq XP_016859970.1
    CDS546..5939
    Translation

    Target ORF information:

    RefSeq Version XM_017004481.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X12, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004481.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    CloneID OHu69651
    Clone ID Related Accession (Same CDS sequence) XM_017004481.2 , XM_011532968.2 , XM_017004481.1 , XM_011532968.3
    Accession Version XM_011532968.3 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5394bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X10
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011532968.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    RefSeq XP_011531270.1
    CDS312..5705
    Translation

    Target ORF information:

    RefSeq Version XM_011532968.3
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X11, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_011532968.3

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCTTCAA GACCAGCCAG CCTTGATAGT GGCAGAACAT CCACTAGCAA TAGCAATAAT
    AATGCTTCAC TACATGAAGT CAAAGCAGGT GCAGTTAATA ACCAAAGCAG GCCACAAAGC
    CACAGCAGTG GAGAATTTAG CCTGCTTCAT GACCATGAGG CTTGGTCCAG CAGTGGTAGC
    AGTCCAATCC AGTACTTGAA AAGACAGACC AGATCAAGCC CAGTGCTCCA GCACAAAATA
    TCTGAAACAC TGGAGAGTCG ACATCACAAG ATCAAAACTG GTTCCCCTGG AAGTGAAGTT
    GTTACTCTAC AACAGTTTTT GGAAGAAAGC AATAAGCTTA CCTCAGTACA GATAAAGTCC
    TCAAGTCAAG AGAATCTTTT AGATGAAGTA ATGAAAAGTT TGTCTGTCTC TTCTGACTTT
    TTGGGAAAAG ACAAACCAGT TAGCTGTGGT CTGGCCAGCG TGATCTCAAC TGCCGAAGGA
    ACTACACGAA GGACAAGCAT CCATGATTTT TTGACCAAGG ACAGTAGACT GCCTATATCA
    GTTGATTCAC CACCAGCTGC TGCTGACAGC AACACCACTG CAGCATCTAA TGTGGACAAA
    GTACAAGAAA GCAGAAATTC AAAAAGCAGG TCTAGGGAGC AACAAAGCTC CTAA

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

    CloneID OHu89664
    Clone ID Related Accession (Same CDS sequence) XM_017004476.1 , XM_017004476.2
    Accession Version XM_017004476.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6081bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT
    ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC
    ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA
    AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT
    AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA
    TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT
    TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC
    CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC
    CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG
    TATGAATATG GTTGTATATG A

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

    RefSeq XP_016859965.1
    CDS546..6626
    Translation

    Target ORF information:

    RefSeq Version XM_017004476.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004476.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT
    ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC
    ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA
    AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT
    AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA
    TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT
    TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC
    CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC
    CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG
    TATGAATATG GTTGTATATG A

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

    CloneID OHu89664
    Clone ID Related Accession (Same CDS sequence) XM_017004476.1 , XM_017004476.2
    Accession Version XM_017004476.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6081bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X2
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004476.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT
    ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC
    ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA
    AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT
    AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA
    TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT
    TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC
    CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC
    CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG
    TATGAATATG GTTGTATATG A

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

    RefSeq XP_016859965.1
    CDS312..6392
    Translation

    Target ORF information:

    RefSeq Version XM_017004476.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X2, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004476.2

    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
    6061
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGGTATA AACTTTTGGA ATCAAAATTA
    GAATCCACTC TTAAGAAGTC TCTTGAAATA AAAGAAGAAA AAATTGCTGC TTTAGAAGCT
    CGATTAGAAG AATCCACGAA TTATAACCAG CAATTGCGCC AAGAACTTAA AACAGTGAAA
    AAAAATTATG AAGCTCTCAA ACAGAGACAA GATGAGGAAA GGATGGTACA GAGCTCTCCT
    CCAATATCTG GTGAAGACAA CAAATGGGAG CGAGAAAGTC AAGAAACGAC TAGAGAACTT
    CTGAAAGTTA AAGACAGATT AATTGAAGTA GAAAGAAATA ATGCTACACT GCAAGCAGAG
    AAGCAAGCGT TGAAAACTCA ACTGAAGCAA CTTGAGACAC AGAACAATAA TTTGCAGGCT
    CAGATTCTTG CACTTCAGAG GCAGACAGTG TCATTACAAG AACAGAATAC CACTCTTCAA
    ACACAGAATG CCAAGCTTCA GGTTGAAAAT TCCACCCTTA ATTCCCAAAG TACCTCACTC
    ATGAACCAGA ATGCCCAACT CCTAATCCAG CAGTCTTCCT TAGAAAATGA AAATGAATCT
    GTAATCAAAG AGCGAGAAGA CCTAAAATCT CTCTATGATT CTCTGATCAA AGATCATGAA
    AAGCTGGAAC TTCTTCATGA ACGTCAGGCT TCAGAGTATG AATCTCTTAT CTCTAAACAT
    GGAACTCTGA AGTCTGCCCA CAAAAATCTT GAGGTGGAAC ATAGAGACCT TGAAGACCGT
    TACAATCAGT TATTAAAACA GAAAGGACAG TTGGAAGATT TGGAAAAAAT GCTCAAAGTA
    GAACAGGAAA AAATGCTGCT TGAAAATAAA AATCATGAAA CAGTAGCTGC AGAATACAAG
    AAACTTTGTG GTGAAAATGA TAGGCTGAAT CATACCTATA GTCAACTTTT AAAAGAGACT
    GAAGTTTTAC AAACTGACCA TAAAAATTTG AAAAGTCTTC TGAATAATTC CAAACTGGAA
    CAAACAAGAT TAGAAGCTGA ATTTTCAAAA CTAAAGGAAC AATACCAACA ATTGGATATT
    ACATCAACCA AGCTGAATAA CCAGTGTGAG TTGCTAAGCC AACTTAAAGG AAATTTAGAA
    GAAGAAAATC GGCATCTACT AGATCAAATT CAGACATTAA TGCTACAGAA CAGAACACTT
    TTGGAGCAGA ATATGGAAAG CAAGGATCTT TTTCATGTTG AACAAAGACA GTACATTGAT
    AAGTTAAATG AATTAAGACG TCAGAAGGAG AAACTAGAAG AGAAAATTAT GGATCAATAC
    AAATTTTATG ACCCATCTCC TCCTAGAAGG AGAGGCAACT GGATTACTCT AAAAATGAGA
    AAATTGATAA AGTCTAAGAA AGATATTAAT CGGGAACGCC AGAAATCTCT AACATTAACA
    CCCACCCGCT CAGACTCCAG TGAAGGATTT CTTCAGCTCC CTCATCAAGA CAGTCAAGAT
    AGTTCTTCAG TAGGTTCAAA CTCTTTAGAA GATGGCCAGA CCTTGGGGAC CAAGAAAAGC
    AGCATGGTTG CACTGAAAAG ACTGCCCTTT TTGAGGAACA GACCGAAGGA TAAAGACAAA
    ATGAAGGCCT GCTACCGTCG TTCCATGTCC ATGAATGACC TGGTGCAGTC CATGGTCCTA
    GCAGGACAGT GGACAGGTAG TACTGAGAAT TTGGAGGTTC CTGATGATAT TTCAACGGGT
    AAAAGGAGAA AAGAATTGGG AGCTATGGCC TTCTCTACTA CAGCCATCAA CTTTTCAACT
    GTCAACTCTT CTGCAGGCTT CAGATCCAAG CAGTTGGTTA ATAATAAAGA TACTACATCC
    TTTGAAGACA TAAGTCCACA AGGTGTTAGT GATGATTCTA GTACGGGATC AAGAGTTCAT
    GCTTCAAGAC CAGCCAGCCT TGATAGTGGC AGAACATCCA CTAGCAATAG CAATAATAAT
    GCTTCACTAC ATGAAGTCAA AGCAGGTGCA GTTAATAACC AAAGCAGGCC ACAAAGCCAC
    AGCAGTGGAG AATTTAGCCT GCTTCATGAC CATGAGGCTT GGTCCAGCAG TGGTAGCAGT
    CCAATCCAGT ACTTGAAAAG ACAGACCAGA TCAAGCCCAG TGCTCCAGCA CAAAATATCT
    GAAACACTGG AGAGTCGACA TCACAAGATC AAAACTGGTT CCCCTGGAAG TGAAGTTGTT
    ACTCTACAAC AGTTTTTGGA AGAAAGCAAT AAGCTTACCT CAGTACAGAT AAAGTCCTCA
    AGTCAAGAGA ATCTTTTAGA TGAAGTAATG AAAAGTTTGT CTGTCTCTTC TGACTTTTTG
    GGAAAAGACA AACCAGTTAG CTGTGGTCTG GCCAGGTCAG TAAGTGGAAA AACCCCAGGG
    GACTTCTATG ATAGACGGAC AACTAAGCCT GAGTTTTTGA GACCTGGTCC TCGAAAAACT
    GAAGATACCT ACTTCATTAG TTCTGCGGGA AAACCTACAC CAGGCACTCA AGGAAAAATA
    AAATTAGTAA AAGAATCTTC TCTGTCACGA CAATCAAAAG ATAGTAACCC TTATGCAACT
    TTACCTCGTG CAAGCAGCGT GATCTCAACT GCCGAAGGAA CTACACGAAG GACAAGCATC
    CATGATTTTT TGACCAAGGA CAGTAGACTG CCTATATCAG TTGATTCACC ACCAGCTGCT
    GCTGACAGCA ACACCACTGC AGCATCTAGT GAGTACCATT TACACCAGTG GTCCTCTCAT
    ATACTTGACA TCCCAACACA TACTATAGGT TCTTGTGCCC AAAATGATTT AGCTATAGAC
    ATGCCTGAGC CTCTATATGC CCAGGCTAGA AACTCAAGAA CAGGAAGGTC ACATTTTCTA
    AACCAAACTT TTGCCACTAT TAGGATGCCT AGTGATGCAT TCGGAATGTT GGCAAAAGAT
    AGCATAGGAC CATTTACTGT GGCCCATTCA TCTCAGCCAT TCTTATCCCT GAATACAGAA
    TTAGTTAGTA ACATAAGTGG GTTACCTCCT AGGCCAGTTA TCAGAATAAC TGACCAGGCT
    TCTGCCTCTT TGGATAAACC TGCACAGAAA GAAAATGAAC AGTTTTCTGA TCATCAGAAC
    CCTAGTAACA GTAACCTACA GTTTTCTATA AATAGCAACA ATCTTGTCAC TTCTGCATGC
    CTCTATCCTG ATGACACAGA AGCTGCATTG TTGGTTTCTG AGGATAATCA AACTGTTTGG
    TATGAATATG GTTGTATATG A

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

    CloneID OHu89665
    Clone ID Related Accession (Same CDS sequence) XM_017004477.1 , XM_017004477.2
    Accession Version XM_017004477.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6003bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA
    CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT
    GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT
    ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT
    GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT
    GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA
    CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA
    CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA
    GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA
    TGA

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

    RefSeq XP_016859966.1
    CDS546..6548
    Translation

    Target ORF information:

    RefSeq Version XM_017004477.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004477.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    6001
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA
    CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT
    GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT
    ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT
    GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT
    GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA
    CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA
    CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA
    GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA
    TGA

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

    CloneID OHu89665
    Clone ID Related Accession (Same CDS sequence) XM_017004477.1 , XM_017004477.2
    Accession Version XM_017004477.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6003bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X3
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004477.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA
    CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT
    GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT
    ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT
    GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT
    GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA
    CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA
    CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA
    GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA
    TGA

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

    RefSeq XP_016859966.1
    CDS312..6314
    Translation

    Target ORF information:

    RefSeq Version XM_017004477.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X3, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004477.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCATGG TTGCACTGAA AAGACTGCCC TTTTTGAGGA ACAGACCGAA GGATAAAGAC
    AAAATGAAGG CCTGCTACCG TCGTTCCATG TCCATGAATG ACCTGGTGCA GTCCATGGTC
    CTAGCAGGAC AGTGGACAGG TAGTACTGAG AATTTGGAGG TTCCTGATGA TATTTCAACG
    GGTAAAAGGA GAAAAGAATT GGGAGCTATG GCCTTCTCTA CTACAGCCAT CAACTTTTCA
    ACTGTCAACT CTTCTGCAGG CTTCAGATCC AAGCAGTTGG TTAATAATAA AGATACTACA
    TCCTTTGAAG ACATAAGTCC ACAAGGTGTT AGTGATGATT CTAGTACGGG ATCAAGAGTT
    CATGCAGGTG CAGTTAATAA CCAAAGCAGG CCACAAAGCC ACAGCAGTGG AGAATTTAGC
    CTGCTTCATG ACCATGAGGC TTGGTCCAGC AGTGGTAGCA GTCCAATCCA GTACTTGAAA
    AGACAGACCA GATCAAGCCC AGTGCTCCAG CACAAAATAT CTGAAACACT GGAGAGTCGA
    CATCACAAGA TCAAAACTGG TTCCCCTGGA AGTGAAGTTG TTACTCTACA ACAGTTTTTG
    GAAGAAAGCA ATAAGCTTAC CTCAGTACAG ATAAAGTCCT CAAGTCAAGA GAATCTTTTA
    GATGAAGTAA TGAAAAGTTT GTCTGTCTCT TCTGACTTTT TGGGAAAAGA CAAACCAGTT
    AGCTGTGGTC TGGCCAGGTC AGTAAGTGGA AAAACCCCAG GGGACTTCTA TGATAGACGG
    ACAACTAAGC CTGAGTTTTT GAGACCTGGT CCTCGAAAAA CTGAAGATAC CTACTTCATT
    AGTTCTGCGG GAAAACCTAC ACCAGGCACT CAAGGAAAAA TAAAATTAGT AAAAGAATCT
    TCTCTGTCAC GACAATCAAA AGATAGTAAC CCTTATGCAA CTTTACCTCG TGCAAGCAGC
    GTGATCTCAA CTGCCGAAGG AACTACACGA AGGACAAGCA TCCATGATTT TTTGACCAAG
    GACAGTAGAC TGCCTATATC AGTTGATTCA CCACCAGCTG CTGCTGACAG CAACACCACT
    GCAGCATCTA GTGAGTACCA TTTACACCAG TGGTCCTCTC ATATACTTGA CATCCCAACA
    CATACTATAG GTTCTTGTGC CCAAAATGAT TTAGCTATAG ACATGCCTGA GCCTCTATAT
    GCCCAGGCTA GAAACTCAAG AACAGGAAGG TCACATTTTC TAAACCAAAC TTTTGCCACT
    ATTAGGATGC CTAGTGATGC ATTCGGAATG TTGGCAAAAG ATAGCATAGG ACCATTTACT
    GTGGCCCATT CATCTCAGCC ATTCTTATCC CTGAATACAG AATTAGTTAG TAACATAAGT
    GGGTTACCTC CTAGGCCAGT TATCAGAATA ACTGACCAGG CTTCTGCCTC TTTGGATAAA
    CCTGCACAGA AAGAAAATGA ACAGTTTTCT GATCATCAGA ACCCTAGTAA CAGTAACCTA
    CAGTTTTCTA TAAATAGCAA CAATCTTGTC ACTTCTGCAT GCCTCTATCC TGATGACACA
    GAAGCTGCAT TGTTGGTTTC TGAGGATAAT CAAACTGTTT GGTATGAATA TGGTTGTATA
    TGA

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

    CloneID OHu89666
    Clone ID Related Accession (Same CDS sequence) XM_017004478.1 , XM_017004478.2
    Accession Version XM_017004478.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6000bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT
    ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC
    CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT
    AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG
    GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG
    TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT
    GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG
    TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA
    GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

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

    RefSeq XP_016859967.1
    CDS546..6545
    Translation

    Target ORF information:

    RefSeq Version XM_017004478.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004478.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    5941
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT
    ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC
    CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT
    AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG
    GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG
    TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT
    GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG
    TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA
    GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

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

    CloneID OHu89666
    Clone ID Related Accession (Same CDS sequence) XM_017004478.1 , XM_017004478.2
    Accession Version XM_017004478.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 6000bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X4
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004478.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT
    ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC
    CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT
    AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG
    GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG
    TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT
    GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG
    TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA
    GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

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

    RefSeq XP_016859967.1
    CDS312..6311
    Translation

    Target ORF information:

    RefSeq Version XM_017004478.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X4, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004478.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CTTCAAGACC AGCCAGCCTT
    GATAGTGGCA GAACATCCAC TAGCAATAGC AATAATAATG CTTCACTACA TGAAGTCAAA
    GCAGGTGCAG TTAATAACCA AAGCAGGCCA CAAAGCCACA GCAGTGGAGA ATTTAGCCTG
    CTTCATGACC ATGAGGCTTG GTCCAGCAGT GGTAGCAGTC CAATCCAGTA CTTGAAAAGA
    CAGACCAGAT CAAGCCCAGT GCTCCAGCAC AAAATATCTG AAACACTGGA GAGTCGACAT
    CACAAGATCA AAACTGGTTC CCCTGGAAGT GAAGTTGTTA CTCTACAACA GTTTTTGGAA
    GAAAGCAATA AGCTTACCTC AGTACAGATA AAGTCCTCAA GTCAAGAGAA TCTTTTAGAT
    GAAGTAATGA AAAGTTTGTC TGTCTCTTCT GACTTTTTGG GAAAAGACAA ACCAGTTAGC
    TGTGGTCTGG CCAGGTCAGT AAGTGGAAAA ACCCCAGGGG ACTTCTATGA TAGACGGACA
    ACTAAGCCTG AGTTTTTGAG ACCTGGTCCT CGAAAAACTG AAGATACCTA CTTCATTAGT
    TCTGCGGGAA AACCTACACC AGGCACTCAA GGAAAAATAA AATTAGTAAA AGAATCTTCT
    CTGTCACGAC AATCAAAAGA TAGTAACCCT TATGCAACTT TACCTCGTGC AAGCAGCGTG
    ATCTCAACTG CCGAAGGAAC TACACGAAGG ACAAGCATCC ATGATTTTTT GACCAAGGAC
    AGTAGACTGC CTATATCAGT TGATTCACCA CCAGCTGCTG CTGACAGCAA CACCACTGCA
    GCATCTAGTG AGTACCATTT ACACCAGTGG TCCTCTCATA TACTTGACAT CCCAACACAT
    ACTATAGGTT CTTGTGCCCA AAATGATTTA GCTATAGACA TGCCTGAGCC TCTATATGCC
    CAGGCTAGAA ACTCAAGAAC AGGAAGGTCA CATTTTCTAA ACCAAACTTT TGCCACTATT
    AGGATGCCTA GTGATGCATT CGGAATGTTG GCAAAAGATA GCATAGGACC ATTTACTGTG
    GCCCATTCAT CTCAGCCATT CTTATCCCTG AATACAGAAT TAGTTAGTAA CATAAGTGGG
    TTACCTCCTA GGCCAGTTAT CAGAATAACT GACCAGGCTT CTGCCTCTTT GGATAAACCT
    GCACAGAAAG AAAATGAACA GTTTTCTGAT CATCAGAACC CTAGTAACAG TAACCTACAG
    TTTTCTATAA ATAGCAACAA TCTTGTCACT TCTGCATGCC TCTATCCTGA TGACACAGAA
    GCTGCATTGT TGGTTTCTGA GGATAATCAA ACTGTTTGGT ATGAATATGG TTGTATATGA

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

    CloneID OHu89667
    Clone ID Related Accession (Same CDS sequence) XM_017004479.1 , XM_017004479.2
    Accession Version XM_017004479.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5919bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X5
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    RefSeq XP_016859968.1
    CDS546..6464
    Translation

    Target ORF information:

    RefSeq Version XM_017004479.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004479.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    5881
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    CloneID OHu89667
    Clone ID Related Accession (Same CDS sequence) XM_017004479.1 , XM_017004479.2
    Accession Version XM_017004479.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5919bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X5
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004479.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    RefSeq XP_016859968.1
    CDS312..6230
    Translation

    Target ORF information:

    RefSeq Version XM_017004479.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X5, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004479.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGTGTCAGAA AAAAGAGGAA
    TTTATTGAAA GAATTCAAGG TTTAGATTTT GATACAAAAG CAGCGGTTGC CGCACATATT
    CAAGAGGTAA CTCATAATCA GGAAAATGTG TTTGACCTGC AATGGATGGA AGTGACTGAT
    ATGTCGCAGG AGGACATAGA ACCACTCTTG AAAAATATGG CATTGCATCT AAAAAGACTT
    ATAGATGAGA GAGATGAACA TTCAGAGACT ATCATAGAAC TCTCTGAAGA GCGGGATGGT
    CTCCATTTTC TACCCCATGC CTCTTCATCT GCACAGTCAC CCTGTGGTTC TCCAGGCATG
    AAGCGAACAG AAAGTCGACA ACATCTGTCG GTGGAACTGG CAGATGCTAA AGCCAAGATA
    AGAAGGCTTA GGCAGGAATT GGAGGAAAAG ACTGAGCAGT TGTTGGATTG TAAACAAGAA
    CTTGAGCAAA TGGAAATAGA ACTCAAAAGG CTGCAACAAG AGAACATGAA TTTGCTTTCG
    GATGCTCGCT CTGCCAGAAT GTACCGAGAT GAATTAGATG CACTTCGAGA GAAAGCAGTC
    AGAGTCGATA AGCTTGAAAG TGAAGTCAGC AGATATAAAG AGAGACTACA TGATATTGAA
    TTTTATAAGG CAAGAGTTGA GGAATTAAAA GAAGACAATC AAGTTTTATT AGAAACAAAA
    ACCATGTTGG AAGACCAACT AGAGGGAACT CGTGCTCGTT CTGATAAATT ACATGAATTA
    GAAAAAGAGA ACTTACAACT GAAAGCTAAA CTTCATGATA TGGAAATGGA ACGAGATATG
    GATAGAAAAA AGATTGAAGA ATTAATGGAA GAAAATATGA CTTTGGAAAT GGCACAGAAA
    CAAAGTATGG ATGAATCATT ACATCTTGGC TGGGAACTGG AACAGATATC CAGAACTAGT
    GAACTTTCCG AAGCACCCCA GAAATCCCTG GGCCATGAGG TGAATGAGTT GACATCAAGT
    AGATTATTGA AGCTAGAGAT GGAAAATCAA AGTTTGACAA AAACCGTAGA AGAGCTTCGG
    ACTACTGTGG ATTCTGTAGA AGGCAATGCT TCCAAAATCC TGAAAATGGA AAAAGAAAAT
    CAAAGGCTCA GTAAAAAGGT TGAGATTCTT GAAAATGAGA TTGTTCAAGA AAAGCAAAGT
    CTTCAGAATT GTCAGAATTT AAGCAAGGAT CTAATGAAGG AGAAAGCTCA GCTTGAAAAA
    ACAATAGAAA CACTGAGAGA AAATTCAGAG AGACAGATTA AGATACTGGA ACAGGAAAAT
    GAACATCTGA ATCAAACAGT GTCTTCCTTA AGGCAGCGGT CCCAGATAAG TGCAGAAGCA
    AGAGTGAAAG ACATTGAAAA AGAAAACAAA ATTCTTCATG AATCTATCAA AGAAACAAGT
    AGCAAGCTAA GCAAGATTGA ATTTGAAAAA AGACAAATTA AAAAAGAATT GGAACATTAT
    AAAGAAAAAG GAGAACGAGC TGAAGAACTT GAAAATGAAT TGCATCATCT TGAAAAAGAA
    AATGAATTAT TACAGAAAAA AATAACTAAT TTAAAAATTA CTTGTGAAAA AATTGAGGCC
    TTAGAACAAG AAAATTCAGA GCTAGAAAGA GAAAATAGAA AATTAAAAAA AACATTGGAT
    AGCTTTAAAA ATCTGACCTT TCAGTTAGAA TCCCTAGAAA AAGAGAATTC CCAACTTGAT
    GAGGAAAACT TAGAACTGCG AAGGAATGTA GAATCTTTGA AGTGTGCAAG CATGAAAATG
    GCTCAGCTAC AGCTAGAAAA CAAAGAACTG GAAAGTGAAA AAGAGCAACT TAAGAAGGGT
    TTGGAGCTCC TGAAAGCATC TTTCAAGAAA ACAGAACGCT TAGAAGTTAG CTACCAGGGT
    TTAGATATAG AAAATCAAAG ACTGCAAAAA ACTTTAGAGA ACAGCAATAA AAAAATCCAG
    CAATTAGAGA GTGAACTACA AGACTTAGAG ATGGAAAATC AAACATTGCA GAAAAACCTA
    GAAGAACTAA AAATATCTAG CAAAAGACTA GAACAGCTGG AAAAAGAAAA TAAATCATTA
    GAGCAAGAGA CTTCTCAACT GGAAAAGGAT AAGAAACAAT TGGAGAAGGA AAATAAGAGA
    CTCCGACAAC AAGCAGAAAT TAAAGATACC ACATTAGAAG AAAATAATGT GAAGATTGGA
    AATTTGGAAA AAGAAAACAA AACCCTATCC AAAGAAATTG GTATATATAA AGAATCTTGT
    GTCCGTCTGA AAGAACTAGA AAAAGAAAAT AAGGAGCTTG TGAAAAGAGC AACTATTGAT
    ATAAAAACGT TGGTTACACT ACGTGAGGAT TTGGTGAGTG AAAAGTTGAA GACCCAACAG
    ATGAACAATG ATCTCGAAAA ATTAACTCAT GAGCTTGAGA AGATAGGGTT AAATAAGGAG
    CGACTCTTAC ATGATGAACA AAGTACTGAT GACAGTAGGT ATAAACTTTT GGAATCAAAA
    TTAGAATCCA CTCTTAAGAA GTCTCTTGAA ATAAAAGAAG AAAAAATTGC TGCTTTAGAA
    GCTCGATTAG AAGAATCCAC GAATTATAAC CAGCAATTGC GCCAAGAACT TAAAACAGTG
    AAAAAAAATT ATGAAGCTCT CAAACAGAGA CAAGATGAGG AAAGGATGGT ACAGAGCTCT
    CCTCCAATAT CTGGTGAAGA CAACAAATGG GAGCGAGAAA GTCAAGAAAC GACTAGAGAA
    CTTCTGAAAG TTAAAGACAG ATTAATTGAA GTAGAAAGAA ATAATGCTAC ACTGCAAGCA
    GAGAAGCAAG CGTTGAAAAC TCAACTGAAG CAACTTGAGA CACAGAACAA TAATTTGCAG
    GCTCAGATTC TTGCACTTCA GAGGCAGACA GTGTCATTAC AAGAACAGAA TACCACTCTT
    CAAACACAGA ATGCCAAGCT TCAGGTTGAA AATTCCACCC TTAATTCCCA AAGTACCTCA
    CTCATGAACC AGAATGCCCA ACTCCTAATC CAGCAGTCTT CCTTAGAAAA TGAAAATGAA
    TCTGTAATCA AAGAGCGAGA AGACCTAAAA TCTCTCTATG ATTCTCTGAT CAAAGATCAT
    GAAAAGCTGG AACTTCTTCA TGAACGTCAG GCTTCAGAGT ATGAATCTCT TATCTCTAAA
    CATGGAACTC TGAAGTCTGC CCACAAAAAT CTTGAGGTGG AACATAGAGA CCTTGAAGAC
    CGTTACAATC AGTTATTAAA ACAGAAAGGA CAGTTGGAAG ATTTGGAAAA AATGCTCAAA
    GTAGAACAGG AAAAAATGCT GCTTGAAAAT AAAAATCATG AAACAGTAGC TGCAGAATAC
    AAGAAACTTT GTGGTGAAAA TGATAGGCTG AATCATACCT ATAGTCAACT TTTAAAAGAG
    ACTGAAGTTT TACAAACTGA CCATAAAAAT TTGAAAAGTC TTCTGAATAA TTCCAAACTG
    GAACAAACAA GATTAGAAGC TGAATTTTCA AAACTAAAGG AACAATACCA ACAATTGGAT
    ATTACATCAA CCAAGCTGAA TAACCAGTGT GAGTTGCTAA GCCAACTTAA AGGAAATTTA
    GAAGAAGAAA ATCGGCATCT ACTAGATCAA ATTCAGACAT TAATGCTACA GAACAGAACA
    CTTTTGGAGC AGAATATGGA AAGCAAGGAT CTTTTTCATG TTGAACAAAG ACAGTACATT
    GATAAGTTAA ATGAATTAAG ACGTCAGAAG GAGAAACTAG AAGAGAAAAT TATGGATCAA
    TACAAATTTT ATGACCCATC TCCTCCTAGA AGGAGAGGCA ACTGGATTAC TCTAAAAATG
    AGAAAATTGA TAAAGTCTAA GAAAGATATT AATCGGGAAC GCCAGAAATC TCTAACATTA
    ACACCCACCC GCTCAGACTC CAGTGAAGGA TTTCTTCAGC TCCCTCATCA AGACAGTCAA
    GATAGTTCTT CAGTAGGTTC AAACTCTTTA GAAGATGGCC AGACCTTGGG GACCAAGAAA
    AGCAGCACCA TGAATGACCT GGTGCAGTCC ATGGTCCTAG CAGGACAGTG GACAGGTAGT
    ACTGAGAATT TGGAGGTTCC TGATGATATT TCAACGGGTA AAAGGAGAAA AGAATTGGGA
    GCTATGGCCT TCTCTACTAC AGCCATCAAC TTTTCAACTG TCAACTCTTC TGCAGGCTTC
    AGATCCAAGC AGTTGGTTAA TAATAAAGAT ACTACATCCT TTGAAGACAT AAGTCCACAA
    GGTGTTAGTG ATGATTCTAG TACGGGATCA AGAGTTCATG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    CloneID OHu89668
    Clone ID Related Accession (Same CDS sequence) XM_017004480.2 , XM_017004480.1
    Accession Version XM_017004480.2 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5859bp)
    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 2019-12-05
    Organism Homo sapiens(human)
    Product girdin isoform X6
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017004480.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT
    GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT
    GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT
    GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG
    GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC
    ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT
    CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA
    CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT
    TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT
    AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA
    ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG
    GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG
    ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT
    GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC
    GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA
    ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT
    CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA
    GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA
    CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG
    ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT
    ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA
    GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT
    CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT
    GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA
    AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG
    AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT
    GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG
    CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA
    GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC
    AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA
    TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA
    GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG
    AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT
    AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA
    TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA
    AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG
    TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA
    GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA
    CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA
    ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA
    GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG
    ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA
    GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT
    GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG
    AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA
    CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT
    TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA
    GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT
    CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA
    TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT
    AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG
    GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA
    GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT
    CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG
    AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA
    TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA
    CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG
    CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA
    CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG
    AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG
    ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG
    AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT
    CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC
    TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA
    CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG
    GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT
    GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA
    GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT
    AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT
    ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT
    AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    RefSeq XP_016859969.1
    CDS312..6170
    Translation

    Target ORF information:

    RefSeq Version XM_017004480.2
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004480.2

    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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT
    GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT
    GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT
    GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG
    GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC
    ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT
    CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA
    CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT
    TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT
    AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA
    ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG
    GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG
    ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT
    GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC
    GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA
    ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT
    CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA
    GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA
    CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG
    ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT
    ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA
    GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT
    CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT
    GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA
    AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG
    AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT
    GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG
    CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA
    GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC
    AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA
    TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA
    GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG
    AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT
    AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA
    TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA
    AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG
    TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA
    GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA
    CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA
    ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA
    GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG
    ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA
    GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT
    GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG
    AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA
    CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT
    TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA
    GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT
    CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA
    TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT
    AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG
    GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA
    GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT
    CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG
    AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA
    TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA
    CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG
    CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA
    CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG
    AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG
    ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG
    AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT
    CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC
    TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA
    CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG
    GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT
    GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA
    GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT
    AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT
    ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT
    AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    CloneID OHu89668
    Clone ID Related Accession (Same CDS sequence) XM_017004480.2 , XM_017004480.1
    Accession Version XM_017004480.1 Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 5859bp)
    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 2016-06-05
    Organism Homo sapiens(human)
    Product girdin isoform X6
    Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000002.12) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT
    GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT
    GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT
    GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG
    GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC
    ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT
    CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA
    CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT
    TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT
    AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA
    ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG
    GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG
    ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT
    GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC
    GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA
    ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT
    CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA
    GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA
    CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG
    ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT
    ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA
    GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT
    CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT
    GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA
    AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG
    AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT
    GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG
    CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA
    GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC
    AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA
    TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA
    GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG
    AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT
    AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA
    TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA
    AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG
    TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA
    GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA
    CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA
    ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA
    GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG
    ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA
    GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT
    GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG
    AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA
    CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT
    TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA
    GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT
    CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA
    TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT
    AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG
    GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA
    GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT
    CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG
    AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA
    TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA
    CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG
    CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA
    CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG
    AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG
    ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG
    AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT
    CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC
    TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA
    CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG
    GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT
    GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA
    GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT
    AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT
    ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT
    AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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

    RefSeq XP_016859969.1
    CDS546..6404
    Translation

    Target ORF information:

    RefSeq Version XM_017004480.1
    Organism Homo sapiens(human)
    Definition Homo sapiens coiled-coil domain containing 88A (CCDC88A), transcript variant X6, mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    XM_017004480.1

    ORF Insert Sequence:

    1
    61
    121
    181
    241
    301
    361
    421
    481
    541
    601
    661
    721
    781
    841
    901
    961
    1021
    1081
    1141
    1201
    1261
    1321
    1381
    1441
    1501
    1561
    1621
    1681
    1741
    1801
    1861
    1921
    1981
    2041
    2101
    2161
    2221
    2281
    2341
    2401
    2461
    2521
    2581
    2641
    2701
    2761
    2821
    2881
    2941
    3001
    3061
    3121
    3181
    3241
    3301
    3361
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    4141
    4201
    4261
    4321
    4381
    4441
    4501
    4561
    4621
    4681
    4741
    4801
    4861
    4921
    4981
    5041
    5101
    5161
    5221
    5281
    5341
    5401
    5461
    5521
    5581
    5641
    5701
    5761
    5821
    ATGGAGAACG AAATTTTTAC TCCCCTTCTG GAGCAGTTCA TGACCAGCCC TTTGGTCACT 
    TGGGTTAAAA CGTTTGGACC TCTGGCCGCA GGAAATGGGA CCAACCTTGA TGAATATGTG
    GCTTTGGTGG ATGGGGTATT CTTGAACCAG GTCATGCTCC AAATTAATCC TAAATTGGAG
    AGTCAGAGAG TAAATAAAAA AGTCAATAAT GATGCCTCAC TTAGAATGCA CAATCTATCC
    ATTTTGGTGA GACAGATAAA ATTTTATTAC CAGGAGACTT TGCAGCAATT GATCATGATG
    TCGTTGCCAA ATGTCTTAAT CATTGGCAAA AATCCCTTTT CTGAACAAGG CACAGAAGAA
    GTTAAAAAAC TGCTTTTACT TTTATTGGGT TGTGCAGTTC AGACTATCAT AGAACTCTCT
    GAAGAGCGGG ATGGTCTCCA TTTTCTACCC CATGCCTCTT CATCTGCACA GTCACCCTGT
    GGTTCTCCAG GCATGAAGCG AACAGAAAGT CGACAACATC TGTCGGTGGA ACTGGCAGAT
    GCTAAAGCCA AGATAAGAAG GCTTAGGCAG GAATTGGAGG AAAAGACTGA GCAGTTGTTG
    GATTGTAAAC AAGAACTTGA GCAAATGGAA ATAGAACTCA AAAGGCTGCA ACAAGAGAAC
    ATGAATTTGC TTTCGGATGC TCGCTCTGCC AGAATGTACC GAGATGAATT AGATGCACTT
    CGAGAGAAAG CAGTCAGAGT CGATAAGCTT GAAAGTGAAG TCAGCAGATA TAAAGAGAGA
    CTACATGATA TTGAATTTTA TAAGGCAAGA GTTGAGGAAT TAAAAGAAGA CAATCAAGTT
    TTATTAGAAA CAAAAACCAT GTTGGAAGAC CAACTAGAGG GAACTCGTGC TCGTTCTGAT
    AAATTACATG AATTAGAAAA AGAGAACTTA CAACTGAAAG CTAAACTTCA TGATATGGAA
    ATGGAACGAG ATATGGATAG AAAAAAGATT GAAGAATTAA TGGAAGAAAA TATGACTTTG
    GAAATGGCAC AGAAACAAAG TATGGATGAA TCATTACATC TTGGCTGGGA ACTGGAACAG
    ATATCCAGAA CTAGTGAACT TTCCGAAGCA CCCCAGAAAT CCCTGGGCCA TGAGGTGAAT
    GAGTTGACAT CAAGTAGATT ATTGAAGCTA GAGATGGAAA ATCAAAGTTT GACAAAAACC
    GTAGAAGAGC TTCGGACTAC TGTGGATTCT GTAGAAGGCA ATGCTTCCAA AATCCTGAAA
    ATGGAAAAAG AAAATCAAAG GCTCAGTAAA AAGGTTGAGA TTCTTGAAAA TGAGATTGTT
    CAAGAAAAGC AAAGTCTTCA GAATTGTCAG AATTTAAGCA AGGATCTAAT GAAGGAGAAA
    GCTCAGCTTG AAAAAACAAT AGAAACACTG AGAGAAAATT CAGAGAGACA GATTAAGATA
    CTGGAACAGG AAAATGAACA TCTGAATCAA ACAGTGTCTT CCTTAAGGCA GCGGTCCCAG
    ATAAGTGCAG AAGCAAGAGT GAAAGACATT GAAAAAGAAA ACAAAATTCT TCATGAATCT
    ATCAAAGAAA CAAGTAGCAA GCTAAGCAAG ATTGAATTTG AAAAAAGACA AATTAAAAAA
    GAATTGGAAC ATTATAAAGA AAAAGGAGAA CGAGCTGAAG AACTTGAAAA TGAATTGCAT
    CATCTTGAAA AAGAAAATGA ATTATTACAG AAAAAAATAA CTAATTTAAA AATTACTTGT
    GAAAAAATTG AGGCCTTAGA ACAAGAAAAT TCAGAGCTAG AAAGAGAAAA TAGAAAATTA
    AAAAAAACAT TGGATAGCTT TAAAAATCTG ACCTTTCAGT TAGAATCCCT AGAAAAAGAG
    AATTCCCAAC TTGATGAGGA AAACTTAGAA CTGCGAAGGA ATGTAGAATC TTTGAAGTGT
    GCAAGCATGA AAATGGCTCA GCTACAGCTA GAAAACAAAG AACTGGAAAG TGAAAAAGAG
    CAACTTAAGA AGGGTTTGGA GCTCCTGAAA GCATCTTTCA AGAAAACAGA ACGCTTAGAA
    GTTAGCTACC AGGGTTTAGA TATAGAAAAT CAAAGACTGC AAAAAACTTT AGAGAACAGC
    AATAAAAAAA TCCAGCAATT AGAGAGTGAA CTACAAGACT TAGAGATGGA AAATCAAACA
    TTGCAGAAAA ACCTAGAAGA ACTAAAAATA TCTAGCAAAA GACTAGAACA GCTGGAAAAA
    GAAAATAAAT CATTAGAGCA AGAGACTTCT CAACTGGAAA AGGATAAGAA ACAATTGGAG
    AAGGAAAATA AGAGACTCCG ACAACAAGCA GAAATTAAAG ATACCACATT AGAAGAAAAT
    AATGTGAAGA TTGGAAATTT GGAAAAAGAA AACAAAACCC TATCCAAAGA AATTGGTATA
    TATAAAGAAT CTTGTGTCCG TCTGAAAGAA CTAGAAAAAG AAAATAAGGA GCTTGTGAAA
    AGAGCAACTA TTGATATAAA AACGTTGGTT ACACTACGTG AGGATTTGGT GAGTGAAAAG
    TTGAAGACCC AACAGATGAA CAATGATCTC GAAAAATTAA CTCATGAGCT TGAGAAGATA
    GGGTTAAATA AGGAGCGACT CTTACATGAT GAACAAAGTA CTGATGACAG TAGGTATAAA
    CTTTTGGAAT CAAAATTAGA ATCCACTCTT AAGAAGTCTC TTGAAATAAA AGAAGAAAAA
    ATTGCTGCTT TAGAAGCTCG ATTAGAAGAA TCCACGAATT ATAACCAGCA ATTGCGCCAA
    GAACTTAAAA CAGTGAAAAA AAATTATGAA GCTCTCAAAC AGAGACAAGA TGAGGAAAGG
    ATGGTACAGA GCTCTCCTCC AATATCTGGT GAAGACAACA AATGGGAGCG AGAAAGTCAA
    GAAACGACTA GAGAACTTCT GAAAGTTAAA GACAGATTAA TTGAAGTAGA AAGAAATAAT
    GCTACACTGC AAGCAGAGAA GCAAGCGTTG AAAACTCAAC TGAAGCAACT TGAGACACAG
    AACAATAATT TGCAGGCTCA GATTCTTGCA CTTCAGAGGC AGACAGTGTC ATTACAAGAA
    CAGAATACCA CTCTTCAAAC ACAGAATGCC AAGCTTCAGG TTGAAAATTC CACCCTTAAT
    TCCCAAAGTA CCTCACTCAT GAACCAGAAT GCCCAACTCC TAATCCAGCA GTCTTCCTTA
    GAAAATGAAA ATGAATCTGT AATCAAAGAG CGAGAAGACC TAAAATCTCT CTATGATTCT
    CTGATCAAAG ATCATGAAAA GCTGGAACTT CTTCATGAAC GTCAGGCTTC AGAGTATGAA
    TCTCTTATCT CTAAACATGG AACTCTGAAG TCTGCCCACA AAAATCTTGA GGTGGAACAT
    AGAGACCTTG AAGACCGTTA CAATCAGTTA TTAAAACAGA AAGGACAGTT GGAAGATTTG
    GAAAAAATGC TCAAAGTAGA ACAGGAAAAA ATGCTGCTTG AAAATAAAAA TCATGAAACA
    GTAGCTGCAG AATACAAGAA ACTTTGTGGT GAAAATGATA GGCTGAATCA TACCTATAGT
    CAACTTTTAA AAGAGACTGA AGTTTTACAA ACTGACCATA AAAATTTGAA AAGTCTTCTG
    AATAATTCCA AACTGGAACA AACAAGATTA GAAGCTGAAT TTTCAAAACT AAAGGAACAA
    TACCAACAAT TGGATATTAC ATCAACCAAG CTGAATAACC AGTGTGAGTT GCTAAGCCAA
    CTTAAAGGAA ATTTAGAAGA AGAAAATCGG CATCTACTAG ATCAAATTCA GACATTAATG
    CTACAGAACA GAACACTTTT GGAGCAGAAT ATGGAAAGCA AGGATCTTTT TCATGTTGAA
    CAAAGACAGT ACATTGATAA GTTAAATGAA TTAAGACGTC AGAAGGAGAA ACTAGAAGAG
    AAAATTATGG ATCAATACAA ATTTTATGAC CCATCTCCTC CTAGAAGGAG AGGCAACTGG
    ATTACTCTAA AAATGAGAAA ATTGATAAAG TCTAAGAAAG ATATTAATCG GGAACGCCAG
    AAATCTCTAA CATTAACACC CACCCGCTCA GACTCCAGTG AAGGATTTCT TCAGCTCCCT
    CATCAAGACA GTCAAGATAG TTCTTCAGTA GGTTCAAACT CTTTAGAAGA TGGCCAGACC
    TTGGGGACCA AGAAAAGCAG CATGGTTGCA CTGAAAAGAC TGCCCTTTTT GAGGAACAGA
    CCGAAGGATA AAGACAAAAT GAAGGCCTGC TACCGTCGTT CCATGTCCAT GAATGACCTG
    GTGCAGTCCA TGGTCCTAGC AGGACAGTGG ACAGGTAGTA CTGAGAATTT GGAGGTTCCT
    GATGATATTT CAACGGGTAA AAGGAGAAAA GAATTGGGAG CTATGGCCTT CTCTACTACA
    GCCATCAACT TTTCAACTGT CAACTCTTCT GCAGGCTTCA GATCCAAGCA GTTGGTTAAT
    AATAAAGATA CTACATCCTT TGAAGACATA AGTCCACAAG GTGTTAGTGA TGATTCTAGT
    ACGGGATCAA GAGTTCATGC TTCAAGACCA GCCAGCCTTG ATAGTGGCAG AACATCCACT
    AGCAATAGCA ATAATAATGC TTCACTACAT GAAGTCAAAG CAGGTGCAGT TAATAACCAA
    AGCAGGCCAC AAAGCCACAG CAGTGGAGAA TTTAGCCTGC TTCATGACCA TGAGGCTTGG
    TCCAGCAGTG GTAGCAGTCC AATCCAGTAC TTGAAAAGAC AGACCAGATC AAGCCCAGTG
    CTCCAGCACA AAATATCTGA AACACTGGAG AGTCGACATC ACAAGATCAA AACTGGTTCC
    CCTGGAAGTG AAGTTGTTAC TCTACAACAG TTTTTGGAAG AAAGCAATAA GCTTACCTCA
    GTACAGATAA AGTCCTCAAG TCAAGAGAAT CTTTTAGATG AAGTAATGAA AAGTTTGTCT
    GTCTCTTCTG ACTTTTTGGG AAAAGACAAA CCAGTTAGCT GTGGTCTGGC CAGGTCAGTA
    AGTGGAAAAA CCCCAGGGGA CTTCTATGAT AGACGGACAA CTAAGCCTGA GTTTTTGAGA
    CCTGGTCCTC GAAAAACTGA AGATACCTAC TTCATTAGTT CTGCGGGAAA ACCTACACCA
    GGCACTCAAG GAAAAATAAA ATTAGTAAAA GAATCTTCTC TGTCACGACA ATCAAAAGAT
    AGTAACCCTT ATGCAACTTT ACCTCGTGCA AGCAGCGTGA TCTCAACTGC CGAAGGAACT
    ACACGAAGGA CAAGCATCCA TGATTTTTTG ACCAAGGACA GTAGACTGCC TATATCAGTT
    GATTCACCAC CAGCTGCTGC TGACAGCAAC ACCACTGCAG CATCTAGTGA GTACCATTTA
    CACCAGTGGT CCTCTCATAT ACTTGACATC CCAACACATA CTATAGGTTC TTGTGCCCAA
    AATGATTTAG CTATAGACAT GCCTGAGCCT CTATATGCCC AGGCTAGAAA CTCAAGAACA
    GGAAGGTCAC ATTTTCTAAA CCAAACTTTT GCCACTATTA GGATGCCTAG TGATGCATTC
    GGAATGTTGG CAAAAGATAG CATAGGACCA TTTACTGTGG CCCATTCATC TCAGCCATTC
    TTATCCCTGA ATACAGAATT AGTTAGTAAC ATAAGTGGGT TACCTCCTAG GCCAGTTATC
    AGAATAACTG ACCAGGCTTC TGCCTCTTTG GATAAACCTG CACAGAAAGA AAATGAACAG
    TTTTCTGATC ATCAGAACCC TAGTAACAGT AACCTACAGT TTTCTATAAA TAGCAACAAT
    CTTGTCACTT CTGCATGCCT CTATCCTGAT GACACAGAAG CTGCATTGTT GGTTTCTGAG
    GATAATCAAA CTGTTTGGTA TGAATATGGT TGTATATGA

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