| Gene Symbol | ANKRD28 |
| Entrez Gene ID | 100152333 |
| Full Name | ankyrin repeat domain 28 |
| Gene Type | protein-coding |
| Organism | Sus scrofa(Pig) |
| Genome |
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ANKRD28 cDNA ORF clone, Sus scrofa(Pig)
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Gene
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Clones
gRNAs
The following ANKRD28 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD28 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.
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Reference Sequences (Refseq)
CloneID OSe234767 Clone ID Related Accession (Same CDS sequence) XM_021068212.1 Accession Version XM_021068212.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 1194bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X7 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923871.1 CDS 1402..2595 Translation 
Target ORF information:
RefSeq Version XM_021068212.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X10, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_021068212.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234765 Clone ID Related Accession (Same CDS sequence) XM_021068208.1 , XM_021068210.1 , XM_021068211.1 , XM_021068209.1 Accession Version XM_021068208.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2994bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X5 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923867.1 CDS 1589..4582 Translation
Target ORF information:
RefSeq Version XM_021068208.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X5, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068208.1
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
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234765 Clone ID Related Accession (Same CDS sequence) XM_021068208.1 , XM_021068210.1 , XM_021068211.1 , XM_021068209.1 Accession Version XM_021068210.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2994bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X5 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923869.1 CDS 5270..8263 Translation
Target ORF information:
RefSeq Version XM_021068210.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X7, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068210.1
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
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234765 Clone ID Related Accession (Same CDS sequence) XM_021068208.1 , XM_021068210.1 , XM_021068211.1 , XM_021068209.1 Accession Version XM_021068211.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2994bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X5 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923870.1 CDS 961..3954 Translation
Target ORF information:
RefSeq Version XM_021068211.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X8, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068211.1
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
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234765 Clone ID Related Accession (Same CDS sequence) XM_021068208.1 , XM_021068210.1 , XM_021068211.1 , XM_021068209.1 Accession Version XM_021068209.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2994bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X5 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923868.1 CDS 167..3160 Translation
Target ORF information:
RefSeq Version XM_021068209.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X6, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068209.1
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
2941ATGTTAACTT TCAGGACAAT GAAAAGAGAA CTCCACTGCA TGCTGCTGCC TATCTTGGAG
ATGCAGAAAT CATTGAATTG CTTATTTTAT CTGGAAGCAG TTCAGGTACT TTTGAAGCAT
TCTGCAGACG TTAATGCTCG AGACAAAAAC TGGCAAACTC CATTACACAT AGCAGCAGCT
AATAAAGCTG TAAAGTGTGC GGAAGCTTTG GTTCCTCTAC TGAGTAATGT AAACGTGTCC
GATCGAGCGG GGAGAACCGC ACTGCACCAT GCAGCTTTCA GTGGGCATGG GGAGATGGTC
AAGCTGCTCT TGTCTAGAGG TGCCAATATT AATGCTTTTG ATAAGAAAGA TAGACGTGCT
ATCCACTGGG CCGCATATAT GGGTCACATT GAAGTAGTGA AATTACTCGT GGCACATGGA
GCTGAGGTGA CATGCAAAGA TAAGAAGTCT TACACACCTC TCCATGCAGC AGCCTCCAGC
GGGATGATCA GCGTAGTCAA ATACCTTCTC GATCTTGGGG TTGATATGAA TGAACCAAAT
GCCTATGGAA ATACACCTCT TCATGTAGCC TGCTATAATG GACAAGATGT TGTCGTGAAT
GAACTTATAG ACTGTGGTGC TAATGTAAAT CAGAAGAATG AAAAAGGATT TACTCCTTTG
CACTTTGCTG CTGCATCCAC TCATGGAGCA TTGTGTTTAG AGCTTCTAGT AAGCAATGGG
GCCGATGTCA ATATGAAGAG CAAAGATGGA AAAACCCCAC TGCATATGAC TGCCCTCCAC
GGTAGATTCT CCAGATCACA AACCATTATC CAGAGTGGAG CAGTAATCGA CTGTGAGGAT
AAGAATGGTA ACACCCCTTT GCACATAGCA GCGAGGTACG GCCATGAGCT GCTAATCAAC
ACTCTCATTA CAAGTGGTGC TGACACTGCA AAGCGTGGCA TACATGGAAT GTTCCCCCTC
CATTTGGCAG CCTTAAGTGG TTTCTCAGAT TGCTGTAGGA AACTTCTTTC TTCTGGATTT
GATATAGATA CTCCAGATGA TTTTGGCAGA ACCTGTCTAC ATGCAGCTGC AGCTGGAGGG
AATCTGGAGT GCCTAAACCT TCTGCTGAAT ACTGGTGCAG ACTTTAACAA AAAGGACAAA
TTTGGGAGAT CTCCACTGCA CTATGCTGCT GCCAATTGCA ATTACCAGTG CCTGTTTGCT
CTTGTGGGCT CAGGAGCAAG TGTGAATGAC CTTGATGAAA GAGGGTGCAC ACCCCTGCAC
TATGCAGCCA CGTCAGACAC AGATGGCAAG TGCCTGGAAT ACTTACTAAG AAATGATGCA
AATCCAGGGA TCCGGGACAA GCAAGGATAC AATGCAGTTC ATTATTCAGC TGCGTATGGT
CACCGTCTGT GTCTTCAGCT GATTGCAAGT GAAACTCCTT TAGATGTTTT AATGGAAACC
TCGGGAACAG ACATGCTGAG TGATTCAGAC AATAGAGCAA CAATAAGCCC TTTACACTTG
GCTGCATACC ATGGTCACCA TCAAGCACTA GAAGTGTTGG TACAGTCTTT GTTAGATCTT
GATGTGAGAA ATAGCAGTGG AAGAACACCC TTGGACCTTG CAGCATTTAA AGGCCACGTG
GAATGTGTGG ATGTACTCAT TAATCAGGGA GCTTCAATCT TAGTCAAAGA TTATATTTTG
AAGAGAACAC CTATACATGC AGCAGCAACA AATGGGCACT CAGAATGCTT ACGGCTACTA
ATAGGAAATG CAGAACCACA GAATGCAGTA GATATTCAAG ATGGAAATGG ACAGACTCCA
CTGATGCTGT CTGTGCTCAA TGGGCACACG GACTGTGTCT ACTCACTGCT GAACAAGGGA
GCAAACGTAG ATGCCAAAGA TAAGTGGGGA AGGACGGCAT TGCACAGAGG GGCAGTCACA
GGCCATGAAG AGTGTGTAGA TGCATTACTT CAACATGGTG CTAAGTGCTT ATTTCGAGAC
AGCAAGGGCC GGACACCAAT ACACTTGTCA GCTGCTTGTG GTCACATCGG TGTTCTCGGA
GCCCTTTTAC AGTCAGCAGC CTCTGTGGAT GCAAATCCAG CCCTAGTGGA CAATCATGGA
TATACAGCAC TTCACTGGGC TTGCTACAAC GGTCACGAGA CGTGTGTAGA ACTCCTTTTA
GAACAGGAAG TTTTCCAGAA AATGGAAGGA AATGCTTTCA GTCCATTGCA TTGTGCTGTG
ATAAATGACA ACGAAGGTGC TGCTGAGATG CTAATTGATA CATTAGGTGC CAGCATAGTG
AATGCCACAG ATTCAAAAGG AAGAACGCCT CTCCACGCGG CCGCCTTCAC AGACCATGTG
GAGTGTTTGC AGCTGCTGCT CAGCCATAAT GCTCATGTCA ATTCCGTGGA CTCCTCTGGG
AAGACACCTC TCATGATGGC TGCAGAAAAC GGACAAACAA ATACAGTCGA GATGCTGGTT
AGCAGTGCTA GTGCAGATCT GACTTTACAA GATAACAGTA AAAACACCGC CCTCCATTTG
GCTTGCAGCA AGGGTCATGA AACTAGTGCC TTGTTAATAC TGGAAAAGAT AACAGATAGA
AACCTCATCA ATGCAACCAA TGCAGCTTTG CAAACACCTC TGCATGTTGC TGCCCGGAAC
GGGCTAACAA TGGTGGTTCA AGAACTTTTG GGAAAAGGAG CAAGTGTGCT TGCAGTAGAT
GAAAATGGCT ATACCCCAGC CTTGGCCTGT GCCCCCAACA AGGACGTGGC CGACTGCCTA
GCTCTCATTC TGGCCACCAT GATGCCTGTC TCATCGAGTA GCCCTTTATC ATCCTTGACG
TTCAGTGCCA TTAACCGTTA TACCAACACC TCGAAAACAG TCAGCTTCGA AGCGCTGCCC
ATCATGAGGA ATGAACCCAG TTCCTACTGC AGTTTCAACA ACATTGGTGG GGAGCAGGAG
TACTTATACA CCGAAGTGGA TGAGCTCAAT GACTCCGACT CCGAGACTTA CTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234766 Clone ID Related Accession (Same CDS sequence) XM_013981385.2 Accession Version XM_013981385.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2700bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X6 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 13, 2017 this sequence version replaced XM_013981385.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGCTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ATGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAATGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836839.1 CDS 632..3331 Translation
Target ORF information:
RefSeq Version XM_013981385.2 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X9, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981385.2
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
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGCTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ATGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAATGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe41555 Clone ID Related Accession (Same CDS sequence) XM_013981387.1 , XM_013981386.1 , XM_013981385.1 Accession Version XM_013981387.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2700bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1441814400000 Organism Sus scrofa(Pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X3 Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611571.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836841.1 CDS 300..2999 Translation
Target ORF information:
RefSeq Version XM_013981387.1 Organism Sus scrofa(Pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X5, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981387.1
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
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe41555 Clone ID Related Accession (Same CDS sequence) XM_013981387.1 , XM_013981386.1 , XM_013981385.1 Accession Version XM_013981386.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2700bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1441814400000 Organism Sus scrofa(Pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X3 Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611571.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836840.1 CDS 337..3036 Translation
Target ORF information:
RefSeq Version XM_013981386.1 Organism Sus scrofa(Pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X4, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981386.1
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
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe41555 Clone ID Related Accession (Same CDS sequence) XM_013981387.1 , XM_013981386.1 , XM_013981385.1 Accession Version XM_013981385.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2700bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1441814400000 Organism Sus scrofa(Pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X3 Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611571.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836839.1 CDS 607..3306 Translation
Target ORF information:
RefSeq Version XM_013981385.1 Organism Sus scrofa(Pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X3, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981385.1
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
2641ATGGTCAAGC TGCTCTTGTC TAGAGGTGCC AATATTAATG CTTTTGATAA GAAAGATAGA
CGTGCTATCC ACTGGGCCGC ATATATGGGT CACATTGAAG TAGTGAAATT ACTCGTGGCA
CATGGAGCTG AGGTGACATG CAAAGATAAG AAGTCTTACA CACCTCTCCA TGCAGCAGCC
TCCAGCGGGA TGATCAGCGT AGTCAAATAC CTTCTCGATC TTGGGGTTGA TATGAATGAA
CCAAATGCCT ATGGAAATAC ACCTCTTCAT GTAGCCTGCT ATAATGGACA AGATGTTGTC
GTGAATGAAC TTATAGACTG TGGTGCTAAT GTAAATCAGA AGAATGAAAA AGGATTTACT
CCTTTGCACT TTGCTGCTGC ATCCACTCAT GGAGCATTGT GTTTAGAGCT TCTAGTAAGC
AATGGGGCCG ATGTCAATAT GAAGAGCAAA GATGGAAAAA CCCCACTGCA TATGACTGCC
CTCCACGGTA GATTCTCCAG ATCACAAACC ATTATCCAGA GTGGAGCAGT AATCGACTGT
GAGGATAAGA ATGGTAACAC CCCTTTGCAC ATAGCAGCGA GGTACGGCCA TGAGCTGCTA
ATCAACACTC TCATTACAAG TGGTGCTGAC ACTGCAAAGC GTGGCATACA TGGAATGTTC
CCCCTCCATT TGGCAGCCTT AAGTGGTTTC TCAGATTGCT GTAGGAAACT TCTTTCTTCT
GGATTTGATA TAGATACTCC AGATGATTTT GGCAGAACCT GTCTACATGC AGCTGCAGCT
GGAGGGAATC TGGAGTGCCT AAACCTTCTG CTGAATACTG GTGCAGACTT TAACAAAAAG
GACAAATTTG GGAGATCTCC ACTGCACTAT GCTGCTGCCA ATTGCAATTA CCAGTGCCTG
TTTGCTCTTG TGGGCTCAGG AGCAAGTGTG AATGACCTTG ATGAAAGAGG GTGCACACCC
CTGCACTATG CAGCCACGTC AGACACAGAT GGCAAGTGCC TGGAATACTT ACTAAGAAAT
GATGCAAATC CAGGGATCCG GGACAAGCAA GGATACAATG CAGTTCATTA TTCAGCTGCG
TATGGTCACC GTCTGTGTCT TCAGCTGATT GCAAGTGAAA CTCCTTTAGA TGTTTTAATG
GAAACCTCGG GAACAGACAT GCTGAGTGAT TCAGACAATA GAGCAACAAT AAGCCCTTTA
CACTTGGCTG CATACCATGG TCACCATCAA GCACTAGAAG TGTTGGTACA GTCTTTGTTA
GATCTTGATG TGAGAAATAG CAGTGGAAGA ACACCCTTGG ACCTTGCAGC ATTTAAAGGC
CACGTGGAAT GTGTGGATGT ACTCATTAAT CAGGGAGCTT CAATCTTAGT CAAAGATTAT
ATTTTGAAGA GAACACCTAT ACATGCAGCA GCAACAAATG GGCACTCAGA ATGCTTACGG
CTACTAATAG GAAATGCAGA ACCACAGAAT GCAGTAGATA TTCAAGATGG AAATGGACAG
ACTCCACTGA TGCTGTCTGT GCTCAATGGG CACACGGACT GTGTCTACTC ACTGCTGAAC
AAGGGAGCAA ACGTAGATGC CAAAGATAAG TGGGGAAGGA CGGCATTGCA CAGAGGGGCA
GTCACAGGCC ATGAAGAGTG TGTAGATGCA TTACTTCAAC ATGGTGCTAA GTGCTTATTT
CGAGACAGCA AGGGCCGGAC ACCAATACAC TTGTCAGCTG CTTGTGGTCA CATCGGTGTT
CTCGGAGCCC TTTTACAGTC AGCAGCCTCT GTGGATGCAA ATCCAGCCCT AGTGGACAAT
CATGGATATA CAGCACTTCA CTGGGCTTGC TACAACGGTC ACGAGACGTG TGTAGAACTC
CTTTTAGAAC AGGAAGTTTT CCAGAAAATG GAAGGAAATG CTTTCAGTCC ATTGCATTGT
GCTGTGATAA ATGACAACGA AGGTGCTGCT GAGATGTTAA TTGATACATT AGGTGCCAGC
ATAGTGAATG CCACAGATTC AAAAGGAAGA ACGCCTCTCC ACGCGGCCGC CTTCACAGAC
CATGTGGAGT GTTTGCAGCT GCTGCTCAGC CATAATGCTC ACGTCAATTC CGTGGACTCC
TCTGGGAAGA CACCTCTCAT GATGGCTGCA GAAAACGGAC AAACAAATAC AGTCGAGATG
CTGGTTAGCA GTGCTAGTGC AGATCTGACT TTACAAGATA ACAGTAAAAA CACCGCCCTC
CATTTGGCTT GCAGCAAGGG TCATGAAACT AGTGCCTTGT TAATACTGGA AAAGATAACA
GATAGAAACC TCATCAACGC AACCAATGCA GCTTTGCAAA CACCTCTGCA TGTTGCTGCC
CGGAACGGGC TAACAATGGT GGTTCAAGAA CTTTTGGGAA AAGGAGCAAG TGTGCTTGCA
GTAGATGAAA ATGGCTATAC CCCAGCCTTG GCCTGTGCCC CCAACAAGGA CGTGGCCGAC
TGCCTAGCTC TCATTCTGGC CACCATGATG CCTGTCTCAT CGAGTAGCCC TTTATCATCC
TTGACGTTCA GTGCCATTAA CCGTTATACC AACACCTCGA AAACAGTCAG CTTCGAAGCG
CTGCCCATCA TGAGGAATGA ACCCAGTTCC TACTGCAGTT TCAACAACAT TGGTGGGGAG
CAGGAGTACT TATACACCGA AGTGGATGAG CTCAATGACT CCGACTCCGA GACTTACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe29054 Clone ID Related Accession (Same CDS sequence) NM_001206449.1 Accession Version NM_001206449.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3261bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1445011200000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from CU466373.2. On Apr 24, 2011 this sequence version replaced XM_001927213.2. 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. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA1487398, SAMEA1487420 [ECO:0000350] ##Evidence-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGGTA
AGATACCCAT CACTGGTGCA AGCTATATTT AATGGAGATC CTGATGAAGT TCGAGCACTA
ATATTTAAGA AAGAAGATGT TAACTTTCAG GACAATGAAA AGAGAACTCC ACTGCATGCT
GCTGCCTATC TTGGAGATGC AGAAATCATT GAATTGCTTA TTTTATCTGG AGCTAGAGTT
AATGCCAAAG ACAGCAAATG GTTGACACCT TTACACAGAG CAGTTGCATC TTGTAGTGAG
GAAGCAGTTC AGGTACTTTT GAAGCATTCT GCAGACGTTA ATGCTCGAGA CAAAAACTGG
CAAACTCCAT TACACATAGC AGCAGCTAAT AAAGCTGTAA AGTGTGCGGA AGCTTTGGTT
CCTCTACTGA GTAATGTAAA CGTGTCCGAT CGAGCGGGGA GAACCGCACT GCACCATGCA
GCTTTCAGTG GGCATGGGGA GATGGTCAAG CTGCTCTTGT CTAGAGGTGC CAATATTAAT
GCTTTTGATA AGAAAGATAG ACGTGCTATC CACTGGGCCG CATATATGGG TCACATTGAA
GTAGTGAAAT TACTCGTGGC ACATGGAGCT GAGGTGACAT GCAAAGATAA GAAGTCTTAC
ACACCTCTCC ATGCAGCAGC CTCCAGCGGG ATGATCAGCG TAGTCAAATA CCTTCTCGAT
CTTGGGGTTG ATATGAATGA ACCAAATGCC TATGGAAATA CACCTCTTCA TGTAGCCTGC
TATAATGGAC AAGATGTTGT CGTGAATGAA CTTATAGACT GTGGTGCTAA TGTAAATCAG
AAGAATGAAA AAGGATTTAC TCCTTTGCAC TTTGCTGCTG CATCCACTCA TGGAGCATTG
TGTTTAGAGC TTCTAGTAAG CAATGGGGCC GATGTCAATA TGAAGAGCAA AGATGGAAAA
ACCCCACTGC ATATGACTGC CCTCCACGGT AGATTCTCCA GATCACAAAC CATTATCCAG
AGTGGAGCAG TAATCGACTG TGAGGATAAG AATGGTAACA CCCCTTTGCA CATAGCAGCG
AGGTACGGCC ATGAGCTGCT AATCAACACT CTCATTACAA GTGGTGCTGA CACTGCAAAG
CGTGGCATAC ATGGAATGTT CCCCCTCCAT TTGGCAGCCT TAAGTGGTTT CTCAGATTGC
TGTAGGAAAC TTCTTTCTTC TGGATTTGAT ATAGATACTC CAGATGATTT TGGCAGAACC
TGTCTACATG CAGCTGCAGC TGGAGGGAAT CTGGAGTGCC TAAACCTTCT GCTGAATACT
GGTGCAGACT TTAACAAAAA GGACAAATTT GGGAGATCTC CACTGCACTA TGCTGCTGCC
AATTGCAATT ACCAGTGCCT GTTTGCTCTT GTGGGCTCAG GAGCAAGTGT GAATGACCTT
GATGAAAGAG GGTGCACACC CCTGCACTAT GCAGCCACGT CAGACACAGA TGGCAAGTGC
CTGGAATACT TACTAAGAAA TGATGCAAAT CCAGGGATCC GGGACAAGCA AGGATACAAT
GCAGTTCATT ATTCAGCTGC GTATGGTCAC CGTCTGTGTC TTCAGCTGAT TGCAAGTGAA
ACTCCTTTAG ATGTTTTAAT GGAAACCTCG GGAACAGACA TGCTGAGTGA TTCAGACAAT
AGAGCAACAA TAAGCCCTTT ACACTTGGCT GCATACCATG GTCACCATCA AGCACTAGAA
GTGTTGGTAC AGTCTTTGTT AGATCTTGAT GTGAGAAATA GCAGTGGAAG AACACCCTTG
GACCTTGCAG CATTTAAAGG CCACGTGGAA TGTGTGGATG TACTCATTAA TCAGGGAGCT
TCAATCTTAG TCAAAGATTA TATTTTGAAG AGAACACCTA TACATGCAGC AGCAACAAAT
GGGCACTCAG AATGCTTACG GCTACTAATA GGAAATGCAG AACCACAGAA TGCAGTAGAT
ATTCAAGATG GAAATGGACA GACTCCACTG ATGCTGTCTG TGCTCAATGG GCACACGGAC
TGTGTCTACT CACTGCTGAA CAAGGGAGCA AACGTAGATG CCAAAGATAA GTGGGGAAGG
ACGGCATTGC ACAGAGGGGC AGTCACAGGC CATGAAGAGT GTGTAGATGC ATTACTTCAA
CATGGTGCTA AGTGCTTATT TCGAGACAGC AAGGGCCGGA CACCAATACA CTTGTCAGCT
GCTTGTGGTC ACATCGGTGT TCTCGGAGCC CTTTTACAGT CAGCAGCCTC TGTGGATGCA
AATCCAGCCC TAGTGGACAA TCATGGATAT ACAGCACTTC ACTGGGCTTG CTACAACGGT
CACGAGACGT GTGTAGAACT CCTTTTAGAA CAGGAAGTTT TCCAGAAAAT GGAAGGAAAT
GCTTTCAGTC CATTGCATTG TGCTGTGATA AATGACAACG AAGGTGCTGC TGAGATGTTA
ATTGATACAT TAGGTGCCAG CATAGTGAAT GCCACAGATT CAAAAGGAAG AACGCCTCTC
CACGCGGCCG CCTTCACAGA CCATGTGGAG TGTTTGCAGC TGCTGCTCAG CCATAATGCT
CACGTCAATT CCGTGGACTC CTCTGGGAAG ACACCTCTCA TGATGGCTGC AGAAAACGGA
CAAACAAATA CAGTCGAGAT GCTGGTTAGC AGTGCTAGTG CAGATCTGAC TTTACAAGAT
AACAGTAAAA ACACCGCCCT CCATTTGGCT TGCAGCAAGG GTCATGAAAC TAGTGCCTTG
TTAATACTGG AAAAGATAAC AGATAGAAAC CTCATCAACG CAACCAATGC AGCTTTGCAA
ACACCTCTGC ATGTTGCTGC CCGGAACGGG CTAACAATGG TGGTTCAAGA ACTTTTGGGA
AAAGGAGCAA GTGTGCTTGC AGTAGATGAA AATGGCTATA CCCCAGCCTT GGCCTGTGCC
CCCAACAAGG ACGTGGCCGA CTGCCTAGCT CTCATTCTGG CCACCATGAT GCCTGTCTCA
TCGAGTAGCC CTTTATCATC CTTGACGTTC AGTGCCATTA ACCGTTATAC CAACACCTCG
AAAACAGTCA GCTTCGAAGC GCTGCCCATC ATGAGGAATG AACCCAGTTC CTACTGCAGT
TTCAACAACA TTGGTGGGGA GCAGGAGTAC TTATACACCG AAGTGGATGA GCTCAATGAC
TCCGACTCCG AGACTTACTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001193378.1 CDS 122..3382 Translation
Target ORF information:
RefSeq Version NM_001206449.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_001206449.1
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
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGGTA
AGATACCCAT CACTGGTGCA AGCTATATTT AATGGAGATC CTGATGAAGT TCGAGCACTA
ATATTTAAGA AAGAAGATGT TAACTTTCAG GACAATGAAA AGAGAACTCC ACTGCATGCT
GCTGCCTATC TTGGAGATGC AGAAATCATT GAATTGCTTA TTTTATCTGG AGCTAGAGTT
AATGCCAAAG ACAGCAAATG GTTGACACCT TTACACAGAG CAGTTGCATC TTGTAGTGAG
GAAGCAGTTC AGGTACTTTT GAAGCATTCT GCAGACGTTA ATGCTCGAGA CAAAAACTGG
CAAACTCCAT TACACATAGC AGCAGCTAAT AAAGCTGTAA AGTGTGCGGA AGCTTTGGTT
CCTCTACTGA GTAATGTAAA CGTGTCCGAT CGAGCGGGGA GAACCGCACT GCACCATGCA
GCTTTCAGTG GGCATGGGGA GATGGTCAAG CTGCTCTTGT CTAGAGGTGC CAATATTAAT
GCTTTTGATA AGAAAGATAG ACGTGCTATC CACTGGGCCG CATATATGGG TCACATTGAA
GTAGTGAAAT TACTCGTGGC ACATGGAGCT GAGGTGACAT GCAAAGATAA GAAGTCTTAC
ACACCTCTCC ATGCAGCAGC CTCCAGCGGG ATGATCAGCG TAGTCAAATA CCTTCTCGAT
CTTGGGGTTG ATATGAATGA ACCAAATGCC TATGGAAATA CACCTCTTCA TGTAGCCTGC
TATAATGGAC AAGATGTTGT CGTGAATGAA CTTATAGACT GTGGTGCTAA TGTAAATCAG
AAGAATGAAA AAGGATTTAC TCCTTTGCAC TTTGCTGCTG CATCCACTCA TGGAGCATTG
TGTTTAGAGC TTCTAGTAAG CAATGGGGCC GATGTCAATA TGAAGAGCAA AGATGGAAAA
ACCCCACTGC ATATGACTGC CCTCCACGGT AGATTCTCCA GATCACAAAC CATTATCCAG
AGTGGAGCAG TAATCGACTG TGAGGATAAG AATGGTAACA CCCCTTTGCA CATAGCAGCG
AGGTACGGCC ATGAGCTGCT AATCAACACT CTCATTACAA GTGGTGCTGA CACTGCAAAG
CGTGGCATAC ATGGAATGTT CCCCCTCCAT TTGGCAGCCT TAAGTGGTTT CTCAGATTGC
TGTAGGAAAC TTCTTTCTTC TGGATTTGAT ATAGATACTC CAGATGATTT TGGCAGAACC
TGTCTACATG CAGCTGCAGC TGGAGGGAAT CTGGAGTGCC TAAACCTTCT GCTGAATACT
GGTGCAGACT TTAACAAAAA GGACAAATTT GGGAGATCTC CACTGCACTA TGCTGCTGCC
AATTGCAATT ACCAGTGCCT GTTTGCTCTT GTGGGCTCAG GAGCAAGTGT GAATGACCTT
GATGAAAGAG GGTGCACACC CCTGCACTAT GCAGCCACGT CAGACACAGA TGGCAAGTGC
CTGGAATACT TACTAAGAAA TGATGCAAAT CCAGGGATCC GGGACAAGCA AGGATACAAT
GCAGTTCATT ATTCAGCTGC GTATGGTCAC CGTCTGTGTC TTCAGCTGAT TGCAAGTGAA
ACTCCTTTAG ATGTTTTAAT GGAAACCTCG GGAACAGACA TGCTGAGTGA TTCAGACAAT
AGAGCAACAA TAAGCCCTTT ACACTTGGCT GCATACCATG GTCACCATCA AGCACTAGAA
GTGTTGGTAC AGTCTTTGTT AGATCTTGAT GTGAGAAATA GCAGTGGAAG AACACCCTTG
GACCTTGCAG CATTTAAAGG CCACGTGGAA TGTGTGGATG TACTCATTAA TCAGGGAGCT
TCAATCTTAG TCAAAGATTA TATTTTGAAG AGAACACCTA TACATGCAGC AGCAACAAAT
GGGCACTCAG AATGCTTACG GCTACTAATA GGAAATGCAG AACCACAGAA TGCAGTAGAT
ATTCAAGATG GAAATGGACA GACTCCACTG ATGCTGTCTG TGCTCAATGG GCACACGGAC
TGTGTCTACT CACTGCTGAA CAAGGGAGCA AACGTAGATG CCAAAGATAA GTGGGGAAGG
ACGGCATTGC ACAGAGGGGC AGTCACAGGC CATGAAGAGT GTGTAGATGC ATTACTTCAA
CATGGTGCTA AGTGCTTATT TCGAGACAGC AAGGGCCGGA CACCAATACA CTTGTCAGCT
GCTTGTGGTC ACATCGGTGT TCTCGGAGCC CTTTTACAGT CAGCAGCCTC TGTGGATGCA
AATCCAGCCC TAGTGGACAA TCATGGATAT ACAGCACTTC ACTGGGCTTG CTACAACGGT
CACGAGACGT GTGTAGAACT CCTTTTAGAA CAGGAAGTTT TCCAGAAAAT GGAAGGAAAT
GCTTTCAGTC CATTGCATTG TGCTGTGATA AATGACAACG AAGGTGCTGC TGAGATGTTA
ATTGATACAT TAGGTGCCAG CATAGTGAAT GCCACAGATT CAAAAGGAAG AACGCCTCTC
CACGCGGCCG CCTTCACAGA CCATGTGGAG TGTTTGCAGC TGCTGCTCAG CCATAATGCT
CACGTCAATT CCGTGGACTC CTCTGGGAAG ACACCTCTCA TGATGGCTGC AGAAAACGGA
CAAACAAATA CAGTCGAGAT GCTGGTTAGC AGTGCTAGTG CAGATCTGAC TTTACAAGAT
AACAGTAAAA ACACCGCCCT CCATTTGGCT TGCAGCAAGG GTCATGAAAC TAGTGCCTTG
TTAATACTGG AAAAGATAAC AGATAGAAAC CTCATCAACG CAACCAATGC AGCTTTGCAA
ACACCTCTGC ATGTTGCTGC CCGGAACGGG CTAACAATGG TGGTTCAAGA ACTTTTGGGA
AAAGGAGCAA GTGTGCTTGC AGTAGATGAA AATGGCTATA CCCCAGCCTT GGCCTGTGCC
CCCAACAAGG ACGTGGCCGA CTGCCTAGCT CTCATTCTGG CCACCATGAT GCCTGTCTCA
TCGAGTAGCC CTTTATCATC CTTGACGTTC AGTGCCATTA ACCGTTATAC CAACACCTCG
AAAACAGTCA GCTTCGAAGC GCTGCCCATC ATGAGGAATG AACCCAGTTC CTACTGCAGT
TTCAACAACA TTGGTGGGGA GCAGGAGTAC TTATACACCG AAGTGGATGA GCTCAATGAC
TCCGACTCCG AGACTTACTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234761 Clone ID Related Accession (Same CDS sequence) XM_013981383.2 Accession Version XM_013981383.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3336bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X1 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 13, 2017 this sequence version replaced XM_013981383.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG CTAATTTTGG AGCTCTCTGC
GGAACAGAAG TCTGGTCACC TTCAAGGAGG TCACATGAGA TGAGCTCTGG TACCTGGATA
TCTGGAGCTA GAGTTAATGC CAAAGACAGC AAATGGTTGA CACCTTTACA CAGAGCAGTT
GCATCTTGTA GTGAGGAAGC AGTTCAGGTA CTTTTGAAGC ATTCTGCAGA CGTTAATGCT
CGAGACAAAA ACTGGCAAAC TCCATTACAC ATAGCAGCAG CTAATAAAGC TGTAAAGTGT
GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT GTAAACGTGT CCGATCGAGC GGGGAGAACC
GCACTGCACC ATGCAGCTTT CAGTGGGCAT GGGGAGATGG TCAAGCTGCT CTTGTCTAGA
GGTGCCAATA TTAATGCTTT TGATAAGAAA GATAGACGTG CTATCCACTG GGCCGCATAT
ATGGGTCACA TTGAAGTAGT GAAATTACTC GTGGCACATG GAGCTGAGGT GACATGCAAA
GATAAGAAGT CTTACACACC TCTCCATGCA GCAGCCTCCA GCGGGATGAT CAGCGTAGTC
AAATACCTTC TCGATCTTGG GGTTGATATG AATGAACCAA ATGCCTATGG AAATACACCT
CTTCATGTAG CCTGCTATAA TGGACAAGAT GTTGTCGTGA ATGAACTTAT AGACTGTGGT
GCTAATGTAA ATCAGAAGAA TGAAAAAGGA TTTACTCCTT TGCACTTTGC TGCTGCATCC
ACTCATGGAG CATTGTGTTT AGAGCTTCTA GTAAGCAATG GGGCCGATGT CAATATGAAG
AGCAAAGATG GAAAAACCCC ACTGCATATG ACTGCCCTCC ACGGTAGATT CTCCAGATCA
CAAACCATTA TCCAGAGTGG AGCAGTAATC GACTGTGAGG ATAAGAATGG TAACACCCCT
TTGCACATAG CAGCGAGGTA CGGCCATGAG CTGCTAATCA ACACTCTCAT TACAAGTGGT
GCTGACACTG CAAAGCGTGG CATACATGGA ATGTTCCCCC TCCATTTGGC AGCCTTAAGT
GGTTTCTCAG ATTGCTGTAG GAAACTTCTT TCTTCTGGAT TTGATATAGA TACTCCAGAT
GATTTTGGCA GAACCTGTCT ACATGCAGCT GCAGCTGGAG GGAATCTGGA GTGCCTAAAC
CTTCTGCTGA ATACTGGTGC AGACTTTAAC AAAAAGGACA AATTTGGGAG ATCTCCACTG
CACTATGCTG CTGCCAATTG CAATTACCAG TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA
AGTGTGAATG ACCTTGATGA AAGAGGGTGC ACACCCCTGC ACTATGCAGC CACGTCAGAC
ACAGATGGCA AGTGCCTGGA ATACTTACTA AGAAATGATG CAAATCCAGG GATCCGGGAC
AAGCAAGGAT ACAATGCAGT TCATTATTCA GCTGCGTATG GTCACCGTCT GTGTCTTCAG
CTGATTGCAA GTGAAACTCC TTTAGATGTT TTAATGGAAA CCTCGGGAAC AGACATGCTG
AGTGATTCAG ACAATAGAGC AACAATAAGC CCTTTACACT TGGCTGCATA CCATGGTCAC
CATCAAGCAC TAGAAGTGTT GGTACAGTCT TTGTTAGATC TTGATGTGAG AAATAGCAGT
GGAAGAACAC CCTTGGACCT TGCAGCATTT AAAGGCCACG TGGAATGTGT GGATGTACTC
ATTAATCAGG GAGCTTCAAT CTTAGTCAAA GATTATATTT TGAAGAGAAC ACCTATACAT
GCAGCAGCAA CAAATGGGCA CTCAGAATGC TTACGGCTAC TAATAGGAAA TGCAGAACCA
CAGAATGCAG TAGATATTCA AGATGGAAAT GGACAGACTC CACTGATGCT GTCTGTGCTC
AATGGGCACA CGGACTGTGT CTACTCACTG CTGAACAAGG GAGCAAACGT AGATGCCAAA
GATAAGTGGG GAAGGACGGC ATTGCACAGA GGGGCAGTCA CAGGCCATGA AGAGTGTGTA
GATGCATTAC TTCAACATGG TGCTAAGTGC TTATTTCGAG ACAGCAAGGG CCGGACACCA
ATACACTTGT CAGCTGCTTG TGGTCACATC GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA
GCCTCTGTGG ATGCAAATCC AGCCCTAGTG GACAATCATG GATATACAGC ACTTCACTGG
GCTTGCTACA ACGGTCACGA GACGTGTGTA GAACTCCTTT TAGAACAGGA AGTTTTCCAG
AAAATGGAAG GAAATGCTTT CAGTCCATTG CATTGTGCTG TGATAAATGA CAACGAAGGT
GCTGCTGAGA TGCTAATTGA TACATTAGGT GCCAGCATAG TGAATGCCAC AGATTCAAAA
GGAAGAACGC CTCTCCACGC GGCCGCCTTC ACAGACCATG TGGAGTGTTT GCAGCTGCTG
CTCAGCCATA ATGCTCATGT CAATTCCGTG GACTCCTCTG GGAAGACACC TCTCATGATG
GCTGCAGAAA ACGGACAAAC AAATACAGTC GAGATGCTGG TTAGCAGTGC TAGTGCAGAT
CTGACTTTAC AAGATAACAG TAAAAACACC GCCCTCCATT TGGCTTGCAG CAAGGGTCAT
GAAACTAGTG CCTTGTTAAT ACTGGAAAAG ATAACAGATA GAAACCTCAT CAATGCAACC
AATGCAGCTT TGCAAACACC TCTGCATGTT GCTGCCCGGA ACGGGCTAAC AATGGTGGTT
CAAGAACTTT TGGGAAAAGG AGCAAGTGTG CTTGCAGTAG ATGAAAATGG CTATACCCCA
GCCTTGGCCT GTGCCCCCAA CAAGGACGTG GCCGACTGCC TAGCTCTCAT TCTGGCCACC
ATGATGCCTG TCTCATCGAG TAGCCCTTTA TCATCCTTGA CGTTCAGTGC CATTAACCGT
TATACCAACA CCTCGAAAAC AGTCAGCTTC GAAGCGCTGC CCATCATGAG GAATGAACCC
AGTTCCTACT GCAGTTTCAA CAACATTGGT GGGGAGCAGG AGTACTTATA CACCGAAGTG
GATGAGCTCA ATGACTCCGA CTCCGAGACT TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836837.1 CDS 1402..4737 Translation
Target ORF information:
RefSeq Version XM_013981383.2 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981383.2
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
3301ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG CTAATTTTGG AGCTCTCTGC
GGAACAGAAG TCTGGTCACC TTCAAGGAGG TCACATGAGA TGAGCTCTGG TACCTGGATA
TCTGGAGCTA GAGTTAATGC CAAAGACAGC AAATGGTTGA CACCTTTACA CAGAGCAGTT
GCATCTTGTA GTGAGGAAGC AGTTCAGGTA CTTTTGAAGC ATTCTGCAGA CGTTAATGCT
CGAGACAAAA ACTGGCAAAC TCCATTACAC ATAGCAGCAG CTAATAAAGC TGTAAAGTGT
GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT GTAAACGTGT CCGATCGAGC GGGGAGAACC
GCACTGCACC ATGCAGCTTT CAGTGGGCAT GGGGAGATGG TCAAGCTGCT CTTGTCTAGA
GGTGCCAATA TTAATGCTTT TGATAAGAAA GATAGACGTG CTATCCACTG GGCCGCATAT
ATGGGTCACA TTGAAGTAGT GAAATTACTC GTGGCACATG GAGCTGAGGT GACATGCAAA
GATAAGAAGT CTTACACACC TCTCCATGCA GCAGCCTCCA GCGGGATGAT CAGCGTAGTC
AAATACCTTC TCGATCTTGG GGTTGATATG AATGAACCAA ATGCCTATGG AAATACACCT
CTTCATGTAG CCTGCTATAA TGGACAAGAT GTTGTCGTGA ATGAACTTAT AGACTGTGGT
GCTAATGTAA ATCAGAAGAA TGAAAAAGGA TTTACTCCTT TGCACTTTGC TGCTGCATCC
ACTCATGGAG CATTGTGTTT AGAGCTTCTA GTAAGCAATG GGGCCGATGT CAATATGAAG
AGCAAAGATG GAAAAACCCC ACTGCATATG ACTGCCCTCC ACGGTAGATT CTCCAGATCA
CAAACCATTA TCCAGAGTGG AGCAGTAATC GACTGTGAGG ATAAGAATGG TAACACCCCT
TTGCACATAG CAGCGAGGTA CGGCCATGAG CTGCTAATCA ACACTCTCAT TACAAGTGGT
GCTGACACTG CAAAGCGTGG CATACATGGA ATGTTCCCCC TCCATTTGGC AGCCTTAAGT
GGTTTCTCAG ATTGCTGTAG GAAACTTCTT TCTTCTGGAT TTGATATAGA TACTCCAGAT
GATTTTGGCA GAACCTGTCT ACATGCAGCT GCAGCTGGAG GGAATCTGGA GTGCCTAAAC
CTTCTGCTGA ATACTGGTGC AGACTTTAAC AAAAAGGACA AATTTGGGAG ATCTCCACTG
CACTATGCTG CTGCCAATTG CAATTACCAG TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA
AGTGTGAATG ACCTTGATGA AAGAGGGTGC ACACCCCTGC ACTATGCAGC CACGTCAGAC
ACAGATGGCA AGTGCCTGGA ATACTTACTA AGAAATGATG CAAATCCAGG GATCCGGGAC
AAGCAAGGAT ACAATGCAGT TCATTATTCA GCTGCGTATG GTCACCGTCT GTGTCTTCAG
CTGATTGCAA GTGAAACTCC TTTAGATGTT TTAATGGAAA CCTCGGGAAC AGACATGCTG
AGTGATTCAG ACAATAGAGC AACAATAAGC CCTTTACACT TGGCTGCATA CCATGGTCAC
CATCAAGCAC TAGAAGTGTT GGTACAGTCT TTGTTAGATC TTGATGTGAG AAATAGCAGT
GGAAGAACAC CCTTGGACCT TGCAGCATTT AAAGGCCACG TGGAATGTGT GGATGTACTC
ATTAATCAGG GAGCTTCAAT CTTAGTCAAA GATTATATTT TGAAGAGAAC ACCTATACAT
GCAGCAGCAA CAAATGGGCA CTCAGAATGC TTACGGCTAC TAATAGGAAA TGCAGAACCA
CAGAATGCAG TAGATATTCA AGATGGAAAT GGACAGACTC CACTGATGCT GTCTGTGCTC
AATGGGCACA CGGACTGTGT CTACTCACTG CTGAACAAGG GAGCAAACGT AGATGCCAAA
GATAAGTGGG GAAGGACGGC ATTGCACAGA GGGGCAGTCA CAGGCCATGA AGAGTGTGTA
GATGCATTAC TTCAACATGG TGCTAAGTGC TTATTTCGAG ACAGCAAGGG CCGGACACCA
ATACACTTGT CAGCTGCTTG TGGTCACATC GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA
GCCTCTGTGG ATGCAAATCC AGCCCTAGTG GACAATCATG GATATACAGC ACTTCACTGG
GCTTGCTACA ACGGTCACGA GACGTGTGTA GAACTCCTTT TAGAACAGGA AGTTTTCCAG
AAAATGGAAG GAAATGCTTT CAGTCCATTG CATTGTGCTG TGATAAATGA CAACGAAGGT
GCTGCTGAGA TGCTAATTGA TACATTAGGT GCCAGCATAG TGAATGCCAC AGATTCAAAA
GGAAGAACGC CTCTCCACGC GGCCGCCTTC ACAGACCATG TGGAGTGTTT GCAGCTGCTG
CTCAGCCATA ATGCTCATGT CAATTCCGTG GACTCCTCTG GGAAGACACC TCTCATGATG
GCTGCAGAAA ACGGACAAAC AAATACAGTC GAGATGCTGG TTAGCAGTGC TAGTGCAGAT
CTGACTTTAC AAGATAACAG TAAAAACACC GCCCTCCATT TGGCTTGCAG CAAGGGTCAT
GAAACTAGTG CCTTGTTAAT ACTGGAAAAG ATAACAGATA GAAACCTCAT CAATGCAACC
AATGCAGCTT TGCAAACACC TCTGCATGTT GCTGCCCGGA ACGGGCTAAC AATGGTGGTT
CAAGAACTTT TGGGAAAAGG AGCAAGTGTG CTTGCAGTAG ATGAAAATGG CTATACCCCA
GCCTTGGCCT GTGCCCCCAA CAAGGACGTG GCCGACTGCC TAGCTCTCAT TCTGGCCACC
ATGATGCCTG TCTCATCGAG TAGCCCTTTA TCATCCTTGA CGTTCAGTGC CATTAACCGT
TATACCAACA CCTCGAAAAC AGTCAGCTTC GAAGCGCTGC CCATCATGAG GAATGAACCC
AGTTCCTACT GCAGTTTCAA CAACATTGGT GGGGAGCAGG AGTACTTATA CACCGAAGTG
GATGAGCTCA ATGACTCCGA CTCCGAGACT TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234762 Clone ID Related Accession (Same CDS sequence) XM_013981384.2 Accession Version XM_013981384.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3252bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X2 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On May 13, 2017 this sequence version replaced XM_013981384.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GCGTGGCATA
CATGGAATGT TCCCCCTCCA TTTGGCAGCC TTAAGTGGTT TCTCAGATTG CTGTAGGAAA
CTTCTTTCTT CTGGATTTGA TATAGATACT CCAGATGATT TTGGCAGAAC CTGTCTACAT
GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC CTAAACCTTC TGCTGAATAC TGGTGCAGAC
TTTAACAAAA AGGACAAATT TGGGAGATCT CCACTGCACT ATGCTGCTGC CAATTGCAAT
TACCAGTGCC TGTTTGCTCT TGTGGGCTCA GGAGCAAGTG TGAATGACCT TGATGAAAGA
GGGTGCACAC CCCTGCACTA TGCAGCCACG TCAGACACAG ATGGCAAGTG CCTGGAATAC
TTACTAAGAA ATGATGCAAA TCCAGGGATC CGGGACAAGC AAGGATACAA TGCAGTTCAT
TATTCAGCTG CGTATGGTCA CCGTCTGTGT CTTCAGCTGA TTGCAAGTGA AACTCCTTTA
GATGTTTTAA TGGAAACCTC GGGAACAGAC ATGCTGAGTG ATTCAGACAA TAGAGCAACA
ATAAGCCCTT TACACTTGGC TGCATACCAT GGTCACCATC AAGCACTAGA AGTGTTGGTA
CAGTCTTTGT TAGATCTTGA TGTGAGAAAT AGCAGTGGAA GAACACCCTT GGACCTTGCA
GCATTTAAAG GCCACGTGGA ATGTGTGGAT GTACTCATTA ATCAGGGAGC TTCAATCTTA
GTCAAAGATT ATATTTTGAA GAGAACACCT ATACATGCAG CAGCAACAAA TGGGCACTCA
GAATGCTTAC GGCTACTAAT AGGAAATGCA GAACCACAGA ATGCAGTAGA TATTCAAGAT
GGAAATGGAC AGACTCCACT GATGCTGTCT GTGCTCAATG GGCACACGGA CTGTGTCTAC
TCACTGCTGA ACAAGGGAGC AAACGTAGAT GCCAAAGATA AGTGGGGAAG GACGGCATTG
CACAGAGGGG CAGTCACAGG CCATGAAGAG TGTGTAGATG CATTACTTCA ACATGGTGCT
AAGTGCTTAT TTCGAGACAG CAAGGGCCGG ACACCAATAC ACTTGTCAGC TGCTTGTGGT
CACATCGGTG TTCTCGGAGC CCTTTTACAG TCAGCAGCCT CTGTGGATGC AAATCCAGCC
CTAGTGGACA ATCATGGATA TACAGCACTT CACTGGGCTT GCTACAACGG TCACGAGACG
TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT
CCATTGCATT GTGCTGTGAT AAATGACAAC GAAGGTGCTG CTGAGATGCT AATTGATACA
TTAGGTGCCA GCATAGTGAA TGCCACAGAT TCAAAAGGAA GAACGCCTCT CCACGCGGCC
GCCTTCACAG ACCATGTGGA GTGTTTGCAG CTGCTGCTCA GCCATAATGC TCATGTCAAT
TCCGTGGACT CCTCTGGGAA GACACCTCTC ATGATGGCTG CAGAAAACGG ACAAACAAAT
ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT GCAGATCTGA CTTTACAAGA TAACAGTAAA
AACACCGCCC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATACTG
GAAAAGATAA CAGATAGAAA CCTCATCAAT GCAACCAATG CAGCTTTGCA AACACCTCTG
CATGTTGCTG CCCGGAACGG GCTAACAATG GTGGTTCAAG AACTTTTGGG AAAAGGAGCA
AGTGTGCTTG CAGTAGATGA AAATGGCTAT ACCCCAGCCT TGGCCTGTGC CCCCAACAAG
GACGTGGCCG ACTGCCTAGC TCTCATTCTG GCCACCATGA TGCCTGTCTC ATCGAGTAGC
CCTTTATCAT CCTTGACGTT CAGTGCCATT AACCGTTATA CCAACACCTC GAAAACAGTC
AGCTTCGAAG CGCTGCCCAT CATGAGGAAT GAACCCAGTT CCTACTGCAG TTTCAACAAC
ATTGGTGGGG AGCAGGAGTA CTTATACACC GAAGTGGATG AGCTCAATGA CTCCGACTCC
GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836838.1 CDS 6596..9847 Translation
Target ORF information:
RefSeq Version XM_013981384.2 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981384.2
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
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GCGTGGCATA
CATGGAATGT TCCCCCTCCA TTTGGCAGCC TTAAGTGGTT TCTCAGATTG CTGTAGGAAA
CTTCTTTCTT CTGGATTTGA TATAGATACT CCAGATGATT TTGGCAGAAC CTGTCTACAT
GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC CTAAACCTTC TGCTGAATAC TGGTGCAGAC
TTTAACAAAA AGGACAAATT TGGGAGATCT CCACTGCACT ATGCTGCTGC CAATTGCAAT
TACCAGTGCC TGTTTGCTCT TGTGGGCTCA GGAGCAAGTG TGAATGACCT TGATGAAAGA
GGGTGCACAC CCCTGCACTA TGCAGCCACG TCAGACACAG ATGGCAAGTG CCTGGAATAC
TTACTAAGAA ATGATGCAAA TCCAGGGATC CGGGACAAGC AAGGATACAA TGCAGTTCAT
TATTCAGCTG CGTATGGTCA CCGTCTGTGT CTTCAGCTGA TTGCAAGTGA AACTCCTTTA
GATGTTTTAA TGGAAACCTC GGGAACAGAC ATGCTGAGTG ATTCAGACAA TAGAGCAACA
ATAAGCCCTT TACACTTGGC TGCATACCAT GGTCACCATC AAGCACTAGA AGTGTTGGTA
CAGTCTTTGT TAGATCTTGA TGTGAGAAAT AGCAGTGGAA GAACACCCTT GGACCTTGCA
GCATTTAAAG GCCACGTGGA ATGTGTGGAT GTACTCATTA ATCAGGGAGC TTCAATCTTA
GTCAAAGATT ATATTTTGAA GAGAACACCT ATACATGCAG CAGCAACAAA TGGGCACTCA
GAATGCTTAC GGCTACTAAT AGGAAATGCA GAACCACAGA ATGCAGTAGA TATTCAAGAT
GGAAATGGAC AGACTCCACT GATGCTGTCT GTGCTCAATG GGCACACGGA CTGTGTCTAC
TCACTGCTGA ACAAGGGAGC AAACGTAGAT GCCAAAGATA AGTGGGGAAG GACGGCATTG
CACAGAGGGG CAGTCACAGG CCATGAAGAG TGTGTAGATG CATTACTTCA ACATGGTGCT
AAGTGCTTAT TTCGAGACAG CAAGGGCCGG ACACCAATAC ACTTGTCAGC TGCTTGTGGT
CACATCGGTG TTCTCGGAGC CCTTTTACAG TCAGCAGCCT CTGTGGATGC AAATCCAGCC
CTAGTGGACA ATCATGGATA TACAGCACTT CACTGGGCTT GCTACAACGG TCACGAGACG
TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT
CCATTGCATT GTGCTGTGAT AAATGACAAC GAAGGTGCTG CTGAGATGCT AATTGATACA
TTAGGTGCCA GCATAGTGAA TGCCACAGAT TCAAAAGGAA GAACGCCTCT CCACGCGGCC
GCCTTCACAG ACCATGTGGA GTGTTTGCAG CTGCTGCTCA GCCATAATGC TCATGTCAAT
TCCGTGGACT CCTCTGGGAA GACACCTCTC ATGATGGCTG CAGAAAACGG ACAAACAAAT
ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT GCAGATCTGA CTTTACAAGA TAACAGTAAA
AACACCGCCC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATACTG
GAAAAGATAA CAGATAGAAA CCTCATCAAT GCAACCAATG CAGCTTTGCA AACACCTCTG
CATGTTGCTG CCCGGAACGG GCTAACAATG GTGGTTCAAG AACTTTTGGG AAAAGGAGCA
AGTGTGCTTG CAGTAGATGA AAATGGCTAT ACCCCAGCCT TGGCCTGTGC CCCCAACAAG
GACGTGGCCG ACTGCCTAGC TCTCATTCTG GCCACCATGA TGCCTGTCTC ATCGAGTAGC
CCTTTATCAT CCTTGACGTT CAGTGCCATT AACCGTTATA CCAACACCTC GAAAACAGTC
AGCTTCGAAG CGCTGCCCAT CATGAGGAAT GAACCCAGTT CCTACTGCAG TTTCAACAAC
ATTGGTGGGG AGCAGGAGTA CTTATACACC GAAGTGGATG AGCTCAATGA CTCCGACTCC
GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234763 Clone ID Related Accession (Same CDS sequence) XM_021068206.1 Accession Version XM_021068206.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3246bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X3 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241ATGGCGTTCC TCAAACTCCG TGACCAGCCA TCACTGGTGC AAGCTATATT TAATGGAGAT
CCTGATGAAG TTCGAGCACT AATATTTAAG AAAGAAGATG TTAACTTTCA GGACAATGAA
AAGAGAACTC CACTGCATGC TGCTGCCTAT CTTGGAGATG CAGAAATCAT TGAATTGCTT
ATTTTATCTG CTAATTTTGG AGCTCTCTGC GGAACAGAAG TCTGGTCACC TTCAAGGAGG
TCACATGAGA TGAGCTCTGG TACCTGGATA TCTGGAGCTA GAGTTAATGC CAAAGACAGC
AAATGGTTGA CACCTTTACA CAGAGCAGTT GCATCTTGTA GTGAGGAAGC AGTTCAGGTA
CTTTTGAAGC ATTCTGCAGA CGTTAATGCT CGAGACAAAA ACTGGCAAAC TCCATTACAC
ATAGCAGCAG CTAATAAAGC TGTAAAGTGT GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT
GTAAACGTGT CCGATCGAGC GGGGAGAACC GCACTGCACC ATGCAGCTTT CAGTGGGCAT
GGGGAGATGG TCAAGCTGCT CTTGTCTAGA GGTGCCAATA TTAATGCTTT TGATAAGAAA
GATAGACGTG CTATCCACTG GGCCGCATAT ATGGGTCACA TTGAAGTAGT GAAATTACTC
GTGGCACATG GAGCTGAGGT GACATGCAAA GATAAGAAGT CTTACACACC TCTCCATGCA
GCAGCCTCCA GCGGGATGAT CAGCGTAGTC AAATACCTTC TCGATCTTGG GGTTGATATG
AATGAACCAA ATGCCTATGG AAATACACCT CTTCATGTAG CCTGCTATAA TGGACAAGAT
GTTGTCGTGA ATGAACTTAT AGACTGTGGT GCTAATGTAA ATCAGAAGAA TGAAAAAGGA
TTTACTCCTT TGCACTTTGC TGCTGCATCC ACTCATGGAG CATTGTGTTT AGAGCTTCTA
GTAAGCAATG GGGCCGATGT CAATATGAAG AGCAAAGATG GAAAAACCCC ACTGCATATG
ACTGCCCTCC ACGGTAGATT CTCCAGATCA CAAACCATTA TCCAGAGTGG AGCAGTAATC
GACTGTGAGG ATAAGAATGG TAACACCCCT TTGCACATAG CAGCGAGGTA CGGCCATGAG
CTGCTAATCA ACACTCTCAT TACAAGTGGT GCTGACACTG CAAAGCGTGG CATACATGGA
ATGTTCCCCC TCCATTTGGC AGCCTTAAGT GGTTTCTCAG ATTGCTGTAG GAAACTTCTT
TCTTCTGGAT TTGATATAGA TACTCCAGAT GATTTTGGCA GAACCTGTCT ACATGCAGCT
GCAGCTGGAG GGAATCTGGA GTGCCTAAAC CTTCTGCTGA ATACTGGTGC AGACTTTAAC
AAAAAGGACA AATTTGGGAG ATCTCCACTG CACTATGCTG CTGCCAATTG CAATTACCAG
TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA AGTGTGAATG ACCTTGATGA AAGAGGGTGC
ACACCCCTGC ACTATGCAGC CACGTCAGAC ACAGATGGCA AGTGCCTGGA ATACTTACTA
AGAAATGATG CAAATCCAGG GATCCGGGAC AAGCAAGGAT ACAATGCAGT TCATTATTCA
GCTGCGTATG GTCACCGTCT GTGTCTTCAG CTGATTGCAA GTGAAACTCC TTTAGATGTT
TTAATGGAAA CCTCGGGAAC AGACATGCTG AGTGATTCAG ACAATAGAGC AACAATAAGC
CCTTTACACT TGGCTGCATA CCATGGTCAC CATCAAGCAC TAGAAGTGTT GGTACAGTCT
TTGTTAGATC TTGATGTGAG AAATAGCAGT GGAAGAACAC CCTTGGACCT TGCAGCATTT
AAAGGCCACG TGGAATGTGT GGATGTACTC ATTAATCAGG GAGCTTCAAT CTTAGTCAAA
GATTATATTT TGAAGAGAAC ACCTATACAT GCAGCAGCAA CAAATGGGCA CTCAGAATGC
TTACGGCTAC TAATAGGAAA TGCAGAACCA CAGAATGCAG TAGATATTCA AGATGGAAAT
GGACAGACTC CACTGATGCT GTCTGTGCTC AATGGGCACA CGGACTGTGT CTACTCACTG
CTGAACAAGG GAGCAAACGT AGATGCCAAA GATAAGTGGG GAAGGACGGC ATTGCACAGA
GGGGCAGTCA CAGGCCATGA AGAGTGTGTA GATGCATTAC TTCAACATGG TGCTAAGTGC
TTATTTCGAG ACAGCAAGGG CCGGACACCA ATACACTTGT CAGCTGCTTG TGGTCACATC
GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA GCCTCTGTGG ATGCAAATCC AGCCCTAGTG
GACAATCATG GATATACAGC ACTTCACTGG GCTTGCTACA ACGGTCACGA GACGTGTGTA
GAACTCCTTT TAGAACAGGA AGTTTTCCAG AAAATGGAAG GAAATGCTTT CAGTCCATTG
CATTGTGCTG TGATAAATGA CAACGAAGGT GCTGCTGAGA TGCTAATTGA TACATTAGGT
GCCAGCATAG TGAATGCCAC AGATTCAAAA GGAAGAACGC CTCTCCACGC GGCCGCCTTC
ACAGACCATG TGGAGTGTTT GCAGCTGCTG CTCAGCCATA ATGCTCATGT CAATTCCGTG
GACTCCTCTG GGAAGACACC TCTCATGATG GCTGCAGAAA ACGGACAAAC AAATACAGTC
GAGATGCTGG TTAGCAGTGC TAGTGCAGAT CTGACTTTAC AAGATAACAG TAAAAACACC
GCCCTCCATT TGGCTTGCAG CAAGGGTCAT GAAACTAGTG CCTTGTTAAT ACTGGAAAAG
ATAACAGATA GAAACCTCAT CAATGCAACC AATGCAGCTT TGCAAACACC TCTGCATGTT
GCTGCCCGGA ACGGGCTAAC AATGGTGGTT CAAGAACTTT TGGGAAAAGG AGCAAGTGTG
CTTGCAGTAG ATGAAAATGG CTATACCCCA GCCTTGGCCT GTGCCCCCAA CAAGGACGTG
GCCGACTGCC TAGCTCTCAT TCTGGCCACC ATGATGCCTG TCTCATCGAG TAGCCCTTTA
TCATCCTTGA CGTTCAGTGC CATTAACCGT TATACCAACA CCTCGAAAAC AGTCAGCTTC
GAAGCGCTGC CCATCATGAG GAATGAACCC AGTTCCTACT GCAGTTTCAA CAACATTGGT
GGGGAGCAGG AGTACTTATA CACCGAAGTG GATGAGCTCA ATGACTCCGA CTCCGAGACT
TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923865.1 CDS 99..3344 Translation
Target ORF information:
RefSeq Version XM_021068206.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X3, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068206.1
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
3241ATGGCGTTCC TCAAACTCCG TGACCAGCCA TCACTGGTGC AAGCTATATT TAATGGAGAT
CCTGATGAAG TTCGAGCACT AATATTTAAG AAAGAAGATG TTAACTTTCA GGACAATGAA
AAGAGAACTC CACTGCATGC TGCTGCCTAT CTTGGAGATG CAGAAATCAT TGAATTGCTT
ATTTTATCTG CTAATTTTGG AGCTCTCTGC GGAACAGAAG TCTGGTCACC TTCAAGGAGG
TCACATGAGA TGAGCTCTGG TACCTGGATA TCTGGAGCTA GAGTTAATGC CAAAGACAGC
AAATGGTTGA CACCTTTACA CAGAGCAGTT GCATCTTGTA GTGAGGAAGC AGTTCAGGTA
CTTTTGAAGC ATTCTGCAGA CGTTAATGCT CGAGACAAAA ACTGGCAAAC TCCATTACAC
ATAGCAGCAG CTAATAAAGC TGTAAAGTGT GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT
GTAAACGTGT CCGATCGAGC GGGGAGAACC GCACTGCACC ATGCAGCTTT CAGTGGGCAT
GGGGAGATGG TCAAGCTGCT CTTGTCTAGA GGTGCCAATA TTAATGCTTT TGATAAGAAA
GATAGACGTG CTATCCACTG GGCCGCATAT ATGGGTCACA TTGAAGTAGT GAAATTACTC
GTGGCACATG GAGCTGAGGT GACATGCAAA GATAAGAAGT CTTACACACC TCTCCATGCA
GCAGCCTCCA GCGGGATGAT CAGCGTAGTC AAATACCTTC TCGATCTTGG GGTTGATATG
AATGAACCAA ATGCCTATGG AAATACACCT CTTCATGTAG CCTGCTATAA TGGACAAGAT
GTTGTCGTGA ATGAACTTAT AGACTGTGGT GCTAATGTAA ATCAGAAGAA TGAAAAAGGA
TTTACTCCTT TGCACTTTGC TGCTGCATCC ACTCATGGAG CATTGTGTTT AGAGCTTCTA
GTAAGCAATG GGGCCGATGT CAATATGAAG AGCAAAGATG GAAAAACCCC ACTGCATATG
ACTGCCCTCC ACGGTAGATT CTCCAGATCA CAAACCATTA TCCAGAGTGG AGCAGTAATC
GACTGTGAGG ATAAGAATGG TAACACCCCT TTGCACATAG CAGCGAGGTA CGGCCATGAG
CTGCTAATCA ACACTCTCAT TACAAGTGGT GCTGACACTG CAAAGCGTGG CATACATGGA
ATGTTCCCCC TCCATTTGGC AGCCTTAAGT GGTTTCTCAG ATTGCTGTAG GAAACTTCTT
TCTTCTGGAT TTGATATAGA TACTCCAGAT GATTTTGGCA GAACCTGTCT ACATGCAGCT
GCAGCTGGAG GGAATCTGGA GTGCCTAAAC CTTCTGCTGA ATACTGGTGC AGACTTTAAC
AAAAAGGACA AATTTGGGAG ATCTCCACTG CACTATGCTG CTGCCAATTG CAATTACCAG
TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA AGTGTGAATG ACCTTGATGA AAGAGGGTGC
ACACCCCTGC ACTATGCAGC CACGTCAGAC ACAGATGGCA AGTGCCTGGA ATACTTACTA
AGAAATGATG CAAATCCAGG GATCCGGGAC AAGCAAGGAT ACAATGCAGT TCATTATTCA
GCTGCGTATG GTCACCGTCT GTGTCTTCAG CTGATTGCAA GTGAAACTCC TTTAGATGTT
TTAATGGAAA CCTCGGGAAC AGACATGCTG AGTGATTCAG ACAATAGAGC AACAATAAGC
CCTTTACACT TGGCTGCATA CCATGGTCAC CATCAAGCAC TAGAAGTGTT GGTACAGTCT
TTGTTAGATC TTGATGTGAG AAATAGCAGT GGAAGAACAC CCTTGGACCT TGCAGCATTT
AAAGGCCACG TGGAATGTGT GGATGTACTC ATTAATCAGG GAGCTTCAAT CTTAGTCAAA
GATTATATTT TGAAGAGAAC ACCTATACAT GCAGCAGCAA CAAATGGGCA CTCAGAATGC
TTACGGCTAC TAATAGGAAA TGCAGAACCA CAGAATGCAG TAGATATTCA AGATGGAAAT
GGACAGACTC CACTGATGCT GTCTGTGCTC AATGGGCACA CGGACTGTGT CTACTCACTG
CTGAACAAGG GAGCAAACGT AGATGCCAAA GATAAGTGGG GAAGGACGGC ATTGCACAGA
GGGGCAGTCA CAGGCCATGA AGAGTGTGTA GATGCATTAC TTCAACATGG TGCTAAGTGC
TTATTTCGAG ACAGCAAGGG CCGGACACCA ATACACTTGT CAGCTGCTTG TGGTCACATC
GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA GCCTCTGTGG ATGCAAATCC AGCCCTAGTG
GACAATCATG GATATACAGC ACTTCACTGG GCTTGCTACA ACGGTCACGA GACGTGTGTA
GAACTCCTTT TAGAACAGGA AGTTTTCCAG AAAATGGAAG GAAATGCTTT CAGTCCATTG
CATTGTGCTG TGATAAATGA CAACGAAGGT GCTGCTGAGA TGCTAATTGA TACATTAGGT
GCCAGCATAG TGAATGCCAC AGATTCAAAA GGAAGAACGC CTCTCCACGC GGCCGCCTTC
ACAGACCATG TGGAGTGTTT GCAGCTGCTG CTCAGCCATA ATGCTCATGT CAATTCCGTG
GACTCCTCTG GGAAGACACC TCTCATGATG GCTGCAGAAA ACGGACAAAC AAATACAGTC
GAGATGCTGG TTAGCAGTGC TAGTGCAGAT CTGACTTTAC AAGATAACAG TAAAAACACC
GCCCTCCATT TGGCTTGCAG CAAGGGTCAT GAAACTAGTG CCTTGTTAAT ACTGGAAAAG
ATAACAGATA GAAACCTCAT CAATGCAACC AATGCAGCTT TGCAAACACC TCTGCATGTT
GCTGCCCGGA ACGGGCTAAC AATGGTGGTT CAAGAACTTT TGGGAAAAGG AGCAAGTGTG
CTTGCAGTAG ATGAAAATGG CTATACCCCA GCCTTGGCCT GTGCCCCCAA CAAGGACGTG
GCCGACTGCC TAGCTCTCAT TCTGGCCACC ATGATGCCTG TCTCATCGAG TAGCCCTTTA
TCATCCTTGA CGTTCAGTGC CATTAACCGT TATACCAACA CCTCGAAAAC AGTCAGCTTC
GAAGCGCTGC CCATCATGAG GAATGAACCC AGTTCCTACT GCAGTTTCAA CAACATTGGT
GGGGAGCAGG AGTACTTATA CACCGAAGTG GATGAGCTCA ATGACTCCGA CTCCGAGACT
TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe234764 Clone ID Related Accession (Same CDS sequence) XM_021068207.1 Accession Version XM_021068207.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3162bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1494518400000 Organism Sus scrofa(pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X4 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010455.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121ATGGCGTTCC TCAAACTCCG TGACCAGCCA TCACTGGTGC AAGCTATATT TAATGGAGAT
CCTGATGAAG TTCGAGCACT AATATTTAAG AAAGAAGATG TTAACTTTCA GGACAATGAA
AAGAGAACTC CACTGCATGC TGCTGCCTAT CTTGGAGATG CAGAAATCAT TGAATTGCTT
ATTTTATCTG GAGCTAGAGT TAATGCCAAA GACAGCAAAT GGTTGACACC TTTACACAGA
GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT CAGGTACTTT TGAAGCATTC TGCAGACGTT
AATGCTCGAG ACAAAAACTG GCAAACTCCA TTACACATAG CAGCAGCTAA TAAAGCTGTA
AAGTGTGCGG AAGCTTTGGT TCCTCTACTG AGTAATGTAA ACGTGTCCGA TCGAGCGGGG
AGAACCGCAC TGCACCATGC AGCTTTCAGT GGGCATGGGG AGATGGTCAA GCTGCTCTTG
TCTAGAGGTG CCAATATTAA TGCTTTTGAT AAGAAAGATA GACGTGCTAT CCACTGGGCC
GCATATATGG GTCACATTGA AGTAGTGAAA TTACTCGTGG CACATGGAGC TGAGGTGACA
TGCAAAGATA AGAAGTCTTA CACACCTCTC CATGCAGCAG CCTCCAGCGG GATGATCAGC
GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT GATATGAATG AACCAAATGC CTATGGAAAT
ACACCTCTTC ATGTAGCCTG CTATAATGGA CAAGATGTTG TCGTGAATGA ACTTATAGAC
TGTGGTGCTA ATGTAAATCA GAAGAATGAA AAAGGATTTA CTCCTTTGCA CTTTGCTGCT
GCATCCACTC ATGGAGCATT GTGTTTAGAG CTTCTAGTAA GCAATGGGGC CGATGTCAAT
ATGAAGAGCA AAGATGGAAA AACCCCACTG CATATGACTG CCCTCCACGG TAGATTCTCC
AGATCACAAA CCATTATCCA GAGTGGAGCA GTAATCGACT GTGAGGATAA GAATGGTAAC
ACCCCTTTGC ACATAGCAGC GAGGTACGGC CATGAGCTGC TAATCAACAC TCTCATTACA
AGTGGTGCTG ACACTGCAAA GCGTGGCATA CATGGAATGT TCCCCCTCCA TTTGGCAGCC
TTAAGTGGTT TCTCAGATTG CTGTAGGAAA CTTCTTTCTT CTGGATTTGA TATAGATACT
CCAGATGATT TTGGCAGAAC CTGTCTACAT GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC
CTAAACCTTC TGCTGAATAC TGGTGCAGAC TTTAACAAAA AGGACAAATT TGGGAGATCT
CCACTGCACT ATGCTGCTGC CAATTGCAAT TACCAGTGCC TGTTTGCTCT TGTGGGCTCA
GGAGCAAGTG TGAATGACCT TGATGAAAGA GGGTGCACAC CCCTGCACTA TGCAGCCACG
TCAGACACAG ATGGCAAGTG CCTGGAATAC TTACTAAGAA ATGATGCAAA TCCAGGGATC
CGGGACAAGC AAGGATACAA TGCAGTTCAT TATTCAGCTG CGTATGGTCA CCGTCTGTGT
CTTCAGCTGA TTGCAAGTGA AACTCCTTTA GATGTTTTAA TGGAAACCTC GGGAACAGAC
ATGCTGAGTG ATTCAGACAA TAGAGCAACA ATAAGCCCTT TACACTTGGC TGCATACCAT
GGTCACCATC AAGCACTAGA AGTGTTGGTA CAGTCTTTGT TAGATCTTGA TGTGAGAAAT
AGCAGTGGAA GAACACCCTT GGACCTTGCA GCATTTAAAG GCCACGTGGA ATGTGTGGAT
GTACTCATTA ATCAGGGAGC TTCAATCTTA GTCAAAGATT ATATTTTGAA GAGAACACCT
ATACATGCAG CAGCAACAAA TGGGCACTCA GAATGCTTAC GGCTACTAAT AGGAAATGCA
GAACCACAGA ATGCAGTAGA TATTCAAGAT GGAAATGGAC AGACTCCACT GATGCTGTCT
GTGCTCAATG GGCACACGGA CTGTGTCTAC TCACTGCTGA ACAAGGGAGC AAACGTAGAT
GCCAAAGATA AGTGGGGAAG GACGGCATTG CACAGAGGGG CAGTCACAGG CCATGAAGAG
TGTGTAGATG CATTACTTCA ACATGGTGCT AAGTGCTTAT TTCGAGACAG CAAGGGCCGG
ACACCAATAC ACTTGTCAGC TGCTTGTGGT CACATCGGTG TTCTCGGAGC CCTTTTACAG
TCAGCAGCCT CTGTGGATGC AAATCCAGCC CTAGTGGACA ATCATGGATA TACAGCACTT
CACTGGGCTT GCTACAACGG TCACGAGACG TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT
TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT CCATTGCATT GTGCTGTGAT AAATGACAAC
GAAGGTGCTG CTGAGATGCT AATTGATACA TTAGGTGCCA GCATAGTGAA TGCCACAGAT
TCAAAAGGAA GAACGCCTCT CCACGCGGCC GCCTTCACAG ACCATGTGGA GTGTTTGCAG
CTGCTGCTCA GCCATAATGC TCATGTCAAT TCCGTGGACT CCTCTGGGAA GACACCTCTC
ATGATGGCTG CAGAAAACGG ACAAACAAAT ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT
GCAGATCTGA CTTTACAAGA TAACAGTAAA AACACCGCCC TCCATTTGGC TTGCAGCAAG
GGTCATGAAA CTAGTGCCTT GTTAATACTG GAAAAGATAA CAGATAGAAA CCTCATCAAT
GCAACCAATG CAGCTTTGCA AACACCTCTG CATGTTGCTG CCCGGAACGG GCTAACAATG
GTGGTTCAAG AACTTTTGGG AAAAGGAGCA AGTGTGCTTG CAGTAGATGA AAATGGCTAT
ACCCCAGCCT TGGCCTGTGC CCCCAACAAG GACGTGGCCG ACTGCCTAGC TCTCATTCTG
GCCACCATGA TGCCTGTCTC ATCGAGTAGC CCTTTATCAT CCTTGACGTT CAGTGCCATT
AACCGTTATA CCAACACCTC GAAAACAGTC AGCTTCGAAG CGCTGCCCAT CATGAGGAAT
GAACCCAGTT CCTACTGCAG TTTCAACAAC ATTGGTGGGG AGCAGGAGTA CTTATACACC
GAAGTGGATG AGCTCAATGA CTCCGACTCC GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_020923866.1 CDS 297..3458 Translation
Target ORF information:
RefSeq Version XM_021068207.1 Organism Sus scrofa(pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X4, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_021068207.1
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
3121ATGGCGTTCC TCAAACTCCG TGACCAGCCA TCACTGGTGC AAGCTATATT TAATGGAGAT
CCTGATGAAG TTCGAGCACT AATATTTAAG AAAGAAGATG TTAACTTTCA GGACAATGAA
AAGAGAACTC CACTGCATGC TGCTGCCTAT CTTGGAGATG CAGAAATCAT TGAATTGCTT
ATTTTATCTG GAGCTAGAGT TAATGCCAAA GACAGCAAAT GGTTGACACC TTTACACAGA
GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT CAGGTACTTT TGAAGCATTC TGCAGACGTT
AATGCTCGAG ACAAAAACTG GCAAACTCCA TTACACATAG CAGCAGCTAA TAAAGCTGTA
AAGTGTGCGG AAGCTTTGGT TCCTCTACTG AGTAATGTAA ACGTGTCCGA TCGAGCGGGG
AGAACCGCAC TGCACCATGC AGCTTTCAGT GGGCATGGGG AGATGGTCAA GCTGCTCTTG
TCTAGAGGTG CCAATATTAA TGCTTTTGAT AAGAAAGATA GACGTGCTAT CCACTGGGCC
GCATATATGG GTCACATTGA AGTAGTGAAA TTACTCGTGG CACATGGAGC TGAGGTGACA
TGCAAAGATA AGAAGTCTTA CACACCTCTC CATGCAGCAG CCTCCAGCGG GATGATCAGC
GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT GATATGAATG AACCAAATGC CTATGGAAAT
ACACCTCTTC ATGTAGCCTG CTATAATGGA CAAGATGTTG TCGTGAATGA ACTTATAGAC
TGTGGTGCTA ATGTAAATCA GAAGAATGAA AAAGGATTTA CTCCTTTGCA CTTTGCTGCT
GCATCCACTC ATGGAGCATT GTGTTTAGAG CTTCTAGTAA GCAATGGGGC CGATGTCAAT
ATGAAGAGCA AAGATGGAAA AACCCCACTG CATATGACTG CCCTCCACGG TAGATTCTCC
AGATCACAAA CCATTATCCA GAGTGGAGCA GTAATCGACT GTGAGGATAA GAATGGTAAC
ACCCCTTTGC ACATAGCAGC GAGGTACGGC CATGAGCTGC TAATCAACAC TCTCATTACA
AGTGGTGCTG ACACTGCAAA GCGTGGCATA CATGGAATGT TCCCCCTCCA TTTGGCAGCC
TTAAGTGGTT TCTCAGATTG CTGTAGGAAA CTTCTTTCTT CTGGATTTGA TATAGATACT
CCAGATGATT TTGGCAGAAC CTGTCTACAT GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC
CTAAACCTTC TGCTGAATAC TGGTGCAGAC TTTAACAAAA AGGACAAATT TGGGAGATCT
CCACTGCACT ATGCTGCTGC CAATTGCAAT TACCAGTGCC TGTTTGCTCT TGTGGGCTCA
GGAGCAAGTG TGAATGACCT TGATGAAAGA GGGTGCACAC CCCTGCACTA TGCAGCCACG
TCAGACACAG ATGGCAAGTG CCTGGAATAC TTACTAAGAA ATGATGCAAA TCCAGGGATC
CGGGACAAGC AAGGATACAA TGCAGTTCAT TATTCAGCTG CGTATGGTCA CCGTCTGTGT
CTTCAGCTGA TTGCAAGTGA AACTCCTTTA GATGTTTTAA TGGAAACCTC GGGAACAGAC
ATGCTGAGTG ATTCAGACAA TAGAGCAACA ATAAGCCCTT TACACTTGGC TGCATACCAT
GGTCACCATC AAGCACTAGA AGTGTTGGTA CAGTCTTTGT TAGATCTTGA TGTGAGAAAT
AGCAGTGGAA GAACACCCTT GGACCTTGCA GCATTTAAAG GCCACGTGGA ATGTGTGGAT
GTACTCATTA ATCAGGGAGC TTCAATCTTA GTCAAAGATT ATATTTTGAA GAGAACACCT
ATACATGCAG CAGCAACAAA TGGGCACTCA GAATGCTTAC GGCTACTAAT AGGAAATGCA
GAACCACAGA ATGCAGTAGA TATTCAAGAT GGAAATGGAC AGACTCCACT GATGCTGTCT
GTGCTCAATG GGCACACGGA CTGTGTCTAC TCACTGCTGA ACAAGGGAGC AAACGTAGAT
GCCAAAGATA AGTGGGGAAG GACGGCATTG CACAGAGGGG CAGTCACAGG CCATGAAGAG
TGTGTAGATG CATTACTTCA ACATGGTGCT AAGTGCTTAT TTCGAGACAG CAAGGGCCGG
ACACCAATAC ACTTGTCAGC TGCTTGTGGT CACATCGGTG TTCTCGGAGC CCTTTTACAG
TCAGCAGCCT CTGTGGATGC AAATCCAGCC CTAGTGGACA ATCATGGATA TACAGCACTT
CACTGGGCTT GCTACAACGG TCACGAGACG TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT
TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT CCATTGCATT GTGCTGTGAT AAATGACAAC
GAAGGTGCTG CTGAGATGCT AATTGATACA TTAGGTGCCA GCATAGTGAA TGCCACAGAT
TCAAAAGGAA GAACGCCTCT CCACGCGGCC GCCTTCACAG ACCATGTGGA GTGTTTGCAG
CTGCTGCTCA GCCATAATGC TCATGTCAAT TCCGTGGACT CCTCTGGGAA GACACCTCTC
ATGATGGCTG CAGAAAACGG ACAAACAAAT ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT
GCAGATCTGA CTTTACAAGA TAACAGTAAA AACACCGCCC TCCATTTGGC TTGCAGCAAG
GGTCATGAAA CTAGTGCCTT GTTAATACTG GAAAAGATAA CAGATAGAAA CCTCATCAAT
GCAACCAATG CAGCTTTGCA AACACCTCTG CATGTTGCTG CCCGGAACGG GCTAACAATG
GTGGTTCAAG AACTTTTGGG AAAAGGAGCA AGTGTGCTTG CAGTAGATGA AAATGGCTAT
ACCCCAGCCT TGGCCTGTGC CCCCAACAAG GACGTGGCCG ACTGCCTAGC TCTCATTCTG
GCCACCATGA TGCCTGTCTC ATCGAGTAGC CCTTTATCAT CCTTGACGTT CAGTGCCATT
AACCGTTATA CCAACACCTC GAAAACAGTC AGCTTCGAAG CGCTGCCCAT CATGAGGAAT
GAACCCAGTT CCTACTGCAG TTTCAACAAC ATTGGTGGGG AGCAGGAGTA CTTATACACC
GAAGTGGATG AGCTCAATGA CTCCGACTCC GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe41553 Clone ID Related Accession (Same CDS sequence) XM_013981383.1 Accession Version XM_013981383.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3336bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1441814400000 Organism Sus scrofa(Pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X1 Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611571.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG CTAATTTTGG AGCTCTCTGC
GGAACAGAAG TCTGGTCACC TTCAAGGAGG TCACATGAGA TGAGCTCTGG TACCTGGATA
TCTGGAGCTA GAGTTAATGC CAAAGACAGC AAATGGTTGA CACCTTTACA CAGAGCAGTT
GCATCTTGTA GTGAGGAAGC AGTTCAGGTA CTTTTGAAGC ATTCTGCAGA CGTTAATGCT
CGAGACAAAA ACTGGCAAAC TCCATTACAC ATAGCAGCAG CTAATAAAGC TGTAAAGTGT
GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT GTAAACGTGT CCGATCGAGC GGGGAGAACC
GCACTGCACC ATGCAGCTTT CAGTGGGCAT GGGGAGATGG TCAAGCTGCT CTTGTCTAGA
GGTGCCAATA TTAATGCTTT TGATAAGAAA GATAGACGTG CTATCCACTG GGCCGCATAT
ATGGGTCACA TTGAAGTAGT GAAATTACTC GTGGCACATG GAGCTGAGGT GACATGCAAA
GATAAGAAGT CTTACACACC TCTCCATGCA GCAGCCTCCA GCGGGATGAT CAGCGTAGTC
AAATACCTTC TCGATCTTGG GGTTGATATG AATGAACCAA ATGCCTATGG AAATACACCT
CTTCATGTAG CCTGCTATAA TGGACAAGAT GTTGTCGTGA ATGAACTTAT AGACTGTGGT
GCTAATGTAA ATCAGAAGAA TGAAAAAGGA TTTACTCCTT TGCACTTTGC TGCTGCATCC
ACTCATGGAG CATTGTGTTT AGAGCTTCTA GTAAGCAATG GGGCCGATGT CAATATGAAG
AGCAAAGATG GAAAAACCCC ACTGCATATG ACTGCCCTCC ACGGTAGATT CTCCAGATCA
CAAACCATTA TCCAGAGTGG AGCAGTAATC GACTGTGAGG ATAAGAATGG TAACACCCCT
TTGCACATAG CAGCGAGGTA CGGCCATGAG CTGCTAATCA ACACTCTCAT TACAAGTGGT
GCTGACACTG CAAAGCGTGG CATACATGGA ATGTTCCCCC TCCATTTGGC AGCCTTAAGT
GGTTTCTCAG ATTGCTGTAG GAAACTTCTT TCTTCTGGAT TTGATATAGA TACTCCAGAT
GATTTTGGCA GAACCTGTCT ACATGCAGCT GCAGCTGGAG GGAATCTGGA GTGCCTAAAC
CTTCTGCTGA ATACTGGTGC AGACTTTAAC AAAAAGGACA AATTTGGGAG ATCTCCACTG
CACTATGCTG CTGCCAATTG CAATTACCAG TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA
AGTGTGAATG ACCTTGATGA AAGAGGGTGC ACACCCCTGC ACTATGCAGC CACGTCAGAC
ACAGATGGCA AGTGCCTGGA ATACTTACTA AGAAATGATG CAAATCCAGG GATCCGGGAC
AAGCAAGGAT ACAATGCAGT TCATTATTCA GCTGCGTATG GTCACCGTCT GTGTCTTCAG
CTGATTGCAA GTGAAACTCC TTTAGATGTT TTAATGGAAA CCTCGGGAAC AGACATGCTG
AGTGATTCAG ACAATAGAGC AACAATAAGC CCTTTACACT TGGCTGCATA CCATGGTCAC
CATCAAGCAC TAGAAGTGTT GGTACAGTCT TTGTTAGATC TTGATGTGAG AAATAGCAGT
GGAAGAACAC CCTTGGACCT TGCAGCATTT AAAGGCCACG TGGAATGTGT GGATGTACTC
ATTAATCAGG GAGCTTCAAT CTTAGTCAAA GATTATATTT TGAAGAGAAC ACCTATACAT
GCAGCAGCAA CAAATGGGCA CTCAGAATGC TTACGGCTAC TAATAGGAAA TGCAGAACCA
CAGAATGCAG TAGATATTCA AGATGGAAAT GGACAGACTC CACTGATGCT GTCTGTGCTC
AATGGGCACA CGGACTGTGT CTACTCACTG CTGAACAAGG GAGCAAACGT AGATGCCAAA
GATAAGTGGG GAAGGACGGC ATTGCACAGA GGGGCAGTCA CAGGCCATGA AGAGTGTGTA
GATGCATTAC TTCAACATGG TGCTAAGTGC TTATTTCGAG ACAGCAAGGG CCGGACACCA
ATACACTTGT CAGCTGCTTG TGGTCACATC GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA
GCCTCTGTGG ATGCAAATCC AGCCCTAGTG GACAATCATG GATATACAGC ACTTCACTGG
GCTTGCTACA ACGGTCACGA GACGTGTGTA GAACTCCTTT TAGAACAGGA AGTTTTCCAG
AAAATGGAAG GAAATGCTTT CAGTCCATTG CATTGTGCTG TGATAAATGA CAACGAAGGT
GCTGCTGAGA TGTTAATTGA TACATTAGGT GCCAGCATAG TGAATGCCAC AGATTCAAAA
GGAAGAACGC CTCTCCACGC GGCCGCCTTC ACAGACCATG TGGAGTGTTT GCAGCTGCTG
CTCAGCCATA ATGCTCACGT CAATTCCGTG GACTCCTCTG GGAAGACACC TCTCATGATG
GCTGCAGAAA ACGGACAAAC AAATACAGTC GAGATGCTGG TTAGCAGTGC TAGTGCAGAT
CTGACTTTAC AAGATAACAG TAAAAACACC GCCCTCCATT TGGCTTGCAG CAAGGGTCAT
GAAACTAGTG CCTTGTTAAT ACTGGAAAAG ATAACAGATA GAAACCTCAT CAACGCAACC
AATGCAGCTT TGCAAACACC TCTGCATGTT GCTGCCCGGA ACGGGCTAAC AATGGTGGTT
CAAGAACTTT TGGGAAAAGG AGCAAGTGTG CTTGCAGTAG ATGAAAATGG CTATACCCCA
GCCTTGGCCT GTGCCCCCAA CAAGGACGTG GCCGACTGCC TAGCTCTCAT TCTGGCCACC
ATGATGCCTG TCTCATCGAG TAGCCCTTTA TCATCCTTGA CGTTCAGTGC CATTAACCGT
TATACCAACA CCTCGAAAAC AGTCAGCTTC GAAGCGCTGC CCATCATGAG GAATGAACCC
AGTTCCTACT GCAGTTTCAA CAACATTGGT GGGGAGCAGG AGTACTTATA CACCGAAGTG
GATGAGCTCA ATGACTCCGA CTCCGAGACT TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836837.1 CDS 1386..4721 Translation
Target ORF information:
RefSeq Version XM_013981383.1 Organism Sus scrofa(Pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981383.1
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
3301ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG CTAATTTTGG AGCTCTCTGC
GGAACAGAAG TCTGGTCACC TTCAAGGAGG TCACATGAGA TGAGCTCTGG TACCTGGATA
TCTGGAGCTA GAGTTAATGC CAAAGACAGC AAATGGTTGA CACCTTTACA CAGAGCAGTT
GCATCTTGTA GTGAGGAAGC AGTTCAGGTA CTTTTGAAGC ATTCTGCAGA CGTTAATGCT
CGAGACAAAA ACTGGCAAAC TCCATTACAC ATAGCAGCAG CTAATAAAGC TGTAAAGTGT
GCGGAAGCTT TGGTTCCTCT ACTGAGTAAT GTAAACGTGT CCGATCGAGC GGGGAGAACC
GCACTGCACC ATGCAGCTTT CAGTGGGCAT GGGGAGATGG TCAAGCTGCT CTTGTCTAGA
GGTGCCAATA TTAATGCTTT TGATAAGAAA GATAGACGTG CTATCCACTG GGCCGCATAT
ATGGGTCACA TTGAAGTAGT GAAATTACTC GTGGCACATG GAGCTGAGGT GACATGCAAA
GATAAGAAGT CTTACACACC TCTCCATGCA GCAGCCTCCA GCGGGATGAT CAGCGTAGTC
AAATACCTTC TCGATCTTGG GGTTGATATG AATGAACCAA ATGCCTATGG AAATACACCT
CTTCATGTAG CCTGCTATAA TGGACAAGAT GTTGTCGTGA ATGAACTTAT AGACTGTGGT
GCTAATGTAA ATCAGAAGAA TGAAAAAGGA TTTACTCCTT TGCACTTTGC TGCTGCATCC
ACTCATGGAG CATTGTGTTT AGAGCTTCTA GTAAGCAATG GGGCCGATGT CAATATGAAG
AGCAAAGATG GAAAAACCCC ACTGCATATG ACTGCCCTCC ACGGTAGATT CTCCAGATCA
CAAACCATTA TCCAGAGTGG AGCAGTAATC GACTGTGAGG ATAAGAATGG TAACACCCCT
TTGCACATAG CAGCGAGGTA CGGCCATGAG CTGCTAATCA ACACTCTCAT TACAAGTGGT
GCTGACACTG CAAAGCGTGG CATACATGGA ATGTTCCCCC TCCATTTGGC AGCCTTAAGT
GGTTTCTCAG ATTGCTGTAG GAAACTTCTT TCTTCTGGAT TTGATATAGA TACTCCAGAT
GATTTTGGCA GAACCTGTCT ACATGCAGCT GCAGCTGGAG GGAATCTGGA GTGCCTAAAC
CTTCTGCTGA ATACTGGTGC AGACTTTAAC AAAAAGGACA AATTTGGGAG ATCTCCACTG
CACTATGCTG CTGCCAATTG CAATTACCAG TGCCTGTTTG CTCTTGTGGG CTCAGGAGCA
AGTGTGAATG ACCTTGATGA AAGAGGGTGC ACACCCCTGC ACTATGCAGC CACGTCAGAC
ACAGATGGCA AGTGCCTGGA ATACTTACTA AGAAATGATG CAAATCCAGG GATCCGGGAC
AAGCAAGGAT ACAATGCAGT TCATTATTCA GCTGCGTATG GTCACCGTCT GTGTCTTCAG
CTGATTGCAA GTGAAACTCC TTTAGATGTT TTAATGGAAA CCTCGGGAAC AGACATGCTG
AGTGATTCAG ACAATAGAGC AACAATAAGC CCTTTACACT TGGCTGCATA CCATGGTCAC
CATCAAGCAC TAGAAGTGTT GGTACAGTCT TTGTTAGATC TTGATGTGAG AAATAGCAGT
GGAAGAACAC CCTTGGACCT TGCAGCATTT AAAGGCCACG TGGAATGTGT GGATGTACTC
ATTAATCAGG GAGCTTCAAT CTTAGTCAAA GATTATATTT TGAAGAGAAC ACCTATACAT
GCAGCAGCAA CAAATGGGCA CTCAGAATGC TTACGGCTAC TAATAGGAAA TGCAGAACCA
CAGAATGCAG TAGATATTCA AGATGGAAAT GGACAGACTC CACTGATGCT GTCTGTGCTC
AATGGGCACA CGGACTGTGT CTACTCACTG CTGAACAAGG GAGCAAACGT AGATGCCAAA
GATAAGTGGG GAAGGACGGC ATTGCACAGA GGGGCAGTCA CAGGCCATGA AGAGTGTGTA
GATGCATTAC TTCAACATGG TGCTAAGTGC TTATTTCGAG ACAGCAAGGG CCGGACACCA
ATACACTTGT CAGCTGCTTG TGGTCACATC GGTGTTCTCG GAGCCCTTTT ACAGTCAGCA
GCCTCTGTGG ATGCAAATCC AGCCCTAGTG GACAATCATG GATATACAGC ACTTCACTGG
GCTTGCTACA ACGGTCACGA GACGTGTGTA GAACTCCTTT TAGAACAGGA AGTTTTCCAG
AAAATGGAAG GAAATGCTTT CAGTCCATTG CATTGTGCTG TGATAAATGA CAACGAAGGT
GCTGCTGAGA TGTTAATTGA TACATTAGGT GCCAGCATAG TGAATGCCAC AGATTCAAAA
GGAAGAACGC CTCTCCACGC GGCCGCCTTC ACAGACCATG TGGAGTGTTT GCAGCTGCTG
CTCAGCCATA ATGCTCACGT CAATTCCGTG GACTCCTCTG GGAAGACACC TCTCATGATG
GCTGCAGAAA ACGGACAAAC AAATACAGTC GAGATGCTGG TTAGCAGTGC TAGTGCAGAT
CTGACTTTAC AAGATAACAG TAAAAACACC GCCCTCCATT TGGCTTGCAG CAAGGGTCAT
GAAACTAGTG CCTTGTTAAT ACTGGAAAAG ATAACAGATA GAAACCTCAT CAACGCAACC
AATGCAGCTT TGCAAACACC TCTGCATGTT GCTGCCCGGA ACGGGCTAAC AATGGTGGTT
CAAGAACTTT TGGGAAAAGG AGCAAGTGTG CTTGCAGTAG ATGAAAATGG CTATACCCCA
GCCTTGGCCT GTGCCCCCAA CAAGGACGTG GCCGACTGCC TAGCTCTCAT TCTGGCCACC
ATGATGCCTG TCTCATCGAG TAGCCCTTTA TCATCCTTGA CGTTCAGTGC CATTAACCGT
TATACCAACA CCTCGAAAAC AGTCAGCTTC GAAGCGCTGC CCATCATGAG GAATGAACCC
AGTTCCTACT GCAGTTTCAA CAACATTGGT GGGGAGCAGG AGTACTTATA CACCGAAGTG
GATGAGCTCA ATGACTCCGA CTCCGAGACT TACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OSe41554 Clone ID Related Accession (Same CDS sequence) XM_013981384.1 Accession Version XM_013981384.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3252bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1441814400000 Organism Sus scrofa(Pig) Product serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A isoform X2 Comment MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611571.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GCGTGGCATA
CATGGAATGT TCCCCCTCCA TTTGGCAGCC TTAAGTGGTT TCTCAGATTG CTGTAGGAAA
CTTCTTTCTT CTGGATTTGA TATAGATACT CCAGATGATT TTGGCAGAAC CTGTCTACAT
GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC CTAAACCTTC TGCTGAATAC TGGTGCAGAC
TTTAACAAAA AGGACAAATT TGGGAGATCT CCACTGCACT ATGCTGCTGC CAATTGCAAT
TACCAGTGCC TGTTTGCTCT TGTGGGCTCA GGAGCAAGTG TGAATGACCT TGATGAAAGA
GGGTGCACAC CCCTGCACTA TGCAGCCACG TCAGACACAG ATGGCAAGTG CCTGGAATAC
TTACTAAGAA ATGATGCAAA TCCAGGGATC CGGGACAAGC AAGGATACAA TGCAGTTCAT
TATTCAGCTG CGTATGGTCA CCGTCTGTGT CTTCAGCTGA TTGCAAGTGA AACTCCTTTA
GATGTTTTAA TGGAAACCTC GGGAACAGAC ATGCTGAGTG ATTCAGACAA TAGAGCAACA
ATAAGCCCTT TACACTTGGC TGCATACCAT GGTCACCATC AAGCACTAGA AGTGTTGGTA
CAGTCTTTGT TAGATCTTGA TGTGAGAAAT AGCAGTGGAA GAACACCCTT GGACCTTGCA
GCATTTAAAG GCCACGTGGA ATGTGTGGAT GTACTCATTA ATCAGGGAGC TTCAATCTTA
GTCAAAGATT ATATTTTGAA GAGAACACCT ATACATGCAG CAGCAACAAA TGGGCACTCA
GAATGCTTAC GGCTACTAAT AGGAAATGCA GAACCACAGA ATGCAGTAGA TATTCAAGAT
GGAAATGGAC AGACTCCACT GATGCTGTCT GTGCTCAATG GGCACACGGA CTGTGTCTAC
TCACTGCTGA ACAAGGGAGC AAACGTAGAT GCCAAAGATA AGTGGGGAAG GACGGCATTG
CACAGAGGGG CAGTCACAGG CCATGAAGAG TGTGTAGATG CATTACTTCA ACATGGTGCT
AAGTGCTTAT TTCGAGACAG CAAGGGCCGG ACACCAATAC ACTTGTCAGC TGCTTGTGGT
CACATCGGTG TTCTCGGAGC CCTTTTACAG TCAGCAGCCT CTGTGGATGC AAATCCAGCC
CTAGTGGACA ATCATGGATA TACAGCACTT CACTGGGCTT GCTACAACGG TCACGAGACG
TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT
CCATTGCATT GTGCTGTGAT AAATGACAAC GAAGGTGCTG CTGAGATGTT AATTGATACA
TTAGGTGCCA GCATAGTGAA TGCCACAGAT TCAAAAGGAA GAACGCCTCT CCACGCGGCC
GCCTTCACAG ACCATGTGGA GTGTTTGCAG CTGCTGCTCA GCCATAATGC TCACGTCAAT
TCCGTGGACT CCTCTGGGAA GACACCTCTC ATGATGGCTG CAGAAAACGG ACAAACAAAT
ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT GCAGATCTGA CTTTACAAGA TAACAGTAAA
AACACCGCCC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATACTG
GAAAAGATAA CAGATAGAAA CCTCATCAAC GCAACCAATG CAGCTTTGCA AACACCTCTG
CATGTTGCTG CCCGGAACGG GCTAACAATG GTGGTTCAAG AACTTTTGGG AAAAGGAGCA
AGTGTGCTTG CAGTAGATGA AAATGGCTAT ACCCCAGCCT TGGCCTGTGC CCCCAACAAG
GACGTGGCCG ACTGCCTAGC TCTCATTCTG GCCACCATGA TGCCTGTCTC ATCGAGTAGC
CCTTTATCAT CCTTGACGTT CAGTGCCATT AACCGTTATA CCAACACCTC GAAAACAGTC
AGCTTCGAAG CGCTGCCCAT CATGAGGAAT GAACCCAGTT CCTACTGCAG TTTCAACAAC
ATTGGTGGGG AGCAGGAGTA CTTATACACC GAAGTGGATG AGCTCAATGA CTCCGACTCC
GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_013836838.1 CDS 1386..4637 Translation
Target ORF information:
RefSeq Version XM_013981384.1 Organism Sus scrofa(Pig) Definition Sus scrofa ankyrin repeat domain 28 (ANKRD28), transcript variant X2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_013981384.1
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
3241ATGAGTCGAG TGTGTATTGT TGTTTTGGAG GAGGTAGAAG ATGAGCCTCC TGCATTCATT
TCTAAATTGC CACAGGAAAA TAAATCCCTA CATTCTTCAC CTTCAGGAAA TGTATTGCCA
TCACTGGTGC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG
AAAGAAGATG TTAACTTTCA GGACAATGAA AAGAGAACTC CACTGCATGC TGCTGCCTAT
CTTGGAGATG CAGAAATCAT TGAATTGCTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA
GACAGCAAAT GGTTGACACC TTTACACAGA GCAGTTGCAT CTTGTAGTGA GGAAGCAGTT
CAGGTACTTT TGAAGCATTC TGCAGACGTT AATGCTCGAG ACAAAAACTG GCAAACTCCA
TTACACATAG CAGCAGCTAA TAAAGCTGTA AAGTGTGCGG AAGCTTTGGT TCCTCTACTG
AGTAATGTAA ACGTGTCCGA TCGAGCGGGG AGAACCGCAC TGCACCATGC AGCTTTCAGT
GGGCATGGGG AGATGGTCAA GCTGCTCTTG TCTAGAGGTG CCAATATTAA TGCTTTTGAT
AAGAAAGATA GACGTGCTAT CCACTGGGCC GCATATATGG GTCACATTGA AGTAGTGAAA
TTACTCGTGG CACATGGAGC TGAGGTGACA TGCAAAGATA AGAAGTCTTA CACACCTCTC
CATGCAGCAG CCTCCAGCGG GATGATCAGC GTAGTCAAAT ACCTTCTCGA TCTTGGGGTT
GATATGAATG AACCAAATGC CTATGGAAAT ACACCTCTTC ATGTAGCCTG CTATAATGGA
CAAGATGTTG TCGTGAATGA ACTTATAGAC TGTGGTGCTA ATGTAAATCA GAAGAATGAA
AAAGGATTTA CTCCTTTGCA CTTTGCTGCT GCATCCACTC ATGGAGCATT GTGTTTAGAG
CTTCTAGTAA GCAATGGGGC CGATGTCAAT ATGAAGAGCA AAGATGGAAA AACCCCACTG
CATATGACTG CCCTCCACGG TAGATTCTCC AGATCACAAA CCATTATCCA GAGTGGAGCA
GTAATCGACT GTGAGGATAA GAATGGTAAC ACCCCTTTGC ACATAGCAGC GAGGTACGGC
CATGAGCTGC TAATCAACAC TCTCATTACA AGTGGTGCTG ACACTGCAAA GCGTGGCATA
CATGGAATGT TCCCCCTCCA TTTGGCAGCC TTAAGTGGTT TCTCAGATTG CTGTAGGAAA
CTTCTTTCTT CTGGATTTGA TATAGATACT CCAGATGATT TTGGCAGAAC CTGTCTACAT
GCAGCTGCAG CTGGAGGGAA TCTGGAGTGC CTAAACCTTC TGCTGAATAC TGGTGCAGAC
TTTAACAAAA AGGACAAATT TGGGAGATCT CCACTGCACT ATGCTGCTGC CAATTGCAAT
TACCAGTGCC TGTTTGCTCT TGTGGGCTCA GGAGCAAGTG TGAATGACCT TGATGAAAGA
GGGTGCACAC CCCTGCACTA TGCAGCCACG TCAGACACAG ATGGCAAGTG CCTGGAATAC
TTACTAAGAA ATGATGCAAA TCCAGGGATC CGGGACAAGC AAGGATACAA TGCAGTTCAT
TATTCAGCTG CGTATGGTCA CCGTCTGTGT CTTCAGCTGA TTGCAAGTGA AACTCCTTTA
GATGTTTTAA TGGAAACCTC GGGAACAGAC ATGCTGAGTG ATTCAGACAA TAGAGCAACA
ATAAGCCCTT TACACTTGGC TGCATACCAT GGTCACCATC AAGCACTAGA AGTGTTGGTA
CAGTCTTTGT TAGATCTTGA TGTGAGAAAT AGCAGTGGAA GAACACCCTT GGACCTTGCA
GCATTTAAAG GCCACGTGGA ATGTGTGGAT GTACTCATTA ATCAGGGAGC TTCAATCTTA
GTCAAAGATT ATATTTTGAA GAGAACACCT ATACATGCAG CAGCAACAAA TGGGCACTCA
GAATGCTTAC GGCTACTAAT AGGAAATGCA GAACCACAGA ATGCAGTAGA TATTCAAGAT
GGAAATGGAC AGACTCCACT GATGCTGTCT GTGCTCAATG GGCACACGGA CTGTGTCTAC
TCACTGCTGA ACAAGGGAGC AAACGTAGAT GCCAAAGATA AGTGGGGAAG GACGGCATTG
CACAGAGGGG CAGTCACAGG CCATGAAGAG TGTGTAGATG CATTACTTCA ACATGGTGCT
AAGTGCTTAT TTCGAGACAG CAAGGGCCGG ACACCAATAC ACTTGTCAGC TGCTTGTGGT
CACATCGGTG TTCTCGGAGC CCTTTTACAG TCAGCAGCCT CTGTGGATGC AAATCCAGCC
CTAGTGGACA ATCATGGATA TACAGCACTT CACTGGGCTT GCTACAACGG TCACGAGACG
TGTGTAGAAC TCCTTTTAGA ACAGGAAGTT TTCCAGAAAA TGGAAGGAAA TGCTTTCAGT
CCATTGCATT GTGCTGTGAT AAATGACAAC GAAGGTGCTG CTGAGATGTT AATTGATACA
TTAGGTGCCA GCATAGTGAA TGCCACAGAT TCAAAAGGAA GAACGCCTCT CCACGCGGCC
GCCTTCACAG ACCATGTGGA GTGTTTGCAG CTGCTGCTCA GCCATAATGC TCACGTCAAT
TCCGTGGACT CCTCTGGGAA GACACCTCTC ATGATGGCTG CAGAAAACGG ACAAACAAAT
ACAGTCGAGA TGCTGGTTAG CAGTGCTAGT GCAGATCTGA CTTTACAAGA TAACAGTAAA
AACACCGCCC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATACTG
GAAAAGATAA CAGATAGAAA CCTCATCAAC GCAACCAATG CAGCTTTGCA AACACCTCTG
CATGTTGCTG CCCGGAACGG GCTAACAATG GTGGTTCAAG AACTTTTGGG AAAAGGAGCA
AGTGTGCTTG CAGTAGATGA AAATGGCTAT ACCCCAGCCT TGGCCTGTGC CCCCAACAAG
GACGTGGCCG ACTGCCTAGC TCTCATTCTG GCCACCATGA TGCCTGTCTC ATCGAGTAGC
CCTTTATCAT CCTTGACGTT CAGTGCCATT AACCGTTATA CCAACACCTC GAAAACAGTC
AGCTTCGAAG CGCTGCCCAT CATGAGGAAT GAACCCAGTT CCTACTGCAG TTTCAACAAC
ATTGGTGGGG AGCAGGAGTA CTTATACACC GAAGTGGATG AGCTCAATGA CTCCGACTCC
GAGACTTACT GAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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PubMed
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