| Gene Symbol | DIAPH1 |
| Entrez Gene ID | 1729 |
| Full Name | diaphanous related formin 1 |
| Synonyms | DFNA1,DIA1,DRF1,LFHL1,SCBMS,hDIA1 |
| General protein information |
|
| Gene Type | protein-coding |
| Organism | Homo sapiens(human) |
| Genome | |
| Summary | This gene is a homolog of the Drosophila diaphanous gene, and has been linked to autosomal dominant, fully penetrant, nonsyndromic sensorineural progressive low-frequency hearing loss. Actin polymerization involves proteins known to interact with diaphanous protein in Drosophila and mouse. It has therefore been speculated that this gene may have a role in the regulation of actin polymerization in hair cells of the inner ear. Alternatively spliced transcript variants encoding distinct isoforms have been found for this gene. [provided by RefSeq, Jul 2008]. |
| Disorder MIM: | |
| Disorder Html: | Deafness, autosomal dominant 1, 124900 (3); Seizures, cortical blindness, microcephaly syndrome, 616632 (3) |
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DIAPH1 cDNA ORF clone, Homo sapiens(human)
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Gene
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Clones
gRNAs
The following DIAPH1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DIAPH1 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 OHu26133 Clone ID Related Accession (Same CDS sequence) NM_001079812.2 , NM_001079812.3 Accession Version NM_001079812.2 Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3792bp)
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 1550505600000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 2 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, BC117257.1, AK023345.1 and AY007129.1. This sequence is a reference standard in the RefSeqGene project. On May 24, 2008 this sequence version replaced NM_001079812.1. Transcript Variant: This variant (2) lacks an in-frame exon in the 5' coding region, as compared to variant 1, which results in a shorter isoform (2). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: DQ067453.1, BC117257.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GCAAGCAGTC
AAGGAGAACC AGAAGCGGCG GGAGACAGAA GAAAAGATGA GGCGAGCAAA ACTAGCCAAG
GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG CAGCAGAAGA GAGAGCAACT CATAGACATG
AATGCAGAGG GCGATGAGAC AGGTGTGATG GACAGTCTTC TAGAAGCCCT GCAGTCAGGG
GCAGCATTCC GACGGAAGAG AGGGCCCCGT CAAGCCAACA GGAAGGCCGG GTGTGCAGTC
ACATCTCTGC TAGCTTCGGA GCTGACCAAG GATGATGCCA TGGCTGCTGT TCCTGCCAAG
GTGTCCAAGA ACAGTGAGAC ATTCCCCACA ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC
CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001073280.1 CDS 142..3933 Translation 
Target ORF information:
RefSeq Version NM_001079812.2 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
NM_001079812.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GCAAGCAGTC
AAGGAGAACC AGAAGCGGCG GGAGACAGAA GAAAAGATGA GGCGAGCAAA ACTAGCCAAG
GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG CAGCAGAAGA GAGAGCAACT CATAGACATG
AATGCAGAGG GCGATGAGAC AGGTGTGATG GACAGTCTTC TAGAAGCCCT GCAGTCAGGG
GCAGCATTCC GACGGAAGAG AGGGCCCCGT CAAGCCAACA GGAAGGCCGG GTGTGCAGTC
ACATCTCTGC TAGCTTCGGA GCTGACCAAG GATGATGCCA TGGCTGCTGT TCCTGCCAAG
GTGTCCAAGA ACAGTGAGAC ATTCCCCACA ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC
CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu26133 Clone ID Related Accession (Same CDS sequence) NM_001079812.2 , NM_001079812.3 Accession Version NM_001079812.3 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3792bp)
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 1567958400000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 2 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, BC117257.1, AK023345.1 and AY007129.1. This sequence is a reference standard in the RefSeqGene project. On May 31, 2019 this sequence version replaced NM_001079812.2. Transcript Variant: This variant (2) lacks an in-frame exon in the 5' coding region, as compared to variant 1, which results in a shorter isoform (2). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: SRR7346977.2479246.1, SRR7346977.2276930.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GCAAGCAGTC
AAGGAGAACC AGAAGCGGCG GGAGACAGAA GAAAAGATGA GGCGAGCAAA ACTAGCCAAG
GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG CAGCAGAAGA GAGAGCAACT CATAGACATG
AATGCAGAGG GCGATGAGAC AGGTGTGATG GACAGTCTTC TAGAAGCCCT GCAGTCAGGG
GCAGCATTCC GACGGAAGAG AGGGCCCCGT CAAGCCAACA GGAAGGCCGG GTGTGCAGTC
ACATCTCTGC TAGCTTCGGA GCTGACCAAG GATGATGCCA TGGCTGCTGT TCCTGCCAAG
GTGTCCAAGA ACAGTGAGAC ATTCCCCACA ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC
CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001073280.1 CDS 87..3878 Translation
Target ORF information:
RefSeq Version NM_001079812.3 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_001079812.3
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GCAAGCAGTC
AAGGAGAACC AGAAGCGGCG GGAGACAGAA GAAAAGATGA GGCGAGCAAA ACTAGCCAAG
GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG CAGCAGAAGA GAGAGCAACT CATAGACATG
AATGCAGAGG GCGATGAGAC AGGTGTGATG GACAGTCTTC TAGAAGCCCT GCAGTCAGGG
GCAGCATTCC GACGGAAGAG AGGGCCCCGT CAAGCCAACA GGAAGGCCGG GTGTGCAGTC
ACATCTCTGC TAGCTTCGGA GCTGACCAAG GATGATGCCA TGGCTGCTGT TCCTGCCAAG
GTGTCCAAGA ACAGTGAGAC ATTCCCCACA ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC
CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu39824 Clone ID Related Accession (Same CDS sequence) NM_001314007.1 , NM_001314007.2 Accession Version NM_001314007.1 Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3753bp)
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 1551024000000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 3 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, BC143414.1, AC008781.7 and AY007129.1. On Sep 23, 2015 this sequence version replaced XM_005268384.2. Transcript Variant: This variant (3) contains an alternate exon in the 3' end compared to variant 1, that causes a frameshift. The resulting isoform (3) has a shorter and distinct C-terminus compared to isoform 1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC143414.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GACAACCTCT TGTGCCCCTG GGAAGTAGAG GAGGAGGAGG AGACCTTTAA ATTGCCAACA
GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001300936.1 CDS 142..3894 Translation
Target ORF information:
RefSeq Version NM_001314007.1 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 3, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_001314007.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GACAACCTCT TGTGCCCCTG GGAAGTAGAG GAGGAGGAGG AGACCTTTAA ATTGCCAACA
GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu39824 Clone ID Related Accession (Same CDS sequence) NM_001314007.1 , NM_001314007.2 Accession Version NM_001314007.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3753bp)
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 1566748800000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 3 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, BC143414.1, AC008781.7 and AY007129.1. On May 31, 2019 this sequence version replaced NM_001314007.1. Transcript Variant: This variant (3) contains an alternate exon in the 3' end compared to variant 1, that causes a frameshift. The resulting isoform (3) has a shorter and distinct C-terminus compared to isoform 1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BC143414.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GACAACCTCT TGTGCCCCTG GGAAGTAGAG GAGGAGGAGG AGACCTTTAA ATTGCCAACA
GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_001300936.1 CDS 87..3839 Translation
Target ORF information:
RefSeq Version NM_001314007.2 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 3, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_001314007.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GACAACCTCT TGTGCCCCTG GGAAGTAGAG GAGGAGGAGG AGACCTTTAA ATTGCCAACA
GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu105637 Clone ID Related Accession (Same CDS sequence) XM_024454384.1 Accession Version XM_024454384.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3942bp)
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 1575475200000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X1 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGGT GAGCAAGGGA TACTTGCTGA CTGAATCTTT TGTGGGCATT
TCTCACTTTC CCCTGGGTTC CTGTTGGCTG GTAGTAGGTA TACAATGCCC ATGTGTTCCT
TCCTCCTCTT CCCTGCCCCA GCAAGCAGTC AAGGAGAACC AGAAGCGGCG GGAGACAGAA
GAAAAGATGA GGCGAGCAAA ACTAGCCAAG GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG
CAGCAGAAGA GAGAGCAACT CATAGACATG AATGCAGAGG GCGATGAGAC AGGTGTGATG
GACAGTCTTC TAGAAGCCCT GCAGTCAGGG GCAGCATTCC GACGGAAGAG AGGGCCCCGT
CAAGCCAACA GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGCTTCGGA GCTGACCAAG
GATGATGCCA TGGCTGCTGT TCCTGCCAAG GTGTCCAAGA ACAGTGAGAC ATTCCCCACA
ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_024310152.1 CDS 142..4083 Translation
Target ORF information:
RefSeq Version XM_024454384.1 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_024454384.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGGT GAGCAAGGGA TACTTGCTGA CTGAATCTTT TGTGGGCATT
TCTCACTTTC CCCTGGGTTC CTGTTGGCTG GTAGTAGGTA TACAATGCCC ATGTGTTCCT
TCCTCCTCTT CCCTGCCCCA GCAAGCAGTC AAGGAGAACC AGAAGCGGCG GGAGACAGAA
GAAAAGATGA GGCGAGCAAA ACTAGCCAAG GAGAAGGCAG AGAAGGAGCG GCTAGAGAAG
CAGCAGAAGA GAGAGCAACT CATAGACATG AATGCAGAGG GCGATGAGAC AGGTGTGATG
GACAGTCTTC TAGAAGCCCT GCAGTCAGGG GCAGCATTCC GACGGAAGAG AGGGCCCCGT
CAAGCCAACA GGAAGGCCGG GTGTGCAGTC ACATCTCTGC TAGCTTCGGA GCTGACCAAG
GATGATGCCA TGGCTGCTGT TCCTGCCAAG GTGTCCAAGA ACAGTGAGAC ATTCCCCACA
ATCCTTGAGG AAGCCAAGGA GTTGGTTGGC CGTGCAAGCT AAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu105638 Clone ID Related Accession (Same CDS sequence) XM_024454385.1 Accession Version XM_024454385.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3915bp)
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 1575475200000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X2 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GGTGAGCAAG
GGATACTTGC TGACTGAATC TTTTGTGGGC ATTTCTCACT TTCCCCTGGG TTCCTGTTGG
CTGGTAGTAG GTATACAATG CCCATGTGTT CCTTCCTCCT CTTCCCTGCC CCAGCAAGCA
GTCAAGGAGA ACCAGAAGCG GCGGGAGACA GAAGAAAAGA TGAGGCGAGC AAAACTAGCC
AAGGAGAAGG CAGAGAAGGA GCGGCTAGAG AAGCAGCAGA AGAGAGAGCA ACTCATAGAC
ATGAATGCAG AGGGCGATGA GACAGGTGTG ATGGACAGTC TTCTAGAAGC CCTGCAGTCA
GGGGCAGCAT TCCGACGGAA GAGAGGGCCC CGTCAAGCCA ACAGGAAGGC CGGGTGTGCA
GTCACATCTC TGCTAGCTTC GGAGCTGACC AAGGATGATG CCATGGCTGC TGTTCCTGCC
AAGGTGTCCA AGAACAGTGA GACATTCCCC ACAATCCTTG AGGAAGCCAA GGAGTTGGTT
GGCCGTGCAA GCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_024310153.1 CDS 93..4007 Translation
Target ORF information:
RefSeq Version XM_024454385.1 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_024454385.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTCTG
GAGAGATTTA CCAGCATGAG AATTAAGAAG GAGAAGGAAA AGCCCAATTC TGCTCATAGA
AATTCTTCTG CATCATATGG GGATGATCCC ACAGCACAGT CATTGCAAGA TGTTTCAGAT
GAACAAGTGC TGGTTCTCTT TGAACAGATG CTGCTGGATA TGAACCTGAA TGAGGAGAAA
CAGCAACCTT TGAGGGAGAA GGACATCATC ATCAAGAGGG AGATGGTGTC CCAATACTTG
TACACCTCCA AGGCTGGCAT GAGCCAGAAG GAGAGCTCTA AGTCTGCCAT GATGTATATT
CAGGAGTTGA GGTCAGGCTT GCGGGATATG CCTCTGCTCA GCTGCCTGGA GTCCCTTCGT
GTGTCTCTCA ACAACAACCC TGTCAGTTGG GTGCAAACAT TTGGTGCTGA AGGCTTGGCC
TCCTTATTGG ACATTCTTAA ACGACTTCAT GATGAGAAAG AAGAGACTGC TGGGAGTTAC
GATAGCCGGA ACAAGCATGA GATCATTCGC TGCTTGAAAG CTTTTATGAA CAACAAGTTT
GGAATCAAGA CCATGTTGGA GACAGAAGAA GGAATCCTAC TGCTGGTCAG AGCCATGGAT
CCTGCTGTTC CCAACATGAT GATTGATGCA GCTAAGCTGC TTTCTGCTCT TTGTATTCTA
CCGCAGCCAG AGGACATGAA TGAAAGGGTT TTGGAGGCAA TGACAGAAAG AGCTGAGATG
GATGAAGTGG AACGTTTCCA GCCGCTGCTG GATGGATTAA AAAGTGGAAC CACTATTGCA
CTGAAGGTTG GATGCCTACA GCTGATCAAT GCTCTCATCA CACCAGCGGA GGAACTTGAC
TTCCGAGTTC ACATCAGAAG TGAACTGATG CGTTTGGGGC TACATCAGGT GTTGCAGGAC
CTTCGAGAGA TTGAAAATGA AGATATGAGA GTGCAACTAA ATGTGTTTGA TGAACAAGGG
GAAGAGGATT CCTATGACCT GAAGGGACGG CTGGATGACA TTCGCATGGA GATGGATGAC
TTTAATGAAG TCTTTCAGAT TCTCTTAAAC ACAGTGAAGG ATTCAAAGGC AGAGCCACAC
TTCCTTTCCA TCCTGCAGCA CTTACTCTTG GTCCGAAATG ACTATGAGGC CAGACCTCAG
TACTATAAGT TGATTGAAGA ATGTATTTCC CAGATAGTTC TGCACAAGAA CGGGGCTGAT
CCTGACTTCA AGTGCCGGCA CCTCCAGATT GAGATTGAGG GATTAATTGA TCAAATGATT
GATAAGACAA AGGTGGAGAA ATCTGAAGCC AAAGCTGCAG AGCTGGAAAA GAAGTTGGAC
TCAGAGTTAA CAGCCCGACA TGAGCTACAG GTGGAAATGA AAAAGATGGA AAGTGACTTT
GAGCAGAAGC TTCAAGATCT TCAGGGAGAA AAAGATGCAC TGCATTCTGA AAAGCAGCAA
ATTGCCACAG AGAAACAGGA CCTGGAAGCA GAGGTGTCCC AGCTCACAGG AGAGGTTGCC
AAGCTGACAA AGGAACTGGA AGATGCCAAG AAAGAAATGG CTTCCCTCTC TGCGGCAGCT
ATTACTGTAC CTCCTTCTGT TCCTAGTCGT GCTCCTGTTC CCCCTGCCCC TCCTTTACCT
GGTGACTCTG GCACTATTAT TCCACCACCA CCTGCTCCTG GGGATAGTAC CACTCCTCCT
CCTCCTCCTC CTCCTCCTCC TCCTCCACCT CCTTTGCCTG GGGGTGTTTG CATCTCCTCA
CCCCCTTCTT TACCTGGAGG TACTGCTATC TCTCCACCCC CTCCTTTGTC TGGGGATGCT
ACCATCCCTC CACCCCCTCC TTTGCCTGAG GGTGTTGGCA TCCCTTCACC CTCTTCTTTG
CCTGGAGGTA CTGCCATCCC CCCACCTCCT CCTTTGCCTG GGAGTGCTAG AATCCCCCCA
CCACCACCTC CTTTGCCTGG GAGTGCTGGA ATTCCCCCCC CACCTCCTCC CTTGCCTGGA
GAAGCAGGAA TGCCACCTCC TCCTCCCCCT CTTCCTGGTG GTCCTGGAAT CCCTCCACCT
CCTCCATTTC CCGGAGGCCC TGGCATTCCT CCACCTCCAC CCGGAATGGG TATGCCTCCA
CCTCCCCCAT TTGGATTTGG AGTTCCTGCA GCCCCAGTTC TGCCATTTGG ATTAACCCCC
AAAAAGCTTT ATAAGCCAGA GGTGCAGCTC CGGAGGCCAA ACTGGTCCAA GCTTGTGGCT
GAGGACCTCT CCCAGGACTG CTTCTGGACA AAGGTGAAGG AGGACCGCTT TGAGAACAAT
GAACTTTTCG CCAAACTTAC CCTTACCTTC TCTGCCCAGA CCAAGACTTC CAAAGCCAAG
AAGGATCAAG AAGGTGGAGA AGAAAAGAAA TCTGTGCAAA AGAAAAAAGT AAAAGAGTTA
AAGGTGTTGG ATTCAAAGAC AGCCCAGAAT CTCTCAATCT TTTTGGGTTC CTTCCGCATG
CCCTATCAAG AGATTAAGAA TGTCATCCTG GAGGTGAATG AGGCTGTTCT GACTGAGTCT
ATGATCCAGA ACCTCATTAA GCAAATGCCA GAGCCAGAGC AGTTAAAAAT GCTTTCTGAA
CTGAAGGATG AATATGATGA CCTGGCTGAG TCAGAGCAGT TTGGCGTGGT GATGGGCACT
GTGCCCCGAC TGCGGCCTCG CCTCAATGCC ATTCTCTTCA AGCTACAATT CAGCGAGCAA
GTGGAGAATA TCAAGCCAGA GATTGTGTCT GTCACTGCTG CATGTGAGGA GTTACGTAAG
AGTGAGAGCT TTTCCAATCT CCTAGAGATT ACCTTGCTTG TTGGAAATTA CATGAATGCT
GGCTCCAGAA ATGCTGGTGC TTTTGGCTTC AATATCAGCT TCCTCTGTAA GCTTCGAGAC
ACCAAGTCCA CAGATCAGAA GATGACGTTG TTACACTTCT TGGCTGAGTT GTGTGAGAAT
GACTATCCCG ATGTCCTCAA GTTTCCAGAC GAGCTTGCCC ATGTGGAGAA AGCCAGCCGA
GTTTCTGCTG AAAACTTGCA AAAGAACCTA GATCAGATGA AGAAACAAAT TTCTGATGTG
GAACGTGATG TTCAGAATTT CCCAGCTGCC ACAGATGAAA AAGACAAGTT TGTTGAAAAA
ATGACCAGCT TTGTGAAGGA TGCACAGGAA CAGTATAACA AGCTGCGGAT GATGCATTCT
AACATGGAGA CCCTCTATAA GGAGCTGGGC GAGTACTTCC TCTTTGACCC CAAGAAGTTG
TCTGTTGAAG AATTTTTCAT GGATCTTCAC AATTTTCGGA ATATGTTTTT GGTGAGCAAG
GGATACTTGC TGACTGAATC TTTTGTGGGC ATTTCTCACT TTCCCCTGGG TTCCTGTTGG
CTGGTAGTAG GTATACAATG CCCATGTGTT CCTTCCTCCT CTTCCCTGCC CCAGCAAGCA
GTCAAGGAGA ACCAGAAGCG GCGGGAGACA GAAGAAAAGA TGAGGCGAGC AAAACTAGCC
AAGGAGAAGG CAGAGAAGGA GCGGCTAGAG AAGCAGCAGA AGAGAGAGCA ACTCATAGAC
ATGAATGCAG AGGGCGATGA GACAGGTGTG ATGGACAGTC TTCTAGAAGC CCTGCAGTCA
GGGGCAGCAT TCCGACGGAA GAGAGGGCCC CGTCAAGCCA ACAGGAAGGC CGGGTGTGCA
GTCACATCTC TGCTAGCTTC GGAGCTGACC AAGGATGATG CCATGGCTGC TGTTCCTGCC
AAGGTGTCCA AGAACAGTGA GACATTCCCC ACAATCCTTG AGGAAGCCAA GGAGTTGGTT
GGCCGTGCAA GCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu105639 Clone ID Related Accession (Same CDS sequence) XM_024454386.1 Accession Version XM_024454386.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3906bp)
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 1575475200000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X3 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGAGAGTAC AGAGTCAGTA TGGTAAGTTA GATAGGAGGA AGACTGATTT CTTCTTTTCA
TGTCAGAAGA GTCTTGAACT GCTTGTGAAC CAGAGGAACC ATGCCTGTCT GGAGAGATTT
ACCAGCATGA GAATTAAGAA GGAGAAGGAA AAGCCCAATT CTGCTCATAG AAATTCTTCT
GCATCATATG GGGATGATCC CACAGCACAG TCATTGCAAG ATGTTTCAGA TGAACAAGTG
CTGGTTCTCT TTGAACAGAT GCTGCTGGAT ATGAACCTGA ATGAGGAGAA ACAGCAACCT
TTGAGGGAGA AGGACATCAT CATCAAGAGG GAGATGGTGT CCCAATACTT GTACACCTCC
AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT AAGTCTGCCA TGATGTATAT TCAGGAGTTG
AGGTCAGGCT TGCGGGATAT GCCTCTGCTC AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC
AACAACAACC CTGTCAGTTG GGTGCAAACA TTTGGTGCTG AAGGCTTGGC CTCCTTATTG
GACATTCTTA AACGACTTCA TGATGAGAAA GAAGAGACTG CTGGGAGTTA CGATAGCCGG
AACAAGCATG AGATCATTCG CTGCTTGAAA GCTTTTATGA ACAACAAGTT TGGAATCAAG
ACCATGTTGG AGACAGAAGA AGGAATCCTA CTGCTGGTCA GAGCCATGGA TCCTGCTGTT
CCCAACATGA TGATTGATGC AGCTAAGCTG CTTTCTGCTC TTTGTATTCT ACCGCAGCCA
GAGGACATGA ATGAAAGGGT TTTGGAGGCA ATGACAGAAA GAGCTGAGAT GGATGAAGTG
GAACGTTTCC AGCCGCTGCT GGATGGATTA AAAAGTGGAA CCACTATTGC ACTGAAGGTT
GGATGCCTAC AGCTGATCAA TGCTCTCATC ACACCAGCGG AGGAACTTGA CTTCCGAGTT
CACATCAGAA GTGAACTGAT GCGTTTGGGG CTACATCAGG TGTTGCAGGA CCTTCGAGAG
ATTGAAAATG AAGATATGAG AGTGCAACTA AATGTGTTTG ATGAACAAGG GGAAGAGGAT
TCCTATGACC TGAAGGGACG GCTGGATGAC ATTCGCATGG AGATGGATGA CTTTAATGAA
GTCTTTCAGA TTCTCTTAAA CACAGTGAAG GATTCAAAGG CAGAGCCACA CTTCCTTTCC
ATCCTGCAGC ACTTACTCTT GGTCCGAAAT GACTATGAGG CCAGACCTCA GTACTATAAG
TTGATTGAAG AATGTATTTC CCAGATAGTT CTGCACAAGA ACGGGGCTGA TCCTGACTTC
AAGTGCCGGC ACCTCCAGAT TGAGATTGAG GGATTAATTG ATCAAATGAT TGATAAGACA
AAGGTGGAGA AATCTGAAGC CAAAGCTGCA GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA
ACAGCCCGAC ATGAGCTACA GGTGGAAATG AAAAAGATGG AAAGTGACTT TGAGCAGAAG
CTTCAAGATC TTCAGGGAGA AAAAGATGCA CTGCATTCTG AAAAGCAGCA AATTGCCACA
GAGAAACAGG ACCTGGAAGC AGAGGTGTCC CAGCTCACAG GAGAGGTTGC CAAGCTGACA
AAGGAACTGG AAGATGCCAA GAAAGAAATG GCTTCCCTCT CTGCGGCAGC TATTACTGTA
CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT CCCCCTGCCC CTCCTTTACC TGGTGACTCT
GGCACTATTA TTCCACCACC ACCTGCTCCT GGGGATAGTA CCACTCCTCC TCCTCCTCCT
CCTCCTCCTC CTCCTCCACC TCCTTTGCCT GGGGGTGTTT GCATCTCCTC ACCCCCTTCT
TTACCTGGAG GTACTGCTAT CTCTCCACCC CCTCCTTTGT CTGGGGATGC TACCATCCCT
CCACCCCCTC CTTTGCCTGA GGGTGTTGGC ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT
ACTGCCATCC CCCCACCTCC TCCTTTGCCT GGGAGTGCTA GAATCCCCCC ACCACCACCT
CCTTTGCCTG GGAGTGCTGG AATTCCCCCC CCACCTCCTC CCTTGCCTGG AGAAGCAGGA
ATGCCACCTC CTCCTCCCCC TCTTCCTGGT GGTCCTGGAA TCCCTCCACC TCCTCCATTT
CCCGGAGGCC CTGGCATTCC TCCACCTCCA CCCGGAATGG GTATGCCTCC ACCTCCCCCA
TTTGGATTTG GAGTTCCTGC AGCCCCAGTT CTGCCATTTG GATTAACCCC CAAAAAGCTT
TATAAGCCAG AGGTGCAGCT CCGGAGGCCA AACTGGTCCA AGCTTGTGGC TGAGGACCTC
TCCCAGGACT GCTTCTGGAC AAAGGTGAAG GAGGACCGCT TTGAGAACAA TGAACTTTTC
GCCAAACTTA CCCTTACCTT CTCTGCCCAG ACCAAGACTT CCAAAGCCAA GAAGGATCAA
GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG
GATTCAAAGA CAGCCCAGAA TCTCTCAATC TTTTTGGGTT CCTTCCGCAT GCCCTATCAA
GAGATTAAGA ATGTCATCCT GGAGGTGAAT GAGGCTGTTC TGACTGAGTC TATGATCCAG
AACCTCATTA AGCAAATGCC AGAGCCAGAG CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT
GAATATGATG ACCTGGCTGA GTCAGAGCAG TTTGGCGTGG TGATGGGCAC TGTGCCCCGA
CTGCGGCCTC GCCTCAATGC CATTCTCTTC AAGCTACAAT TCAGCGAGCA AGTGGAGAAT
ATCAAGCCAG AGATTGTGTC TGTCACTGCT GCATGTGAGG AGTTACGTAA GAGTGAGAGC
TTTTCCAATC TCCTAGAGAT TACCTTGCTT GTTGGAAATT ACATGAATGC TGGCTCCAGA
AATGCTGGTG CTTTTGGCTT CAATATCAGC TTCCTCTGTA AGCTTCGAGA CACCAAGTCC
ACAGATCAGA AGATGACGTT GTTACACTTC TTGGCTGAGT TGTGTGAGAA TGACTATCCC
GATGTCCTCA AGTTTCCAGA CGAGCTTGCC CATGTGGAGA AAGCCAGCCG AGTTTCTGCT
GAAAACTTGC AAAAGAACCT AGATCAGATG AAGAAACAAA TTTCTGATGT GGAACGTGAT
GTTCAGAATT TCCCAGCTGC CACAGATGAA AAAGACAAGT TTGTTGAAAA AATGACCAGC
TTTGTGAAGG ATGCACAGGA ACAGTATAAC AAGCTGCGGA TGATGCATTC TAACATGGAG
ACCCTCTATA AGGAGCTGGG CGAGTACTTC CTCTTTGACC CCAAGAAGTT GTCTGTTGAA
GAATTTTTCA TGGATCTTCA CAATTTTCGG AATATGTTTT TGGTGAGCAA GGGATACTTG
CTGACTGAAT CTTTTGTGGG CATTTCTCAC TTTCCCCTGG GTTCCTGTTG GCTGGTAGTA
GGTATACAAT GCCCATGTGT TCCTTCCTCC TCTTCCCTGC CCCAGCAAGC AGTCAAGGAG
AACCAGAAGC GGCGGGAGAC AGAAGAAAAG ATGAGGCGAG CAAAACTAGC CAAGGAGAAG
GCAGAGAAGG AGCGGCTAGA GAAGCAGCAG AAGAGAGAGC AACTCATAGA CATGAATGCA
GAGGGCGATG AGACAGGTGT GATGGACAGT CTTCTAGAAG CCCTGCAGTC AGGGGCAGCA
TTCCGACGGA AGAGAGGGCC CCGTCAAGCC AACAGGAAGG CCGGGTGTGC AGTCACATCT
CTGCTAGCTT CGGAGCTGAC CAAGGATGAT GCCATGGCTG CTGTTCCTGC CAAGGTGTCC
AAGAACAGTG AGACATTCCC CACAATCCTT GAGGAAGCCA AGGAGTTGGT TGGCCGTGCA
AGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_024310154.1 CDS 759..4664 Translation
Target ORF information:
RefSeq Version XM_024454386.1 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X3, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_024454386.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901ATGAGAGTAC AGAGTCAGTA TGGTAAGTTA GATAGGAGGA AGACTGATTT CTTCTTTTCA
TGTCAGAAGA GTCTTGAACT GCTTGTGAAC CAGAGGAACC ATGCCTGTCT GGAGAGATTT
ACCAGCATGA GAATTAAGAA GGAGAAGGAA AAGCCCAATT CTGCTCATAG AAATTCTTCT
GCATCATATG GGGATGATCC CACAGCACAG TCATTGCAAG ATGTTTCAGA TGAACAAGTG
CTGGTTCTCT TTGAACAGAT GCTGCTGGAT ATGAACCTGA ATGAGGAGAA ACAGCAACCT
TTGAGGGAGA AGGACATCAT CATCAAGAGG GAGATGGTGT CCCAATACTT GTACACCTCC
AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT AAGTCTGCCA TGATGTATAT TCAGGAGTTG
AGGTCAGGCT TGCGGGATAT GCCTCTGCTC AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC
AACAACAACC CTGTCAGTTG GGTGCAAACA TTTGGTGCTG AAGGCTTGGC CTCCTTATTG
GACATTCTTA AACGACTTCA TGATGAGAAA GAAGAGACTG CTGGGAGTTA CGATAGCCGG
AACAAGCATG AGATCATTCG CTGCTTGAAA GCTTTTATGA ACAACAAGTT TGGAATCAAG
ACCATGTTGG AGACAGAAGA AGGAATCCTA CTGCTGGTCA GAGCCATGGA TCCTGCTGTT
CCCAACATGA TGATTGATGC AGCTAAGCTG CTTTCTGCTC TTTGTATTCT ACCGCAGCCA
GAGGACATGA ATGAAAGGGT TTTGGAGGCA ATGACAGAAA GAGCTGAGAT GGATGAAGTG
GAACGTTTCC AGCCGCTGCT GGATGGATTA AAAAGTGGAA CCACTATTGC ACTGAAGGTT
GGATGCCTAC AGCTGATCAA TGCTCTCATC ACACCAGCGG AGGAACTTGA CTTCCGAGTT
CACATCAGAA GTGAACTGAT GCGTTTGGGG CTACATCAGG TGTTGCAGGA CCTTCGAGAG
ATTGAAAATG AAGATATGAG AGTGCAACTA AATGTGTTTG ATGAACAAGG GGAAGAGGAT
TCCTATGACC TGAAGGGACG GCTGGATGAC ATTCGCATGG AGATGGATGA CTTTAATGAA
GTCTTTCAGA TTCTCTTAAA CACAGTGAAG GATTCAAAGG CAGAGCCACA CTTCCTTTCC
ATCCTGCAGC ACTTACTCTT GGTCCGAAAT GACTATGAGG CCAGACCTCA GTACTATAAG
TTGATTGAAG AATGTATTTC CCAGATAGTT CTGCACAAGA ACGGGGCTGA TCCTGACTTC
AAGTGCCGGC ACCTCCAGAT TGAGATTGAG GGATTAATTG ATCAAATGAT TGATAAGACA
AAGGTGGAGA AATCTGAAGC CAAAGCTGCA GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA
ACAGCCCGAC ATGAGCTACA GGTGGAAATG AAAAAGATGG AAAGTGACTT TGAGCAGAAG
CTTCAAGATC TTCAGGGAGA AAAAGATGCA CTGCATTCTG AAAAGCAGCA AATTGCCACA
GAGAAACAGG ACCTGGAAGC AGAGGTGTCC CAGCTCACAG GAGAGGTTGC CAAGCTGACA
AAGGAACTGG AAGATGCCAA GAAAGAAATG GCTTCCCTCT CTGCGGCAGC TATTACTGTA
CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT CCCCCTGCCC CTCCTTTACC TGGTGACTCT
GGCACTATTA TTCCACCACC ACCTGCTCCT GGGGATAGTA CCACTCCTCC TCCTCCTCCT
CCTCCTCCTC CTCCTCCACC TCCTTTGCCT GGGGGTGTTT GCATCTCCTC ACCCCCTTCT
TTACCTGGAG GTACTGCTAT CTCTCCACCC CCTCCTTTGT CTGGGGATGC TACCATCCCT
CCACCCCCTC CTTTGCCTGA GGGTGTTGGC ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT
ACTGCCATCC CCCCACCTCC TCCTTTGCCT GGGAGTGCTA GAATCCCCCC ACCACCACCT
CCTTTGCCTG GGAGTGCTGG AATTCCCCCC CCACCTCCTC CCTTGCCTGG AGAAGCAGGA
ATGCCACCTC CTCCTCCCCC TCTTCCTGGT GGTCCTGGAA TCCCTCCACC TCCTCCATTT
CCCGGAGGCC CTGGCATTCC TCCACCTCCA CCCGGAATGG GTATGCCTCC ACCTCCCCCA
TTTGGATTTG GAGTTCCTGC AGCCCCAGTT CTGCCATTTG GATTAACCCC CAAAAAGCTT
TATAAGCCAG AGGTGCAGCT CCGGAGGCCA AACTGGTCCA AGCTTGTGGC TGAGGACCTC
TCCCAGGACT GCTTCTGGAC AAAGGTGAAG GAGGACCGCT TTGAGAACAA TGAACTTTTC
GCCAAACTTA CCCTTACCTT CTCTGCCCAG ACCAAGACTT CCAAAGCCAA GAAGGATCAA
GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG
GATTCAAAGA CAGCCCAGAA TCTCTCAATC TTTTTGGGTT CCTTCCGCAT GCCCTATCAA
GAGATTAAGA ATGTCATCCT GGAGGTGAAT GAGGCTGTTC TGACTGAGTC TATGATCCAG
AACCTCATTA AGCAAATGCC AGAGCCAGAG CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT
GAATATGATG ACCTGGCTGA GTCAGAGCAG TTTGGCGTGG TGATGGGCAC TGTGCCCCGA
CTGCGGCCTC GCCTCAATGC CATTCTCTTC AAGCTACAAT TCAGCGAGCA AGTGGAGAAT
ATCAAGCCAG AGATTGTGTC TGTCACTGCT GCATGTGAGG AGTTACGTAA GAGTGAGAGC
TTTTCCAATC TCCTAGAGAT TACCTTGCTT GTTGGAAATT ACATGAATGC TGGCTCCAGA
AATGCTGGTG CTTTTGGCTT CAATATCAGC TTCCTCTGTA AGCTTCGAGA CACCAAGTCC
ACAGATCAGA AGATGACGTT GTTACACTTC TTGGCTGAGT TGTGTGAGAA TGACTATCCC
GATGTCCTCA AGTTTCCAGA CGAGCTTGCC CATGTGGAGA AAGCCAGCCG AGTTTCTGCT
GAAAACTTGC AAAAGAACCT AGATCAGATG AAGAAACAAA TTTCTGATGT GGAACGTGAT
GTTCAGAATT TCCCAGCTGC CACAGATGAA AAAGACAAGT TTGTTGAAAA AATGACCAGC
TTTGTGAAGG ATGCACAGGA ACAGTATAAC AAGCTGCGGA TGATGCATTC TAACATGGAG
ACCCTCTATA AGGAGCTGGG CGAGTACTTC CTCTTTGACC CCAAGAAGTT GTCTGTTGAA
GAATTTTTCA TGGATCTTCA CAATTTTCGG AATATGTTTT TGGTGAGCAA GGGATACTTG
CTGACTGAAT CTTTTGTGGG CATTTCTCAC TTTCCCCTGG GTTCCTGTTG GCTGGTAGTA
GGTATACAAT GCCCATGTGT TCCTTCCTCC TCTTCCCTGC CCCAGCAAGC AGTCAAGGAG
AACCAGAAGC GGCGGGAGAC AGAAGAAAAG ATGAGGCGAG CAAAACTAGC CAAGGAGAAG
GCAGAGAAGG AGCGGCTAGA GAAGCAGCAG AAGAGAGAGC AACTCATAGA CATGAATGCA
GAGGGCGATG AGACAGGTGT GATGGACAGT CTTCTAGAAG CCCTGCAGTC AGGGGCAGCA
TTCCGACGGA AGAGAGGGCC CCGTCAAGCC AACAGGAAGG CCGGGTGTGC AGTCACATCT
CTGCTAGCTT CGGAGCTGAC CAAGGATGAT GCCATGGCTG CTGTTCCTGC CAAGGTGTCC
AAGAACAGTG AGACATTCCC CACAATCCTT GAGGAAGCCA AGGAGTTGGT TGGCCGTGCA
AGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu105640 Clone ID Related Accession (Same CDS sequence) XM_024454387.1 Accession Version XM_024454387.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3876bp)
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 1575475200000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X4 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841ATGGTGATAA ACCTCTCCTG TGGGAAGAAA GTTGGACTGC GAGTTCAAGA AACTCTGAAG
CGGCTCATGG CAGATGAGCT GGAGAGATTT ACCAGCATGA GAATTAAGAA GGAGAAGGAA
AAGCCCAATT CTGCTCATAG AAATTCTTCT GCATCATATG GGGATGATCC CACAGCACAG
TCATTGCAAG ATGTTTCAGA TGAACAAGTG CTGGTTCTCT TTGAACAGAT GCTGCTGGAT
ATGAACCTGA ATGAGGAGAA ACAGCAACCT TTGAGGGAGA AGGACATCAT CATCAAGAGG
GAGATGGTGT CCCAATACTT GTACACCTCC AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT
AAGTCTGCCA TGATGTATAT TCAGGAGTTG AGGTCAGGCT TGCGGGATAT GCCTCTGCTC
AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC AACAACAACC CTGTCAGTTG GGTGCAAACA
TTTGGTGCTG AAGGCTTGGC CTCCTTATTG GACATTCTTA AACGACTTCA TGATGAGAAA
GAAGAGACTG CTGGGAGTTA CGATAGCCGG AACAAGCATG AGATCATTCG CTGCTTGAAA
GCTTTTATGA ACAACAAGTT TGGAATCAAG ACCATGTTGG AGACAGAAGA AGGAATCCTA
CTGCTGGTCA GAGCCATGGA TCCTGCTGTT CCCAACATGA TGATTGATGC AGCTAAGCTG
CTTTCTGCTC TTTGTATTCT ACCGCAGCCA GAGGACATGA ATGAAAGGGT TTTGGAGGCA
ATGACAGAAA GAGCTGAGAT GGATGAAGTG GAACGTTTCC AGCCGCTGCT GGATGGATTA
AAAAGTGGAA CCACTATTGC ACTGAAGGTT GGATGCCTAC AGCTGATCAA TGCTCTCATC
ACACCAGCGG AGGAACTTGA CTTCCGAGTT CACATCAGAA GTGAACTGAT GCGTTTGGGG
CTACATCAGG TGTTGCAGGA CCTTCGAGAG ATTGAAAATG AAGATATGAG AGTGCAACTA
AATGTGTTTG ATGAACAAGG GGAAGAGGAT TCCTATGACC TGAAGGGACG GCTGGATGAC
ATTCGCATGG AGATGGATGA CTTTAATGAA GTCTTTCAGA TTCTCTTAAA CACAGTGAAG
GATTCAAAGG CAGAGCCACA CTTCCTTTCC ATCCTGCAGC ACTTACTCTT GGTCCGAAAT
GACTATGAGG CCAGACCTCA GTACTATAAG TTGATTGAAG AATGTATTTC CCAGATAGTT
CTGCACAAGA ACGGGGCTGA TCCTGACTTC AAGTGCCGGC ACCTCCAGAT TGAGATTGAG
GGATTAATTG ATCAAATGAT TGATAAGACA AAGGTGGAGA AATCTGAAGC CAAAGCTGCA
GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA ACAGCCCGAC ATGAGCTACA GGTGGAAATG
AAAAAGATGG AAAGTGACTT TGAGCAGAAG CTTCAAGATC TTCAGGGAGA AAAAGATGCA
CTGCATTCTG AAAAGCAGCA AATTGCCACA GAGAAACAGG ACCTGGAAGC AGAGGTGTCC
CAGCTCACAG GAGAGGTTGC CAAGCTGACA AAGGAACTGG AAGATGCCAA GAAAGAAATG
GCTTCCCTCT CTGCGGCAGC TATTACTGTA CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT
CCCCCTGCCC CTCCTTTACC TGGTGACTCT GGCACTATTA TTCCACCACC ACCTGCTCCT
GGGGATAGTA CCACTCCTCC TCCTCCTCCT CCTCCTCCTC CTCCTCCACC TCCTTTGCCT
GGGGGTGTTT GCATCTCCTC ACCCCCTTCT TTACCTGGAG GTACTGCTAT CTCTCCACCC
CCTCCTTTGT CTGGGGATGC TACCATCCCT CCACCCCCTC CTTTGCCTGA GGGTGTTGGC
ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT ACTGCCATCC CCCCACCTCC TCCTTTGCCT
GGGAGTGCTA GAATCCCCCC ACCACCACCT CCTTTGCCTG GGAGTGCTGG AATTCCCCCC
CCACCTCCTC CCTTGCCTGG AGAAGCAGGA ATGCCACCTC CTCCTCCCCC TCTTCCTGGT
GGTCCTGGAA TCCCTCCACC TCCTCCATTT CCCGGAGGCC CTGGCATTCC TCCACCTCCA
CCCGGAATGG GTATGCCTCC ACCTCCCCCA TTTGGATTTG GAGTTCCTGC AGCCCCAGTT
CTGCCATTTG GATTAACCCC CAAAAAGCTT TATAAGCCAG AGGTGCAGCT CCGGAGGCCA
AACTGGTCCA AGCTTGTGGC TGAGGACCTC TCCCAGGACT GCTTCTGGAC AAAGGTGAAG
GAGGACCGCT TTGAGAACAA TGAACTTTTC GCCAAACTTA CCCTTACCTT CTCTGCCCAG
ACCAAGACTT CCAAAGCCAA GAAGGATCAA GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA
AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG GATTCAAAGA CAGCCCAGAA TCTCTCAATC
TTTTTGGGTT CCTTCCGCAT GCCCTATCAA GAGATTAAGA ATGTCATCCT GGAGGTGAAT
GAGGCTGTTC TGACTGAGTC TATGATCCAG AACCTCATTA AGCAAATGCC AGAGCCAGAG
CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT GAATATGATG ACCTGGCTGA GTCAGAGCAG
TTTGGCGTGG TGATGGGCAC TGTGCCCCGA CTGCGGCCTC GCCTCAATGC CATTCTCTTC
AAGCTACAAT TCAGCGAGCA AGTGGAGAAT ATCAAGCCAG AGATTGTGTC TGTCACTGCT
GCATGTGAGG AGTTACGTAA GAGTGAGAGC TTTTCCAATC TCCTAGAGAT TACCTTGCTT
GTTGGAAATT ACATGAATGC TGGCTCCAGA AATGCTGGTG CTTTTGGCTT CAATATCAGC
TTCCTCTGTA AGCTTCGAGA CACCAAGTCC ACAGATCAGA AGATGACGTT GTTACACTTC
TTGGCTGAGT TGTGTGAGAA TGACTATCCC GATGTCCTCA AGTTTCCAGA CGAGCTTGCC
CATGTGGAGA AAGCCAGCCG AGTTTCTGCT GAAAACTTGC AAAAGAACCT AGATCAGATG
AAGAAACAAA TTTCTGATGT GGAACGTGAT GTTCAGAATT TCCCAGCTGC CACAGATGAA
AAAGACAAGT TTGTTGAAAA AATGACCAGC TTTGTGAAGG ATGCACAGGA ACAGTATAAC
AAGCTGCGGA TGATGCATTC TAACATGGAG ACCCTCTATA AGGAGCTGGG CGAGTACTTC
CTCTTTGACC CCAAGAAGTT GTCTGTTGAA GAATTTTTCA TGGATCTTCA CAATTTTCGG
AATATGTTTT TGGTGAGCAA GGGATACTTG CTGACTGAAT CTTTTGTGGG CATTTCTCAC
TTTCCCCTGG GTTCCTGTTG GCTGGTAGTA GGTATACAAT GCCCATGTGT TCCTTCCTCC
TCTTCCCTGC CCCAGCAAGC AGTCAAGGAG AACCAGAAGC GGCGGGAGAC AGAAGAAAAG
ATGAGGCGAG CAAAACTAGC CAAGGAGAAG GCAGAGAAGG AGCGGCTAGA GAAGCAGCAG
AAGAGAGAGC AACTCATAGA CATGAATGCA GAGGGCGATG AGACAGGTGT GATGGACAGT
CTTCTAGAAG CCCTGCAGTC AGGGGCAGCA TTCCGACGGA AGAGAGGGCC CCGTCAAGCC
AACAGGAAGG CCGGGTGTGC AGTCACATCT CTGCTAGCTT CGGAGCTGAC CAAGGATGAT
GCCATGGCTG CTGTTCCTGC CAAGGTGTCC AAGAACAGTG AGACATTCCC CACAATCCTT
GAGGAAGCCA AGGAGTTGGT TGGCCGTGCA AGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_024310155.1 CDS 16..3891 Translation
Target ORF information:
RefSeq Version XM_024454387.1 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X4, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_024454387.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841ATGGTGATAA ACCTCTCCTG TGGGAAGAAA GTTGGACTGC GAGTTCAAGA AACTCTGAAG
CGGCTCATGG CAGATGAGCT GGAGAGATTT ACCAGCATGA GAATTAAGAA GGAGAAGGAA
AAGCCCAATT CTGCTCATAG AAATTCTTCT GCATCATATG GGGATGATCC CACAGCACAG
TCATTGCAAG ATGTTTCAGA TGAACAAGTG CTGGTTCTCT TTGAACAGAT GCTGCTGGAT
ATGAACCTGA ATGAGGAGAA ACAGCAACCT TTGAGGGAGA AGGACATCAT CATCAAGAGG
GAGATGGTGT CCCAATACTT GTACACCTCC AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT
AAGTCTGCCA TGATGTATAT TCAGGAGTTG AGGTCAGGCT TGCGGGATAT GCCTCTGCTC
AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC AACAACAACC CTGTCAGTTG GGTGCAAACA
TTTGGTGCTG AAGGCTTGGC CTCCTTATTG GACATTCTTA AACGACTTCA TGATGAGAAA
GAAGAGACTG CTGGGAGTTA CGATAGCCGG AACAAGCATG AGATCATTCG CTGCTTGAAA
GCTTTTATGA ACAACAAGTT TGGAATCAAG ACCATGTTGG AGACAGAAGA AGGAATCCTA
CTGCTGGTCA GAGCCATGGA TCCTGCTGTT CCCAACATGA TGATTGATGC AGCTAAGCTG
CTTTCTGCTC TTTGTATTCT ACCGCAGCCA GAGGACATGA ATGAAAGGGT TTTGGAGGCA
ATGACAGAAA GAGCTGAGAT GGATGAAGTG GAACGTTTCC AGCCGCTGCT GGATGGATTA
AAAAGTGGAA CCACTATTGC ACTGAAGGTT GGATGCCTAC AGCTGATCAA TGCTCTCATC
ACACCAGCGG AGGAACTTGA CTTCCGAGTT CACATCAGAA GTGAACTGAT GCGTTTGGGG
CTACATCAGG TGTTGCAGGA CCTTCGAGAG ATTGAAAATG AAGATATGAG AGTGCAACTA
AATGTGTTTG ATGAACAAGG GGAAGAGGAT TCCTATGACC TGAAGGGACG GCTGGATGAC
ATTCGCATGG AGATGGATGA CTTTAATGAA GTCTTTCAGA TTCTCTTAAA CACAGTGAAG
GATTCAAAGG CAGAGCCACA CTTCCTTTCC ATCCTGCAGC ACTTACTCTT GGTCCGAAAT
GACTATGAGG CCAGACCTCA GTACTATAAG TTGATTGAAG AATGTATTTC CCAGATAGTT
CTGCACAAGA ACGGGGCTGA TCCTGACTTC AAGTGCCGGC ACCTCCAGAT TGAGATTGAG
GGATTAATTG ATCAAATGAT TGATAAGACA AAGGTGGAGA AATCTGAAGC CAAAGCTGCA
GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA ACAGCCCGAC ATGAGCTACA GGTGGAAATG
AAAAAGATGG AAAGTGACTT TGAGCAGAAG CTTCAAGATC TTCAGGGAGA AAAAGATGCA
CTGCATTCTG AAAAGCAGCA AATTGCCACA GAGAAACAGG ACCTGGAAGC AGAGGTGTCC
CAGCTCACAG GAGAGGTTGC CAAGCTGACA AAGGAACTGG AAGATGCCAA GAAAGAAATG
GCTTCCCTCT CTGCGGCAGC TATTACTGTA CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT
CCCCCTGCCC CTCCTTTACC TGGTGACTCT GGCACTATTA TTCCACCACC ACCTGCTCCT
GGGGATAGTA CCACTCCTCC TCCTCCTCCT CCTCCTCCTC CTCCTCCACC TCCTTTGCCT
GGGGGTGTTT GCATCTCCTC ACCCCCTTCT TTACCTGGAG GTACTGCTAT CTCTCCACCC
CCTCCTTTGT CTGGGGATGC TACCATCCCT CCACCCCCTC CTTTGCCTGA GGGTGTTGGC
ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT ACTGCCATCC CCCCACCTCC TCCTTTGCCT
GGGAGTGCTA GAATCCCCCC ACCACCACCT CCTTTGCCTG GGAGTGCTGG AATTCCCCCC
CCACCTCCTC CCTTGCCTGG AGAAGCAGGA ATGCCACCTC CTCCTCCCCC TCTTCCTGGT
GGTCCTGGAA TCCCTCCACC TCCTCCATTT CCCGGAGGCC CTGGCATTCC TCCACCTCCA
CCCGGAATGG GTATGCCTCC ACCTCCCCCA TTTGGATTTG GAGTTCCTGC AGCCCCAGTT
CTGCCATTTG GATTAACCCC CAAAAAGCTT TATAAGCCAG AGGTGCAGCT CCGGAGGCCA
AACTGGTCCA AGCTTGTGGC TGAGGACCTC TCCCAGGACT GCTTCTGGAC AAAGGTGAAG
GAGGACCGCT TTGAGAACAA TGAACTTTTC GCCAAACTTA CCCTTACCTT CTCTGCCCAG
ACCAAGACTT CCAAAGCCAA GAAGGATCAA GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA
AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG GATTCAAAGA CAGCCCAGAA TCTCTCAATC
TTTTTGGGTT CCTTCCGCAT GCCCTATCAA GAGATTAAGA ATGTCATCCT GGAGGTGAAT
GAGGCTGTTC TGACTGAGTC TATGATCCAG AACCTCATTA AGCAAATGCC AGAGCCAGAG
CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT GAATATGATG ACCTGGCTGA GTCAGAGCAG
TTTGGCGTGG TGATGGGCAC TGTGCCCCGA CTGCGGCCTC GCCTCAATGC CATTCTCTTC
AAGCTACAAT TCAGCGAGCA AGTGGAGAAT ATCAAGCCAG AGATTGTGTC TGTCACTGCT
GCATGTGAGG AGTTACGTAA GAGTGAGAGC TTTTCCAATC TCCTAGAGAT TACCTTGCTT
GTTGGAAATT ACATGAATGC TGGCTCCAGA AATGCTGGTG CTTTTGGCTT CAATATCAGC
TTCCTCTGTA AGCTTCGAGA CACCAAGTCC ACAGATCAGA AGATGACGTT GTTACACTTC
TTGGCTGAGT TGTGTGAGAA TGACTATCCC GATGTCCTCA AGTTTCCAGA CGAGCTTGCC
CATGTGGAGA AAGCCAGCCG AGTTTCTGCT GAAAACTTGC AAAAGAACCT AGATCAGATG
AAGAAACAAA TTTCTGATGT GGAACGTGAT GTTCAGAATT TCCCAGCTGC CACAGATGAA
AAAGACAAGT TTGTTGAAAA AATGACCAGC TTTGTGAAGG ATGCACAGGA ACAGTATAAC
AAGCTGCGGA TGATGCATTC TAACATGGAG ACCCTCTATA AGGAGCTGGG CGAGTACTTC
CTCTTTGACC CCAAGAAGTT GTCTGTTGAA GAATTTTTCA TGGATCTTCA CAATTTTCGG
AATATGTTTT TGGTGAGCAA GGGATACTTG CTGACTGAAT CTTTTGTGGG CATTTCTCAC
TTTCCCCTGG GTTCCTGTTG GCTGGTAGTA GGTATACAAT GCCCATGTGT TCCTTCCTCC
TCTTCCCTGC CCCAGCAAGC AGTCAAGGAG AACCAGAAGC GGCGGGAGAC AGAAGAAAAG
ATGAGGCGAG CAAAACTAGC CAAGGAGAAG GCAGAGAAGG AGCGGCTAGA GAAGCAGCAG
AAGAGAGAGC AACTCATAGA CATGAATGCA GAGGGCGATG AGACAGGTGT GATGGACAGT
CTTCTAGAAG CCCTGCAGTC AGGGGCAGCA TTCCGACGGA AGAGAGGGCC CCGTCAAGCC
AACAGGAAGG CCGGGTGTGC AGTCACATCT CTGCTAGCTT CGGAGCTGAC CAAGGATGAT
GCCATGGCTG CTGTTCCTGC CAAGGTGTCC AAGAACAGTG AGACATTCCC CACAATCCTT
GAGGAAGCCA AGGAGTTGGT TGGCCGTGCA AGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu57238 Clone ID Related Accession (Same CDS sequence) XM_011537572.2 Accession Version XM_011537572.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3783bp)
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 1465056000000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X1 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011537572.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGAGAGTAC AGAGTCAGTA TGGTAAGTTA GATAGGAGGA AGACTGATTT CTTCTTTTCA
TGTCAGAAGA GTCTTGAACT GCTTGTGAAC CAGAGGAACC ATGCCTGTCT GGAGAGATTT
ACCAGCATGA GAATTAAGAA GGAGAAGGAA AAGCCCAATT CTGCTCATAG AAATTCTTCT
GCATCATATG GGGATGATCC CACAGCACAG TCATTGCAAG ATGTTTCAGA TGAACAAGTG
CTGGTTCTCT TTGAACAGAT GCTGCTGGAT ATGAACCTGA ATGAGGAGAA ACAGCAACCT
TTGAGGGAGA AGGACATCAT CATCAAGAGG GAGATGGTGT CCCAATACTT GTACACCTCC
AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT AAGTCTGCCA TGATGTATAT TCAGGAGTTG
AGGTCAGGCT TGCGGGATAT GCCTCTGCTC AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC
AACAACAACC CTGTCAGTTG GGTGCAAACA TTTGGTGCTG AAGGCTTGGC CTCCTTATTG
GACATTCTTA AACGACTTCA TGATGAGAAA GAAGAGACTG CTGGGAGTTA CGATAGCCGG
AACAAGCATG AGATCATTCG CTGCTTGAAA GCTTTTATGA ACAACAAGTT TGGAATCAAG
ACCATGTTGG AGACAGAAGA AGGAATCCTA CTGCTGGTCA GAGCCATGGA TCCTGCTGTT
CCCAACATGA TGATTGATGC AGCTAAGCTG CTTTCTGCTC TTTGTATTCT ACCGCAGCCA
GAGGACATGA ATGAAAGGGT TTTGGAGGCA ATGACAGAAA GAGCTGAGAT GGATGAAGTG
GAACGTTTCC AGCCGCTGCT GGATGGATTA AAAAGTGGAA CCACTATTGC ACTGAAGGTT
GGATGCCTAC AGCTGATCAA TGCTCTCATC ACACCAGCGG AGGAACTTGA CTTCCGAGTT
CACATCAGAA GTGAACTGAT GCGTTTGGGG CTACATCAGG TGTTGCAGGA CCTTCGAGAG
ATTGAAAATG AAGATATGAG AGTGCAACTA AATGTGTTTG ATGAACAAGG GGAAGAGGAT
TCCTATGACC TGAAGGGACG GCTGGATGAC ATTCGCATGG AGATGGATGA CTTTAATGAA
GTCTTTCAGA TTCTCTTAAA CACAGTGAAG GATTCAAAGG CAGAGCCACA CTTCCTTTCC
ATCCTGCAGC ACTTACTCTT GGTCCGAAAT GACTATGAGG CCAGACCTCA GTACTATAAG
TTGATTGAAG AATGTATTTC CCAGATAGTT CTGCACAAGA ACGGGGCTGA TCCTGACTTC
AAGTGCCGGC ACCTCCAGAT TGAGATTGAG GGATTAATTG ATCAAATGAT TGATAAGACA
AAGGTGGAGA AATCTGAAGC CAAAGCTGCA GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA
ACAGCCCGAC ATGAGCTACA GGTGGAAATG AAAAAGATGG AAAGTGACTT TGAGCAGAAG
CTTCAAGATC TTCAGGGAGA AAAAGATGCA CTGCATTCTG AAAAGCAGCA AATTGCCACA
GAGAAACAGG ACCTGGAAGC AGAGGTGTCC CAGCTCACAG GAGAGGTTGC CAAGCTGACA
AAGGAACTGG AAGATGCCAA GAAAGAAATG GCTTCCCTCT CTGCGGCAGC TATTACTGTA
CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT CCCCCTGCCC CTCCTTTACC TGGTGACTCT
GGCACTATTA TTCCACCACC ACCTGCTCCT GGGGATAGTA CCACTCCTCC TCCTCCTCCT
CCTCCTCCTC CTCCTCCACC TCCTTTGCCT GGGGGTGTTT GCATCTCCTC ACCCCCTTCT
TTACCTGGAG GTACTGCTAT CTCTCCACCC CCTCCTTTGT CTGGGGATGC TACCATCCCT
CCACCCCCTC CTTTGCCTGA GGGTGTTGGC ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT
ACTGCCATCC CCCCACCTCC TCCTTTGCCT GGGAGTGCTA GAATCCCCCC ACCACCACCT
CCTTTGCCTG GGAGTGCTGG AATTCCCCCC CCACCTCCTC CCTTGCCTGG AGAAGCAGGA
ATGCCACCTC CTCCTCCCCC TCTTCCTGGT GGTCCTGGAA TCCCTCCACC TCCTCCATTT
CCCGGAGGCC CTGGCATTCC TCCACCTCCA CCCGGAATGG GTATGCCTCC ACCTCCCCCA
TTTGGATTTG GAGTTCCTGC AGCCCCAGTT CTGCCATTTG GATTAACCCC CAAAAAGCTT
TATAAGCCAG AGGTGCAGCT CCGGAGGCCA AACTGGTCCA AGCTTGTGGC TGAGGACCTC
TCCCAGGACT GCTTCTGGAC AAAGGTGAAG GAGGACCGCT TTGAGAACAA TGAACTTTTC
GCCAAACTTA CCCTTACCTT CTCTGCCCAG ACCAAGACTT CCAAAGCCAA GAAGGATCAA
GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG
GATTCAAAGA CAGCCCAGAA TCTCTCAATC TTTTTGGGTT CCTTCCGCAT GCCCTATCAA
GAGATTAAGA ATGTCATCCT GGAGGTGAAT GAGGCTGTTC TGACTGAGTC TATGATCCAG
AACCTCATTA AGCAAATGCC AGAGCCAGAG CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT
GAATATGATG ACCTGGCTGA GTCAGAGCAG TTTGGCGTGG TGATGGGCAC TGTGCCCCGA
CTGCGGCCTC GCCTCAATGC CATTCTCTTC AAGCTACAAT TCAGCGAGCA AGTGGAGAAT
ATCAAGCCAG AGATTGTGTC TGTCACTGCT GCATGTGAGG AGTTACGTAA GAGTGAGAGC
TTTTCCAATC TCCTAGAGAT TACCTTGCTT GTTGGAAATT ACATGAATGC TGGCTCCAGA
AATGCTGGTG CTTTTGGCTT CAATATCAGC TTCCTCTGTA AGCTTCGAGA CACCAAGTCC
ACAGATCAGA AGATGACGTT GTTACACTTC TTGGCTGAGT TGTGTGAGAA TGACTATCCC
GATGTCCTCA AGTTTCCAGA CGAGCTTGCC CATGTGGAGA AAGCCAGCCG AGTTTCTGCT
GAAAACTTGC AAAAGAACCT AGATCAGATG AAGAAACAAA TTTCTGATGT GGAACGTGAT
GTTCAGAATT TCCCAGCTGC CACAGATGAA AAAGACAAGT TTGTTGAAAA AATGACCAGC
TTTGTGAAGG ATGCACAGGA ACAGTATAAC AAGCTGCGGA TGATGCATTC TAACATGGAG
ACCCTCTATA AGGAGCTGGG CGAGTACTTC CTCTTTGACC CCAAGAAGTT GTCTGTTGAA
GAATTTTTCA TGGATCTTCA CAATTTTCGG AATATGTTTT TGCAAGCAGT CAAGGAGAAC
CAGAAGCGGC GGGAGACAGA AGAAAAGATG AGGCGAGCAA AACTAGCCAA GGAGAAGGCA
GAGAAGGAGC GGCTAGAGAA GCAGCAGAAG AGAGAGCAAC TCATAGACAT GAATGCAGAG
GGCGATGAGA CAGGTGTGAT GGACAGTCTT CTAGAAGCCC TGCAGTCAGG GGCAGCATTC
CGACGGAAGA GAGGGCCCCG TCAAGCCAAC AGGAAGGCCG GGTGTGCAGT CACATCTCTG
CTAGCTTCGG AGCTGACCAA GGATGATGCC ATGGCTGCTG TTCCTGCCAA GGTGTCCAAG
AACAGTGAGA CATTCCCCAC AATCCTTGAG GAAGCCAAGG AGTTGGTTGG CCGTGCAAGC
TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_011535874.1 CDS 119..3901 Translation
Target ORF information:
RefSeq Version XM_011537572.2 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_011537572.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGAGAGTAC AGAGTCAGTA TGGTAAGTTA GATAGGAGGA AGACTGATTT CTTCTTTTCA
TGTCAGAAGA GTCTTGAACT GCTTGTGAAC CAGAGGAACC ATGCCTGTCT GGAGAGATTT
ACCAGCATGA GAATTAAGAA GGAGAAGGAA AAGCCCAATT CTGCTCATAG AAATTCTTCT
GCATCATATG GGGATGATCC CACAGCACAG TCATTGCAAG ATGTTTCAGA TGAACAAGTG
CTGGTTCTCT TTGAACAGAT GCTGCTGGAT ATGAACCTGA ATGAGGAGAA ACAGCAACCT
TTGAGGGAGA AGGACATCAT CATCAAGAGG GAGATGGTGT CCCAATACTT GTACACCTCC
AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT AAGTCTGCCA TGATGTATAT TCAGGAGTTG
AGGTCAGGCT TGCGGGATAT GCCTCTGCTC AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC
AACAACAACC CTGTCAGTTG GGTGCAAACA TTTGGTGCTG AAGGCTTGGC CTCCTTATTG
GACATTCTTA AACGACTTCA TGATGAGAAA GAAGAGACTG CTGGGAGTTA CGATAGCCGG
AACAAGCATG AGATCATTCG CTGCTTGAAA GCTTTTATGA ACAACAAGTT TGGAATCAAG
ACCATGTTGG AGACAGAAGA AGGAATCCTA CTGCTGGTCA GAGCCATGGA TCCTGCTGTT
CCCAACATGA TGATTGATGC AGCTAAGCTG CTTTCTGCTC TTTGTATTCT ACCGCAGCCA
GAGGACATGA ATGAAAGGGT TTTGGAGGCA ATGACAGAAA GAGCTGAGAT GGATGAAGTG
GAACGTTTCC AGCCGCTGCT GGATGGATTA AAAAGTGGAA CCACTATTGC ACTGAAGGTT
GGATGCCTAC AGCTGATCAA TGCTCTCATC ACACCAGCGG AGGAACTTGA CTTCCGAGTT
CACATCAGAA GTGAACTGAT GCGTTTGGGG CTACATCAGG TGTTGCAGGA CCTTCGAGAG
ATTGAAAATG AAGATATGAG AGTGCAACTA AATGTGTTTG ATGAACAAGG GGAAGAGGAT
TCCTATGACC TGAAGGGACG GCTGGATGAC ATTCGCATGG AGATGGATGA CTTTAATGAA
GTCTTTCAGA TTCTCTTAAA CACAGTGAAG GATTCAAAGG CAGAGCCACA CTTCCTTTCC
ATCCTGCAGC ACTTACTCTT GGTCCGAAAT GACTATGAGG CCAGACCTCA GTACTATAAG
TTGATTGAAG AATGTATTTC CCAGATAGTT CTGCACAAGA ACGGGGCTGA TCCTGACTTC
AAGTGCCGGC ACCTCCAGAT TGAGATTGAG GGATTAATTG ATCAAATGAT TGATAAGACA
AAGGTGGAGA AATCTGAAGC CAAAGCTGCA GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA
ACAGCCCGAC ATGAGCTACA GGTGGAAATG AAAAAGATGG AAAGTGACTT TGAGCAGAAG
CTTCAAGATC TTCAGGGAGA AAAAGATGCA CTGCATTCTG AAAAGCAGCA AATTGCCACA
GAGAAACAGG ACCTGGAAGC AGAGGTGTCC CAGCTCACAG GAGAGGTTGC CAAGCTGACA
AAGGAACTGG AAGATGCCAA GAAAGAAATG GCTTCCCTCT CTGCGGCAGC TATTACTGTA
CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT CCCCCTGCCC CTCCTTTACC TGGTGACTCT
GGCACTATTA TTCCACCACC ACCTGCTCCT GGGGATAGTA CCACTCCTCC TCCTCCTCCT
CCTCCTCCTC CTCCTCCACC TCCTTTGCCT GGGGGTGTTT GCATCTCCTC ACCCCCTTCT
TTACCTGGAG GTACTGCTAT CTCTCCACCC CCTCCTTTGT CTGGGGATGC TACCATCCCT
CCACCCCCTC CTTTGCCTGA GGGTGTTGGC ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT
ACTGCCATCC CCCCACCTCC TCCTTTGCCT GGGAGTGCTA GAATCCCCCC ACCACCACCT
CCTTTGCCTG GGAGTGCTGG AATTCCCCCC CCACCTCCTC CCTTGCCTGG AGAAGCAGGA
ATGCCACCTC CTCCTCCCCC TCTTCCTGGT GGTCCTGGAA TCCCTCCACC TCCTCCATTT
CCCGGAGGCC CTGGCATTCC TCCACCTCCA CCCGGAATGG GTATGCCTCC ACCTCCCCCA
TTTGGATTTG GAGTTCCTGC AGCCCCAGTT CTGCCATTTG GATTAACCCC CAAAAAGCTT
TATAAGCCAG AGGTGCAGCT CCGGAGGCCA AACTGGTCCA AGCTTGTGGC TGAGGACCTC
TCCCAGGACT GCTTCTGGAC AAAGGTGAAG GAGGACCGCT TTGAGAACAA TGAACTTTTC
GCCAAACTTA CCCTTACCTT CTCTGCCCAG ACCAAGACTT CCAAAGCCAA GAAGGATCAA
GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG
GATTCAAAGA CAGCCCAGAA TCTCTCAATC TTTTTGGGTT CCTTCCGCAT GCCCTATCAA
GAGATTAAGA ATGTCATCCT GGAGGTGAAT GAGGCTGTTC TGACTGAGTC TATGATCCAG
AACCTCATTA AGCAAATGCC AGAGCCAGAG CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT
GAATATGATG ACCTGGCTGA GTCAGAGCAG TTTGGCGTGG TGATGGGCAC TGTGCCCCGA
CTGCGGCCTC GCCTCAATGC CATTCTCTTC AAGCTACAAT TCAGCGAGCA AGTGGAGAAT
ATCAAGCCAG AGATTGTGTC TGTCACTGCT GCATGTGAGG AGTTACGTAA GAGTGAGAGC
TTTTCCAATC TCCTAGAGAT TACCTTGCTT GTTGGAAATT ACATGAATGC TGGCTCCAGA
AATGCTGGTG CTTTTGGCTT CAATATCAGC TTCCTCTGTA AGCTTCGAGA CACCAAGTCC
ACAGATCAGA AGATGACGTT GTTACACTTC TTGGCTGAGT TGTGTGAGAA TGACTATCCC
GATGTCCTCA AGTTTCCAGA CGAGCTTGCC CATGTGGAGA AAGCCAGCCG AGTTTCTGCT
GAAAACTTGC AAAAGAACCT AGATCAGATG AAGAAACAAA TTTCTGATGT GGAACGTGAT
GTTCAGAATT TCCCAGCTGC CACAGATGAA AAAGACAAGT TTGTTGAAAA AATGACCAGC
TTTGTGAAGG ATGCACAGGA ACAGTATAAC AAGCTGCGGA TGATGCATTC TAACATGGAG
ACCCTCTATA AGGAGCTGGG CGAGTACTTC CTCTTTGACC CCAAGAAGTT GTCTGTTGAA
GAATTTTTCA TGGATCTTCA CAATTTTCGG AATATGTTTT TGCAAGCAGT CAAGGAGAAC
CAGAAGCGGC GGGAGACAGA AGAAAAGATG AGGCGAGCAA AACTAGCCAA GGAGAAGGCA
GAGAAGGAGC GGCTAGAGAA GCAGCAGAAG AGAGAGCAAC TCATAGACAT GAATGCAGAG
GGCGATGAGA CAGGTGTGAT GGACAGTCTT CTAGAAGCCC TGCAGTCAGG GGCAGCATTC
CGACGGAAGA GAGGGCCCCG TCAAGCCAAC AGGAAGGCCG GGTGTGCAGT CACATCTCTG
CTAGCTTCGG AGCTGACCAA GGATGATGCC ATGGCTGCTG TTCCTGCCAA GGTGTCCAAG
AACAGTGAGA CATTCCCCAC AATCCTTGAG GAAGCCAAGG AGTTGGTTGG CCGTGCAAGC
TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu57239 Clone ID Related Accession (Same CDS sequence) XM_011537573.2 Accession Version XM_011537573.2 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3753bp)
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 1465056000000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform X2 Comment Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000005.10) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011537573.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGTGATAA ACCTCTCCTG TGGGAAGAAA GTTGGACTGC GAGTTCAAGA AACTCTGAAG
CGGCTCATGG CAGATGAGCT GGAGAGATTT ACCAGCATGA GAATTAAGAA GGAGAAGGAA
AAGCCCAATT CTGCTCATAG AAATTCTTCT GCATCATATG GGGATGATCC CACAGCACAG
TCATTGCAAG ATGTTTCAGA TGAACAAGTG CTGGTTCTCT TTGAACAGAT GCTGCTGGAT
ATGAACCTGA ATGAGGAGAA ACAGCAACCT TTGAGGGAGA AGGACATCAT CATCAAGAGG
GAGATGGTGT CCCAATACTT GTACACCTCC AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT
AAGTCTGCCA TGATGTATAT TCAGGAGTTG AGGTCAGGCT TGCGGGATAT GCCTCTGCTC
AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC AACAACAACC CTGTCAGTTG GGTGCAAACA
TTTGGTGCTG AAGGCTTGGC CTCCTTATTG GACATTCTTA AACGACTTCA TGATGAGAAA
GAAGAGACTG CTGGGAGTTA CGATAGCCGG AACAAGCATG AGATCATTCG CTGCTTGAAA
GCTTTTATGA ACAACAAGTT TGGAATCAAG ACCATGTTGG AGACAGAAGA AGGAATCCTA
CTGCTGGTCA GAGCCATGGA TCCTGCTGTT CCCAACATGA TGATTGATGC AGCTAAGCTG
CTTTCTGCTC TTTGTATTCT ACCGCAGCCA GAGGACATGA ATGAAAGGGT TTTGGAGGCA
ATGACAGAAA GAGCTGAGAT GGATGAAGTG GAACGTTTCC AGCCGCTGCT GGATGGATTA
AAAAGTGGAA CCACTATTGC ACTGAAGGTT GGATGCCTAC AGCTGATCAA TGCTCTCATC
ACACCAGCGG AGGAACTTGA CTTCCGAGTT CACATCAGAA GTGAACTGAT GCGTTTGGGG
CTACATCAGG TGTTGCAGGA CCTTCGAGAG ATTGAAAATG AAGATATGAG AGTGCAACTA
AATGTGTTTG ATGAACAAGG GGAAGAGGAT TCCTATGACC TGAAGGGACG GCTGGATGAC
ATTCGCATGG AGATGGATGA CTTTAATGAA GTCTTTCAGA TTCTCTTAAA CACAGTGAAG
GATTCAAAGG CAGAGCCACA CTTCCTTTCC ATCCTGCAGC ACTTACTCTT GGTCCGAAAT
GACTATGAGG CCAGACCTCA GTACTATAAG TTGATTGAAG AATGTATTTC CCAGATAGTT
CTGCACAAGA ACGGGGCTGA TCCTGACTTC AAGTGCCGGC ACCTCCAGAT TGAGATTGAG
GGATTAATTG ATCAAATGAT TGATAAGACA AAGGTGGAGA AATCTGAAGC CAAAGCTGCA
GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA ACAGCCCGAC ATGAGCTACA GGTGGAAATG
AAAAAGATGG AAAGTGACTT TGAGCAGAAG CTTCAAGATC TTCAGGGAGA AAAAGATGCA
CTGCATTCTG AAAAGCAGCA AATTGCCACA GAGAAACAGG ACCTGGAAGC AGAGGTGTCC
CAGCTCACAG GAGAGGTTGC CAAGCTGACA AAGGAACTGG AAGATGCCAA GAAAGAAATG
GCTTCCCTCT CTGCGGCAGC TATTACTGTA CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT
CCCCCTGCCC CTCCTTTACC TGGTGACTCT GGCACTATTA TTCCACCACC ACCTGCTCCT
GGGGATAGTA CCACTCCTCC TCCTCCTCCT CCTCCTCCTC CTCCTCCACC TCCTTTGCCT
GGGGGTGTTT GCATCTCCTC ACCCCCTTCT TTACCTGGAG GTACTGCTAT CTCTCCACCC
CCTCCTTTGT CTGGGGATGC TACCATCCCT CCACCCCCTC CTTTGCCTGA GGGTGTTGGC
ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT ACTGCCATCC CCCCACCTCC TCCTTTGCCT
GGGAGTGCTA GAATCCCCCC ACCACCACCT CCTTTGCCTG GGAGTGCTGG AATTCCCCCC
CCACCTCCTC CCTTGCCTGG AGAAGCAGGA ATGCCACCTC CTCCTCCCCC TCTTCCTGGT
GGTCCTGGAA TCCCTCCACC TCCTCCATTT CCCGGAGGCC CTGGCATTCC TCCACCTCCA
CCCGGAATGG GTATGCCTCC ACCTCCCCCA TTTGGATTTG GAGTTCCTGC AGCCCCAGTT
CTGCCATTTG GATTAACCCC CAAAAAGCTT TATAAGCCAG AGGTGCAGCT CCGGAGGCCA
AACTGGTCCA AGCTTGTGGC TGAGGACCTC TCCCAGGACT GCTTCTGGAC AAAGGTGAAG
GAGGACCGCT TTGAGAACAA TGAACTTTTC GCCAAACTTA CCCTTACCTT CTCTGCCCAG
ACCAAGACTT CCAAAGCCAA GAAGGATCAA GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA
AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG GATTCAAAGA CAGCCCAGAA TCTCTCAATC
TTTTTGGGTT CCTTCCGCAT GCCCTATCAA GAGATTAAGA ATGTCATCCT GGAGGTGAAT
GAGGCTGTTC TGACTGAGTC TATGATCCAG AACCTCATTA AGCAAATGCC AGAGCCAGAG
CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT GAATATGATG ACCTGGCTGA GTCAGAGCAG
TTTGGCGTGG TGATGGGCAC TGTGCCCCGA CTGCGGCCTC GCCTCAATGC CATTCTCTTC
AAGCTACAAT TCAGCGAGCA AGTGGAGAAT ATCAAGCCAG AGATTGTGTC TGTCACTGCT
GCATGTGAGG AGTTACGTAA GAGTGAGAGC TTTTCCAATC TCCTAGAGAT TACCTTGCTT
GTTGGAAATT ACATGAATGC TGGCTCCAGA AATGCTGGTG CTTTTGGCTT CAATATCAGC
TTCCTCTGTA AGCTTCGAGA CACCAAGTCC ACAGATCAGA AGATGACGTT GTTACACTTC
TTGGCTGAGT TGTGTGAGAA TGACTATCCC GATGTCCTCA AGTTTCCAGA CGAGCTTGCC
CATGTGGAGA AAGCCAGCCG AGTTTCTGCT GAAAACTTGC AAAAGAACCT AGATCAGATG
AAGAAACAAA TTTCTGATGT GGAACGTGAT GTTCAGAATT TCCCAGCTGC CACAGATGAA
AAAGACAAGT TTGTTGAAAA AATGACCAGC TTTGTGAAGG ATGCACAGGA ACAGTATAAC
AAGCTGCGGA TGATGCATTC TAACATGGAG ACCCTCTATA AGGAGCTGGG CGAGTACTTC
CTCTTTGACC CCAAGAAGTT GTCTGTTGAA GAATTTTTCA TGGATCTTCA CAATTTTCGG
AATATGTTTT TGCAAGCAGT CAAGGAGAAC CAGAAGCGGC GGGAGACAGA AGAAAAGATG
AGGCGAGCAA AACTAGCCAA GGAGAAGGCA GAGAAGGAGC GGCTAGAGAA GCAGCAGAAG
AGAGAGCAAC TCATAGACAT GAATGCAGAG GGCGATGAGA CAGGTGTGAT GGACAGTCTT
CTAGAAGCCC TGCAGTCAGG GGCAGCATTC CGACGGAAGA GAGGGCCCCG TCAAGCCAAC
AGGAAGGCCG GGTGTGCAGT CACATCTCTG CTAGCTTCGG AGCTGACCAA GGATGATGCC
ATGGCTGCTG TTCCTGCCAA GGTGTCCAAG AACAGTGAGA CATTCCCCAC AATCCTTGAG
GAAGCCAAGG AGTTGGTTGG CCGTGCAAGC TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_011535875.1 CDS 16..3768 Translation
Target ORF information:
RefSeq Version XM_011537573.2 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant X2, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_011537573.2
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721ATGGTGATAA ACCTCTCCTG TGGGAAGAAA GTTGGACTGC GAGTTCAAGA AACTCTGAAG
CGGCTCATGG CAGATGAGCT GGAGAGATTT ACCAGCATGA GAATTAAGAA GGAGAAGGAA
AAGCCCAATT CTGCTCATAG AAATTCTTCT GCATCATATG GGGATGATCC CACAGCACAG
TCATTGCAAG ATGTTTCAGA TGAACAAGTG CTGGTTCTCT TTGAACAGAT GCTGCTGGAT
ATGAACCTGA ATGAGGAGAA ACAGCAACCT TTGAGGGAGA AGGACATCAT CATCAAGAGG
GAGATGGTGT CCCAATACTT GTACACCTCC AAGGCTGGCA TGAGCCAGAA GGAGAGCTCT
AAGTCTGCCA TGATGTATAT TCAGGAGTTG AGGTCAGGCT TGCGGGATAT GCCTCTGCTC
AGCTGCCTGG AGTCCCTTCG TGTGTCTCTC AACAACAACC CTGTCAGTTG GGTGCAAACA
TTTGGTGCTG AAGGCTTGGC CTCCTTATTG GACATTCTTA AACGACTTCA TGATGAGAAA
GAAGAGACTG CTGGGAGTTA CGATAGCCGG AACAAGCATG AGATCATTCG CTGCTTGAAA
GCTTTTATGA ACAACAAGTT TGGAATCAAG ACCATGTTGG AGACAGAAGA AGGAATCCTA
CTGCTGGTCA GAGCCATGGA TCCTGCTGTT CCCAACATGA TGATTGATGC AGCTAAGCTG
CTTTCTGCTC TTTGTATTCT ACCGCAGCCA GAGGACATGA ATGAAAGGGT TTTGGAGGCA
ATGACAGAAA GAGCTGAGAT GGATGAAGTG GAACGTTTCC AGCCGCTGCT GGATGGATTA
AAAAGTGGAA CCACTATTGC ACTGAAGGTT GGATGCCTAC AGCTGATCAA TGCTCTCATC
ACACCAGCGG AGGAACTTGA CTTCCGAGTT CACATCAGAA GTGAACTGAT GCGTTTGGGG
CTACATCAGG TGTTGCAGGA CCTTCGAGAG ATTGAAAATG AAGATATGAG AGTGCAACTA
AATGTGTTTG ATGAACAAGG GGAAGAGGAT TCCTATGACC TGAAGGGACG GCTGGATGAC
ATTCGCATGG AGATGGATGA CTTTAATGAA GTCTTTCAGA TTCTCTTAAA CACAGTGAAG
GATTCAAAGG CAGAGCCACA CTTCCTTTCC ATCCTGCAGC ACTTACTCTT GGTCCGAAAT
GACTATGAGG CCAGACCTCA GTACTATAAG TTGATTGAAG AATGTATTTC CCAGATAGTT
CTGCACAAGA ACGGGGCTGA TCCTGACTTC AAGTGCCGGC ACCTCCAGAT TGAGATTGAG
GGATTAATTG ATCAAATGAT TGATAAGACA AAGGTGGAGA AATCTGAAGC CAAAGCTGCA
GAGCTGGAAA AGAAGTTGGA CTCAGAGTTA ACAGCCCGAC ATGAGCTACA GGTGGAAATG
AAAAAGATGG AAAGTGACTT TGAGCAGAAG CTTCAAGATC TTCAGGGAGA AAAAGATGCA
CTGCATTCTG AAAAGCAGCA AATTGCCACA GAGAAACAGG ACCTGGAAGC AGAGGTGTCC
CAGCTCACAG GAGAGGTTGC CAAGCTGACA AAGGAACTGG AAGATGCCAA GAAAGAAATG
GCTTCCCTCT CTGCGGCAGC TATTACTGTA CCTCCTTCTG TTCCTAGTCG TGCTCCTGTT
CCCCCTGCCC CTCCTTTACC TGGTGACTCT GGCACTATTA TTCCACCACC ACCTGCTCCT
GGGGATAGTA CCACTCCTCC TCCTCCTCCT CCTCCTCCTC CTCCTCCACC TCCTTTGCCT
GGGGGTGTTT GCATCTCCTC ACCCCCTTCT TTACCTGGAG GTACTGCTAT CTCTCCACCC
CCTCCTTTGT CTGGGGATGC TACCATCCCT CCACCCCCTC CTTTGCCTGA GGGTGTTGGC
ATCCCTTCAC CCTCTTCTTT GCCTGGAGGT ACTGCCATCC CCCCACCTCC TCCTTTGCCT
GGGAGTGCTA GAATCCCCCC ACCACCACCT CCTTTGCCTG GGAGTGCTGG AATTCCCCCC
CCACCTCCTC CCTTGCCTGG AGAAGCAGGA ATGCCACCTC CTCCTCCCCC TCTTCCTGGT
GGTCCTGGAA TCCCTCCACC TCCTCCATTT CCCGGAGGCC CTGGCATTCC TCCACCTCCA
CCCGGAATGG GTATGCCTCC ACCTCCCCCA TTTGGATTTG GAGTTCCTGC AGCCCCAGTT
CTGCCATTTG GATTAACCCC CAAAAAGCTT TATAAGCCAG AGGTGCAGCT CCGGAGGCCA
AACTGGTCCA AGCTTGTGGC TGAGGACCTC TCCCAGGACT GCTTCTGGAC AAAGGTGAAG
GAGGACCGCT TTGAGAACAA TGAACTTTTC GCCAAACTTA CCCTTACCTT CTCTGCCCAG
ACCAAGACTT CCAAAGCCAA GAAGGATCAA GAAGGTGGAG AAGAAAAGAA ATCTGTGCAA
AAGAAAAAAG TAAAAGAGTT AAAGGTGTTG GATTCAAAGA CAGCCCAGAA TCTCTCAATC
TTTTTGGGTT CCTTCCGCAT GCCCTATCAA GAGATTAAGA ATGTCATCCT GGAGGTGAAT
GAGGCTGTTC TGACTGAGTC TATGATCCAG AACCTCATTA AGCAAATGCC AGAGCCAGAG
CAGTTAAAAA TGCTTTCTGA ACTGAAGGAT GAATATGATG ACCTGGCTGA GTCAGAGCAG
TTTGGCGTGG TGATGGGCAC TGTGCCCCGA CTGCGGCCTC GCCTCAATGC CATTCTCTTC
AAGCTACAAT TCAGCGAGCA AGTGGAGAAT ATCAAGCCAG AGATTGTGTC TGTCACTGCT
GCATGTGAGG AGTTACGTAA GAGTGAGAGC TTTTCCAATC TCCTAGAGAT TACCTTGCTT
GTTGGAAATT ACATGAATGC TGGCTCCAGA AATGCTGGTG CTTTTGGCTT CAATATCAGC
TTCCTCTGTA AGCTTCGAGA CACCAAGTCC ACAGATCAGA AGATGACGTT GTTACACTTC
TTGGCTGAGT TGTGTGAGAA TGACTATCCC GATGTCCTCA AGTTTCCAGA CGAGCTTGCC
CATGTGGAGA AAGCCAGCCG AGTTTCTGCT GAAAACTTGC AAAAGAACCT AGATCAGATG
AAGAAACAAA TTTCTGATGT GGAACGTGAT GTTCAGAATT TCCCAGCTGC CACAGATGAA
AAAGACAAGT TTGTTGAAAA AATGACCAGC TTTGTGAAGG ATGCACAGGA ACAGTATAAC
AAGCTGCGGA TGATGCATTC TAACATGGAG ACCCTCTATA AGGAGCTGGG CGAGTACTTC
CTCTTTGACC CCAAGAAGTT GTCTGTTGAA GAATTTTTCA TGGATCTTCA CAATTTTCGG
AATATGTTTT TGCAAGCAGT CAAGGAGAAC CAGAAGCGGC GGGAGACAGA AGAAAAGATG
AGGCGAGCAA AACTAGCCAA GGAGAAGGCA GAGAAGGAGC GGCTAGAGAA GCAGCAGAAG
AGAGAGCAAC TCATAGACAT GAATGCAGAG GGCGATGAGA CAGGTGTGAT GGACAGTCTT
CTAGAAGCCC TGCAGTCAGG GGCAGCATTC CGACGGAAGA GAGGGCCCCG TCAAGCCAAC
AGGAAGGCCG GGTGTGCAGT CACATCTCTG CTAGCTTCGG AGCTGACCAA GGATGATGCC
ATGGCTGCTG TTCCTGCCAA GGTGTCCAAG AACAGTGAGA CATTCCCCAC AATCCTTGAG
GAAGCCAAGG AGTTGGTTGG CCGTGCAAGC TAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu26409 Clone ID Related Accession (Same CDS sequence) NM_005219.4 , NM_005219.5 Accession Version NM_005219.4 Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3819bp)
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 1512403200000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 1 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, AB209482.1, AY363395.1 and AY007129.1. This sequence is a reference standard in the RefSeqGene project. On May 24, 2008 this sequence version replaced NM_005219.3. Transcript Variant: This variant (1) encodes the longest isoform (1). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB209482.1, BC143413.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GCCAACAGGA AGGCCGGGTG TGCAGTCACA TCTCTGCTAG CTTCGGAGCT GACCAAGGAT
GATGCCATGG CTGCTGTTCC TGCCAAGGTG TCCAAGAACA GTGAGACATT CCCCACAATC
CTTGAGGAAG CCAAGGAGTT GGTTGGCCGT GCAAGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_005210.3 CDS 142..3960 Translation
Target ORF information:
RefSeq Version NM_005219.4 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_005219.4
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GCCAACAGGA AGGCCGGGTG TGCAGTCACA TCTCTGCTAG CTTCGGAGCT GACCAAGGAT
GATGCCATGG CTGCTGTTCC TGCCAAGGTG TCCAAGAACA GTGAGACATT CCCCACAATC
CTTGAGGAAG CCAAGGAGTT GGTTGGCCGT GCAAGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OHu26409 Clone ID Related Accession (Same CDS sequence) NM_005219.4 , NM_005219.5 Accession Version NM_005219.5 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3819bp)
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 1567958400000 Organism Homo sapiens(human) Product protein diaphanous homolog 1 isoform 1 Comment Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DA593734.1, AB209482.1, AY363395.1 and AY007129.1. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_005219.4. Transcript Variant: This variant (1) encodes the longest isoform (1). Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB209482.1, BC143413.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000389054.8/ ENSP00000373706.4 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GCCAACAGGA AGGCCGGGTG TGCAGTCACA TCTCTGCTAG CTTCGGAGCT GACCAAGGAT
GATGCCATGG CTGCTGTTCC TGCCAAGGTG TCCAAGAACA GTGAGACATT CCCCACAATC
CTTGAGGAAG CCAAGGAGTT GGTTGGCCGT GCAAGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq NP_005210.3 CDS 87..3905 Translation
Target ORF information:
RefSeq Version NM_005219.5 Organism Homo sapiens(human) Definition Homo sapiens diaphanous related formin 1 (DIAPH1), transcript variant 1, mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK NM_005219.5
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781ATGGAGCCGC CCGGCGGGAG CCTGGGGCCC GGCCGCGGGA CCCGGGACAA GAAGAAGGGC
CGGAGCCCAG ATGAGCTGCC CTCGGCGGGC GGCGACGGCG GCAAATCTAA GAAATTTACT
CTGAAGCGGC TCATGGCAGA TGAGCTGGAG AGATTTACCA GCATGAGAAT TAAGAAGGAG
AAGGAAAAGC CCAATTCTGC TCATAGAAAT TCTTCTGCAT CATATGGGGA TGATCCCACA
GCACAGTCAT TGCAAGATGT TTCAGATGAA CAAGTGCTGG TTCTCTTTGA ACAGATGCTG
CTGGATATGA ACCTGAATGA GGAGAAACAG CAACCTTTGA GGGAGAAGGA CATCATCATC
AAGAGGGAGA TGGTGTCCCA ATACTTGTAC ACCTCCAAGG CTGGCATGAG CCAGAAGGAG
AGCTCTAAGT CTGCCATGAT GTATATTCAG GAGTTGAGGT CAGGCTTGCG GGATATGCCT
CTGCTCAGCT GCCTGGAGTC CCTTCGTGTG TCTCTCAACA ACAACCCTGT CAGTTGGGTG
CAAACATTTG GTGCTGAAGG CTTGGCCTCC TTATTGGACA TTCTTAAACG ACTTCATGAT
GAGAAAGAAG AGACTGCTGG GAGTTACGAT AGCCGGAACA AGCATGAGAT CATTCGCTGC
TTGAAAGCTT TTATGAACAA CAAGTTTGGA ATCAAGACCA TGTTGGAGAC AGAAGAAGGA
ATCCTACTGC TGGTCAGAGC CATGGATCCT GCTGTTCCCA ACATGATGAT TGATGCAGCT
AAGCTGCTTT CTGCTCTTTG TATTCTACCG CAGCCAGAGG ACATGAATGA AAGGGTTTTG
GAGGCAATGA CAGAAAGAGC TGAGATGGAT GAAGTGGAAC GTTTCCAGCC GCTGCTGGAT
GGATTAAAAA GTGGAACCAC TATTGCACTG AAGGTTGGAT GCCTACAGCT GATCAATGCT
CTCATCACAC CAGCGGAGGA ACTTGACTTC CGAGTTCACA TCAGAAGTGA ACTGATGCGT
TTGGGGCTAC ATCAGGTGTT GCAGGACCTT CGAGAGATTG AAAATGAAGA TATGAGAGTG
CAACTAAATG TGTTTGATGA ACAAGGGGAA GAGGATTCCT ATGACCTGAA GGGACGGCTG
GATGACATTC GCATGGAGAT GGATGACTTT AATGAAGTCT TTCAGATTCT CTTAAACACA
GTGAAGGATT CAAAGGCAGA GCCACACTTC CTTTCCATCC TGCAGCACTT ACTCTTGGTC
CGAAATGACT ATGAGGCCAG ACCTCAGTAC TATAAGTTGA TTGAAGAATG TATTTCCCAG
ATAGTTCTGC ACAAGAACGG GGCTGATCCT GACTTCAAGT GCCGGCACCT CCAGATTGAG
ATTGAGGGAT TAATTGATCA AATGATTGAT AAGACAAAGG TGGAGAAATC TGAAGCCAAA
GCTGCAGAGC TGGAAAAGAA GTTGGACTCA GAGTTAACAG CCCGACATGA GCTACAGGTG
GAAATGAAAA AGATGGAAAG TGACTTTGAG CAGAAGCTTC AAGATCTTCA GGGAGAAAAA
GATGCACTGC ATTCTGAAAA GCAGCAAATT GCCACAGAGA AACAGGACCT GGAAGCAGAG
GTGTCCCAGC TCACAGGAGA GGTTGCCAAG CTGACAAAGG AACTGGAAGA TGCCAAGAAA
GAAATGGCTT CCCTCTCTGC GGCAGCTATT ACTGTACCTC CTTCTGTTCC TAGTCGTGCT
CCTGTTCCCC CTGCCCCTCC TTTACCTGGT GACTCTGGCA CTATTATTCC ACCACCACCT
GCTCCTGGGG ATAGTACCAC TCCTCCTCCT CCTCCTCCTC CTCCTCCTCC TCCACCTCCT
TTGCCTGGGG GTGTTTGCAT CTCCTCACCC CCTTCTTTAC CTGGAGGTAC TGCTATCTCT
CCACCCCCTC CTTTGTCTGG GGATGCTACC ATCCCTCCAC CCCCTCCTTT GCCTGAGGGT
GTTGGCATCC CTTCACCCTC TTCTTTGCCT GGAGGTACTG CCATCCCCCC ACCTCCTCCT
TTGCCTGGGA GTGCTAGAAT CCCCCCACCA CCACCTCCTT TGCCTGGGAG TGCTGGAATT
CCCCCCCCAC CTCCTCCCTT GCCTGGAGAA GCAGGAATGC CACCTCCTCC TCCCCCTCTT
CCTGGTGGTC CTGGAATCCC TCCACCTCCT CCATTTCCCG GAGGCCCTGG CATTCCTCCA
CCTCCACCCG GAATGGGTAT GCCTCCACCT CCCCCATTTG GATTTGGAGT TCCTGCAGCC
CCAGTTCTGC CATTTGGATT AACCCCCAAA AAGCTTTATA AGCCAGAGGT GCAGCTCCGG
AGGCCAAACT GGTCCAAGCT TGTGGCTGAG GACCTCTCCC AGGACTGCTT CTGGACAAAG
GTGAAGGAGG ACCGCTTTGA GAACAATGAA CTTTTCGCCA AACTTACCCT TACCTTCTCT
GCCCAGACCA AGACTTCCAA AGCCAAGAAG GATCAAGAAG GTGGAGAAGA AAAGAAATCT
GTGCAAAAGA AAAAAGTAAA AGAGTTAAAG GTGTTGGATT CAAAGACAGC CCAGAATCTC
TCAATCTTTT TGGGTTCCTT CCGCATGCCC TATCAAGAGA TTAAGAATGT CATCCTGGAG
GTGAATGAGG CTGTTCTGAC TGAGTCTATG ATCCAGAACC TCATTAAGCA AATGCCAGAG
CCAGAGCAGT TAAAAATGCT TTCTGAACTG AAGGATGAAT ATGATGACCT GGCTGAGTCA
GAGCAGTTTG GCGTGGTGAT GGGCACTGTG CCCCGACTGC GGCCTCGCCT CAATGCCATT
CTCTTCAAGC TACAATTCAG CGAGCAAGTG GAGAATATCA AGCCAGAGAT TGTGTCTGTC
ACTGCTGCAT GTGAGGAGTT ACGTAAGAGT GAGAGCTTTT CCAATCTCCT AGAGATTACC
TTGCTTGTTG GAAATTACAT GAATGCTGGC TCCAGAAATG CTGGTGCTTT TGGCTTCAAT
ATCAGCTTCC TCTGTAAGCT TCGAGACACC AAGTCCACAG ATCAGAAGAT GACGTTGTTA
CACTTCTTGG CTGAGTTGTG TGAGAATGAC TATCCCGATG TCCTCAAGTT TCCAGACGAG
CTTGCCCATG TGGAGAAAGC CAGCCGAGTT TCTGCTGAAA ACTTGCAAAA GAACCTAGAT
CAGATGAAGA AACAAATTTC TGATGTGGAA CGTGATGTTC AGAATTTCCC AGCTGCCACA
GATGAAAAAG ACAAGTTTGT TGAAAAAATG ACCAGCTTTG TGAAGGATGC ACAGGAACAG
TATAACAAGC TGCGGATGAT GCATTCTAAC ATGGAGACCC TCTATAAGGA GCTGGGCGAG
TACTTCCTCT TTGACCCCAA GAAGTTGTCT GTTGAAGAAT TTTTCATGGA TCTTCACAAT
TTTCGGAATA TGTTTTTGCA AGCAGTCAAG GAGAACCAGA AGCGGCGGGA GACAGAAGAA
AAGATGAGGC GAGCAAAACT AGCCAAGGAG AAGGCAGAGA AGGAGCGGCT AGAGAAGCAG
CAGAAGAGAG AGCAACTCAT AGACATGAAT GCAGAGGGCG ATGAGACAGG TGTGATGGAC
AGTCTTCTAG AAGCCCTGCA GTCAGGGGCA GCATTCCGAC GGAAGAGAGG GCCCCGTCAA
GCCAACAGGA AGGCCGGGTG TGCAGTCACA TCTCTGCTAG CTTCGGAGCT GACCAAGGAT
GATGCCATGG CTGCTGTTCC TGCCAAGGTG TCCAAGAACA GTGAGACATT CCCCACAATC
CTTGAGGAAG CCAAGGAGTT GGTTGGCCGT GCAAGCTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
Cdk1-mediated DIAPH1 phosphorylation maintains metaphase cortical tension and inactivates the spindle assembly checkpoint at anaphase.
Nature communications10(1)981(2019 02)
Nishimura K,Johmura Y,Deguchi K,Jiang Z,Uchida KSK,Suzuki N,Shimada M,Chiba Y,Hirota T,Yoshimura SH,Kono K,Nakanishi M
DIAPH1 Is Upregulated and Inhibits Cell Apoptosis through ATR/p53/Caspase-3 Signaling Pathway in Laryngeal Squamous Cell Carcinoma.
Disease markers20196716472(2019)
Yang J,Zhou L,Zhang Y,Zheng J,Zhou J,Wei Z,Zou J
Diaphanous-1 affects the nanoscale clustering and lateral diffusion of receptor for advanced glycation endproducts (RAGE).
Biochimica et biophysica acta. Biomembranes1861(1)43-49(2019 01)
Zhu Q,Smith EA
Enteropathogenic E. coli relies on collaboration between the formin mDia1 and the Arp2/3 complex for actin pedestal biogenesis and maintenance.
PLoS pathogens14(12)e1007485(2018 12)
Velle KB,Campellone KG
Mechanostress resistance involving formin homology proteins: G- and F-actin homeostasis-driven filament nucleation and helical polymerization-mediated actin polymer stabilization.
Biochemical and biophysical research communications506(2)323-329(2018 11)
Watanabe N,Tohyama K,Yamashiro S
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