| Gene Symbol | OT_ostta08g01930 |
| Entrez Gene ID | 9831578 |
| Full Name | von Willebrand factor, type A |
| Synonyms | Ot08g01900 |
| Gene Type | protein-coding |
| Organism | Ostreococcus tauri |
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OT_ostta08g01930 cDNA ORF clone, Ostreococcus tauri
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Gene
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Clones
gRNAs
The following OT_ostta08g01930 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the OT_ostta08g01930 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 OOd00762 Clone ID Related Accession (Same CDS sequence) XM_003080712.1 Accession Version XM_003080712.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2421bp)
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 1509984000000 Organism Ostreococcus tauri Product von Willebrand factor, type A Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_014433). COMPLETENESS: incomplete on both ends.
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
2401ATGCGTACAT ATGACAACGA TGCCCGCGTC CCCACGCCGT CGACGTCTGA TCGCTCGGAC
GTCGTTCGTT GGAGTACCAC TTCTTTACCG AGAGACTCGA CCGAAAAGAA CTCGATCGGC
GTCCCGCTCT CCGTCGTCGT GCGCCCGCTC TCCGCCAACG CGGCGTGCGC GCGCATCACC
GACGCTCGGA AGCCTGATCG AATCGCTCGG TGCACGTCGT GTTTCGGATA CGTGAGCGCG
TATTGCGTCG TCGACCACAG AGGGTTCGCG TGCGGGACGT GCGCGTCGTA CACGCCTTGG
AGAGATGCGT CAAGAGGGAA GCGGTACGCC CGTGGATTGG CGTCGATTCA AGATTTACCG
GAGATACGAA GCGAGACATA CGAGTTTGAC GTCGCTGTGG AGGAGATATC GCTCGGTGGG
GGCGATGCGG CGGAGACGGA GGTGCTGGAG GAGAACGATT GGCGACGGCG AGCGGTTAGA
AATGAAGCAA ACGGAATGCG GATGTCAAAC GGTCGAGCCG TCGTGGCCGT AGTCGATCTG
AACGAAGCAG ACGAAGAGTA TTGTGAGTTG CTTAAGTTGG CTCTGTCGAG CGCGATGGAG
GCGCTGGATG GGGAGGACGC ACGATTCGCC GTGGTCACGT TTCGAGGCGA AGTCTTAGAG
GCGATCAGTT TCCGTGACCT CGAATGCGGT GACGGTCATA CAGAAAGGGT GAGCTTGACT
TTCTTCGACT CCAATCCGAA TCCGAGAAAG CACGGGTTCA TTCGTTCCGT TCGAGACGTC
GTGTCGGGGA TTGAGGACGT TTTGACCAAG CTCACACCGG ATCGCAAGAG CGTCATAGAG
CAAGCAATTG AAACTCTCAT CGTCAGCGAC GAGAACAGCG TATCGGAGCG AATTTTCGGT
CCAGTACTGG AAGAGACGTT ATCGGTCGTA GAACAGGCGA TTGATGAGGG TCTGATATCG
AGCGCAAGGA TTCTTACGTT TCTTCGAGGT GGCCCCAGTC GCGGCGTTGG AAGCTGTGAC
ATCAGTCGAC TTCCCAAATC AGTGGCAGAC GTCTTGATTC GAGAATCAGC CGCTAAACCG
ACGTTGGAGG ATTTTGAGTT CGCTTCTCGC GAGGCGGAGG CACTGATGTT CCCGGCGCAC
GACTACTACG AGAGCGTCGG CGAACGTTGC TTATTGCTCG GCGTCGAAGT GGATGTCATC
ATGACGTGCG ACGAGTTCGC GGATTTAAGC ACTCTGGCGC CTCTGGCTGA GAAAAGCGGG
GGTAATGTCT CACTGTATCT AAACTCTCGG AAAATTCCCA TCGTGGGCGA TGTCTATCGC
TTGCTTCGAC ACGAGAAGGC GATAAACGCG ACTTTGCGCG TGCGCACGAC AGCGGATTTA
GAAATCGCCA ATGCTTACGG TGCTTTGCAC GCCGACAAGG CCTATTCAGG GTTGTTCCAC
ATCGCTTCGT GTGGATTGAA CGATGCATTT TGTTTCGATT TCGATTATTC CACGAGTGCA
GGTCTTGAGG AAGATCTCAA CCGTGGTCAT CCAAAGATTC AGGTGGCGTT CGAGTACACG
TGCATCACGC GAGATGTTGA TGAACACACA GGCGCCATAG TCGCCGTTCA GCGGCGGCGC
CGCCGGCGTA TCCACACGTG TCGCGCGAAC ATCGCCAAAA ACCCGCGAGA TGTGTATCGA
CACGTGGACG TCAACGCGAT GATGTGCGTG CTGGCGCGCC AAACATCTCT CATGGCGTGC
GAGGAAGGCT TGACCGAGGC GAGGCGGGCG CTGGTGGACT GGTTTCTAGA GTTCGACGCA
AATGCCAAAC GTGAGAACAC GTCCTGGCCT GAGCTTGGAT CTGAGATCGT TCCACGTCTG
GTATATGGGC TTTTAGCATC CAAGGTCTTT TATCCCATCG GAGCACGCCC TGATGAGCGG
ACGTTTGCGA GACTGCGGAT GATGCGTCTC AACGCCGACG ACAGCGCGAG GATGATGTAT
CCGGATTTAA GAGCGTTCGT CGAGAAGAAC GGCGTTGGCG GCAACGAAAA CGACGATGTT
TATCACATAG ATCGGCGCTC GACGATGTTT GCGAGAGGTC GACTTCACCT TCGTCGAGAG
TCACTCGGCG AGACGAACGG TGGGATTCTC TTCTTACGCT CCGCCGACGA GCTCGTCGTC
ATTTACCACG ACGCAGAATC GTGCCCACCG CCGTTCGGCG GACCACTCGA TCGAGAAATT
CGTCGTATTT GTGACTCACA AACGCTCGCC ATGAAGATCA CATACGTTCG TCTGGGTTTG
GACGATCCTG CGCCTGCAGA TGCACTCCTG TTTGAACACG CTGAGAGTGA GTTCACAACC
ATGGGCGCTG GGCTCGAAGG TTTCGACGCG TTTCGACAGT TCTGTCGTCT CCAGATGGAC
AAGACGGGAC AAATAGCTTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_003080760.1 CDS 1..2421 Translation 
Target ORF information:
RefSeq Version XM_003080712.1 Organism Ostreococcus tauri Definition Ostreococcus tauri von Willebrand factor, type A (OT_ostta08g01930), partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_003080712.1
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
2401ATGCGTACAT ATGACAACGA TGCCCGCGTC CCCACGCCGT CGACGTCTGA TCGCTCGGAC
GTCGTTCGTT GGAGTACCAC TTCTTTACCG AGAGACTCGA CCGAAAAGAA CTCGATCGGC
GTCCCGCTCT CCGTCGTCGT GCGCCCGCTC TCCGCCAACG CGGCGTGCGC GCGCATCACC
GACGCTCGGA AGCCTGATCG AATCGCTCGG TGCACGTCGT GTTTCGGATA CGTGAGCGCG
TATTGCGTCG TCGACCACAG AGGGTTCGCG TGCGGGACGT GCGCGTCGTA CACGCCTTGG
AGAGATGCGT CAAGAGGGAA GCGGTACGCC CGTGGATTGG CGTCGATTCA AGATTTACCG
GAGATACGAA GCGAGACATA CGAGTTTGAC GTCGCTGTGG AGGAGATATC GCTCGGTGGG
GGCGATGCGG CGGAGACGGA GGTGCTGGAG GAGAACGATT GGCGACGGCG AGCGGTTAGA
AATGAAGCAA ACGGAATGCG GATGTCAAAC GGTCGAGCCG TCGTGGCCGT AGTCGATCTG
AACGAAGCAG ACGAAGAGTA TTGTGAGTTG CTTAAGTTGG CTCTGTCGAG CGCGATGGAG
GCGCTGGATG GGGAGGACGC ACGATTCGCC GTGGTCACGT TTCGAGGCGA AGTCTTAGAG
GCGATCAGTT TCCGTGACCT CGAATGCGGT GACGGTCATA CAGAAAGGGT GAGCTTGACT
TTCTTCGACT CCAATCCGAA TCCGAGAAAG CACGGGTTCA TTCGTTCCGT TCGAGACGTC
GTGTCGGGGA TTGAGGACGT TTTGACCAAG CTCACACCGG ATCGCAAGAG CGTCATAGAG
CAAGCAATTG AAACTCTCAT CGTCAGCGAC GAGAACAGCG TATCGGAGCG AATTTTCGGT
CCAGTACTGG AAGAGACGTT ATCGGTCGTA GAACAGGCGA TTGATGAGGG TCTGATATCG
AGCGCAAGGA TTCTTACGTT TCTTCGAGGT GGCCCCAGTC GCGGCGTTGG AAGCTGTGAC
ATCAGTCGAC TTCCCAAATC AGTGGCAGAC GTCTTGATTC GAGAATCAGC CGCTAAACCG
ACGTTGGAGG ATTTTGAGTT CGCTTCTCGC GAGGCGGAGG CACTGATGTT CCCGGCGCAC
GACTACTACG AGAGCGTCGG CGAACGTTGC TTATTGCTCG GCGTCGAAGT GGATGTCATC
ATGACGTGCG ACGAGTTCGC GGATTTAAGC ACTCTGGCGC CTCTGGCTGA GAAAAGCGGG
GGTAATGTCT CACTGTATCT AAACTCTCGG AAAATTCCCA TCGTGGGCGA TGTCTATCGC
TTGCTTCGAC ACGAGAAGGC GATAAACGCG ACTTTGCGCG TGCGCACGAC AGCGGATTTA
GAAATCGCCA ATGCTTACGG TGCTTTGCAC GCCGACAAGG CCTATTCAGG GTTGTTCCAC
ATCGCTTCGT GTGGATTGAA CGATGCATTT TGTTTCGATT TCGATTATTC CACGAGTGCA
GGTCTTGAGG AAGATCTCAA CCGTGGTCAT CCAAAGATTC AGGTGGCGTT CGAGTACACG
TGCATCACGC GAGATGTTGA TGAACACACA GGCGCCATAG TCGCCGTTCA GCGGCGGCGC
CGCCGGCGTA TCCACACGTG TCGCGCGAAC ATCGCCAAAA ACCCGCGAGA TGTGTATCGA
CACGTGGACG TCAACGCGAT GATGTGCGTG CTGGCGCGCC AAACATCTCT CATGGCGTGC
GAGGAAGGCT TGACCGAGGC GAGGCGGGCG CTGGTGGACT GGTTTCTAGA GTTCGACGCA
AATGCCAAAC GTGAGAACAC GTCCTGGCCT GAGCTTGGAT CTGAGATCGT TCCACGTCTG
GTATATGGGC TTTTAGCATC CAAGGTCTTT TATCCCATCG GAGCACGCCC TGATGAGCGG
ACGTTTGCGA GACTGCGGAT GATGCGTCTC AACGCCGACG ACAGCGCGAG GATGATGTAT
CCGGATTTAA GAGCGTTCGT CGAGAAGAAC GGCGTTGGCG GCAACGAAAA CGACGATGTT
TATCACATAG ATCGGCGCTC GACGATGTTT GCGAGAGGTC GACTTCACCT TCGTCGAGAG
TCACTCGGCG AGACGAACGG TGGGATTCTC TTCTTACGCT CCGCCGACGA GCTCGTCGTC
ATTTACCACG ACGCAGAATC GTGCCCACCG CCGTTCGGCG GACCACTCGA TCGAGAAATT
CGTCGTATTT GTGACTCACA AACGCTCGCC ATGAAGATCA CATACGTTCG TCTGGGTTTG
GACGATCCTG CGCCTGCAGA TGCACTCCTG TTTGAACACG CTGAGAGTGA GTTCACAACC
ATGGGCGCTG GGCTCGAAGG TTTCGACGCG TTTCGACAGT TCTGTCGTCT CCAGATGGAC
AAGACGGGAC AAATAGCTTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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PubMed
An improved genome of the model marine alga Ostreococcus tauri unfolds by assessing Illumina de novo assemblies.
BMC genomics151103(2014 Dec)
Blanc-Mathieu R,Verhelst B,Derelle E,Rombauts S,Bouget FY,Carré I,Château A,Eyre-Walker A,Grimsley N,Moreau H,Piégu B,Rivals E,Schackwitz W,Van de Peer Y,Piganeau G
Genome analysis of the smallest free-living eukaryote Ostreococcus tauri unveils many unique features.
Proceedings of the National Academy of Sciences of the United States of America103(31)11647-52(2006 Aug)
Derelle E,Ferraz C,Rombauts S,Rouzé P,Worden AZ,Robbens S,Partensky F,Degroeve S,Echeynié S,Cooke R,Saeys Y,Wuyts J,Jabbari K,Bowler C,Panaud O,Piégu B,Ball SG,Ral JP,Bouget FY,Piganeau G,De Baets B,Picard A,Delseny M,Demaille J,Van de Peer Y,Moreau H
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