| Gene Symbol | OT_ostta01g01350 |
| Entrez Gene ID | 9834984 |
| Full Name | unnamed product |
| Synonyms | Ot01g01370 |
| Gene Type | protein-coding |
| Organism | Ostreococcus tauri |
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OT_ostta01g01350 cDNA ORF clone, Ostreococcus tauri
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Gene
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Clones
gRNAs
The following OT_ostta01g01350 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the OT_ostta01g01350 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 OOd03673 Clone ID Related Accession (Same CDS sequence) XM_003074150.1 Accession Version XM_003074150.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2919bp)
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 1373472000000 Organism Ostreococcus tauri Product basal body protein (ISS) Comment PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_014426). 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
2401
2461
2521
2581
2641
2701
2761
2821
2881ATGTCGAGCG CACCGCACGC GCGCGCGCGA AGAGGAAGCG TGGGAGAAGA CGCGGCGGTG
CTGCTGGATG ACGCATTGTC GGCGTTACGA GAGAAGGATG CAGAGAACGA GGTGTTGAGC
TCGGCGTTGG CCGCGACGAG GAAGATGTTG GCGGCGAACG AAACGGAGAC GGCGAAATTA
AGAGAGCTCA CGCGAGCGGC GACGAACGGC GGCGACGATG AAAAGGTGAA ACTCATCGCG
GCGTTGTTCA ATAAGCTGGA CCAGATGGCA ACGAGGTACT CGAGTGTAAT GGAGACGCCG
ACGGTGGCTG TGCCGTCCAC GCCCGAGGCG ACGAAACCAG ATGAGGTGAT CGCGCTACAC
AGAGAGCTCC GCGAGCTCAA GGGTCAGTTC GGCGCCATGT CGGCCGAGGA AAGTGGAGGC
GTGCCGTCCG GTGACGTTGA TAAGTTGAAA AAGCAGCTCA GGGCCGCTCA GGACGCTAAA
ATTGCAGCAC TCGCAGACGC AGAGGCGTTT CGAGCGGAGC GCGACGACGC GAACGATGAG
ATCGAGCGAC TTCGACGCGG TTCGAGAGGT AATGATGACT CTTCGCGCGT GCGAGAGCTC
GAAAGTCTGC TCGCCGAGGC TCAAAATGCG ATGAGCTTGC TCTCTGATGA TAACGAAGCT
CTCATCGTGA AGTTGAGACG TTACGAGGAA GGGAAGTTGG GCGCCGAAAT GGCGCAGCGA
GCGGCTCGCA ATGCGGCCGA TGCGGCAAAC GAGGTCGCCG CGGAAGCTGA AAGAGCAATC
TTCGAAGCTT ATAACCGTAG TTCCGGAGAT GAGAGCCTGG TGCAGGAGCT CGAAACCCAA
CGCGAGTTGG CGACGCGCAG AGCAGATGAA GTCGAGAAGC TGAAGTCCAT CATCAGAGAT
ATGGACGAAC AGCGCGAGGC GCTTTCGCAG AAACTTCGTG TGGCCTACGC GAGCTTGCGT
GAGATCGAGA GCAAGAAAGA TAGCAGCAAT ATCTTCGAAG GAACTGCATG CGTCTGCAGG
ATGAAGCCGA TGCGGCCGCG GAAGCACTTG AAGAAGCGAG AGGAAGAGCG ATGCGCGAAG
GGGCATCTGC AGAGGAAGCA CGACGACTGG GCGCCGCAGC GGAGGCGAAA GTATACGGAG
CGGCACAGGC TCGCGATTCG GCAATTGCTC GCGCGCAAGG AGCGAGTCAT CGCGAATGAA
GCCGCCCAGT ATCGTGAAGA ACTCGCCGTC ATTTCTGATG ATTTGATGGT GATGACGAAG
GAACAACAGA TATTGAACGC CGAGCTGCTT CGCGCGAAGA GCGAGCGTGA CGAAGCGTTA
GTAGAGTTGA GCAAAGCGAA AGCTGCCCAG AGTGCGGCAG AAGCCGAAGT AAAAGCCAAG
AACAAAGAAG TTGATGATGT CGCTAAGGCG TATCACGAGC TCGGCTTCGA GAATCGACGC
GTCGTCGCGG ATATGGACGA TATGGAGCGT GACCTTCGCC GAGTGAAAGC AGCCCTTGAG
TCGTCCGATG CGTTGCTCGA GCAGGCAACC GAACGAGCCA AAACGGCGGA GGCTGAGTGC
AAAGCTTACT CCACCGATTT ACAAGCTTAC CAGCGCCAAG TGGACAATTT GACTCACATC
CTTGAGAACT CAGCGCGCGA CAAGGGCGAA GACATGGAGG CGCTCGCCAC CAAACTCGAA
GCATCGAGAG CGATGTTGTT CGACATGGAA CGCGCAAAGG AGATGGCTAG ACGCGAGACT
GCAGCGGCTG AGGCAAACTT GATGGTTGTT CGCAGCAGGC TCACCGACGC CCAGAGTGAC
ACCGAAACGC TCAAGCATAA ACTGCGACTG GAGTCCAATC GCGTCAAAGA GCTCGAGAGT
TTGGTGTCGG CTCTGCGTAC GCACGAACAC CAGGCAGTCG TCGCGAGCGG CGACAGTTCT
CAGCGCTCGG AGCTCTTGAG AGAGCGCGTG AGCGCTCTAC AAGAACAGAA TCACGGGTTG
ATGCGTCAAG TTGAAGCACT GAAAGAAGAT CGCAAATCGT TCGTCACAGA GGTTGAGCGC
CTTCGCGGCG TCATCGAGAA CGCCGCGAGC TCTGGTACGC CGAGCAAGAC TTCTACGAGT
CAAACGGCTG CGTTGGTTCG AGCCGAAGAG GCTGCGAACG AACAAGGCAG AGAAGTTGAA
AGACTCTCTA TGTCACTTAA AGAGCTCCAA CATAGATGTG GGACGCTTGA AATTGCGTTA
CTCGAGACAG AGACGGCCGC GTCAAACTCC AAACGCGAAG CTTTGATACA TGCTCGTCGC
GAAGCGGAGG CACGGGCTGA ACTGGACGGC GTGCGCAGAG AACTCGCTAT ATCCAGAGAC
GCTTTGAGTG AGGCCATGGA GGGTGACGCG ACAAATTTAG AGACGAGGGC GTTGAAGGTG
CGCGCTCAAG ACGCAGAACG CCGAGCGGCA GCGGCTGAGG CATCTCTTGC AAGCATGCAA
CGTGAGAATC CGGTGTCTCA GACATTTGCT GAAGAGTCTC GAGTTCTTCG TGAAGAGAAC
GAACGGTTGC TTCATCTGCT GTCGAAGGCA AACGACGATT TGGCATCGGC GAGGAAAATC
ATCGACGAGC AAGGGTACGC GGAAGGGGCG ACAGCACTTC TCGTGGATGA GCGAGTTCGC
ACTGCAGAGG AGGCAAGGAG ACGTGTAGAG CAGGATTTCG AACAGCTTGC CCGACACATG
CAGCAAATGG AGAGTGGAAC TGGCGGCAAT GCCAATCGCA TGCAGGAGCT CGAAGTGATG
AATGCAGAGC TTGAGTTTGA GAACTCACAA CTTCGTGAAT CTCTAGCGGG TACGGAGGAA
GCGATAGCTG TCATGCAACG GGATCTTGCG CGCACAGTTG AAGAGTACGC CGCTCTAGGT
AACTCACTCA TCGAGGACGA TGACGAAGAC AGTTTGTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_003074196.1 CDS 1..2919 Translation 
Target ORF information:
RefSeq Version XM_003074150.1 Organism Ostreococcus tauri Definition Ostreococcus tauri basal body protein (ISS) (Ot01g01370) mRNA, complete cds. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_003074150.1
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
2881ATGTCGAGCG CACCGCACGC GCGCGCGCGA AGAGGAAGCG TGGGAGAAGA CGCGGCGGTG
CTGCTGGATG ACGCATTGTC GGCGTTACGA GAGAAGGATG CAGAGAACGA GGTGTTGAGC
TCGGCGTTGG CCGCGACGAG GAAGATGTTG GCGGCGAACG AAACGGAGAC GGCGAAATTA
AGAGAGCTCA CGCGAGCGGC GACGAACGGC GGCGACGATG AAAAGGTGAA ACTCATCGCG
GCGTTGTTCA ATAAGCTGGA CCAGATGGCA ACGAGGTACT CGAGTGTAAT GGAGACGCCG
ACGGTGGCTG TGCCGTCCAC GCCCGAGGCG ACGAAACCAG ATGAGGTGAT CGCGCTACAC
AGAGAGCTCC GCGAGCTCAA GGGTCAGTTC GGCGCCATGT CGGCCGAGGA AAGTGGAGGC
GTGCCGTCCG GTGACGTTGA TAAGTTGAAA AAGCAGCTCA GGGCCGCTCA GGACGCTAAA
ATTGCAGCAC TCGCAGACGC AGAGGCGTTT CGAGCGGAGC GCGACGACGC GAACGATGAG
ATCGAGCGAC TTCGACGCGG TTCGAGAGGT AATGATGACT CTTCGCGCGT GCGAGAGCTC
GAAAGTCTGC TCGCCGAGGC TCAAAATGCG ATGAGCTTGC TCTCTGATGA TAACGAAGCT
CTCATCGTGA AGTTGAGACG TTACGAGGAA GGGAAGTTGG GCGCCGAAAT GGCGCAGCGA
GCGGCTCGCA ATGCGGCCGA TGCGGCAAAC GAGGTCGCCG CGGAAGCTGA AAGAGCAATC
TTCGAAGCTT ATAACCGTAG TTCCGGAGAT GAGAGCCTGG TGCAGGAGCT CGAAACCCAA
CGCGAGTTGG CGACGCGCAG AGCAGATGAA GTCGAGAAGC TGAAGTCCAT CATCAGAGAT
ATGGACGAAC AGCGCGAGGC GCTTTCGCAG AAACTTCGTG TGGCCTACGC GAGCTTGCGT
GAGATCGAGA GCAAGAAAGA TAGCAGCAAT ATCTTCGAAG GAACTGCATG CGTCTGCAGG
ATGAAGCCGA TGCGGCCGCG GAAGCACTTG AAGAAGCGAG AGGAAGAGCG ATGCGCGAAG
GGGCATCTGC AGAGGAAGCA CGACGACTGG GCGCCGCAGC GGAGGCGAAA GTATACGGAG
CGGCACAGGC TCGCGATTCG GCAATTGCTC GCGCGCAAGG AGCGAGTCAT CGCGAATGAA
GCCGCCCAGT ATCGTGAAGA ACTCGCCGTC ATTTCTGATG ATTTGATGGT GATGACGAAG
GAACAACAGA TATTGAACGC CGAGCTGCTT CGCGCGAAGA GCGAGCGTGA CGAAGCGTTA
GTAGAGTTGA GCAAAGCGAA AGCTGCCCAG AGTGCGGCAG AAGCCGAAGT AAAAGCCAAG
AACAAAGAAG TTGATGATGT CGCTAAGGCG TATCACGAGC TCGGCTTCGA GAATCGACGC
GTCGTCGCGG ATATGGACGA TATGGAGCGT GACCTTCGCC GAGTGAAAGC AGCCCTTGAG
TCGTCCGATG CGTTGCTCGA GCAGGCAACC GAACGAGCCA AAACGGCGGA GGCTGAGTGC
AAAGCTTACT CCACCGATTT ACAAGCTTAC CAGCGCCAAG TGGACAATTT GACTCACATC
CTTGAGAACT CAGCGCGCGA CAAGGGCGAA GACATGGAGG CGCTCGCCAC CAAACTCGAA
GCATCGAGAG CGATGTTGTT CGACATGGAA CGCGCAAAGG AGATGGCTAG ACGCGAGACT
GCAGCGGCTG AGGCAAACTT GATGGTTGTT CGCAGCAGGC TCACCGACGC CCAGAGTGAC
ACCGAAACGC TCAAGCATAA ACTGCGACTG GAGTCCAATC GCGTCAAAGA GCTCGAGAGT
TTGGTGTCGG CTCTGCGTAC GCACGAACAC CAGGCAGTCG TCGCGAGCGG CGACAGTTCT
CAGCGCTCGG AGCTCTTGAG AGAGCGCGTG AGCGCTCTAC AAGAACAGAA TCACGGGTTG
ATGCGTCAAG TTGAAGCACT GAAAGAAGAT CGCAAATCGT TCGTCACAGA GGTTGAGCGC
CTTCGCGGCG TCATCGAGAA CGCCGCGAGC TCTGGTACGC CGAGCAAGAC TTCTACGAGT
CAAACGGCTG CGTTGGTTCG AGCCGAAGAG GCTGCGAACG AACAAGGCAG AGAAGTTGAA
AGACTCTCTA TGTCACTTAA AGAGCTCCAA CATAGATGTG GGACGCTTGA AATTGCGTTA
CTCGAGACAG AGACGGCCGC GTCAAACTCC AAACGCGAAG CTTTGATACA TGCTCGTCGC
GAAGCGGAGG CACGGGCTGA ACTGGACGGC GTGCGCAGAG AACTCGCTAT ATCCAGAGAC
GCTTTGAGTG AGGCCATGGA GGGTGACGCG ACAAATTTAG AGACGAGGGC GTTGAAGGTG
CGCGCTCAAG ACGCAGAACG CCGAGCGGCA GCGGCTGAGG CATCTCTTGC AAGCATGCAA
CGTGAGAATC CGGTGTCTCA GACATTTGCT GAAGAGTCTC GAGTTCTTCG TGAAGAGAAC
GAACGGTTGC TTCATCTGCT GTCGAAGGCA AACGACGATT TGGCATCGGC GAGGAAAATC
ATCGACGAGC AAGGGTACGC GGAAGGGGCG ACAGCACTTC TCGTGGATGA GCGAGTTCGC
ACTGCAGAGG AGGCAAGGAG ACGTGTAGAG CAGGATTTCG AACAGCTTGC CCGACACATG
CAGCAAATGG AGAGTGGAAC TGGCGGCAAT GCCAATCGCA TGCAGGAGCT CGAAGTGATG
AATGCAGAGC TTGAGTTTGA GAACTCACAA CTTCGTGAAT CTCTAGCGGG TACGGAGGAA
GCGATAGCTG TCATGCAACG GGATCTTGCG CGCACAGTTG AAGAGTACGC CGCTCTAGGT
AACTCACTCA TCGAGGACGA TGACGAAGAC AGTTTGTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
CloneID OOd73520 Clone ID Related Accession (Same CDS sequence) XM_022985261.1 Accession Version XM_022985261.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 2844bp)
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 unnamed product 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_014426). 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
2401
2461
2521
2581
2641
2701
2761
2821ATGTTGGCGG CGAACGAAAC GGAGACGGCG AAATTAAGAG AGCTCACGCG AGCGGCGACG
AACGGCGGCG ACGATGAAAA GGTGAAACTC ATCGCGGCGT TGTTCAATAA GCTGGACCAG
ATGGCAACGA GGTACTCGAG TGTAATGGAG ACGCCGACGG TGGCTGTGCC GTCCACGCCC
GAGGCGACGA AACCAGATGA GGTGATCGCG CTACACAGAG AGCTCCGCGA GCTCAAGGGT
CAGTTCGGCG CCATGTCGGC CGAGGAAAGT GGAGGCGTGC CGTCCGGTGA CGTTGATAAG
TTGAAAAAGC AGCTCAGGGC CGCTCAGGAC GCTAAAATTG CAGCACTCGC AGACGCAGAG
GCGTTTCGAG CGGAGCGCGA CGACGCGAAC GATGAGATCG AGCGACTTCG ACGCGGTTCG
AGAGGTAATG ATGACTCTTC GCGCGTGCGA GAGCTCGAAA GTCTGCTCGC CGAGGCTCAA
AATGCGATGA GCTTGCTCTC TGATGATAAC GAAGCTCTCA TCGTGAAGTT GAGACGTTAC
GAGGAAGGGA AGTTGGGCGC CGAAATGGCG CAGCGAGCGG CTCGCAATGC GGCCGATGCG
GCAAACGAGG TCGCCGCGGA AGCTGAAAGA GCAATCTTCG AAGCTTATAA CCGTAGTTCC
GGAGATGAGA GCCTGGTGCA GGAGCTCGAA ACCCAACGCG AGTTGGCGAC GCGCAGAGCA
GATGAAGTCG AGAAGCTGAA GTCCATCATC AGAGATATGG ACGAACAGCG CGAGGCGCTT
TCGCAGAAAC TTCGTGTGGC CTACGCGAGC TTGCGTGAGA TCGAGAGCAA GAAAGATAGC
AGCAATATCT TCGAAGGAAC GTCGGCTGAC AAGATAATCT CCCTTGAAAA TGAGTGCATG
CGTCTGCAGG ATGAAGCCGA TGCGGCCGCG GAAGCACTTG AAGAAGCGAG AGGAAGAGCG
ATGCGCGAAG GGGCATCTGC AGAGGAAGCA CGACGACTGG GCGCCGCAGC GGAGGCGAAA
GTATACGGAG CGGCACAGGC TCGCGATTCG GCAATTGCTC GCGCGCGTTC GCTCGAGGAG
CAGCTTGAGC GCGCTGCTGA GAAGGAGCGA GTCATCGCGA ATGAAGCCGC CCAGTATCGT
GAAGAACTCG CCGTCATTTC TGATGATTTG ATGGTGATGA CGAAGGAACA ACAGATATTG
AACGCCGAGC TGCTTCGCGC GAAGAGCGAG CGTGACGAAG CGTTAGTAGA GTTGAGCAAA
GCGAAAGCTG CCCAGAGTGC GGCAGAAGCC GAAGTAAAAG CCAAGAACAA AGAAGTTGAT
GATGTCGCTA AGGCGTATCA CGAGCTCGGC TTCGAGAATC GACGCGTCGT CGCGGATATG
GACGATATGG AGCGTGACCT TCGCCGAGTG AAAGCAGCCC TTGAGTCGTC CGATGCGTTG
CTCGAGCAGG CAACCGAACG AGCCAAAACG GCGGAGGCTG AGTGCAAAGC TTACTCCACC
GATTTACAAG CTTACCAGCG CCAAGTGGAC AATTTGACTC ACATCCTTGA GAACTCAGCG
CGCGACAAGG GCGAAGACAT GGAGGCGCTC GCCACCAAAC TCGAAGCATC GAGAGCGATG
TTGTTCGACA TGGAACGCGC AAAGGAGATG GCTAGACGCG AGACTGCAGC GGCTGAGGCA
AACTTGATGG TTGTTCGCAG CAGGCTCACC GACGCCCAGA GTGACACCGA AACGCTCAAG
CATAAACTGC GACTGGAGTC CAATCGCGTC AAAGAGCTCG AGAGTTTGGT GTCGGCTCTG
CGTACGCACG AACACCAGGC AGTCGTCGCG AGCGGCGACA GTTCTCAGCG CTCGGAGCTC
TTGAGAGAGC GCGTGAGCGC TCTACAAGAA CAGAATCACG GGTTGATGCG TCAAGTTGAA
GCACTGAAAG AAGATCGCAA ATCGTTCGTC ACAGAGGTTG AGCGCCTTCG CGGCGTCATC
GAGAACGCCG CGAGCTCTGG TACGCCGAGC AAGACTTCTA CGAGTCAAAC GGCTGCGTTG
GTTCGAGCCG AAGAGGCTGC GAACGAACAA GGCAGAGAAG TTGAAAGACT CTCTATGTCA
CTTAAAGAGC TCCAACATAG ATGTGGGACG CTTGAAGCTG CGTTACTCGA GACAGAGACG
GCCGCGTCAA ACTCCAAACG CGAAGCTTTG ATACATGCTC GTCGCGAAGC GGAGGCACGG
GCTGAACTGG ACGGCGTGCG CAGAGAACTC GCTATATCCA GAGACGCTTT GAGTGAGGCC
ATGGAGGGTG ACGCGACAAA TTTAGAGACG AGGGCGTTGA AGGTGCGCGC TCAAGACGCA
GAACGCCGAG CGGCAGCGGC TGAGGCATCT CTTGCAAGCA TGCAACGTGA GAATCCGGTG
TCTCAGACAT TTGCTGAAGA GTCTCGAGTT CTTCGTGAAG AGAACGAACG GTTGCTTCAT
CTGCTGTCGA AGGCAAACGA CGATTTGGCA TCGGCGAGGA AAATCATCGA CGAGCAAGGG
TACGCGGAAG GGGCGACAGC ACTTCTCGTG GATGAGCGAG TTCGCACTGC AGAGGAGGCA
AGGAGACGTG TAGAGCAGGA TTTCGAACAG CTTGCCCGAC ACATGCAGCA AATGGAGAGT
GGAACTGGCG GCAATGCCAA TCGCATGCAG GAGCTCGAAG TGATGAATGC AGAGCTTGAG
TTTGAGAACT CACAACTTCG TGAATCTCTA GCGGGTACGG AGGAAGCGAT AGCTGTCATG
CAACGGGATC TTGCGCGCAC AGTTGAAGAG TACGCCGCTC TAGGTAACTC ACTCATCGAG
GACGATGACG AAGACAGTTT GTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_022838159.1 CDS 1..2844 Translation
Target ORF information:
RefSeq Version XM_022985261.1 Organism Ostreococcus tauri Definition Ostreococcus tauri unnamed product (OT_ostta01g01350), partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK XM_022985261.1
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
2821ATGTTGGCGG CGAACGAAAC GGAGACGGCG AAATTAAGAG AGCTCACGCG AGCGGCGACG
AACGGCGGCG ACGATGAAAA GGTGAAACTC ATCGCGGCGT TGTTCAATAA GCTGGACCAG
ATGGCAACGA GGTACTCGAG TGTAATGGAG ACGCCGACGG TGGCTGTGCC GTCCACGCCC
GAGGCGACGA AACCAGATGA GGTGATCGCG CTACACAGAG AGCTCCGCGA GCTCAAGGGT
CAGTTCGGCG CCATGTCGGC CGAGGAAAGT GGAGGCGTGC CGTCCGGTGA CGTTGATAAG
TTGAAAAAGC AGCTCAGGGC CGCTCAGGAC GCTAAAATTG CAGCACTCGC AGACGCAGAG
GCGTTTCGAG CGGAGCGCGA CGACGCGAAC GATGAGATCG AGCGACTTCG ACGCGGTTCG
AGAGGTAATG ATGACTCTTC GCGCGTGCGA GAGCTCGAAA GTCTGCTCGC CGAGGCTCAA
AATGCGATGA GCTTGCTCTC TGATGATAAC GAAGCTCTCA TCGTGAAGTT GAGACGTTAC
GAGGAAGGGA AGTTGGGCGC CGAAATGGCG CAGCGAGCGG CTCGCAATGC GGCCGATGCG
GCAAACGAGG TCGCCGCGGA AGCTGAAAGA GCAATCTTCG AAGCTTATAA CCGTAGTTCC
GGAGATGAGA GCCTGGTGCA GGAGCTCGAA ACCCAACGCG AGTTGGCGAC GCGCAGAGCA
GATGAAGTCG AGAAGCTGAA GTCCATCATC AGAGATATGG ACGAACAGCG CGAGGCGCTT
TCGCAGAAAC TTCGTGTGGC CTACGCGAGC TTGCGTGAGA TCGAGAGCAA GAAAGATAGC
AGCAATATCT TCGAAGGAAC GTCGGCTGAC AAGATAATCT CCCTTGAAAA TGAGTGCATG
CGTCTGCAGG ATGAAGCCGA TGCGGCCGCG GAAGCACTTG AAGAAGCGAG AGGAAGAGCG
ATGCGCGAAG GGGCATCTGC AGAGGAAGCA CGACGACTGG GCGCCGCAGC GGAGGCGAAA
GTATACGGAG CGGCACAGGC TCGCGATTCG GCAATTGCTC GCGCGCGTTC GCTCGAGGAG
CAGCTTGAGC GCGCTGCTGA GAAGGAGCGA GTCATCGCGA ATGAAGCCGC CCAGTATCGT
GAAGAACTCG CCGTCATTTC TGATGATTTG ATGGTGATGA CGAAGGAACA ACAGATATTG
AACGCCGAGC TGCTTCGCGC GAAGAGCGAG CGTGACGAAG CGTTAGTAGA GTTGAGCAAA
GCGAAAGCTG CCCAGAGTGC GGCAGAAGCC GAAGTAAAAG CCAAGAACAA AGAAGTTGAT
GATGTCGCTA AGGCGTATCA CGAGCTCGGC TTCGAGAATC GACGCGTCGT CGCGGATATG
GACGATATGG AGCGTGACCT TCGCCGAGTG AAAGCAGCCC TTGAGTCGTC CGATGCGTTG
CTCGAGCAGG CAACCGAACG AGCCAAAACG GCGGAGGCTG AGTGCAAAGC TTACTCCACC
GATTTACAAG CTTACCAGCG CCAAGTGGAC AATTTGACTC ACATCCTTGA GAACTCAGCG
CGCGACAAGG GCGAAGACAT GGAGGCGCTC GCCACCAAAC TCGAAGCATC GAGAGCGATG
TTGTTCGACA TGGAACGCGC AAAGGAGATG GCTAGACGCG AGACTGCAGC GGCTGAGGCA
AACTTGATGG TTGTTCGCAG CAGGCTCACC GACGCCCAGA GTGACACCGA AACGCTCAAG
CATAAACTGC GACTGGAGTC CAATCGCGTC AAAGAGCTCG AGAGTTTGGT GTCGGCTCTG
CGTACGCACG AACACCAGGC AGTCGTCGCG AGCGGCGACA GTTCTCAGCG CTCGGAGCTC
TTGAGAGAGC GCGTGAGCGC TCTACAAGAA CAGAATCACG GGTTGATGCG TCAAGTTGAA
GCACTGAAAG AAGATCGCAA ATCGTTCGTC ACAGAGGTTG AGCGCCTTCG CGGCGTCATC
GAGAACGCCG CGAGCTCTGG TACGCCGAGC AAGACTTCTA CGAGTCAAAC GGCTGCGTTG
GTTCGAGCCG AAGAGGCTGC GAACGAACAA GGCAGAGAAG TTGAAAGACT CTCTATGTCA
CTTAAAGAGC TCCAACATAG ATGTGGGACG CTTGAAGCTG CGTTACTCGA GACAGAGACG
GCCGCGTCAA ACTCCAAACG CGAAGCTTTG ATACATGCTC GTCGCGAAGC GGAGGCACGG
GCTGAACTGG ACGGCGTGCG CAGAGAACTC GCTATATCCA GAGACGCTTT GAGTGAGGCC
ATGGAGGGTG ACGCGACAAA TTTAGAGACG AGGGCGTTGA AGGTGCGCGC TCAAGACGCA
GAACGCCGAG CGGCAGCGGC TGAGGCATCT CTTGCAAGCA TGCAACGTGA GAATCCGGTG
TCTCAGACAT TTGCTGAAGA GTCTCGAGTT CTTCGTGAAG AGAACGAACG GTTGCTTCAT
CTGCTGTCGA AGGCAAACGA CGATTTGGCA TCGGCGAGGA AAATCATCGA CGAGCAAGGG
TACGCGGAAG GGGCGACAGC ACTTCTCGTG GATGAGCGAG TTCGCACTGC AGAGGAGGCA
AGGAGACGTG TAGAGCAGGA TTTCGAACAG CTTGCCCGAC ACATGCAGCA AATGGAGAGT
GGAACTGGCG GCAATGCCAA TCGCATGCAG GAGCTCGAAG TGATGAATGC AGAGCTTGAG
TTTGAGAACT CACAACTTCG TGAATCTCTA GCGGGTACGG AGGAAGCGAT AGCTGTCATG
CAACGGGATC TTGCGCGCAC AGTTGAAGAG TACGCCGCTC TAGGTAACTC ACTCATCGAG
GACGATGACG AAGACAGTTT GTGAThe 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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