OT_ostta11g01590 cDNA ORF clone, Ostreococcus tauri

Gene
Clones
gRNAs

Summary

Gene Symbol	OT_ostta11g01590
Entrez Gene ID	9832416
Full Name	Armadillo-type fold
Synonyms	Ot11g01710
Gene Type	protein-coding
Organism	Ostreococcus tauri

mRNA and Protein(s)

mRNA	Protein	Name
XM_003081925.1	XP_003081973.1	Armadillo-type fold

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

An improved genome of the model marine alga Ostreococcus tauri unfolds by assessing Illumina de novo assemblies.
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
BMC genomics151103(2014 Dec)

Genome analysis of the smallest free-living eukaryote Ostreococcus tauri unveils many unique features.
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
Proceedings of the National Academy of Sciences of the United States of America103(31)11647-52(2006 Aug)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following OT_ostta11g01590 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the OT_ostta11g01590 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OOd01483	XM_003081925.1 Latest version!	Ostreococcus tauri Armadillo-type fold (OT_ostta11g01590), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

OT_ostta11g01590 ( XM_003081925.1 ) cDNA ORF clone, Ostreococcus tauri -> XP_003081973.1 Ostreococcus tauri Armadillo-type fold (OT_ostta11g01590), partial mRNA.

Price & Availability↑

CloneID	OOd01483
Clone ID Related Accession (Same CDS sequence)	XM_003081925.1
Accession Version	XM_003081925.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4872bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1509984000000
Organism	Ostreococcus tauri
Product	Armadillo-type fold
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_014436). COMPLETENESS: incomplete on both ends.

ATGGTCGCGA GCGCAACGGC CGCGGATGGA AATCGTCGAC GACGCGGGCG CGTCGCGACG 
CGCGCGGGAC GCGACGCGCG CGCGGGGGTG TCGGTATGCG TCTCGATCGC GCTCGGGCTC 
GCGGGGACGG CGCGCGCGGC GTACCCGAGC GCGTGCGCGG GCGCGCTGGT GGACGCGACG 
TCGACGGAGC GGGCGAACGC GACGGCGGCG CCGGGGGAGC TCACGGGCGA GGTCGGGGAG 
TGGTGGACGC ACGCGCTGAC GGGGACGTCG ACTATGAAGC GGTGTTTCTC TGATTGGACG 
TTCGCTCGAG CGAGCTCGGA GACGGGGACG TGGACGCCGT TGGCGTGGCC GCCCGGGAGC 
GCGACGACGA ACGAGACTTC GATTCCGAGC GCGACGTTTG TGATCATTCC GGGCACGGGC 
GGCGCGGACG CGGTGCTCAG ACCGGATGCA GAGGGAATGT ACGCGGTTGC GCTCGTGGAT 
TCGAGCGGGT GCCGGAAGAG TCGCGTGGTG GAGGTGAAGG CGACGTGGAC GTGCGAGCCG 
GTTGGAACGA ACGACGCCAT GGTGGCCGTA TTCGTGGCGT TCGCCGCCGC TTGCGCGTTT 
TTCTTTGCTA AAAGTCTCGC GCCGTCGAAT TTTGAGGACG AGCGTAATGT CTTATGCGAC 
GTCAAGGCGG CGTATGGGAT GATTGGACGC GCCGAGGAAC AGGCTGAGGA AGACGAAGGA 
TACAAGCGTG AGCTCAGGGA CACGCTCGCG GAGATCGAGA GCAACCATCT CACCGACGTC 
ACGAAACTTG ATTTACAGAA AGATTTGAGG GATATGCTCG TCGAAAGAAA GAGGGCGGCC 
AGAGAACGAG AGGCGAAGGC GTCTGGAATG TGGAACGAGA CCGAAGAAGA ATTCCAGAGA 
ACCTTGTACG AACGGGAGAG AGCATTGCGC AAGCGGACAA GGTTTATGGA ACAAGTTTCG 
TACGGTATTT CAAAGAGCAT GGCGGACGTG AACTACCAAT TTCGAATGAA TCGTGCGAAG 
ACTTCGATTT ACGTCAAGTA CAATCTATCG CGGCTCTTCA AGAAGGAGTA TTGGTGCATG 
ACTTTGTTGC AATTCCAACT GCGTGTCGAG TTGCTAGCTT TCACGGCTTT CGCGTGGCGC 
CGAACGAGTC ATTCGAACGA AATGTACCGC GATGGCGTGG CCGATGTGTT GTTTTATCCT 
AATCTATTCG GCCCAGGGAT GAAGGCCACT GGAGCGGCCG ATCGATTGAC GAATTGGTTC 
TTCGTACTCC TATTTGGCGC TGTGATTTGC CCGGTCGTCG TCAAGATTTT CAGCCGCGTG 
CGAGACCACT TCGACAAGTG CATGTGGACT TACGCTGAAT TCGTGGAGAT GGGAGGGGAT 
CGAACTGCGG CTGTTTATTT AACAGATGAT GATGTAGAGG GTGGTGCTGT CGAGATGGAC 
GAACCGGGTA GTGAAAAGTT GAGCCGAATG GCCAGAGTGC TGATTATTTT TTCGGCGCTG 
AGACGATGGA TACTGTTTCT GCCACCAGTG ATTCCTGATG ACTTTGATCC GGTGCGCAAG 
CCGGAAAAGT ATCGTAAAAA GATAGTTCCA GACGATGCGT GGAAAACGGC CGAGGCTGAG 
GATATCTTGC GCGCCGTGCG CGTGGAGATT TCATCGCCAA TCAACATGCG AGTGTTACCG 
CGGAGGGCAG CAGATCGCAT GCAGCTCGTG GCAAAACTGG CTATCAAAAG TAGGTTAAGA 
TCGCGAAGAT TCGGTGCCTT GTCCGATTTT ATTGAAGGTA TTGGCTACGT CTTGCGCGTG 
TTCGTTCTAC GCGTTGCTTT AGCGCCGATG CTGTTCGCGG CTCTGGGTCT CCTCATGGTG 
ACAAGTTCGT TTGTGCCGAC GCCGTGGGTG CACGCATCAA AGGATATATC TTCAGCCCCA 
GGTGACAATT TGTTCTTCGC GTTATTTCTC GGTTTAGGTG CGATTGCAGT TTCTATGAAG 
ATGGCGGTGG ATTCGGAGCT GCTTGATTTA GATTTACGTC CAGTGCCAAT TTTCGAAATT 
GTCAACGTAT GTCTTAAAGT GCTGCTGTGC TGCATCACGG CGTACATGGA AGCCGAGCTT 
CCGGACCTGG GTGTGCCCGC ACTCAACGCA GAGGCTCGAA TAACGTCTTT GCATACGTTC 
CAAAATTTTC TTCCAATTCT AGTGTGCGTT ATTTTGCTCT TTACGCACCT AAAAATTCAA 
TCTTTGCGTG GCTTCGGGCA CATTTGGAAC GGGAAGAGAT TGAGCGGATT TGCAGGCTCG 
GCCATGTTCT TTATTGTGAC GTTCAGCGCA CGAATCGTCA ACGAACCTCC ACCGTGGGCA 
TCGCGCGCTA CGATTCCCCA CCGCGGAGCT TCAAATTGGG GTCGTCCTGG CGTCATAATC 
GGCATCATCA CAGCGCTGGT GGCCATGGGA CTGGCGCGCA TCGCGAATAG CAAGCACGAG 
TACAAGTGCT TGCGAAAGGA GCTGAAGGCT ATTGGTGAGC CGAAAAACAT TGGCAAAACG 
GAAGACATCC TGACGCCCGA GTTTATGACT GAGCAAATTG AATCGGAACA TCGAAGAGAT 
CGAGTCACTG CGCTGGTTGC TTTTTACAGC CTTTTGGATC CTGAGCAGAG TGCCCGCATA 
CTGAAGTCAT TGGTAGACAA GACGAAATTA CCGAGATCAC AAGATACAAC GGACGGCGAG 
GATACAAATG ACAATGACGA AGCGTGGACT ACGGCGAAAG ACGCGTTTGA AGAGCTAGCG 
ATCATCGTGA GCTGTATCTC CAATGACCCG GCGCAGGAGT TTTTAAGGAC AGCTGGTGAA 
GAGTTTCTCA AGGGTGCGTT CCTTTCGTAC ATTGAAGGAA CGATACAGAT GACTTTGTGG 
TGCAAAGAAG AAAGTTCCTT TTTGGCTTAC GAAGCCGTGC ACAAACTGGT CACCCTGGCG 
AGGGATTGTA TGAAGAGCGG AGAAACAAAA AGTTTCCAGG CCACCATAGC GTCGGTGACG 
ATGGAGTGCA TCCAGTCGCT GGACTTCGCC TACCTCATGT CCACGCTCCT ATTCAACGAT 
CATGACATCA AGTTGGACGT ATACGGAGAC GGCTACGCTG TCTCTGCGAG GACGCTTCGA 
CGAATGATAG ACGATGCGTT TGAGATCGAA CCAAGACCTG TGGCGAAGAA GCTCGATCGC 
CCCATCACTC ACGTTCGTGA TCCCGTTACA GATGAGATTC GGAAACTCGA CAGAGTGGAA 
CGCGTGATGT ATATTGCTCG CAGTTGGCTG CGACCGGCTC TGAAAACACC AGAGCCGGAG 
TTGAACTGGC TCACATCGAT GGGCTACTAC GCCACTGTTG GTAAATTGCA GGCTGAGACG 
GACGGGGAGC GCATCGAAAT CGCTCACGAC TTCTTGATGA CTTTGTTGCG GGCATCGCTG 
AGCACGGACG AGCAAGTGTC TTACTTCGCG ATACGAACGA TTTCTACGCT AGTGCGCGTC 
GGCGACGCCG CGGCGAGCGT TTTCCAAGTT GATGGGTTAT CCCTGCTCTT TGAGTGCAGA 
GACGCAAACG TGGGCACGTC AAAGGAGACC TTCATCTCAG ATATCATCTA CGGGCTGACG 
AACGACGCAA ATAGTAGGTC CGAGTACCTG ACGGCTCTGG CGAGCATTCT CGTCGAGCCA 
CCTGTCGAAG ATGAGCGGTA TAAGCTGAAT GCCATCGAGC TGTTACATCA AGCCTTGAAA 
TTGGAGATGA GCGCCGTGTA CAAAGTGATG CGGTTGAGGT CTGACGAAAC GAAAATGAAA 
TATAAGGCAT CGATGACTCC GGAGTCGGCT CTGTATGCAC ACGATGCTTT ATACGGAATG 
CTCATCGACA CCTCGCCAGA AGTGCGAGAG CACTGCGTGT ACGCATTGGT AGATTTAATC 
ACGTTGTTTG TGTGGGGATC ACGCGGCGAA TTTTACGTCT TCACTCCACC CGTGACAAAG 
GAGTACCAGG AAGTGGCGTT CGAAAAATTC TTGGATGAAG CAAAAAGAAA GATGCCAGGC 
GGCGCATTAA TGTCAACGAG TATGTATCGC CATCTGCATC GGAAAAAAAT GACAGATAGC 
CCACAGAAAG ACGCCGACAA ACTCCTCGCG GTGTTGTTGA AGGTTTTCAA CACCGACGGC 
GACTCCCAAG TGCGAGGGGC AGCTGAAAAT GCTTTGAAAG ACGTGAAAGC TCTGATGTCT 
GAAGAGCAAG CGGCGGAGTC ACTAGCTCTA TACGATGAAA AGACGGACCC GCGTGACGCA 
AGAGGATCAG CCCCTTCGCG GAAGATTTTG CGTGAAGTGA CTGCCGCGAT ACACGCCTCG 
GTCGAGAGGC AACACGAACA GGATGCGACC GCGTCCAAGC TTCGAATGAA CGAGTTTTGG 
CGTAAAATGA AGGAAAGGAG TAACGTAAAT ACTACATCTC AACCTCGCGT ATCCACGAAA 
GGAGGAAAAG TCGAAGTGAC CGCACGCGAC AAAGAGCTTA CGACCCGCTC AACGCCTGGC 
GGGCGTCTAC CTATCGTTAA GGATTCTATT GGCTTCAAGA GAAGAGACAA ATACGCCGCG 
GCAGTGATTG TACGTCACCC ACCGCCAGCT TCCGAGCACG ATGCGCTCGA TCGTCAGAAA 
AAGGAGAGAA GTGCGATCAG GGCAAAGCGA CTAATAGCGA GAGAAGCGAC TCAGGAGCGA 
TGGTACGGAG GAGAAAACTT CTCACGAAAC CAACGTGCAG CGTCGATTTC GAACGATATC 
GTGGAGCCGA AGAAGAGCGC CATGTCGAAG ATCGACGAAC TCAATAAGAG ACCCACAATC 
ACTCCGCCGT CGTACGGGCT CACTCGACTC CCGAAAGAGT TTAGGACAAG ACCAAGAAAA 
TTAGAAGAAT AG

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

RefSeq	XP_003081973.1
CDS	1..4872
Translation	MVASATAADGNRRRRGRVATRAGRDARAGVSVCVSIALGLAGTARAAYPSACAGALVDATSTERANATAAPGELTGEVGEWWTHALTGTSTMKRCFSDWTFARASSETGTWTPLAWPPGSATTNETSIPSATFVIIPGTGGADAVLRPDAEGMYAVALVDSSGCRKSRVVEVKATWTCEPVGTNDAMVAVFVAFAAACAFFFAKSLAPSNFEDERNVLCDVKAAYGMIGRAEEQAEEDEGYKRELRDTLAEIESNHLTDVTKLDLQKDLRDMLVERKRAAREREAKASGMWNETEEEFQRTLYERERALRKRTRFMEQVSYGISKSMADVNYQFRMNRAKTSIYVKYNLSRLFKKEYWCMTLLQFQLRVELLAFTAFAWRRTSHSNEMYRDGVADVLFYPNLFGPGMKATGAADRLTNWFFVLLFGAVICPVVVKIFSRVRDHFDKCMWTYAEFVEMGGDRTAAVYLTDDDVEGGAVEMDEPGSEKLSRMARVLIIFSALRRWILFLPPVIPDDFDPVRKPEKYRKKIVPDDAWKTAEAEDILRAVRVEISSPINMRVLPRRAADRMQLVAKLAIKSRLRSRRFGALSDFIEGIGYVLRVFVLRVALAPMLFAALGLLMVTSSFVPTPWVHASKDISSAPGDNLFFALFLGLGAIAVSMKMAVDSELLDLDLRPVPIFEIVNVCLKVLLCCITAYMEAELPDLGVPALNAEARITSLHTFQNFLPILVCVILLFTHLKIQSLRGFGHIWNGKRLSGFAGSAMFFIVTFSARIVNEPPPWASRATIPHRGASNWGRPGVIIGIITALVAMGLARIANSKHEYKCLRKELKAIGEPKNIGKTEDILTPEFMTEQIESEHRRDRVTALVAFYSLLDPEQSARILKSLVDKTKLPRSQDTTDGEDTNDNDEAWTTAKDAFEELAIIVSCISNDPAQEFLRTAGEEFLKGAFLSYIEGTIQMTLWCKEESSFLAYEAVHKLVTLARDCMKSGETKSFQATIASVTMECIQSLDFAYLMSTLLFNDHDIKLDVYGDGYAVSARTLRRMIDDAFEIEPRPVAKKLDRPITHVRDPVTDEIRKLDRVERVMYIARSWLRPALKTPEPELNWLTSMGYYATVGKLQAETDGERIEIAHDFLMTLLRASLSTDEQVSYFAIRTISTLVRVGDAAASVFQVDGLSLLFECRDANVGTSKETFISDIIYGLTNDANSRSEYLTALASILVEPPVEDERYKLNAIELLHQALKLEMSAVYKVMRLRSDETKMKYKASMTPESALYAHDALYGMLIDTSPEVREHCVYALVDLITLFVWGSRGEFYVFTPPVTKEYQEVAFEKFLDEAKRKMPGGALMSTSMYRHLHRKKMTDSPQKDADKLLAVLLKVFNTDGDSQVRGAAENALKDVKALMSEEQAAESLALYDEKTDPRDARGSAPSRKILREVTAAIHASVERQHEQDATASKLRMNEFWRKMKERSNVNTTSQPRVSTKGGKVEVTARDKELTTRSTPGGRLPIVKDSIGFKRRDKYAAAVIVRHPPPASEHDALDRQKKERSAIRAKRLIAREATQERWYGGENFSRNQRAASISNDIVEPKKSAMSKIDELNKRPTITPPSYGLTRLPKEFRTRPRKLEE

Target ORF information:

RefSeq Version	XM_003081925.1
Organism	Ostreococcus tauri
Definition	Ostreococcus tauri Armadillo-type fold (OT_ostta11g01590), partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_003081925.1

ORF Insert Sequence:

ATGGTCGCGA GCGCAACGGC CGCGGATGGA AATCGTCGAC GACGCGGGCG CGTCGCGACG 
CGCGCGGGAC GCGACGCGCG CGCGGGGGTG TCGGTATGCG TCTCGATCGC GCTCGGGCTC 
GCGGGGACGG CGCGCGCGGC GTACCCGAGC GCGTGCGCGG GCGCGCTGGT GGACGCGACG 
TCGACGGAGC GGGCGAACGC GACGGCGGCG CCGGGGGAGC TCACGGGCGA GGTCGGGGAG 
TGGTGGACGC ACGCGCTGAC GGGGACGTCG ACTATGAAGC GGTGTTTCTC TGATTGGACG 
TTCGCTCGAG CGAGCTCGGA GACGGGGACG TGGACGCCGT TGGCGTGGCC GCCCGGGAGC 
GCGACGACGA ACGAGACTTC GATTCCGAGC GCGACGTTTG TGATCATTCC GGGCACGGGC 
GGCGCGGACG CGGTGCTCAG ACCGGATGCA GAGGGAATGT ACGCGGTTGC GCTCGTGGAT 
TCGAGCGGGT GCCGGAAGAG TCGCGTGGTG GAGGTGAAGG CGACGTGGAC GTGCGAGCCG 
GTTGGAACGA ACGACGCCAT GGTGGCCGTA TTCGTGGCGT TCGCCGCCGC TTGCGCGTTT 
TTCTTTGCTA AAAGTCTCGC GCCGTCGAAT TTTGAGGACG AGCGTAATGT CTTATGCGAC 
GTCAAGGCGG CGTATGGGAT GATTGGACGC GCCGAGGAAC AGGCTGAGGA AGACGAAGGA 
TACAAGCGTG AGCTCAGGGA CACGCTCGCG GAGATCGAGA GCAACCATCT CACCGACGTC 
ACGAAACTTG ATTTACAGAA AGATTTGAGG GATATGCTCG TCGAAAGAAA GAGGGCGGCC 
AGAGAACGAG AGGCGAAGGC GTCTGGAATG TGGAACGAGA CCGAAGAAGA ATTCCAGAGA 
ACCTTGTACG AACGGGAGAG AGCATTGCGC AAGCGGACAA GGTTTATGGA ACAAGTTTCG 
TACGGTATTT CAAAGAGCAT GGCGGACGTG AACTACCAAT TTCGAATGAA TCGTGCGAAG 
ACTTCGATTT ACGTCAAGTA CAATCTATCG CGGCTCTTCA AGAAGGAGTA TTGGTGCATG 
ACTTTGTTGC AATTCCAACT GCGTGTCGAG TTGCTAGCTT TCACGGCTTT CGCGTGGCGC 
CGAACGAGTC ATTCGAACGA AATGTACCGC GATGGCGTGG CCGATGTGTT GTTTTATCCT 
AATCTATTCG GCCCAGGGAT GAAGGCCACT GGAGCGGCCG ATCGATTGAC GAATTGGTTC 
TTCGTACTCC TATTTGGCGC TGTGATTTGC CCGGTCGTCG TCAAGATTTT CAGCCGCGTG 
CGAGACCACT TCGACAAGTG CATGTGGACT TACGCTGAAT TCGTGGAGAT GGGAGGGGAT 
CGAACTGCGG CTGTTTATTT AACAGATGAT GATGTAGAGG GTGGTGCTGT CGAGATGGAC 
GAACCGGGTA GTGAAAAGTT GAGCCGAATG GCCAGAGTGC TGATTATTTT TTCGGCGCTG 
AGACGATGGA TACTGTTTCT GCCACCAGTG ATTCCTGATG ACTTTGATCC GGTGCGCAAG 
CCGGAAAAGT ATCGTAAAAA GATAGTTCCA GACGATGCGT GGAAAACGGC CGAGGCTGAG 
GATATCTTGC GCGCCGTGCG CGTGGAGATT TCATCGCCAA TCAACATGCG AGTGTTACCG 
CGGAGGGCAG CAGATCGCAT GCAGCTCGTG GCAAAACTGG CTATCAAAAG TAGGTTAAGA 
TCGCGAAGAT TCGGTGCCTT GTCCGATTTT ATTGAAGGTA TTGGCTACGT CTTGCGCGTG 
TTCGTTCTAC GCGTTGCTTT AGCGCCGATG CTGTTCGCGG CTCTGGGTCT CCTCATGGTG 
ACAAGTTCGT TTGTGCCGAC GCCGTGGGTG CACGCATCAA AGGATATATC TTCAGCCCCA 
GGTGACAATT TGTTCTTCGC GTTATTTCTC GGTTTAGGTG CGATTGCAGT TTCTATGAAG 
ATGGCGGTGG ATTCGGAGCT GCTTGATTTA GATTTACGTC CAGTGCCAAT TTTCGAAATT 
GTCAACGTAT GTCTTAAAGT GCTGCTGTGC TGCATCACGG CGTACATGGA AGCCGAGCTT 
CCGGACCTGG GTGTGCCCGC ACTCAACGCA GAGGCTCGAA TAACGTCTTT GCATACGTTC 
CAAAATTTTC TTCCAATTCT AGTGTGCGTT ATTTTGCTCT TTACGCACCT AAAAATTCAA 
TCTTTGCGTG GCTTCGGGCA CATTTGGAAC GGGAAGAGAT TGAGCGGATT TGCAGGCTCG 
GCCATGTTCT TTATTGTGAC GTTCAGCGCA CGAATCGTCA ACGAACCTCC ACCGTGGGCA 
TCGCGCGCTA CGATTCCCCA CCGCGGAGCT TCAAATTGGG GTCGTCCTGG CGTCATAATC 
GGCATCATCA CAGCGCTGGT GGCCATGGGA CTGGCGCGCA TCGCGAATAG CAAGCACGAG 
TACAAGTGCT TGCGAAAGGA GCTGAAGGCT ATTGGTGAGC CGAAAAACAT TGGCAAAACG 
GAAGACATCC TGACGCCCGA GTTTATGACT GAGCAAATTG AATCGGAACA TCGAAGAGAT 
CGAGTCACTG CGCTGGTTGC TTTTTACAGC CTTTTGGATC CTGAGCAGAG TGCCCGCATA 
CTGAAGTCAT TGGTAGACAA GACGAAATTA CCGAGATCAC AAGATACAAC GGACGGCGAG 
GATACAAATG ACAATGACGA AGCGTGGACT ACGGCGAAAG ACGCGTTTGA AGAGCTAGCG 
ATCATCGTGA GCTGTATCTC CAATGACCCG GCGCAGGAGT TTTTAAGGAC AGCTGGTGAA 
GAGTTTCTCA AGGGTGCGTT CCTTTCGTAC ATTGAAGGAA CGATACAGAT GACTTTGTGG 
TGCAAAGAAG AAAGTTCCTT TTTGGCTTAC GAAGCCGTGC ACAAACTGGT CACCCTGGCG 
AGGGATTGTA TGAAGAGCGG AGAAACAAAA AGTTTCCAGG CCACCATAGC GTCGGTGACG 
ATGGAGTGCA TCCAGTCGCT GGACTTCGCC TACCTCATGT CCACGCTCCT ATTCAACGAT 
CATGACATCA AGTTGGACGT ATACGGAGAC GGCTACGCTG TCTCTGCGAG GACGCTTCGA 
CGAATGATAG ACGATGCGTT TGAGATCGAA CCAAGACCTG TGGCGAAGAA GCTCGATCGC 
CCCATCACTC ACGTTCGTGA TCCCGTTACA GATGAGATTC GGAAACTCGA CAGAGTGGAA 
CGCGTGATGT ATATTGCTCG CAGTTGGCTG CGACCGGCTC TGAAAACACC AGAGCCGGAG 
TTGAACTGGC TCACATCGAT GGGCTACTAC GCCACTGTTG GTAAATTGCA GGCTGAGACG 
GACGGGGAGC GCATCGAAAT CGCTCACGAC TTCTTGATGA CTTTGTTGCG GGCATCGCTG 
AGCACGGACG AGCAAGTGTC TTACTTCGCG ATACGAACGA TTTCTACGCT AGTGCGCGTC 
GGCGACGCCG CGGCGAGCGT TTTCCAAGTT GATGGGTTAT CCCTGCTCTT TGAGTGCAGA 
GACGCAAACG TGGGCACGTC AAAGGAGACC TTCATCTCAG ATATCATCTA CGGGCTGACG 
AACGACGCAA ATAGTAGGTC CGAGTACCTG ACGGCTCTGG CGAGCATTCT CGTCGAGCCA 
CCTGTCGAAG ATGAGCGGTA TAAGCTGAAT GCCATCGAGC TGTTACATCA AGCCTTGAAA 
TTGGAGATGA GCGCCGTGTA CAAAGTGATG CGGTTGAGGT CTGACGAAAC GAAAATGAAA 
TATAAGGCAT CGATGACTCC GGAGTCGGCT CTGTATGCAC ACGATGCTTT ATACGGAATG 
CTCATCGACA CCTCGCCAGA AGTGCGAGAG CACTGCGTGT ACGCATTGGT AGATTTAATC 
ACGTTGTTTG TGTGGGGATC ACGCGGCGAA TTTTACGTCT TCACTCCACC CGTGACAAAG 
GAGTACCAGG AAGTGGCGTT CGAAAAATTC TTGGATGAAG CAAAAAGAAA GATGCCAGGC 
GGCGCATTAA TGTCAACGAG TATGTATCGC CATCTGCATC GGAAAAAAAT GACAGATAGC 
CCACAGAAAG ACGCCGACAA ACTCCTCGCG GTGTTGTTGA AGGTTTTCAA CACCGACGGC 
GACTCCCAAG TGCGAGGGGC AGCTGAAAAT GCTTTGAAAG ACGTGAAAGC TCTGATGTCT 
GAAGAGCAAG CGGCGGAGTC ACTAGCTCTA TACGATGAAA AGACGGACCC GCGTGACGCA 
AGAGGATCAG CCCCTTCGCG GAAGATTTTG CGTGAAGTGA CTGCCGCGAT ACACGCCTCG 
GTCGAGAGGC AACACGAACA GGATGCGACC GCGTCCAAGC TTCGAATGAA CGAGTTTTGG 
CGTAAAATGA AGGAAAGGAG TAACGTAAAT ACTACATCTC AACCTCGCGT ATCCACGAAA 
GGAGGAAAAG TCGAAGTGAC CGCACGCGAC AAAGAGCTTA CGACCCGCTC AACGCCTGGC 
GGGCGTCTAC CTATCGTTAA GGATTCTATT GGCTTCAAGA GAAGAGACAA ATACGCCGCG 
GCAGTGATTG TACGTCACCC ACCGCCAGCT TCCGAGCACG ATGCGCTCGA TCGTCAGAAA 
AAGGAGAGAA GTGCGATCAG GGCAAAGCGA CTAATAGCGA GAGAAGCGAC TCAGGAGCGA 
TGGTACGGAG GAGAAAACTT CTCACGAAAC CAACGTGCAG CGTCGATTTC GAACGATATC 
GTGGAGCCGA AGAAGAGCGC CATGTCGAAG ATCGACGAAC TCAATAAGAG ACCCACAATC 
ACTCCGCCGT CGTACGGGCT CACTCGACTC CCGAAAGAGT TTAGGACAAG ACCAAGAAAA 
TTAGAAGAAT AG

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

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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OT_ostta11g01590 cDNA ORF clone, Ostreococcus tauri

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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