OT01G06000 cDNA ORF clone, Ostreococcus tauri

Gene
Clones
gRNAs

Summary

Gene Symbol	OT01G06000
Entrez Gene ID	9834611
Full Name	Domain of unknown function DUF221
Synonyms	Ot01g06000
Gene Type	protein-coding
Organism	Ostreococcus tauri

mRNA and Protein(s)

mRNA	Protein	Name
XM_022985496.1	XP_022838366.1	Domain of unknown function DUF221
XM_003074617.1	XP_003074664.1	RNA polymerase III subunit RPC2 (ISS)

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 OT01G06000 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the OT01G06000 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
OOd73843	XM_022985496.1 Latest version!	Ostreococcus tauri Domain of unknown function DUF221 (OT_ostta01g06110), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OOd03360	XM_003074617.1 Latest version!	Ostreococcus tauri RNA polymerase III subunit RPC2 (ISS) (Ot01g06000) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

OT01G06000 ( XM_022985496.1 ) cDNA ORF clone, Ostreococcus tauri -> XP_022838366.1 Ostreococcus tauri Domain of unknown function DUF221 (OT_ostta01g06110), partial mRNA.

Price & Availability↑

CloneID	OOd73843
Clone ID Related Accession (Same CDS sequence)	XM_022985496.1
Accession Version	XM_022985496.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	Domain of unknown function DUF221
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.

ATGAGTTCCA ACGGTTGCTC TGGGGCGTCT TGTGTGCGAT TCGCGACGAG CGATCGCGAC 
ATTTACATCG GTTTGAGCGT GTACAGTGCG GTGGCTTTCT TAGGGTTGAC GCTCTTCGGG 
CGCGTTCGAC ACGTGATGCC AATTTATTTT GGACGACTAC GGCTGCGTAA TCTGACGCTG 
CCGCCGCCGC CGTTCAGGGT GCCGAGGAAG AAAGACTCCA AACGAGGACC GGTGGCCAAG 
TTGATGATGT ATTATTTTGG ATGGATTCCG CACGTGCTGA GCGTGGACGA TAAGAAGCTG 
ATCTCCACCG CTGGGTTGGA TGCGTTTGCT TTTTTGCGCG TCTGTCAATT TGGGTTGCAA 
CTTTTCCTTC CACTTGCCAT GATTTCTGTT GTTGTTCTGC TACCTTTGCA CATCAACGGG 
GATGATTTAT CAACGCAGCA CGATGATTAT ATGAAGTTAC ACCCGAACTC AACCGCACAG 
GCCCCGGGGG GGTTGTTACT CACCACGGTG GCAAACATCT CGAGCAAGAG GTCCGTGCTG 
TGGCTGCACG CAGTGGGGAT GTGGTTAACG GTGCTGTACA CCTGTTGGTT ACTCAAACAG 
CATACCGCCA CTTTCGTCAT ACTGCGAACG CTTTACCTGA CGACGCGTGG TGACACCAAT 
CTTTGGCAGG TTGTTCATCA ACCATCTAAC TTCATCGAGC AGATGCTGGT TCAGGGAACG 
CGGGGCGGTG CAGAAATCAA CGATGACGAT CTGAGGAAGG TAAAAAGTGC GACATCGGAT 
GAGATTGGCG ACGCCCTCTC TGCGATGGAA GAATGTAAAG ACGAACATAC GGACTTGCTG 
TCGCGAGCAG TGGAGTTGAC GGCGAAATCG ACGAAGAATT TGCTTACGGC GGCTCGAAAC 
GTGCGAGTCG CCGACACCAA GGACTCCAGC GATGAAGAAC ATCTCAGGAG GCATGACGGT 
GACGAATTAA CAAAAGTAAA TGCTCCCCCA TCAACGTTGG ATCGACGAAG TTCAGGAGAT 
AGAGCGCCGT TGTCGAGGCA GACACCGAAG CCTTCGCTAA GGCTTCGGGA AGGAATTTCA 
CCTTTCGACC GGAAGCTGTC TAGACAGATA TCACTGTCTC AGGTGACAGG TCATCCGGTT 
ACGGTACAGG GCAACGTCGC TCAGGGGCTG AAGGGTGCGG GTAAACTGAA ATCAAGCGCT 
TCGCCAGACG GTGAATCACT TAGGCAAAGG TTGTCAACAT CTCCAACATC TCCAGGGAGC 
ACGCCAACGG CATTCAATCA GGGCCAAGGC TCGTTCATCT CTGGGCAAGC GTCGTCGAGG 
GAAATCAAAA TACCTCCAGG ACCTGTGATA GAGTCCAAGC AGATTTCATC GTTCACTTCA 
GGTTCGGGGG AAGGCTTGGG CGAGATCGAC CTCAGCATAA ACCCTCCGCT GAGCGAACCT 
CCCAGCGCTG CGAGGCGAAA ACAACGGAAA TTGCGGTTGG GTTCTTTTGG TTCGTTGGGC 
GCTCTACCCG CGTCCGTCAG CGGCGACTTG CAGCAACTCA CCCAATCGGA CGAAATAGGA 
AAGGGAGCGT CTCTACGGGT GGGATCGAAG GAAGACCTCA CGAGGAACGA GCTTATGCGA 
GGTCTCGTGG GTGATATGAA ACGTTCTGAA AGTTTGGAGT TTCTGTGCAA GAGTTCAAAG 
AAATCCCCGC GTCGTAACAA ACATCAACGA ATGCCGACGT TTGAGGATTT CAAGCTAGAT 
GATGTTGCGC TAACGCCGGC GGTGAAGAAG GCGCTTGCGA GGGTTAGGTC TATGGAAAAT 
GCACGCGACA TTGAGCGCAC GAGTGATGAG GACGGTTCGA ATGTTCGGAG TGAAATCGCG 
ATCTCTCACG ATTGGTGGGT TGGTTTGGAC ATCACGAGAG AGTACGAACG ATCACTGAGA 
GAAGATCCGG GATCGTGCGC GATCGCCGCC TCACCACCAC AAACGCAGGA GATGAGAAAC 
GAGATCAATC GCAGTCTAGC ACAAGCATTT GGTGACGTTG CTGGGCGAAT TGACTCACCG 
TTGAATGATG CGGCGAATTC TCCGGTGACC CGCGCGTCTA TGGCGGTCGG TGACCACTTG 
AGCCACGCTC CATCTGCAGT GCCGGACGTG AACAGCATTA GAACCGTCAA CGCGTACGAC 
CAAACCACAA AAGAACTCGT TAGTGTGTGG GCATCGAGTT ACACGGTTCT CATCACCGAC 
ATCCCGTACG TTCGAGCCGT AAACGAGGAT GGCGATGAAG TCAAAGTGAG AGGCTTGCGT 
CAAGTTGAGG CGACCCTTGA ATACATTTAC GGCGACGAGT TCAGAGGGTT AATTCCGGTC 
TTTGATCATC GACCGGTAGA CGCGCTTTTG GACAGTTACG ACGCGTGCAA GAACGCTCTG 
ACGCGAGTCA AGTTGAGGAT GGCGCGCGAA GGTATCTTGC CTGAAGTGAC TCTCCCCGGC 
ATCGCGTACA AATTCGGGAA GCGACTGTGT GCGGTGAAGG ATCGCGAGGA GGATCCGTGG 
ATGAATTGGT CAGCCTTTAC ATGTCTGTTT TCAGATTTAT TGCGACGACC AAAAAAGCTG 
AACAAACTGT CGCTACCCGA GCAGGTGGTG ACTTTGGAGG CGCAGTTACG GGCGCTTGAT 
GAGTCCATCG TTACTCTTCG CAAGATGACC TGGGATGCGC CCCCCGGACC GAGCTGTTTC 
GCGGTATTTG AGAACCAGCT CGCCGCAAGT ACGGCGGCAC AGTGCGTGAT TTCCCGTGCG 
TCGCATAGAA TATATAGAGC TCTACCGGCA CCCGGTCCGG ACGACATAAA CTGGCAGACG 
CTTCTTCGAA CTACGACTGA GAATCGTCGC CGAGCGTTGA TGGTGTGGCC CATTATTTTA 
TTTTTGATGA TGTTTCCCAC TGGTATGTTC TCCACGACGG TGACGAGCTT CTGCAAGTTG 
CGTGAAGAAG AAGGTTTCAT CGGTGGTAGC ACGTTGGGAT GGTACTGCTC AGCTGACGGC 
AAATATGCCC GATCGATAAT TTCCGGCGTG CTCCCACCGG TGCTTCTCAC GCTGTGGGAG 
GTGTTCGTCA TCTCCTTTTA CATGCTCTAC TTGGTTCAAA AGCAGAACAC ACACGTGTCG 
TTATCGGCAA CAGATCGACG GTTTTTGCGA TTCTACTTCG CTTGGAGCGC TGTGAACGTT 
GTTGTCGGTG GTATATTCGG TGGATCACTC GCTTTGTTCA CGACAACGCT CGGCAAATCT 
GATGTCACCT TTTCCGAAGT GCAGCAGCAG TTTGGTCGCG TGGTTCCGCT GAGCAGTAAC 
TTCTTCCTGC TTTTCATCGT GTTCAGAGCG GTGTATCTTC CCGTGCAGAG GCTGTTACTG 
CCTCATCCCG GCTCGATCTG TCTCGCCTTG GATATATTCT GGTGTCAAAA GCGCGGCACG 
TGCGCCAGGA CCGCGAGGGA TAGGACGCTT TTGTACTCTC CGCGGGCCGT GCGCATGGGT 
CGCGAAATTG GCGTCTTCTT GCTAATCATG CTTATCGGGC TGACATTCGT GAACATTGCT 
CCTCTCATCC CGTCCGTGTG CGTGTTGTTT TACATCACGA ACTTTGTGAT CTGGCGCTAC 
CACGTCTTGT ACGTATACGA GCGTGGATAC GAGTCCAACG GCGCAGTGTG GTTCGTGTTC 
ACCCAGCTCG TCCTCCTCTC CCTTCTCATC GCCCAGACGT TCTTGTCGTG CGTTCTATTC 
AGTAAAGAAG CCTACATCCA GGGCGGCATC TTGTACCTCA CCGTACCCCA GTACCTGTTC 
CGAGTGTATA ACAAGCTGCG CTCCGAGTAC GGCTCCGCCT CGTCCTGGAG CGTCCCGCTC 
AGCGAGGCCA CCGCCGCGCC GCCGACGGAT TTCGGTGGCG AAGTCTACAC CCATCCCGCC 
CTCAGACCTG CCGCCAACGG GTGGTTCCCA GACATCGGTA AGATCTGGAA GGGCTATCCC 
GGCGTGACGT CCAAGAATAA CTCGTAG

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

RefSeq	XP_022838366.1
CDS	1..3987
Translation	MSSNGCSGASCVRFATSDRDIYIGLSVYSAVAFLGLTLFGRVRHVMPIYFGRLRLRNLTLPPPPFRVPRKKDSKRGPVAKLMMYYFGWIPHVLSVDDKKLISTAGLDAFAFLRVCQFGLQLFLPLAMISVVVLLPLHINGDDLSTQHDDYMKLHPNSTAQAPGGLLLTTVANISSKRSVLWLHAVGMWLTVLYTCWLLKQHTATFVILRTLYLTTRGDTNLWQVVHQPSNFIEQMLVQGTRGGAEINDDDLRKVKSATSDEIGDALSAMEECKDEHTDLLSRAVELTAKSTKNLLTAARNVRVADTKDSSDEEHLRRHDGDELTKVNAPPSTLDRRSSGDRAPLSRQTPKPSLRLREGISPFDRKLSRQISLSQVTGHPVTVQGNVAQGLKGAGKLKSSASPDGESLRQRLSTSPTSPGSTPTAFNQGQGSFISGQASSREIKIPPGPVIESKQISSFTSGSGEGLGEIDLSINPPLSEPPSAARRKQRKLRLGSFGSLGALPASVSGDLQQLTQSDEIGKGASLRVGSKEDLTRNELMRGLVGDMKRSESLEFLCKSSKKSPRRNKHQRMPTFEDFKLDDVALTPAVKKALARVRSMENARDIERTSDEDGSNVRSEIAISHDWWVGLDITREYERSLREDPGSCAIAASPPQTQEMRNEINRSLAQAFGDVAGRIDSPLNDAANSPVTRASMAVGDHLSHAPSAVPDVNSIRTVNAYDQTTKELVSVWASSYTVLITDIPYVRAVNEDGDEVKVRGLRQVEATLEYIYGDEFRGLIPVFDHRPVDALLDSYDACKNALTRVKLRMAREGILPEVTLPGIAYKFGKRLCAVKDREEDPWMNWSAFTCLFSDLLRRPKKLNKLSLPEQVVTLEAQLRALDESIVTLRKMTWDAPPGPSCFAVFENQLAASTAAQCVISRASHRIYRALPAPGPDDINWQTLLRTTTENRRRALMVWPIILFLMMFPTGMFSTTVTSFCKLREEEGFIGGSTLGWYCSADGKYARSIISGVLPPVLLTLWEVFVISFYMLYLVQKQNTHVSLSATDRRFLRFYFAWSAVNVVVGGIFGGSLALFTTTLGKSDVTFSEVQQQFGRVVPLSSNFFLLFIVFRAVYLPVQRLLLPHPGSICLALDIFWCQKRGTCARTARDRTLLYSPRAVRMGREIGVFLLIMLIGLTFVNIAPLIPSVCVLFYITNFVIWRYHVLYVYERGYESNGAVWFVFTQLVLLSLLIAQTFLSCVLFSKEAYIQGGILYLTVPQYLFRVYNKLRSEYGSASSWSVPLSEATAAPPTDFGGEVYTHPALRPAANGWFPDIGKIWKGYPGVTSKNNS

Target ORF information:

RefSeq Version	XM_022985496.1
Organism	Ostreococcus tauri
Definition	Ostreococcus tauri Domain of unknown function DUF221 (OT_ostta01g06110), partial mRNA.

Target ORF information:

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

XM_022985496.1

ORF Insert Sequence:

ATGAGTTCCA ACGGTTGCTC TGGGGCGTCT TGTGTGCGAT TCGCGACGAG CGATCGCGAC 
ATTTACATCG GTTTGAGCGT GTACAGTGCG GTGGCTTTCT TAGGGTTGAC GCTCTTCGGG 
CGCGTTCGAC ACGTGATGCC AATTTATTTT GGACGACTAC GGCTGCGTAA TCTGACGCTG 
CCGCCGCCGC CGTTCAGGGT GCCGAGGAAG AAAGACTCCA AACGAGGACC GGTGGCCAAG 
TTGATGATGT ATTATTTTGG ATGGATTCCG CACGTGCTGA GCGTGGACGA TAAGAAGCTG 
ATCTCCACCG CTGGGTTGGA TGCGTTTGCT TTTTTGCGCG TCTGTCAATT TGGGTTGCAA 
CTTTTCCTTC CACTTGCCAT GATTTCTGTT GTTGTTCTGC TACCTTTGCA CATCAACGGG 
GATGATTTAT CAACGCAGCA CGATGATTAT ATGAAGTTAC ACCCGAACTC AACCGCACAG 
GCCCCGGGGG GGTTGTTACT CACCACGGTG GCAAACATCT CGAGCAAGAG GTCCGTGCTG 
TGGCTGCACG CAGTGGGGAT GTGGTTAACG GTGCTGTACA CCTGTTGGTT ACTCAAACAG 
CATACCGCCA CTTTCGTCAT ACTGCGAACG CTTTACCTGA CGACGCGTGG TGACACCAAT 
CTTTGGCAGG TTGTTCATCA ACCATCTAAC TTCATCGAGC AGATGCTGGT TCAGGGAACG 
CGGGGCGGTG CAGAAATCAA CGATGACGAT CTGAGGAAGG TAAAAAGTGC GACATCGGAT 
GAGATTGGCG ACGCCCTCTC TGCGATGGAA GAATGTAAAG ACGAACATAC GGACTTGCTG 
TCGCGAGCAG TGGAGTTGAC GGCGAAATCG ACGAAGAATT TGCTTACGGC GGCTCGAAAC 
GTGCGAGTCG CCGACACCAA GGACTCCAGC GATGAAGAAC ATCTCAGGAG GCATGACGGT 
GACGAATTAA CAAAAGTAAA TGCTCCCCCA TCAACGTTGG ATCGACGAAG TTCAGGAGAT 
AGAGCGCCGT TGTCGAGGCA GACACCGAAG CCTTCGCTAA GGCTTCGGGA AGGAATTTCA 
CCTTTCGACC GGAAGCTGTC TAGACAGATA TCACTGTCTC AGGTGACAGG TCATCCGGTT 
ACGGTACAGG GCAACGTCGC TCAGGGGCTG AAGGGTGCGG GTAAACTGAA ATCAAGCGCT 
TCGCCAGACG GTGAATCACT TAGGCAAAGG TTGTCAACAT CTCCAACATC TCCAGGGAGC 
ACGCCAACGG CATTCAATCA GGGCCAAGGC TCGTTCATCT CTGGGCAAGC GTCGTCGAGG 
GAAATCAAAA TACCTCCAGG ACCTGTGATA GAGTCCAAGC AGATTTCATC GTTCACTTCA 
GGTTCGGGGG AAGGCTTGGG CGAGATCGAC CTCAGCATAA ACCCTCCGCT GAGCGAACCT 
CCCAGCGCTG CGAGGCGAAA ACAACGGAAA TTGCGGTTGG GTTCTTTTGG TTCGTTGGGC 
GCTCTACCCG CGTCCGTCAG CGGCGACTTG CAGCAACTCA CCCAATCGGA CGAAATAGGA 
AAGGGAGCGT CTCTACGGGT GGGATCGAAG GAAGACCTCA CGAGGAACGA GCTTATGCGA 
GGTCTCGTGG GTGATATGAA ACGTTCTGAA AGTTTGGAGT TTCTGTGCAA GAGTTCAAAG 
AAATCCCCGC GTCGTAACAA ACATCAACGA ATGCCGACGT TTGAGGATTT CAAGCTAGAT 
GATGTTGCGC TAACGCCGGC GGTGAAGAAG GCGCTTGCGA GGGTTAGGTC TATGGAAAAT 
GCACGCGACA TTGAGCGCAC GAGTGATGAG GACGGTTCGA ATGTTCGGAG TGAAATCGCG 
ATCTCTCACG ATTGGTGGGT TGGTTTGGAC ATCACGAGAG AGTACGAACG ATCACTGAGA 
GAAGATCCGG GATCGTGCGC GATCGCCGCC TCACCACCAC AAACGCAGGA GATGAGAAAC 
GAGATCAATC GCAGTCTAGC ACAAGCATTT GGTGACGTTG CTGGGCGAAT TGACTCACCG 
TTGAATGATG CGGCGAATTC TCCGGTGACC CGCGCGTCTA TGGCGGTCGG TGACCACTTG 
AGCCACGCTC CATCTGCAGT GCCGGACGTG AACAGCATTA GAACCGTCAA CGCGTACGAC 
CAAACCACAA AAGAACTCGT TAGTGTGTGG GCATCGAGTT ACACGGTTCT CATCACCGAC 
ATCCCGTACG TTCGAGCCGT AAACGAGGAT GGCGATGAAG TCAAAGTGAG AGGCTTGCGT 
CAAGTTGAGG CGACCCTTGA ATACATTTAC GGCGACGAGT TCAGAGGGTT AATTCCGGTC 
TTTGATCATC GACCGGTAGA CGCGCTTTTG GACAGTTACG ACGCGTGCAA GAACGCTCTG 
ACGCGAGTCA AGTTGAGGAT GGCGCGCGAA GGTATCTTGC CTGAAGTGAC TCTCCCCGGC 
ATCGCGTACA AATTCGGGAA GCGACTGTGT GCGGTGAAGG ATCGCGAGGA GGATCCGTGG 
ATGAATTGGT CAGCCTTTAC ATGTCTGTTT TCAGATTTAT TGCGACGACC AAAAAAGCTG 
AACAAACTGT CGCTACCCGA GCAGGTGGTG ACTTTGGAGG CGCAGTTACG GGCGCTTGAT 
GAGTCCATCG TTACTCTTCG CAAGATGACC TGGGATGCGC CCCCCGGACC GAGCTGTTTC 
GCGGTATTTG AGAACCAGCT CGCCGCAAGT ACGGCGGCAC AGTGCGTGAT TTCCCGTGCG 
TCGCATAGAA TATATAGAGC TCTACCGGCA CCCGGTCCGG ACGACATAAA CTGGCAGACG 
CTTCTTCGAA CTACGACTGA GAATCGTCGC CGAGCGTTGA TGGTGTGGCC CATTATTTTA 
TTTTTGATGA TGTTTCCCAC TGGTATGTTC TCCACGACGG TGACGAGCTT CTGCAAGTTG 
CGTGAAGAAG AAGGTTTCAT CGGTGGTAGC ACGTTGGGAT GGTACTGCTC AGCTGACGGC 
AAATATGCCC GATCGATAAT TTCCGGCGTG CTCCCACCGG TGCTTCTCAC GCTGTGGGAG 
GTGTTCGTCA TCTCCTTTTA CATGCTCTAC TTGGTTCAAA AGCAGAACAC ACACGTGTCG 
TTATCGGCAA CAGATCGACG GTTTTTGCGA TTCTACTTCG CTTGGAGCGC TGTGAACGTT 
GTTGTCGGTG GTATATTCGG TGGATCACTC GCTTTGTTCA CGACAACGCT CGGCAAATCT 
GATGTCACCT TTTCCGAAGT GCAGCAGCAG TTTGGTCGCG TGGTTCCGCT GAGCAGTAAC 
TTCTTCCTGC TTTTCATCGT GTTCAGAGCG GTGTATCTTC CCGTGCAGAG GCTGTTACTG 
CCTCATCCCG GCTCGATCTG TCTCGCCTTG GATATATTCT GGTGTCAAAA GCGCGGCACG 
TGCGCCAGGA CCGCGAGGGA TAGGACGCTT TTGTACTCTC CGCGGGCCGT GCGCATGGGT 
CGCGAAATTG GCGTCTTCTT GCTAATCATG CTTATCGGGC TGACATTCGT GAACATTGCT 
CCTCTCATCC CGTCCGTGTG CGTGTTGTTT TACATCACGA ACTTTGTGAT CTGGCGCTAC 
CACGTCTTGT ACGTATACGA GCGTGGATAC GAGTCCAACG GCGCAGTGTG GTTCGTGTTC 
ACCCAGCTCG TCCTCCTCTC CCTTCTCATC GCCCAGACGT TCTTGTCGTG CGTTCTATTC 
AGTAAAGAAG CCTACATCCA GGGCGGCATC TTGTACCTCA CCGTACCCCA GTACCTGTTC 
CGAGTGTATA ACAAGCTGCG CTCCGAGTAC GGCTCCGCCT CGTCCTGGAG CGTCCCGCTC 
AGCGAGGCCA CCGCCGCGCC GCCGACGGAT TTCGGTGGCG AAGTCTACAC CCATCCCGCC 
CTCAGACCTG CCGCCAACGG GTGGTTCCCA GACATCGGTA AGATCTGGAA GGGCTATCCC 
GGCGTGACGT CCAAGAATAA CTCGTAG

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

OT01G06000 ( XM_003074617.1 ) cDNA ORF clone, Ostreococcus tauri -> XP_003074664.1 Ostreococcus tauri RNA polymerase III subunit RPC2 (ISS) (Ot01g06000) mRNA, complete cds.

Price & Availability↑

CloneID	OOd03360
Clone ID Related Accession (Same CDS sequence)	XM_003074617.1
Accession Version	XM_003074617.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7710bp) 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	1373472000000
Organism	Ostreococcus tauri
Product	RNA polymerase III subunit RPC2 (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.

ATGGGCGCGG CGGTGAAGGA TTCGTCGTCG AAGAAAACGT CCGGGAAATC GCGACGCTCG 
GACGTCGGCG GCGATACCGA CGCCATGGGG TGTCTCACGA GAGACCCGTC CAAGGTGACG 
TCGCCGATCG GGACGCTGGA GGATAAGTTT GAGCTCCTGC CGGCGTTCTT AAAGGTCAGA 
GGGCTGGTGC GGCAGCACAT CGACTCGTTC AACTACCTGG TGAACGAGGA GATAAAAAAG 
ATCGTGCGGG CGAAGGCGAA CGAACGGGTG ACGTGCGATA GCGATCCGAA CTTTTATCTC 
AAGTATACGA ACATTCACGT CGGACGGCCG AGCGTGGAGG AGGATTACGT CGTGGAGGAG 
ATCACGCCGC AGCAGTGTCG TCTGCGGGAC ATGACGTACG CGGCGCCGAT CACGGTGGAC 
GTGGAGTACA CGAGGGGGAA GGAGATTGTG ACAAGACAAC AGAAGAACGG GGTCGGTGGA 
ATCGTGATTG GGAGGATTCC ATTGATGCTT CGAAGCTCTC GATGCGTTTT GACGGGGAAG 
AATGAGGAGG AGTTGGCTCG ATTGGGAGAA TGTCCGCTAG ATCCAGGCGG ATACTTCATC 
GTCAAGGGCG TAGAGAAGGT GATTTTGATC CAGGAACAGT TGAGCAAGAA TAGAATTATC 
ATAGATGTTG ACAACAAGGG CGAGATCGGA GCTTCCGTCA CGTCGTCGAC GCACGAGCGG 
AAGAGTAAGA CGAACATCGT GGTGAAACAC GGTAAGTTGT ACCTCAGGCA CAATACATGC 
GCCGATGATA TTGCAATCAT GATTGTCCTC AAGGCGATGG GCATGGAGAG CGACCAAGAG 
GCGGTGCACA TGATCGGCTC AGATCCCACT TACGCGATGC TTCTCGCGCC GACGTTACAG 
GAGTGCCACG CCAGCGGGAT TTTCACCATG CAACAGGCTT TGGAGTACTG CGCCTCAAAG 
GTGCGCGTGG TGAAAATGCA ATCGCCTCGC ACTCAAATCG GAGGAGCGCG AACTTACGGC 
CGTTCTCGAA TCGACGAGGC GCGTGATATT CTTGCGGGCG TCGTTCTTGC CCACGTGCCC 
GTGGTCGCTT ACGATTTCAG GCAAAAGTGC GCGTACATTT CCATCATGGT TCGACGGATT 
CTCAACGCGT TGCTCGATCC CACGCAAGTG GACGACAAGG ACTACTACGG TAACAAGCGC 
CTCGAGCTCG CCGGTCAGCT CATCGCGCTT CTATTTGAAG ATTGTTTCAA GAGATTGAAC 
GCCGATTTGA AGCGTCAAGC GGACGCTGTG TTGTCCAAGG CGAATCGAGC GACGCAGTTT 
GACATTCTCA AATGCATTAG ACAGGATACC CTGAGCAACG GCTTAGAACA CGCAATTTCG 
AGCGGAAACT GGACGGTTAA ACGTTTCAGA ATGGAACGTA AGGGTGTCAC GCAAGTGCTG 
AGTCGATTGA GCTTCATCAG CGCTTTGGGT ATGATGACTC GCATCACGTC TCAGTTCGAG 
AAGACCCGAA AGGTATCTGG TCCGCGCGCT TTGCAGCCGA GTCAATGGGG AATGCTGTGC 
CCGAGCGATA CACCGGAAGG GGAGTCGTGC GGCCTGGTGA AAAACTTAGC GTTGATGACG 
CACGTCACTA CGGACGACGA AGAAGAGCCG CTCCGTCGTC TAGCGCACGC TCTCGGCGTG 
GAACCATTGA CGTGGCTGAA CGCTGGGGAG ATGCACTCGC CGCAAGGAGC GCACGTGTTG 
ATGAATGGTT CGCTGCTCGG TGTGCACGCT CAGCCTGAGG CGTTTGCTCA TGCCTTTAGA 
AAACTCCGTC GCGCGGGTCG AGTTGGAGAA TTCGTTTCCG TGTACGCCGC AGATGGATGC 
GTTTACATTT CGTCCGACGG CGGTCGCGTG TGTAGGCCGC TCATCATCAT AGAGCGTGGC 
GAGCCACTTC TCACGCAGGA GCACCTTGAA GAGCTTAAGG ATGGACACCG CACGTTCACA 
GACTTTTTGC GCGAGGGCTT AGTAGAGTAT TTGGATGTCA ACGAGGAGAA TGACTCTTAC 
ATTGCATTGT ACGAGGATGA GATGAATGAA GAAACAACGC ACTTGGAAAT CGAGCCGTTC 
ACCCTGCTCG GCGTCTGCGC AGGCATCATC CCGTACCCAC ATCACAATCA GTCGCCGAGA 
AACACTTACC AGTGTGCCAT GGGTAAACAG GCGATGGGAA ATATCGCGTT CAATCAGTTG 
AACCGCATGG ACACTCTCAT GTACTTGCTG GTGTACCCGC AAAAACCGAT CGTCAAGACG 
AAGACCATCG AGTTGATTGG TTACGATCGC CTGGGCGCGG GGCAAAATGC GACGATCGCC 
GTGATGTCAT ATAGCGGTTA CGACATCGAA GACGCCATCG TAATGAACCG CGCCTCTCTC 
GACAGAGGTT TCGGTCGGTG CACCGTGTTA CGCAAGTACT CGACGCAAGT GAAAAAGTAT 
AGCAATAGAA CGATGGATCG AATTATCGGA CCAAAGGAAG ACCAACGAGC GAACGAGAAC 
GGTCGATATC ACTTACTGGA TGGAGACGGC ATCGCCGCAG TGGGAGGTCG TATCAAGCCC 
GGGGACATTT ACGTCAATAA GCAGAGTCCT ATAAACACGC GTGATCCAAT GGCGAACCCG 
CACGGTATGC CAGACACGAT GTACAGGTCA AATCCGCTGT CTTACAAAGG TCCTCCGGGC 
GAGACCGCGA TCGTGGATAA GGTGCTACTG ACGATGACGG ATGAGGGTCA GTTTAACATC 
AAGACGCTCG TGCGTCAAAC TCGCCGGCCG GAGGTAGGAG ACAAGTTCTC ATCTCGCCAT 
GGTCAAAAGG GCGTGTGCGG CGTCATTCTT GATCAAGAGG ATTTCCCTTT CAGCGAGCGC 
GGAATAACGC CCGATCTCAT CATGAACCCG CATGGTTTCC CGTCACGGAT GACTGTAGGT 
AAAATGATTG AGCTACTCGG CGGTAAGGCT GGACTGGAGA ACGGGCGCTT CCACGACGGT 
ACGGCGTTTG CCGGAGACTC GGTCGAGGCC ATCCAACAAA CCTTGGTCGA AGCCGGTTTC 
TCACACAAGG GAAAAGATAT GCTCCACTGC GGTATTACTG GCGAAGCCTT GGAAGTCAAT 
GTCTTCATGG GTCCGGTGTA CTACCAAAAG CTCAAACACA TGGTGCAGGA CAAGATGCAC 
GCGCGCGCGC GAGGTCCGCG CGTCGTTCTC ACGCGCCAGC CCACGGAGGG TCGAGCGCGA 
GACGGCGGCT TGCGTCTCGG TGAGATGGAA CGAGATTGCC TGATCGGTTA CGGTGCCTCT 
CAGCTAATCC TCGAGCGATT GATGATCAGC TCGGATCAGT TCGAGGCCCA GGTGTGCACC 
AAGTGCGGTT TGCTCGGATT CCAGCATCAC ATCACTGGCA AGAACGCGTG CACGTTGTGC 
AAAACCGAGG CTGAGGTCGC CACGCTCAAG CTCCCGTACG CCGCCAAGCT CTTGTTCCAA 
GAGCTTCAGA GCTGCAACAT CGCACCCAGG ATTAACCTCG CCGAGGCACG TAACCGCACT 
GCCAGCTGGC GCGCCCCCAC AGCTCCCACA CAGATTCGCG CCCGTCCCGC CTCGCGCACG 
CGGGGCGCCG CGGCCGGGCG CGACGCCACG AATCACCGTC TTCGCGGCTT CGCCATGAGT 
TCCAACGGTT GCTCTGGGGC GTCTTGTGTG CGATTCGCGA CGAGCGATCG CGACATTTAC 
ATCGGGTGCG ACGAGCGATC GACGCGACGA CATCACGGGA ACGATCGGCG ACCGCCGTGG 
GGGCTCCGAC ACAGTTTGAG CGTGTACAGT GCGGTGGCTT TCTTAGGGTT GACGCTCTTC 
GGGCGCGTTC GACACGTGAT GCCAATTTAT TTTGGACGAC TACGGCTGCG TAATCTGACG 
CTGCCGCCGC CGCCGTTCAG GGTGCCGAGG AAGAAAGACT CCAAACGAGG ACCGGTGGCC 
AAGTTGATGA TGTATTATTT TGGATGGATT CCGCACGTGC TGAGCGTGGA CGATAAGAAG 
CTGATCTCCA CCGCTGGGTT GGATGCGTTT GCTTTTTTGC GCGTCTGTCA ATTTGGGTTG 
CAACTTTTCC TTCCACTTGC CATGATTTCT GTTGTTGTTC TGCTACCTTT GCACATCAAC 
GGGGATGATT TATCAACGCA GCACGATGAT TATATGAAGT TACACCCGAA CTCAACCGCA 
CAGGCCCCGG GGGGGTTGTT ACTCACCACG GTGGCAAACA TCTCGAGCAA GAGGTCCGTG 
CTGTGGCTGC ACGCAGTGGG GATGTGGTTA ACGGTGCTGT ACACCTGTTG GTTACTCAAA 
CAGCATACCG CCACTTTCGT CATACTGCGA ACGCTTTACC TGACGACGCG TGGTGACACC 
AATCTTTGGC AGGTTGTTCA TCAACCATCT AACTTCATCG AGCAGATGCT GGTTCAGGGA 
ACGCGGGGCG GTGCAGAAAT CAACGATGAC GATCTGAGGA AGGTAAAAAG TGCGACATCG 
GATGAGATTG GCGACGCCCT CTCTGCGATG GAAGAATGTA AAGACGAACA TACGGACTTG 
CTGTCGCGAG CAGTGGAGTT GACGGCGAAA TCGACGAAGA ATTTGCTTAC GGCGGCTCGA 
AACGTGCGAG TCGCCGACAC CAAGGACTCC AGCGATGAAG AACATCTCAG GAGGCATGAC 
GGTGACGAAT TAACAAAAGT AAATGCTCCC CCATCAACGT TGGATCGACG AAGTTCAGGA 
GATAGAGCGC CGTTGTCGAG GCAGACACCG AAGCCTTCGC TAAGGCTTCG GGAAGGAATT 
TCACCTTTCG ACCGGAAGCT GTCTAGACAG ATATCACTGT CTCAGGTGAC AGGTCATCCG 
GTTACGGTAC AGGGCAACGT CGCTCAGGGG CTGAAGGGTG CGGGTAAACT GAAATCAAGC 
GCTTCGCCAG ACGGTGAATC ACTTAGGCAA AGGTTGTCAA CATCTCCAAC ATCTCCAGGG 
AGCACGCCAA CGGCATTCAA TCAGGGCCAA GGCTCGTTCA TCTCTGGGCA AGCGTCGTCG 
AGGGAAATCA AAATACCTCC AGGACCTGTG ATAGAGTCCA AGCAGATTTC ATCGTTCACT 
TCAGGTTCGG GGGAAGGCTT GGGCGAGATC GACCTCAGCA TAAACCCTCC GCTGAGCGAA 
CCTCCCAGCG CTGCGAGGCG AAAACAACGG AAATTGCGGT TGGGTTCTTT TGGTTCGTTG 
GGCGCTCTAC CCGCGTCCGT CAGCGGCGAC TTGCAGCAAC TCACCCAATC GGACGAAATA 
GGAAAGGGAG CGTCTCTACG GGTGGGATCG AAGGAAGACC TCACGAGGAA CGAGCTTATG 
CGAGGTCTCG TGGGTGATAT GAAACGTTCT GAAAGTTTGG AGTTTCTGTG CAAGAGTTCA 
AAGAAATCCC CGCGTCGTAA CAAACATCAA CGAATGCCGA CGTTTGAGGA TTTCAAGCTA 
GATGATGTTG CGCTAACGCC GGCGGTGAAG AAGGCGCTTG CGAGGGTTAG GTCTATGGAA 
AATGCACGCG ACATTGAGCG CACGAGTGAT GAGGACGGTT CGAATGTTCG GAGTGAAATC 
GCGATCTCTC ACGATTGGTG GGTTGGTTTG GACATCACGA GAGAGTACGA ACGATCACTG 
AGAGAAGATC CGGGATCGTG CGCGATCGCC GCCTCACCAC CACAAACGCA GGAGATGAGA 
AACGAGATCA ATCGCAGTCT AGCACAAGCA TTTGGTGACG TTGCTGGGCG AATTGACTCA 
CCGTTGAATG ATGCGGCGAA TTCTCCGGTG ACCCGCGCGT CTATGGCGGT CGGTGACCAC 
TTGAGCCACG CTCCATCTGC AGTGCCGGAC GTGAACAGCA TTAGAACCGT CAACGCGTAC 
GACCAAACCA CAAAAGAACT CGTTAGTGTG TGGGCATCGA GTTACACGGT TCTCATCACC 
GACATCCCGT ACGTTCGAGC CGTAAACGAG GATGGCGATG AAGTCAAAGT GAGAGGCTTG 
CGTCAAGTTG AGGCGACCCT TGAATACATT TACGGCGACG AGTTCAGAGG GTTAATTCCG 
GTCTTTGATC ATCGACCGGT AGACGCGCTT TTGGACAGTT ACGACGCGTG CAAGAACGCT 
CTGACGCGAG TCAAGTTGAG GATGGCGCGC GAAGGTATCT TGCCTGAAGT GACTCTCCCC 
GGCATCGCGT ACAAATTCGG GAAGCGACTG TGTGCGGTGA AGGATCGCGA GGAGGATCCG 
TGGATGAATT GGTCAGCCTT TACATGTCTG TTTTCAGATT TATTGCGACG ACCAAAAAAG 
CTGAACAAAC TGTCGCTACC CGAGCAGGTG GTGACTTTGG AGGCGCAGTT ACGGGCGCTT 
GATGAGTCCA TCGTTACTCT TCGCAAGATG ACCTGGGATG CGCCCCCCGG ACCGAGCTGT 
TTCGCGGTAT TTGAGAACCA GCTCGCCGCA AGTACGGCGG CACAGTGCGT GATTTCCCGT 
GCGTCGCATA GAATATATAG AGCTCTACCG GCACCCGGTC CGGACGACAT AAACTGGCAG 
ACGCTTCTTC GAACTACGAC TGAGAATCGT CGCCGAGCGT TGATGGTGTG GCCCATTATT 
TTATTTTTGA TGATGTTTCC CACTGGTATG TTCTCCACGA CGGTGACGAG CTTCTGCAAG 
TTGCGTGAAG AAGAAGGTTT CATCGGTGGT AGCACGTTGG GATGGTACTG CTCAGCTGAC 
GGCAAATATG CCCGATCGAT AATTTCCGGC GTGCTCCCAC CGGTGCTTCT CACGCTGTGG 
GAGGTGTTCG TCATCTCCTT TTACATGCTC TACTTGGTTC AAAAGCAGAA CACACACGTG 
TCGTTATCGG CAACAGATCG ACGGTTTTTG CGATTCTACT TCGCTTGGAG CGCTGTGAAC 
GTTGTTGTCG GTGGTATATT CGGTGGATCA CTCGCTTTGT TCACGACAAC GCTCGGCAAA 
TCTGATGTCA CCTTTTCCGA AGTGCAGCAG CAGTTTGGTC GCGTGGTTCC GCTGAGCAGT 
AACTTCTTCC TGCTTTTCAT CGTGTTCAGA GCGGTGTATC TTCCCGTGCA GAGGCTGTTA 
CTGCCTCATC CCGGCTCGAT CTGTCTCGCC TTGGATATAT TCTGGTGTCA AAAGCGCGGC 
ACGTGCGCCA GGACCGCGAG GGATAGGACG CTTTTGTACT CTCCGCGGGC CGTGCGCATG 
GGTCGCGAAA TTGGCGTCTT CTTGCTAATC ATGCTTATCG GGCTGACATT CGTGAACATT 
GCTCCTCTCA TCCCGTCCGT GTGCGTGTTG TTTTACATCA CGAACTTTGT GATCTGGCGC 
TACCACGTCT TGTACGTATA CGAGCGTGGA TACGAGTCCA ACGGCGCAGT GTGGTTCGTG 
TTCACCCAGC TCGTCCTCCT CTCCCTTCTC ATCGCCCAGA CGTTCTTGTC GTGCGTTCTA 
TTCAGTAAAG AAGCCTACAT CCAGGGCGGC ATCTTGTACC TCACCGTACC CCAGTACCTG 
TTCCGAGTGT ATAACAAGCT GCGCTCCGAG TACGGCTCCG CCTCGTCCTG GAGCGTCCCG 
CTCAGCGAGG CCACCGCCGC GCCGCCGACG GATTTCGGTG GCGAAGTCTA CACCCATCCC 
GCCCTCAGAC CTGCCGCCAA CGGGTGGTTC CCAGACATCG GTAAGATCTG GAAGGGCTAT 
CCCGGCGTGA CGTCCAAGAA TAACTCGTAG

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

RefSeq	XP_003074664.1
CDS	1..7710
Translation	MGAAVKDSSSKKTSGKSRRSDVGGDTDAMGCLTRDPSKVTSPIGTLEDKFELLPAFLKVRGLVRQHIDSFNYLVNEEIKKIVRAKANERVTCDSDPNFYLKYTNIHVGRPSVEEDYVVEEITPQQCRLRDMTYAAPITVDVEYTRGKEIVTRQQKNGVGGIVIGRIPLMLRSSRCVLTGKNEEELARLGECPLDPGGYFIVKGVEKVILIQEQLSKNRIIIDVDNKGEIGASVTSSTHERKSKTNIVVKHGKLYLRHNTCADDIAIMIVLKAMGMESDQEAVHMIGSDPTYAMLLAPTLQECHASGIFTMQQALEYCASKVRVVKMQSPRTQIGGARTYGRSRIDEARDILAGVVLAHVPVVAYDFRQKCAYISIMVRRILNALLDPTQVDDKDYYGNKRLELAGQLIALLFEDCFKRLNADLKRQADAVLSKANRATQFDILKCIRQDTLSNGLEHAISSGNWTVKRFRMERKGVTQVLSRLSFISALGMMTRITSQFEKTRKVSGPRALQPSQWGMLCPSDTPEGESCGLVKNLALMTHVTTDDEEEPLRRLAHALGVEPLTWLNAGEMHSPQGAHVLMNGSLLGVHAQPEAFAHAFRKLRRAGRVGEFVSVYAADGCVYISSDGGRVCRPLIIIERGEPLLTQEHLEELKDGHRTFTDFLREGLVEYLDVNEENDSYIALYEDEMNEETTHLEIEPFTLLGVCAGIIPYPHHNQSPRNTYQCAMGKQAMGNIAFNQLNRMDTLMYLLVYPQKPIVKTKTIELIGYDRLGAGQNATIAVMSYSGYDIEDAIVMNRASLDRGFGRCTVLRKYSTQVKKYSNRTMDRIIGPKEDQRANENGRYHLLDGDGIAAVGGRIKPGDIYVNKQSPINTRDPMANPHGMPDTMYRSNPLSYKGPPGETAIVDKVLLTMTDEGQFNIKTLVRQTRRPEVGDKFSSRHGQKGVCGVILDQEDFPFSERGITPDLIMNPHGFPSRMTVGKMIELLGGKAGLENGRFHDGTAFAGDSVEAIQQTLVEAGFSHKGKDMLHCGITGEALEVNVFMGPVYYQKLKHMVQDKMHARARGPRVVLTRQPTEGRARDGGLRLGEMERDCLIGYGASQLILERLMISSDQFEAQVCTKCGLLGFQHHITGKNACTLCKTEAEVATLKLPYAAKLLFQELQSCNIAPRINLAEARNRTASWRAPTAPTQIRARPASRTRGAAAGRDATNHRLRGFAMSSNGCSGASCVRFATSDRDIYIGCDERSTRRHHGNDRRPPWGLRHSLSVYSAVAFLGLTLFGRVRHVMPIYFGRLRLRNLTLPPPPFRVPRKKDSKRGPVAKLMMYYFGWIPHVLSVDDKKLISTAGLDAFAFLRVCQFGLQLFLPLAMISVVVLLPLHINGDDLSTQHDDYMKLHPNSTAQAPGGLLLTTVANISSKRSVLWLHAVGMWLTVLYTCWLLKQHTATFVILRTLYLTTRGDTNLWQVVHQPSNFIEQMLVQGTRGGAEINDDDLRKVKSATSDEIGDALSAMEECKDEHTDLLSRAVELTAKSTKNLLTAARNVRVADTKDSSDEEHLRRHDGDELTKVNAPPSTLDRRSSGDRAPLSRQTPKPSLRLREGISPFDRKLSRQISLSQVTGHPVTVQGNVAQGLKGAGKLKSSASPDGESLRQRLSTSPTSPGSTPTAFNQGQGSFISGQASSREIKIPPGPVIESKQISSFTSGSGEGLGEIDLSINPPLSEPPSAARRKQRKLRLGSFGSLGALPASVSGDLQQLTQSDEIGKGASLRVGSKEDLTRNELMRGLVGDMKRSESLEFLCKSSKKSPRRNKHQRMPTFEDFKLDDVALTPAVKKALARVRSMENARDIERTSDEDGSNVRSEIAISHDWWVGLDITREYERSLREDPGSCAIAASPPQTQEMRNEINRSLAQAFGDVAGRIDSPLNDAANSPVTRASMAVGDHLSHAPSAVPDVNSIRTVNAYDQTTKELVSVWASSYTVLITDIPYVRAVNEDGDEVKVRGLRQVEATLEYIYGDEFRGLIPVFDHRPVDALLDSYDACKNALTRVKLRMAREGILPEVTLPGIAYKFGKRLCAVKDREEDPWMNWSAFTCLFSDLLRRPKKLNKLSLPEQVVTLEAQLRALDESIVTLRKMTWDAPPGPSCFAVFENQLAASTAAQCVISRASHRIYRALPAPGPDDINWQTLLRTTTENRRRALMVWPIILFLMMFPTGMFSTTVTSFCKLREEEGFIGGSTLGWYCSADGKYARSIISGVLPPVLLTLWEVFVISFYMLYLVQKQNTHVSLSATDRRFLRFYFAWSAVNVVVGGIFGGSLALFTTTLGKSDVTFSEVQQQFGRVVPLSSNFFLLFIVFRAVYLPVQRLLLPHPGSICLALDIFWCQKRGTCARTARDRTLLYSPRAVRMGREIGVFLLIMLIGLTFVNIAPLIPSVCVLFYITNFVIWRYHVLYVYERGYESNGAVWFVFTQLVLLSLLIAQTFLSCVLFSKEAYIQGGILYLTVPQYLFRVYNKLRSEYGSASSWSVPLSEATAAPPTDFGGEVYTHPALRPAANGWFPDIGKIWKGYPGVTSKNNS

Target ORF information:

RefSeq Version	XM_003074617.1
Organism	Ostreococcus tauri
Definition	Ostreococcus tauri RNA polymerase III subunit RPC2 (ISS) (Ot01g06000) mRNA, complete cds.

Target ORF information:

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

XM_003074617.1

ORF Insert Sequence:

ATGGGCGCGG CGGTGAAGGA TTCGTCGTCG AAGAAAACGT CCGGGAAATC GCGACGCTCG 
GACGTCGGCG GCGATACCGA CGCCATGGGG TGTCTCACGA GAGACCCGTC CAAGGTGACG 
TCGCCGATCG GGACGCTGGA GGATAAGTTT GAGCTCCTGC CGGCGTTCTT AAAGGTCAGA 
GGGCTGGTGC GGCAGCACAT CGACTCGTTC AACTACCTGG TGAACGAGGA GATAAAAAAG 
ATCGTGCGGG CGAAGGCGAA CGAACGGGTG ACGTGCGATA GCGATCCGAA CTTTTATCTC 
AAGTATACGA ACATTCACGT CGGACGGCCG AGCGTGGAGG AGGATTACGT CGTGGAGGAG 
ATCACGCCGC AGCAGTGTCG TCTGCGGGAC ATGACGTACG CGGCGCCGAT CACGGTGGAC 
GTGGAGTACA CGAGGGGGAA GGAGATTGTG ACAAGACAAC AGAAGAACGG GGTCGGTGGA 
ATCGTGATTG GGAGGATTCC ATTGATGCTT CGAAGCTCTC GATGCGTTTT GACGGGGAAG 
AATGAGGAGG AGTTGGCTCG ATTGGGAGAA TGTCCGCTAG ATCCAGGCGG ATACTTCATC 
GTCAAGGGCG TAGAGAAGGT GATTTTGATC CAGGAACAGT TGAGCAAGAA TAGAATTATC 
ATAGATGTTG ACAACAAGGG CGAGATCGGA GCTTCCGTCA CGTCGTCGAC GCACGAGCGG 
AAGAGTAAGA CGAACATCGT GGTGAAACAC GGTAAGTTGT ACCTCAGGCA CAATACATGC 
GCCGATGATA TTGCAATCAT GATTGTCCTC AAGGCGATGG GCATGGAGAG CGACCAAGAG 
GCGGTGCACA TGATCGGCTC AGATCCCACT TACGCGATGC TTCTCGCGCC GACGTTACAG 
GAGTGCCACG CCAGCGGGAT TTTCACCATG CAACAGGCTT TGGAGTACTG CGCCTCAAAG 
GTGCGCGTGG TGAAAATGCA ATCGCCTCGC ACTCAAATCG GAGGAGCGCG AACTTACGGC 
CGTTCTCGAA TCGACGAGGC GCGTGATATT CTTGCGGGCG TCGTTCTTGC CCACGTGCCC 
GTGGTCGCTT ACGATTTCAG GCAAAAGTGC GCGTACATTT CCATCATGGT TCGACGGATT 
CTCAACGCGT TGCTCGATCC CACGCAAGTG GACGACAAGG ACTACTACGG TAACAAGCGC 
CTCGAGCTCG CCGGTCAGCT CATCGCGCTT CTATTTGAAG ATTGTTTCAA GAGATTGAAC 
GCCGATTTGA AGCGTCAAGC GGACGCTGTG TTGTCCAAGG CGAATCGAGC GACGCAGTTT 
GACATTCTCA AATGCATTAG ACAGGATACC CTGAGCAACG GCTTAGAACA CGCAATTTCG 
AGCGGAAACT GGACGGTTAA ACGTTTCAGA ATGGAACGTA AGGGTGTCAC GCAAGTGCTG 
AGTCGATTGA GCTTCATCAG CGCTTTGGGT ATGATGACTC GCATCACGTC TCAGTTCGAG 
AAGACCCGAA AGGTATCTGG TCCGCGCGCT TTGCAGCCGA GTCAATGGGG AATGCTGTGC 
CCGAGCGATA CACCGGAAGG GGAGTCGTGC GGCCTGGTGA AAAACTTAGC GTTGATGACG 
CACGTCACTA CGGACGACGA AGAAGAGCCG CTCCGTCGTC TAGCGCACGC TCTCGGCGTG 
GAACCATTGA CGTGGCTGAA CGCTGGGGAG ATGCACTCGC CGCAAGGAGC GCACGTGTTG 
ATGAATGGTT CGCTGCTCGG TGTGCACGCT CAGCCTGAGG CGTTTGCTCA TGCCTTTAGA 
AAACTCCGTC GCGCGGGTCG AGTTGGAGAA TTCGTTTCCG TGTACGCCGC AGATGGATGC 
GTTTACATTT CGTCCGACGG CGGTCGCGTG TGTAGGCCGC TCATCATCAT AGAGCGTGGC 
GAGCCACTTC TCACGCAGGA GCACCTTGAA GAGCTTAAGG ATGGACACCG CACGTTCACA 
GACTTTTTGC GCGAGGGCTT AGTAGAGTAT TTGGATGTCA ACGAGGAGAA TGACTCTTAC 
ATTGCATTGT ACGAGGATGA GATGAATGAA GAAACAACGC ACTTGGAAAT CGAGCCGTTC 
ACCCTGCTCG GCGTCTGCGC AGGCATCATC CCGTACCCAC ATCACAATCA GTCGCCGAGA 
AACACTTACC AGTGTGCCAT GGGTAAACAG GCGATGGGAA ATATCGCGTT CAATCAGTTG 
AACCGCATGG ACACTCTCAT GTACTTGCTG GTGTACCCGC AAAAACCGAT CGTCAAGACG 
AAGACCATCG AGTTGATTGG TTACGATCGC CTGGGCGCGG GGCAAAATGC GACGATCGCC 
GTGATGTCAT ATAGCGGTTA CGACATCGAA GACGCCATCG TAATGAACCG CGCCTCTCTC 
GACAGAGGTT TCGGTCGGTG CACCGTGTTA CGCAAGTACT CGACGCAAGT GAAAAAGTAT 
AGCAATAGAA CGATGGATCG AATTATCGGA CCAAAGGAAG ACCAACGAGC GAACGAGAAC 
GGTCGATATC ACTTACTGGA TGGAGACGGC ATCGCCGCAG TGGGAGGTCG TATCAAGCCC 
GGGGACATTT ACGTCAATAA GCAGAGTCCT ATAAACACGC GTGATCCAAT GGCGAACCCG 
CACGGTATGC CAGACACGAT GTACAGGTCA AATCCGCTGT CTTACAAAGG TCCTCCGGGC 
GAGACCGCGA TCGTGGATAA GGTGCTACTG ACGATGACGG ATGAGGGTCA GTTTAACATC 
AAGACGCTCG TGCGTCAAAC TCGCCGGCCG GAGGTAGGAG ACAAGTTCTC ATCTCGCCAT 
GGTCAAAAGG GCGTGTGCGG CGTCATTCTT GATCAAGAGG ATTTCCCTTT CAGCGAGCGC 
GGAATAACGC CCGATCTCAT CATGAACCCG CATGGTTTCC CGTCACGGAT GACTGTAGGT 
AAAATGATTG AGCTACTCGG CGGTAAGGCT GGACTGGAGA ACGGGCGCTT CCACGACGGT 
ACGGCGTTTG CCGGAGACTC GGTCGAGGCC ATCCAACAAA CCTTGGTCGA AGCCGGTTTC 
TCACACAAGG GAAAAGATAT GCTCCACTGC GGTATTACTG GCGAAGCCTT GGAAGTCAAT 
GTCTTCATGG GTCCGGTGTA CTACCAAAAG CTCAAACACA TGGTGCAGGA CAAGATGCAC 
GCGCGCGCGC GAGGTCCGCG CGTCGTTCTC ACGCGCCAGC CCACGGAGGG TCGAGCGCGA 
GACGGCGGCT TGCGTCTCGG TGAGATGGAA CGAGATTGCC TGATCGGTTA CGGTGCCTCT 
CAGCTAATCC TCGAGCGATT GATGATCAGC TCGGATCAGT TCGAGGCCCA GGTGTGCACC 
AAGTGCGGTT TGCTCGGATT CCAGCATCAC ATCACTGGCA AGAACGCGTG CACGTTGTGC 
AAAACCGAGG CTGAGGTCGC CACGCTCAAG CTCCCGTACG CCGCCAAGCT CTTGTTCCAA 
GAGCTTCAGA GCTGCAACAT CGCACCCAGG ATTAACCTCG CCGAGGCACG TAACCGCACT 
GCCAGCTGGC GCGCCCCCAC AGCTCCCACA CAGATTCGCG CCCGTCCCGC CTCGCGCACG 
CGGGGCGCCG CGGCCGGGCG CGACGCCACG AATCACCGTC TTCGCGGCTT CGCCATGAGT 
TCCAACGGTT GCTCTGGGGC GTCTTGTGTG CGATTCGCGA CGAGCGATCG CGACATTTAC 
ATCGGGTGCG ACGAGCGATC GACGCGACGA CATCACGGGA ACGATCGGCG ACCGCCGTGG 
GGGCTCCGAC ACAGTTTGAG CGTGTACAGT GCGGTGGCTT TCTTAGGGTT GACGCTCTTC 
GGGCGCGTTC GACACGTGAT GCCAATTTAT TTTGGACGAC TACGGCTGCG TAATCTGACG 
CTGCCGCCGC CGCCGTTCAG GGTGCCGAGG AAGAAAGACT CCAAACGAGG ACCGGTGGCC 
AAGTTGATGA TGTATTATTT TGGATGGATT CCGCACGTGC TGAGCGTGGA CGATAAGAAG 
CTGATCTCCA CCGCTGGGTT GGATGCGTTT GCTTTTTTGC GCGTCTGTCA ATTTGGGTTG 
CAACTTTTCC TTCCACTTGC CATGATTTCT GTTGTTGTTC TGCTACCTTT GCACATCAAC 
GGGGATGATT TATCAACGCA GCACGATGAT TATATGAAGT TACACCCGAA CTCAACCGCA 
CAGGCCCCGG GGGGGTTGTT ACTCACCACG GTGGCAAACA TCTCGAGCAA GAGGTCCGTG 
CTGTGGCTGC ACGCAGTGGG GATGTGGTTA ACGGTGCTGT ACACCTGTTG GTTACTCAAA 
CAGCATACCG CCACTTTCGT CATACTGCGA ACGCTTTACC TGACGACGCG TGGTGACACC 
AATCTTTGGC AGGTTGTTCA TCAACCATCT AACTTCATCG AGCAGATGCT GGTTCAGGGA 
ACGCGGGGCG GTGCAGAAAT CAACGATGAC GATCTGAGGA AGGTAAAAAG TGCGACATCG 
GATGAGATTG GCGACGCCCT CTCTGCGATG GAAGAATGTA AAGACGAACA TACGGACTTG 
CTGTCGCGAG CAGTGGAGTT GACGGCGAAA TCGACGAAGA ATTTGCTTAC GGCGGCTCGA 
AACGTGCGAG TCGCCGACAC CAAGGACTCC AGCGATGAAG AACATCTCAG GAGGCATGAC 
GGTGACGAAT TAACAAAAGT AAATGCTCCC CCATCAACGT TGGATCGACG AAGTTCAGGA 
GATAGAGCGC CGTTGTCGAG GCAGACACCG AAGCCTTCGC TAAGGCTTCG GGAAGGAATT 
TCACCTTTCG ACCGGAAGCT GTCTAGACAG ATATCACTGT CTCAGGTGAC AGGTCATCCG 
GTTACGGTAC AGGGCAACGT CGCTCAGGGG CTGAAGGGTG CGGGTAAACT GAAATCAAGC 
GCTTCGCCAG ACGGTGAATC ACTTAGGCAA AGGTTGTCAA CATCTCCAAC ATCTCCAGGG 
AGCACGCCAA CGGCATTCAA TCAGGGCCAA GGCTCGTTCA TCTCTGGGCA AGCGTCGTCG 
AGGGAAATCA AAATACCTCC AGGACCTGTG ATAGAGTCCA AGCAGATTTC ATCGTTCACT 
TCAGGTTCGG GGGAAGGCTT GGGCGAGATC GACCTCAGCA TAAACCCTCC GCTGAGCGAA 
CCTCCCAGCG CTGCGAGGCG AAAACAACGG AAATTGCGGT TGGGTTCTTT TGGTTCGTTG 
GGCGCTCTAC CCGCGTCCGT CAGCGGCGAC TTGCAGCAAC TCACCCAATC GGACGAAATA 
GGAAAGGGAG CGTCTCTACG GGTGGGATCG AAGGAAGACC TCACGAGGAA CGAGCTTATG 
CGAGGTCTCG TGGGTGATAT GAAACGTTCT GAAAGTTTGG AGTTTCTGTG CAAGAGTTCA 
AAGAAATCCC CGCGTCGTAA CAAACATCAA CGAATGCCGA CGTTTGAGGA TTTCAAGCTA 
GATGATGTTG CGCTAACGCC GGCGGTGAAG AAGGCGCTTG CGAGGGTTAG GTCTATGGAA 
AATGCACGCG ACATTGAGCG CACGAGTGAT GAGGACGGTT CGAATGTTCG GAGTGAAATC 
GCGATCTCTC ACGATTGGTG GGTTGGTTTG GACATCACGA GAGAGTACGA ACGATCACTG 
AGAGAAGATC CGGGATCGTG CGCGATCGCC GCCTCACCAC CACAAACGCA GGAGATGAGA 
AACGAGATCA ATCGCAGTCT AGCACAAGCA TTTGGTGACG TTGCTGGGCG AATTGACTCA 
CCGTTGAATG ATGCGGCGAA TTCTCCGGTG ACCCGCGCGT CTATGGCGGT CGGTGACCAC 
TTGAGCCACG CTCCATCTGC AGTGCCGGAC GTGAACAGCA TTAGAACCGT CAACGCGTAC 
GACCAAACCA CAAAAGAACT CGTTAGTGTG TGGGCATCGA GTTACACGGT TCTCATCACC 
GACATCCCGT ACGTTCGAGC CGTAAACGAG GATGGCGATG AAGTCAAAGT GAGAGGCTTG 
CGTCAAGTTG AGGCGACCCT TGAATACATT TACGGCGACG AGTTCAGAGG GTTAATTCCG 
GTCTTTGATC ATCGACCGGT AGACGCGCTT TTGGACAGTT ACGACGCGTG CAAGAACGCT 
CTGACGCGAG TCAAGTTGAG GATGGCGCGC GAAGGTATCT TGCCTGAAGT GACTCTCCCC 
GGCATCGCGT ACAAATTCGG GAAGCGACTG TGTGCGGTGA AGGATCGCGA GGAGGATCCG 
TGGATGAATT GGTCAGCCTT TACATGTCTG TTTTCAGATT TATTGCGACG ACCAAAAAAG 
CTGAACAAAC TGTCGCTACC CGAGCAGGTG GTGACTTTGG AGGCGCAGTT ACGGGCGCTT 
GATGAGTCCA TCGTTACTCT TCGCAAGATG ACCTGGGATG CGCCCCCCGG ACCGAGCTGT 
TTCGCGGTAT TTGAGAACCA GCTCGCCGCA AGTACGGCGG CACAGTGCGT GATTTCCCGT 
GCGTCGCATA GAATATATAG AGCTCTACCG GCACCCGGTC CGGACGACAT AAACTGGCAG 
ACGCTTCTTC GAACTACGAC TGAGAATCGT CGCCGAGCGT TGATGGTGTG GCCCATTATT 
TTATTTTTGA TGATGTTTCC CACTGGTATG TTCTCCACGA CGGTGACGAG CTTCTGCAAG 
TTGCGTGAAG AAGAAGGTTT CATCGGTGGT AGCACGTTGG GATGGTACTG CTCAGCTGAC 
GGCAAATATG CCCGATCGAT AATTTCCGGC GTGCTCCCAC CGGTGCTTCT CACGCTGTGG 
GAGGTGTTCG TCATCTCCTT TTACATGCTC TACTTGGTTC AAAAGCAGAA CACACACGTG 
TCGTTATCGG CAACAGATCG ACGGTTTTTG CGATTCTACT TCGCTTGGAG CGCTGTGAAC 
GTTGTTGTCG GTGGTATATT CGGTGGATCA CTCGCTTTGT TCACGACAAC GCTCGGCAAA 
TCTGATGTCA CCTTTTCCGA AGTGCAGCAG CAGTTTGGTC GCGTGGTTCC GCTGAGCAGT 
AACTTCTTCC TGCTTTTCAT CGTGTTCAGA GCGGTGTATC TTCCCGTGCA GAGGCTGTTA 
CTGCCTCATC CCGGCTCGAT CTGTCTCGCC TTGGATATAT TCTGGTGTCA AAAGCGCGGC 
ACGTGCGCCA GGACCGCGAG GGATAGGACG CTTTTGTACT CTCCGCGGGC CGTGCGCATG 
GGTCGCGAAA TTGGCGTCTT CTTGCTAATC ATGCTTATCG GGCTGACATT CGTGAACATT 
GCTCCTCTCA TCCCGTCCGT GTGCGTGTTG TTTTACATCA CGAACTTTGT GATCTGGCGC 
TACCACGTCT TGTACGTATA CGAGCGTGGA TACGAGTCCA ACGGCGCAGT GTGGTTCGTG 
TTCACCCAGC TCGTCCTCCT CTCCCTTCTC ATCGCCCAGA CGTTCTTGTC GTGCGTTCTA 
TTCAGTAAAG AAGCCTACAT CCAGGGCGGC ATCTTGTACC TCACCGTACC CCAGTACCTG 
TTCCGAGTGT ATAACAAGCT GCGCTCCGAG TACGGCTCCG CCTCGTCCTG GAGCGTCCCG 
CTCAGCGAGG CCACCGCCGC GCCGCCGACG GATTTCGGTG GCGAAGTCTA CACCCATCCC 
GCCCTCAGAC CTGCCGCCAA CGGGTGGTTC CCAGACATCG GTAAGATCTG GAAGGGCTAT 
CCCGGCGTGA CGTCCAAGAA TAACTCGTAG

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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OT01G06000 cDNA ORF clone, Ostreococcus tauri

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gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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