Utp20 cDNA ORF clone, Ostreococcus lucimarinus CCE9901

Gene
Clones
gRNAs

Summary

Gene Symbol	Utp20
Entrez Gene ID	5000299
Full Name	snoRNA-binding nucleolar protein, putative
Gene Type	protein-coding
Organism	Ostreococcus lucimarinus CCE9901

mRNA and Protein(s)

mRNA	Protein	Name
XM_001416142.1	XP_001416179.1	snoRNA-binding nucleolar protein, putative

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The tiny eukaryote Ostreococcus provides genomic insights into the paradox of plankton speciation.
Palenik B, Grimwood J, Aerts A, Rouzé P, Salamov A, Putnam N, Dupont C, Jorgensen R, Derelle E, Rombauts S, Zhou K, Otillar R, Merchant SS, Podell S, Gaasterland T, Napoli C, Gendler K, Manuell A, Tai V, Vallon O, Piganeau G, Jancek S, Heijde M, Jabbari K, Bowler C, Lohr M, Robbens S, Werner G, Dubchak I, Pazour GJ, Ren Q, Paulsen I, Delwiche C, Schmutz J, Rokhsar D, Van de Peer Y, Moreau H, Grigoriev IV
Proceedings of the National Academy of Sciences of the United States of America104(18)7705-10(2007 May)

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

The following Utp20 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Utp20 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
OOe00055	XM_001416142.1 Latest version!	Ostreococcus lucimarinus CCE9901 snoRNA-binding nucleolar protein, putative (Utp20), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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** 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)

Utp20 ( XM_001416142.1 ) cDNA ORF clone, Ostreococcus lucimarinus CCE9901 -> XP_001416179.1 Ostreococcus lucimarinus CCE9901 snoRNA-binding nucleolar protein, putative (Utp20), partial mRNA.

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CloneID	OOe00055
Clone ID Related Accession (Same CDS sequence)	XM_001416142.1
Accession Version	XM_001416142.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7467bp) 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	1498060800000
Organism	Ostreococcus lucimarinus CCE9901
Product	snoRNA-binding nucleolar protein, putative
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_009356). COMPLETENESS: incomplete on both ends.

ATGCCTGGCT CAGAGCCGCC GCCCACCATG GACCGGACGG ACATAGCCAC GTCTAGAAAA 
CTCAGCCCGG AAGGCACGAG TCAAGGCGAC CGTGAAATGA TGAGCTGGAG CCTTGCTTAC 
GCGAGCAGGA TACTACATAC TCGAAAAAAA TCGAAAGGGA AGCGCAAGTT CACATTTCAA 
CCAGTTGCCG ACCAGCTTAC AGCGATCAAT ATCGCCCCGT ATCCTGACAG TGCGTTTGAT 
CTCAATGTGC GACAACAGGC ATTCGGTACT TGTCTACAAC ACGCCTTGCT TCACTGGCAG 
GAATTATGTT GCTCAAACGA CTTCAACAGT TTCGCAGCAA AGGCTTCTAT CAGGTGCCTC 
AGTCTACCTC AGCTCATTTT ACACAAAAAG GAAGTAATGG GAGCTCTTTT GAATGGCATT 
AGATCAGGAA AATGCTATTC TCTTGAAGCG CTCTTTCATT GTCTCGTTGC CATAGCGAAA 
GATCTTGGTG CTAGCTTTGT CACATATTTT CCACTTTCAG TTGAGGCAAT CACTTGCTGT 
CTGGAAGGAA CTATGGAATT GGACGCGAAC CACGTGGAGT CGGCGTTTCG GTGCCTCGCT 
ACGCTCTGCA CATTACTATG GCGGTCAGGC AAAGTTACAA TGCTGCATAT TTTAGAGTGT 
ACGCGGCATA TTAGAAACCA TCCAAAGCAA CATGTGCGCA AACTAGCAGC CCAAGCGGTT 
GCTCCGGCTG TACGAAGTTC GACTAATGAA ATCATCTTAG CTAGTGTCAG AAATCTCATC 
ATGGAACACT CTATACTGTG TGAGTCAAGT CAGCAGGAAC ACAGGATAGA AGCAACGACA 
TTCATGTTAC ACTACATTGC TGTTGGTCAT GCGAGCGCGC TTCACTCAAA GTCGGACAGC 
GTGCTGAGAG CAGTTTTCGA TCCAGACTTC GTACCTGAGG TACGGGGAAC TGTCCGTCTA 
GTCATAGTTC AGAACTTACT TGTTTCACTT GATGCATCTC TACCCAAGAG CGCCTTCAAA 
GAACTATGGA ATTCATTTTT ACATGTTATC AGTTCTTGTG CTGCTCAAGT GGGTAACAAG 
AACATATCAG AAGTCATGTA CTTATCTGAG ATAGCTATAT CCATATGTTC TACAAGGTTC 
GAATTGTGTA CAGATAGCTA CAATAAGCTT TCTGATTTCG TACACGCTTA CTTCTTGTTT 
TGTACAACCA GTGCAAAACC AGTTGAGCAA TCAAGTGTCA CTACTTTTGT GCGGCTGCTG 
GCGGCACTTT CTTCACGTAA CGAGTTCAAA GCAATGCCAG TGTTAACATC TTTTCCTTGG 
TGTGATCTGA TACGGACTAT TGACAACTCT TCGATTACGC TGATACTAAG GGTGCTGATA 
CAAAACATTG AACTGGGATG CGTCACAGCT CATTACATGA GTGAAGCCTT ACTGATAGAT 
TCGTCGCACT TGATTTTTCT TAGAGGATTC GAAAACTCTT TAATGTTGGG CAAGATTATT 
CAAAAGGTGG CAGAATTTTC GAAGGATTTA CACTCGAAGT TGATGCGAAT CGACGATGCA 
CTCTTGAAGT GGCACTTCGA GTGTAAGCTG ACATCGCTTG ATTTTAGTGA AATATGGTCA 
ACTCTCCAAA TTTTACCGTA TTTTGCCGAC ACTCGACTGG TGCAGAGCGT CATTACTACC 
ATGGTCTCAT ATGTCAAGCG TTCAAAAGAG GCAAGTGTGG ATCAAAATGC CCTTTCCAGT 
GGTGCATCGG CTCTTCTCAT GTCTTCACTT GAAGCTGATA TACTTTGTCG AGAACTTGAT 
ACATCTTCAA ATTGCAAGTT CTCGTTTGAA CTTATTCGTT TCACTCTCTC ATGTCGTATT 
TCTTCGCCGG CTGTGTGGTC TTCGTTAGCA CGTCTAACTT CTTTGATTAT ACGGCGAGCC 
GATGAAATAC CAGCCGAACT TATGCCAAGT GATCTGACAG AATGCATACG ATCCCAAAAT 
CGTCTTTTAA GGGTTTCTGT TCTTGAGTAT TTAGCGATTA TTGCAAACAA TCATATGGGC 
ATGTCACCCA AGTCGACTGA GTGTGTTACA GCCTTTTTGT ATATGAACAG GTTGTCTCGT 
GATAGTGGAA GTATACTCGA ATATTCCAGG AAGAGTATCA ATTTGATCAG ATCCTTGACT 
CGGAAACTCA GCGACTTTGA TGCCTCTGAT CACGTTGCGG TGTTGAATAT GGCTCTGGGA 
GCGTTGTATC TTCGTTTCAA TCCACTATGG GATCCACTTG TAGAACTGAT TGGTGTCTTG 
AGTGGATCCG ATTCTACAGC GCTTCAGTTA TTACAGGCAG AAATCCTTCG AACCAAGCAG 
GAAGTAATTG CTGACCACGA TGTCCAAGAA ACGATTATTT TGTTCCCCAC CGACAGCGAT 
CAGACACGTG ATGAAGTTTG TGAAGCTCTC AATCCTCAAG AGCGGAGTGT AGAACAGTCT 
CAACGTTTAC AGCTGTTGAT TACGTCTCTG CAGTACTGCA CACTTATGGA CCAAACTTTT 
GTACTTGATC TCTTTTTGGA TGTTTATTCA GTCTGCCGTA GAAATGAATA TAGATATGTT 
GCTACACGGT ATTCAGGCAT AATTTTAGCT CTCTTAAAGC TTATGCAGAG TAAAGATGAG 
GTTCGTTCTC TCCTTCTTCG GACAAAATTA GATGCGCATC AGTTATACGA AGGCGTTTTC 
ACAGCTTTGA AAGCTTTAGT GGGTGATGAC AACGCGAACT TGGCATCAGA AGCGCTGAAG 
TGTATGGGCC TTTTGAAGTT AGATTATCTC CCTAATATTA GAGTTTCGCA ACTATGCTTG 
CTGACGGATG TTCAGTCAGT GAAGCGCGCG TTAACTTCAA TACAATTCGA AGAAGGTTCA 
GAGGATTCTG AAGTTTCACA TGAGTTTCCT AAGATCCAAG AACGGCACCG GGAGGATGTC 
ATCAGTATCA TAGTAAGCAT CCTGTCAAAA TATATTCTCT CAGGGAAAAC TTCATTTAGC 
TCACTAAAGT CGATCATTTT GAGATGGTTC AGCTGTTTGA GATGTGCTGA AATGGAACCA 
TTTATACATG GGCTGTTTGT ACCCTTGATG AGACCTCATG AAATCAGACT ACGTCATGGT 
ACTACTGTAT TCTCTACTCA AGCGATAAAC TCAGCGATAT CAGAAGCTTC ACATGGTACC 
TTGATCGCAT TGATGTCACA GCTGCGAGAA GTGCATAAAG CGGTACCAAT GCATTTGAGA 
AACTCCACGG ATCTTATTCT TTCGGTGATG TTCCAAATTT TCATGAGAGC ATGCAAGCGT 
CAAGATATCC AAAATGATGA GTTGCTTCGA CTTAAAATCT TGCGGTCAAA TTCGCTTCGG 
ATGATTGCGC GCATTATACC GATTGTGAAG TTCGAAGGTA TAGAGCGCCA TTGGCTCGAT 
GCGAGTGAAT GTTTGATAAA TACTGTTAAG GGCTTGGAAA ACGAATGCTC CGGCTCACAA 
GAACCCGCAG TGCTGTGCCT GCTTTCTTCA ATCACACAAC GTGTAGATCT CATCAAACTC 
CTCGAAACTC CCACCGGTCA CAAACTTCTC GAATATGTTT TCGCTGTATT GAGCAGCCCA 
AAGACATCTG AACCATGTAG AAGAACAATT TTGAGCATGA TCACCATGCT CCTCAACTCC 
GTAAATTCTG AGTTGGGTAA TGATTGCACT GTCGCAAATC TGTCCGAAAA AATCGCTGCA 
GGCGTTCGTA TGTCACTTAT AAACGAGCTA AAACGCGGAA GAATACCGAC ATCAAAGCAA 
TTTGGCGAAG ATATGCTCTC TGAAATTCAG ATTCTTGAAC AATTAAGCAA ATTTGAACGC 
TGCAGTCCGT GGAATATTTG TATGTTCAAA GATGTGTTAG AGATGGCGTG TACGAAACGT 
CTGAACAGTG GAAAACGTAC TGAGTTGCTC GTTATGTTAA ACTCTATACT TTCAGCACTA 
TCTTTGGATG AGCAACTCAG ACGTGAGTCA GTTGAGAGGT TAGCATTTTT ATATGCGACA 
TTGAGAGCAC CGTGCTCTAG GAGAGCATTG TTAGATCTCT TCAAAGCACT CGATTATTCG 
CAAGACGGAT ATAGAGTTCG CATACTTCAT GATTTGAATG CTTACTTGGA TGGGCGCATT 
GGCGAAGTGG ATCACGGTAG AAGAATTCGG GCATACGCCA AGTTGCAATC ACGCTGGGGT 
GGAGAAGATG AAACATCAAT GCAACTGTGG ATTTATAACT CGCTGCATGA TATATGTTCA 
AATGACAGCA TTCTTCGTAA TTCTGCAAAA CTATTGATAT ATCGGTGTTT GGAAGTTGGT 
TCAACAGCGT CCTACAACTT CCAGCATGGG CCAAGTTCAC GGCTAGTGGT GAACACTGTG 
TTGCCCTGGG TCGCAGAGCT ACTCGGTAGA CGGGACCCTC TTATTCGCAA TTGTGGTATA 
GAACTATTAA GATATGCGGT GGTCCGAGGG CATATTCTTG ATTTTTGCTG TTTGTGTGAT 
CAGAATGAAG AAGTCGATGT ATTTCTGAAC CTGTGCCACA TCCAATCTCA CAGGAGAGCC 
CGGGCAATAC GACAACTGCA TGCGCCTGAA GTTTTAAGCT CTGTGGAGCC CAGACTATAT 
TGGACGTATG TGATTCCTCT TTTCATGGTG TTTTTGGGCG ATCCAAGTGC AGATGTCGCA 
GCTACGGCCG TAGATGCTTT GGGTCACACG GTAAAAATAC TCGAGTCTGC GGAATATGTC 
AAGGTTATTT GCCGCCTGTT GCACCTTGCG CACAGGGCCT CAGAATTACA GAAATTTCAT 
CTGCGCGGTG CGACTTGCAT GCTAGAAAAT TTGAGAACAC ACTATGAACC TTACGGCGAT 
TTTGATGATC GGTTAGTTCG CCGTGGTGAA GCGGCAGATT TGGGGGCTTT ATATTCCACT 
GCACTTCCAC TGGCACAGGC ATGTATTACT TTGAGACGTG ACGCTCAAAG TAGCGAACAA 
GGCTCAAGTC AATATCTACA GACAAGTGCA ATTTCATGTG TTTCGAGTAT GTTGGCACTT 
TTTGATCATG AAAAATCCGA AGCAGGGACA CTTTGTATGC TCAAGTTCAT CATCGAAAAC 
ATGAGCAGTC GGTCAGAGAA GTTGCGCGAT AATGCAATGA CAGCTCTCAA GTTCATTTCA 
ATCAAATTGG GCGAAAGGCA CTTGCCGTTG ATCATTCGTG TTCTGCGAAA TGGACGGACA 
ACAGGCTTCC ATCTCCATGT TCTCGGCAAA GCGATTCATG TGTTAGTGAG TAACTGTGTG 
AACATGTCTC CAGAAATCGC CACAGTCGTT TTTGTGGAAA TTGTTCCTAC CCTGCAAGCA 
AATCTCTTCG GAAGCGCGCG AGATCGTATG GATTCAAAAT CTACCAAACC CGTTGTTGAG 
GCTAAACCAA GTTATTCCTT GAAAACCATA AGCTTAATTG CCGCACTTTT GAAGGACGGA 
GATTCTTTGA TCAAGTTTGT TCGTACATTT GTTAGGATGC TACCAGAGTC ACCAGACAGC 
AGAAGTCAAA AGAATTTCGA GCTAATTTTA CACGCTTTAC ATGAAGGATT GTTGCGAAAT 
GCAAGTCTAG GGGTTCAAAA TCTTACTTAT CTTGCTGGTT CGCTCGTTGA AGAATACATC 
ACTTCCTCCA CCGTGGATAC CGATTGTGAT ACGGACACAA GTTTGCTTGC GTCAGAGTAT 
TGTGTGAAAA TTCATCAATT CGCAATCAGT TTACTATATG ATGCACTCAA GTGTGCGGAA 
AAATTGCGTG ATGAAAGACT TCCATGTGAA AGCGACCTCG AGGCTTTGAA AACGACGATC 
GCTTTGATGA TGCGATGCTT GCTGAGCACG TCATATGAAG TACAGGTCGG GGCAACGCGC 
ATCTTAGCAA AACTTTTACG CTCCGGCTTG CTCGCGAAAG AAATTTCCGC AGAAAACTTA 
ACTAAACGGA TTATTCGTAC ACTTAAGTCG TGCAAGTCTG TGAAAGACCA TCTTGCTCAG 
AACTGCTTGA AGATCCTTGC ACACATTATG AAAACTCATC ACCAGATAAC ACTCACATTG 
CCACAAGTGT CGTTTGTGCT GTCATTTTCA TTTAAAAATT TGTCAGATGA TGCGCAGGAC 
CTGAAAAACT CGTTTCTGTT ACTCAATTCT CTCATATCGC GGAGAGTGGT CCAGAACGAC 
ATGTATGCTC TTATGCATGA ACTACTGTTG ACGATTGCGA AGGGTCAATC GATGCAAGTT 
CGAAGTATGT GTTCGCACGT ATTCATTCGT TTCGTGTTAT CGTATCCCAT TGGTGAGAGG 
AAAGTAGAAG ATATGCTTCG AACGCTGATT TCTTCTTTAG AATATCCTCA AGCAGACGGT 
CGCATGTCTG TGCTGTCAAC GATACATGCA CTTCTTTTGA AGTTGCCCGA AGTCGCTCTC 
AAATCTAACG GGCCTCTCTT CTTCTTTCCA CTAGTGCTCC GCGTTGCATC AGATACGCAT 
TCACAGTGCA GTGAGTTGGC AAATAGAGCA CTCGATTGCT TATTTTCACG AGTCGATGAG 
ACGCAAATGA TGAAATTTCT CTCTTGTACG ATCGTATGGT CAAAAAGGCA AGATATGCTT 
CAACGTGCGG CATACCAAGT TTTACTGTTG GGATTTTCTA GACATGCCAG TATTACATTT 
GAAGTGTACT CGCAAGTTGA AGGTCACATG ATAAAAAGAA TACGTGCGGC TCTTCAACGT 
AAAGACGGAG TGGACTGGTC TATTACGTAT TGTCAGCTGA TTTGCTTTGA ACGGGCAGTC 
AGCCATCGAA GTCAATGTCT GGATAGTGAG CATTCAGACG CATTCAGCAG TGAAGCTGAT 
TTCGCAATGG TACACATCCT TCCACACGCC GTTTCTTACG ATCATCTTTG GATTCAGGCA 
TCTGCGTTGC GCGTTCTCAG ATCTTACCTT CAGGCCGAAA CTCGAATGGA AAAGTCTTTC 
ACAATATTGT CTGACGTCAA TATTGAACTC ATCGTTGATG CATTGATTAC GGTCATTGAA 
CGACAATCAC GAACTAAGAA AGTCGAGCAT GCAAACATGG GCGATGTTTT GTTATGTTTG 
ACGGCAATCA TGACTTCAGT ACACGCAAAG GCGATCAGCG AAAAATATAG TTCACAAATA 
TTCCATAGAC TTCATAAGTC CGCTTTTTCG TCCCCAGAGC TCAAGCGTAC AATACTCCAA 
TCGATGGCTG CTTTAGTCTC CGCAAACAAA TCGCCAATTG ATTCGAGTAA CATGGTATTA 
TATCATGCAT TGCTTTTATC TTATCATTGC ATGGATCGAA CAATAGAAGG TTGCGACACC 
AAGGAAGACT TACAGAGCTA TGCAATCGCA GGAGACATAT TTTCCAGTCT GCAGCTGATA 
CTGCCTCCCG AGATTTTTCT TGTGATGTTC GAGCGTGTGA AAACTGACTT AACTAAGAAA 
GGAAGAAGCG GTACTGTGAT TAGCTAG

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

RefSeq	XP_001416179.1
CDS	1..7467
Translation	MPGSEPPPTMDRTDIATSRKLSPEGTSQGDREMMSWSLAYASRILHTRKKSKGKRKFTFQPVADQLTAINIAPYPDSAFDLNVRQQAFGTCLQHALLHWQELCCSNDFNSFAAKASIRCLSLPQLILHKKEVMGALLNGIRSGKCYSLEALFHCLVAIAKDLGASFVTYFPLSVEAITCCLEGTMELDANHVESAFRCLATLCTLLWRSGKVTMLHILECTRHIRNHPKQHVRKLAAQAVAPAVRSSTNEIILASVRNLIMEHSILCESSQQEHRIEATTFMLHYIAVGHASALHSKSDSVLRAVFDPDFVPEVRGTVRLVIVQNLLVSLDASLPKSAFKELWNSFLHVISSCAAQVGNKNISEVMYLSEIAISICSTRFELCTDSYNKLSDFVHAYFLFCTTSAKPVEQSSVTTFVRLLAALSSRNEFKAMPVLTSFPWCDLIRTIDNSSITLILRVLIQNIELGCVTAHYMSEALLIDSSHLIFLRGFENSLMLGKIIQKVAEFSKDLHSKLMRIDDALLKWHFECKLTSLDFSEIWSTLQILPYFADTRLVQSVITTMVSYVKRSKEASVDQNALSSGASALLMSSLEADILCRELDTSSNCKFSFELIRFTLSCRISSPAVWSSLARLTSLIIRRADEIPAELMPSDLTECIRSQNRLLRVSVLEYLAIIANNHMGMSPKSTECVTAFLYMNRLSRDSGSILEYSRKSINLIRSLTRKLSDFDASDHVAVLNMALGALYLRFNPLWDPLVELIGVLSGSDSTALQLLQAEILRTKQEVIADHDVQETIILFPTDSDQTRDEVCEALNPQERSVEQSQRLQLLITSLQYCTLMDQTFVLDLFLDVYSVCRRNEYRYVATRYSGIILALLKLMQSKDEVRSLLLRTKLDAHQLYEGVFTALKALVGDDNANLASEALKCMGLLKLDYLPNIRVSQLCLLTDVQSVKRALTSIQFEEGSEDSEVSHEFPKIQERHREDVISIIVSILSKYILSGKTSFSSLKSIILRWFSCLRCAEMEPFIHGLFVPLMRPHEIRLRHGTTVFSTQAINSAISEASHGTLIALMSQLREVHKAVPMHLRNSTDLILSVMFQIFMRACKRQDIQNDELLRLKILRSNSLRMIARIIPIVKFEGIERHWLDASECLINTVKGLENECSGSQEPAVLCLLSSITQRVDLIKLLETPTGHKLLEYVFAVLSSPKTSEPCRRTILSMITMLLNSVNSELGNDCTVANLSEKIAAGVRMSLINELKRGRIPTSKQFGEDMLSEIQILEQLSKFERCSPWNICMFKDVLEMACTKRLNSGKRTELLVMLNSILSALSLDEQLRRESVERLAFLYATLRAPCSRRALLDLFKALDYSQDGYRVRILHDLNAYLDGRIGEVDHGRRIRAYAKLQSRWGGEDETSMQLWIYNSLHDICSNDSILRNSAKLLIYRCLEVGSTASYNFQHGPSSRLVVNTVLPWVAELLGRRDPLIRNCGIELLRYAVVRGHILDFCCLCDQNEEVDVFLNLCHIQSHRRARAIRQLHAPEVLSSVEPRLYWTYVIPLFMVFLGDPSADVAATAVDALGHTVKILESAEYVKVICRLLHLAHRASELQKFHLRGATCMLENLRTHYEPYGDFDDRLVRRGEAADLGALYSTALPLAQACITLRRDAQSSEQGSSQYLQTSAISCVSSMLALFDHEKSEAGTLCMLKFIIENMSSRSEKLRDNAMTALKFISIKLGERHLPLIIRVLRNGRTTGFHLHVLGKAIHVLVSNCVNMSPEIATVVFVEIVPTLQANLFGSARDRMDSKSTKPVVEAKPSYSLKTISLIAALLKDGDSLIKFVRTFVRMLPESPDSRSQKNFELILHALHEGLLRNASLGVQNLTYLAGSLVEEYITSSTVDTDCDTDTSLLASEYCVKIHQFAISLLYDALKCAEKLRDERLPCESDLEALKTTIALMMRCLLSTSYEVQVGATRILAKLLRSGLLAKEISAENLTKRIIRTLKSCKSVKDHLAQNCLKILAHIMKTHHQITLTLPQVSFVLSFSFKNLSDDAQDLKNSFLLLNSLISRRVVQNDMYALMHELLLTIAKGQSMQVRSMCSHVFIRFVLSYPIGERKVEDMLRTLISSLEYPQADGRMSVLSTIHALLLKLPEVALKSNGPLFFFPLVLRVASDTHSQCSELANRALDCLFSRVDETQMMKFLSCTIVWSKRQDMLQRAAYQVLLLGFSRHASITFEVYSQVEGHMIKRIRAALQRKDGVDWSITYCQLICFERAVSHRSQCLDSEHSDAFSSEADFAMVHILPHAVSYDHLWIQASALRVLRSYLQAETRMEKSFTILSDVNIELIVDALITVIERQSRTKKVEHANMGDVLLCLTAIMTSVHAKAISEKYSSQIFHRLHKSAFSSPELKRTILQSMAALVSANKSPIDSSNMVLYHALLLSYHCMDRTIEGCDTKEDLQSYAIAGDIFSSLQLILPPEIFLVMFERVKTDLTKKGRSGTVIS

Target ORF information:

RefSeq Version	XM_001416142.1
Organism	Ostreococcus lucimarinus CCE9901
Definition	Ostreococcus lucimarinus CCE9901 snoRNA-binding nucleolar protein, putative (Utp20), partial mRNA.

Target ORF information:

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

XM_001416142.1

ORF Insert Sequence:

ATGCCTGGCT CAGAGCCGCC GCCCACCATG GACCGGACGG ACATAGCCAC GTCTAGAAAA 
CTCAGCCCGG AAGGCACGAG TCAAGGCGAC CGTGAAATGA TGAGCTGGAG CCTTGCTTAC 
GCGAGCAGGA TACTACATAC TCGAAAAAAA TCGAAAGGGA AGCGCAAGTT CACATTTCAA 
CCAGTTGCCG ACCAGCTTAC AGCGATCAAT ATCGCCCCGT ATCCTGACAG TGCGTTTGAT 
CTCAATGTGC GACAACAGGC ATTCGGTACT TGTCTACAAC ACGCCTTGCT TCACTGGCAG 
GAATTATGTT GCTCAAACGA CTTCAACAGT TTCGCAGCAA AGGCTTCTAT CAGGTGCCTC 
AGTCTACCTC AGCTCATTTT ACACAAAAAG GAAGTAATGG GAGCTCTTTT GAATGGCATT 
AGATCAGGAA AATGCTATTC TCTTGAAGCG CTCTTTCATT GTCTCGTTGC CATAGCGAAA 
GATCTTGGTG CTAGCTTTGT CACATATTTT CCACTTTCAG TTGAGGCAAT CACTTGCTGT 
CTGGAAGGAA CTATGGAATT GGACGCGAAC CACGTGGAGT CGGCGTTTCG GTGCCTCGCT 
ACGCTCTGCA CATTACTATG GCGGTCAGGC AAAGTTACAA TGCTGCATAT TTTAGAGTGT 
ACGCGGCATA TTAGAAACCA TCCAAAGCAA CATGTGCGCA AACTAGCAGC CCAAGCGGTT 
GCTCCGGCTG TACGAAGTTC GACTAATGAA ATCATCTTAG CTAGTGTCAG AAATCTCATC 
ATGGAACACT CTATACTGTG TGAGTCAAGT CAGCAGGAAC ACAGGATAGA AGCAACGACA 
TTCATGTTAC ACTACATTGC TGTTGGTCAT GCGAGCGCGC TTCACTCAAA GTCGGACAGC 
GTGCTGAGAG CAGTTTTCGA TCCAGACTTC GTACCTGAGG TACGGGGAAC TGTCCGTCTA 
GTCATAGTTC AGAACTTACT TGTTTCACTT GATGCATCTC TACCCAAGAG CGCCTTCAAA 
GAACTATGGA ATTCATTTTT ACATGTTATC AGTTCTTGTG CTGCTCAAGT GGGTAACAAG 
AACATATCAG AAGTCATGTA CTTATCTGAG ATAGCTATAT CCATATGTTC TACAAGGTTC 
GAATTGTGTA CAGATAGCTA CAATAAGCTT TCTGATTTCG TACACGCTTA CTTCTTGTTT 
TGTACAACCA GTGCAAAACC AGTTGAGCAA TCAAGTGTCA CTACTTTTGT GCGGCTGCTG 
GCGGCACTTT CTTCACGTAA CGAGTTCAAA GCAATGCCAG TGTTAACATC TTTTCCTTGG 
TGTGATCTGA TACGGACTAT TGACAACTCT TCGATTACGC TGATACTAAG GGTGCTGATA 
CAAAACATTG AACTGGGATG CGTCACAGCT CATTACATGA GTGAAGCCTT ACTGATAGAT 
TCGTCGCACT TGATTTTTCT TAGAGGATTC GAAAACTCTT TAATGTTGGG CAAGATTATT 
CAAAAGGTGG CAGAATTTTC GAAGGATTTA CACTCGAAGT TGATGCGAAT CGACGATGCA 
CTCTTGAAGT GGCACTTCGA GTGTAAGCTG ACATCGCTTG ATTTTAGTGA AATATGGTCA 
ACTCTCCAAA TTTTACCGTA TTTTGCCGAC ACTCGACTGG TGCAGAGCGT CATTACTACC 
ATGGTCTCAT ATGTCAAGCG TTCAAAAGAG GCAAGTGTGG ATCAAAATGC CCTTTCCAGT 
GGTGCATCGG CTCTTCTCAT GTCTTCACTT GAAGCTGATA TACTTTGTCG AGAACTTGAT 
ACATCTTCAA ATTGCAAGTT CTCGTTTGAA CTTATTCGTT TCACTCTCTC ATGTCGTATT 
TCTTCGCCGG CTGTGTGGTC TTCGTTAGCA CGTCTAACTT CTTTGATTAT ACGGCGAGCC 
GATGAAATAC CAGCCGAACT TATGCCAAGT GATCTGACAG AATGCATACG ATCCCAAAAT 
CGTCTTTTAA GGGTTTCTGT TCTTGAGTAT TTAGCGATTA TTGCAAACAA TCATATGGGC 
ATGTCACCCA AGTCGACTGA GTGTGTTACA GCCTTTTTGT ATATGAACAG GTTGTCTCGT 
GATAGTGGAA GTATACTCGA ATATTCCAGG AAGAGTATCA ATTTGATCAG ATCCTTGACT 
CGGAAACTCA GCGACTTTGA TGCCTCTGAT CACGTTGCGG TGTTGAATAT GGCTCTGGGA 
GCGTTGTATC TTCGTTTCAA TCCACTATGG GATCCACTTG TAGAACTGAT TGGTGTCTTG 
AGTGGATCCG ATTCTACAGC GCTTCAGTTA TTACAGGCAG AAATCCTTCG AACCAAGCAG 
GAAGTAATTG CTGACCACGA TGTCCAAGAA ACGATTATTT TGTTCCCCAC CGACAGCGAT 
CAGACACGTG ATGAAGTTTG TGAAGCTCTC AATCCTCAAG AGCGGAGTGT AGAACAGTCT 
CAACGTTTAC AGCTGTTGAT TACGTCTCTG CAGTACTGCA CACTTATGGA CCAAACTTTT 
GTACTTGATC TCTTTTTGGA TGTTTATTCA GTCTGCCGTA GAAATGAATA TAGATATGTT 
GCTACACGGT ATTCAGGCAT AATTTTAGCT CTCTTAAAGC TTATGCAGAG TAAAGATGAG 
GTTCGTTCTC TCCTTCTTCG GACAAAATTA GATGCGCATC AGTTATACGA AGGCGTTTTC 
ACAGCTTTGA AAGCTTTAGT GGGTGATGAC AACGCGAACT TGGCATCAGA AGCGCTGAAG 
TGTATGGGCC TTTTGAAGTT AGATTATCTC CCTAATATTA GAGTTTCGCA ACTATGCTTG 
CTGACGGATG TTCAGTCAGT GAAGCGCGCG TTAACTTCAA TACAATTCGA AGAAGGTTCA 
GAGGATTCTG AAGTTTCACA TGAGTTTCCT AAGATCCAAG AACGGCACCG GGAGGATGTC 
ATCAGTATCA TAGTAAGCAT CCTGTCAAAA TATATTCTCT CAGGGAAAAC TTCATTTAGC 
TCACTAAAGT CGATCATTTT GAGATGGTTC AGCTGTTTGA GATGTGCTGA AATGGAACCA 
TTTATACATG GGCTGTTTGT ACCCTTGATG AGACCTCATG AAATCAGACT ACGTCATGGT 
ACTACTGTAT TCTCTACTCA AGCGATAAAC TCAGCGATAT CAGAAGCTTC ACATGGTACC 
TTGATCGCAT TGATGTCACA GCTGCGAGAA GTGCATAAAG CGGTACCAAT GCATTTGAGA 
AACTCCACGG ATCTTATTCT TTCGGTGATG TTCCAAATTT TCATGAGAGC ATGCAAGCGT 
CAAGATATCC AAAATGATGA GTTGCTTCGA CTTAAAATCT TGCGGTCAAA TTCGCTTCGG 
ATGATTGCGC GCATTATACC GATTGTGAAG TTCGAAGGTA TAGAGCGCCA TTGGCTCGAT 
GCGAGTGAAT GTTTGATAAA TACTGTTAAG GGCTTGGAAA ACGAATGCTC CGGCTCACAA 
GAACCCGCAG TGCTGTGCCT GCTTTCTTCA ATCACACAAC GTGTAGATCT CATCAAACTC 
CTCGAAACTC CCACCGGTCA CAAACTTCTC GAATATGTTT TCGCTGTATT GAGCAGCCCA 
AAGACATCTG AACCATGTAG AAGAACAATT TTGAGCATGA TCACCATGCT CCTCAACTCC 
GTAAATTCTG AGTTGGGTAA TGATTGCACT GTCGCAAATC TGTCCGAAAA AATCGCTGCA 
GGCGTTCGTA TGTCACTTAT AAACGAGCTA AAACGCGGAA GAATACCGAC ATCAAAGCAA 
TTTGGCGAAG ATATGCTCTC TGAAATTCAG ATTCTTGAAC AATTAAGCAA ATTTGAACGC 
TGCAGTCCGT GGAATATTTG TATGTTCAAA GATGTGTTAG AGATGGCGTG TACGAAACGT 
CTGAACAGTG GAAAACGTAC TGAGTTGCTC GTTATGTTAA ACTCTATACT TTCAGCACTA 
TCTTTGGATG AGCAACTCAG ACGTGAGTCA GTTGAGAGGT TAGCATTTTT ATATGCGACA 
TTGAGAGCAC CGTGCTCTAG GAGAGCATTG TTAGATCTCT TCAAAGCACT CGATTATTCG 
CAAGACGGAT ATAGAGTTCG CATACTTCAT GATTTGAATG CTTACTTGGA TGGGCGCATT 
GGCGAAGTGG ATCACGGTAG AAGAATTCGG GCATACGCCA AGTTGCAATC ACGCTGGGGT 
GGAGAAGATG AAACATCAAT GCAACTGTGG ATTTATAACT CGCTGCATGA TATATGTTCA 
AATGACAGCA TTCTTCGTAA TTCTGCAAAA CTATTGATAT ATCGGTGTTT GGAAGTTGGT 
TCAACAGCGT CCTACAACTT CCAGCATGGG CCAAGTTCAC GGCTAGTGGT GAACACTGTG 
TTGCCCTGGG TCGCAGAGCT ACTCGGTAGA CGGGACCCTC TTATTCGCAA TTGTGGTATA 
GAACTATTAA GATATGCGGT GGTCCGAGGG CATATTCTTG ATTTTTGCTG TTTGTGTGAT 
CAGAATGAAG AAGTCGATGT ATTTCTGAAC CTGTGCCACA TCCAATCTCA CAGGAGAGCC 
CGGGCAATAC GACAACTGCA TGCGCCTGAA GTTTTAAGCT CTGTGGAGCC CAGACTATAT 
TGGACGTATG TGATTCCTCT TTTCATGGTG TTTTTGGGCG ATCCAAGTGC AGATGTCGCA 
GCTACGGCCG TAGATGCTTT GGGTCACACG GTAAAAATAC TCGAGTCTGC GGAATATGTC 
AAGGTTATTT GCCGCCTGTT GCACCTTGCG CACAGGGCCT CAGAATTACA GAAATTTCAT 
CTGCGCGGTG CGACTTGCAT GCTAGAAAAT TTGAGAACAC ACTATGAACC TTACGGCGAT 
TTTGATGATC GGTTAGTTCG CCGTGGTGAA GCGGCAGATT TGGGGGCTTT ATATTCCACT 
GCACTTCCAC TGGCACAGGC ATGTATTACT TTGAGACGTG ACGCTCAAAG TAGCGAACAA 
GGCTCAAGTC AATATCTACA GACAAGTGCA ATTTCATGTG TTTCGAGTAT GTTGGCACTT 
TTTGATCATG AAAAATCCGA AGCAGGGACA CTTTGTATGC TCAAGTTCAT CATCGAAAAC 
ATGAGCAGTC GGTCAGAGAA GTTGCGCGAT AATGCAATGA CAGCTCTCAA GTTCATTTCA 
ATCAAATTGG GCGAAAGGCA CTTGCCGTTG ATCATTCGTG TTCTGCGAAA TGGACGGACA 
ACAGGCTTCC ATCTCCATGT TCTCGGCAAA GCGATTCATG TGTTAGTGAG TAACTGTGTG 
AACATGTCTC CAGAAATCGC CACAGTCGTT TTTGTGGAAA TTGTTCCTAC CCTGCAAGCA 
AATCTCTTCG GAAGCGCGCG AGATCGTATG GATTCAAAAT CTACCAAACC CGTTGTTGAG 
GCTAAACCAA GTTATTCCTT GAAAACCATA AGCTTAATTG CCGCACTTTT GAAGGACGGA 
GATTCTTTGA TCAAGTTTGT TCGTACATTT GTTAGGATGC TACCAGAGTC ACCAGACAGC 
AGAAGTCAAA AGAATTTCGA GCTAATTTTA CACGCTTTAC ATGAAGGATT GTTGCGAAAT 
GCAAGTCTAG GGGTTCAAAA TCTTACTTAT CTTGCTGGTT CGCTCGTTGA AGAATACATC 
ACTTCCTCCA CCGTGGATAC CGATTGTGAT ACGGACACAA GTTTGCTTGC GTCAGAGTAT 
TGTGTGAAAA TTCATCAATT CGCAATCAGT TTACTATATG ATGCACTCAA GTGTGCGGAA 
AAATTGCGTG ATGAAAGACT TCCATGTGAA AGCGACCTCG AGGCTTTGAA AACGACGATC 
GCTTTGATGA TGCGATGCTT GCTGAGCACG TCATATGAAG TACAGGTCGG GGCAACGCGC 
ATCTTAGCAA AACTTTTACG CTCCGGCTTG CTCGCGAAAG AAATTTCCGC AGAAAACTTA 
ACTAAACGGA TTATTCGTAC ACTTAAGTCG TGCAAGTCTG TGAAAGACCA TCTTGCTCAG 
AACTGCTTGA AGATCCTTGC ACACATTATG AAAACTCATC ACCAGATAAC ACTCACATTG 
CCACAAGTGT CGTTTGTGCT GTCATTTTCA TTTAAAAATT TGTCAGATGA TGCGCAGGAC 
CTGAAAAACT CGTTTCTGTT ACTCAATTCT CTCATATCGC GGAGAGTGGT CCAGAACGAC 
ATGTATGCTC TTATGCATGA ACTACTGTTG ACGATTGCGA AGGGTCAATC GATGCAAGTT 
CGAAGTATGT GTTCGCACGT ATTCATTCGT TTCGTGTTAT CGTATCCCAT TGGTGAGAGG 
AAAGTAGAAG ATATGCTTCG AACGCTGATT TCTTCTTTAG AATATCCTCA AGCAGACGGT 
CGCATGTCTG TGCTGTCAAC GATACATGCA CTTCTTTTGA AGTTGCCCGA AGTCGCTCTC 
AAATCTAACG GGCCTCTCTT CTTCTTTCCA CTAGTGCTCC GCGTTGCATC AGATACGCAT 
TCACAGTGCA GTGAGTTGGC AAATAGAGCA CTCGATTGCT TATTTTCACG AGTCGATGAG 
ACGCAAATGA TGAAATTTCT CTCTTGTACG ATCGTATGGT CAAAAAGGCA AGATATGCTT 
CAACGTGCGG CATACCAAGT TTTACTGTTG GGATTTTCTA GACATGCCAG TATTACATTT 
GAAGTGTACT CGCAAGTTGA AGGTCACATG ATAAAAAGAA TACGTGCGGC TCTTCAACGT 
AAAGACGGAG TGGACTGGTC TATTACGTAT TGTCAGCTGA TTTGCTTTGA ACGGGCAGTC 
AGCCATCGAA GTCAATGTCT GGATAGTGAG CATTCAGACG CATTCAGCAG TGAAGCTGAT 
TTCGCAATGG TACACATCCT TCCACACGCC GTTTCTTACG ATCATCTTTG GATTCAGGCA 
TCTGCGTTGC GCGTTCTCAG ATCTTACCTT CAGGCCGAAA CTCGAATGGA AAAGTCTTTC 
ACAATATTGT CTGACGTCAA TATTGAACTC ATCGTTGATG CATTGATTAC GGTCATTGAA 
CGACAATCAC GAACTAAGAA AGTCGAGCAT GCAAACATGG GCGATGTTTT GTTATGTTTG 
ACGGCAATCA TGACTTCAGT ACACGCAAAG GCGATCAGCG AAAAATATAG TTCACAAATA 
TTCCATAGAC TTCATAAGTC CGCTTTTTCG TCCCCAGAGC TCAAGCGTAC AATACTCCAA 
TCGATGGCTG CTTTAGTCTC CGCAAACAAA TCGCCAATTG ATTCGAGTAA CATGGTATTA 
TATCATGCAT TGCTTTTATC TTATCATTGC ATGGATCGAA CAATAGAAGG TTGCGACACC 
AAGGAAGACT TACAGAGCTA TGCAATCGCA GGAGACATAT TTTCCAGTCT GCAGCTGATA 
CTGCCTCCCG AGATTTTTCT TGTGATGTTC GAGCGTGTGA AAACTGACTT AACTAAGAAA 
GGAAGAAGCG GTACTGTGAT TAGCTAG

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

PubMed

The tiny eukaryote Ostreococcus provides genomic insights into the paradox of plankton speciation.
Proceedings of the National Academy of Sciences of the United States of America104(18)7705-10(2007 May)
Palenik B,Grimwood J,Aerts A,Rouzé P,Salamov A,Putnam N,Dupont C,Jorgensen R,Derelle E,Rombauts S,Zhou K,Otillar R,Merchant SS,Podell S,Gaasterland T,Napoli C,Gendler K,Manuell A,Tai V,Vallon O,Piganeau G,Jancek S,Heijde M,Jabbari K,Bowler C,Lohr M,Robbens S,Werner G,Dubchak I,Pazour GJ,Ren Q,Paulsen I,Delwiche C,Schmutz J,Rokhsar D,Van de Peer Y,Moreau H,Grigoriev IV

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Utp20 cDNA ORF clone, Ostreococcus lucimarinus CCE9901

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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