TTHERM_00189260 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00189260
Entrez Gene ID	7823622
Full Name	tetratricopeptide repeat protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001016602.2	XP_001016602.2	tetratricopeptide repeat protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00189260 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00189260 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
OTe47521	XM_001016602.2 Latest version!	Tetrahymena thermophila SB210 tetratricopeptide repeat protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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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)

TTHERM_00189260 ( XM_001016602.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001016602.2 Tetrahymena thermophila SB210 tetratricopeptide repeat protein partial mRNA.

Price & Availability↑

CloneID	OTe47521
Clone ID Related Accession (Same CDS sequence)	XM_001016602.2
Accession Version	XM_001016602.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8952bp) 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	2015-06-08
Organism	Tetrahymena thermophila SB210
Product	tetratricopeptide repeat protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_002476407). On Jun 9, 2015 this sequence version replaced XM_001016602.1. COMPLETENESS: incomplete on both ends.

ATGTCTACAT CAGTAGGAAC AGCGTCTTAC TCAAAAACTT AACTTCCAAG TAAGCAAACA 
AAGATATAAG CTAGGAATTA AGCAGACGAA GATCGCACAC CACCAAGCAA TACATAGAAT 
GTTAAATAAA ATAGTAATGT TAGTAATAAT GTAATCGGCG AAAATAAAAA GAAAACTTAA 
ATTTCAACAA ACTCAACTCC TAGAAACGGA GATTTAAAAA ATTAATAAAA TTCTAATATT 
AAATAAAATG AAGCATCACA AAATCAAGCA GTAAATAAAT CACCTTATAA AATTAATTAG 
ACTAATCACA ACAACGGATA CTATTCGTAG AAAAGCTATC GTGAGTAACG TCATTAAGAG 
TTAGAAGAAA ATTTTATAAA TAAAAATTTA TAGATAGGTG AGGCTATAGA AAAGTCGCAA 
AAAGATATTA GGTTGAAATT ATCCTAGTAA TCACATATGG CAGATATATT TTCACAATAA 
CCACAGTCTT AATAAAGTTT ATCAGATTGG AAATAGGATT AGCATAAAAA TGGCATTAAT 
ATTTATTAAT AAAATTAAAT AAACAATACT TCTTAAGAAT TTATTCCATA AACTCCAGAA 
GCATATAATA ATGAATCAAA TAACTACTAC TAATATGAAG GTCAGAATGA ATACAGAGAA 
TAATAGAAGT TAAATTTAAA GCCTTCTGAC ACTAAATTAT CAGATTATTT AAATTTGAGA 
AACTAAGTAA ACTCTCCTTC TGTGCATTAA AGGTTGTATC ATTAAGCAGT TTCGTAATAA 
AAGTAATAAT AATAATCTAA CTAATTAAAT GATAAACAGC AAAATAACCA TTAATCTATT 
TTTTCTGTTG GTCCCAGAAA TTATTCATCA GAAAAGCATT CATAAAAATT TCGCTCTAGC 
TCAAATAGGA AACAAAGACC TACTTATTAC AGTGGTACTA AAATTCCTCC AAATGAAGAT 
GGTTCTTTTG TTAATGAGGG TTTATAATAA GGTTAAAATA ATTTTCCTTA GAAATATTTT 
TCATAGTCAT AGGATTTTGG TGAAGAAGGG AATAGCTCAT TTATAAATAA CAGCAGTTAA 
ATACCATCAT CATATTAAAA GCAAAGGAAT ATTGGGAATT CTCATCATAG AACACAATCT 
AATAATCGTT ACTAAAGTAG ATAAGAAGGC AAAAGATTAA ATCTTCCATA AATAGATTAA 
AATTTAATAA ATGCAGGTAC GTTTCCCCAT TCTTCAACAG TAAGAAATTC TCAAAAAGCA 
TATTTTAGTC GATAATAATC ACCATTAGGT TCAAGTAATG AATTAGCTAC CCCAAATTCG 
AGAACTCCTC GTATATAATA CAATCGAAGA GACAGTTCAA CAAGAATCAA AGATCTAGGC 
AACTCTATTT AAGAAAGATA TAGTGATAAA ATAGAAAAAA TGAAATTGAA ATATTCTTCC 
AAAAATCCTT TCTCATAAAA TACAAACCTA GATGATGAAT TAGACTCTCA TAGATATCAA 
CAATATCAAC AGAATGATGG ACAACAATAC AACATACAAA GAAAGGAGTA CCAGTAGACT 
ATATAGTAAG CTGCTATTAA TATTGAAGAG TAAAGATAAA AAATAAGAAA GCATGAAGAG 
TAAAGAGACC AAGAAATAAT TAATTAAAAT TATACTTATA AGGATTATAA TAGAAGAAGC 
AATGATTTCT CTCCTAGATT TTCTAAATAG GATGGATAAA ATAACTAAAC TGGCAACGAT 
ATTTATGAAC AAAACCTTTA GGATAATATT TTTAAGTAAT AGAAAAATCA AAATGACTAA 
ATAGATAAAG GATAAGGCAA TTATCTTTAT AAGGACTAAA TTAGGAAGCT TTCAAGTTAC 
AACTTAAAAT TAAATACAAC TGAAGAAAGA ATTTAAAAAA TTCTAACAAA AGAAGATTCT 
AATTTTTCAG AAAATTAACA AATGGTGAAA TAATTTTCCT AAAGCAGTAA AATATCTAAT 
AATGCTCATG ATAATTTACA TTAGCAGCAA CCTAATCAAG TAAGAAGAGG TTCTTTACAA 
AATTTGGATG GCATAACAAA TAAAAAGTAA AGATATTAAG ATATTGATCA TGTTAATATG 
AATCAACGAG ATTTACTTAA TGAAAATAAT GGATTTACTT AAAGCGAATA CAATCACTCT 
AATTCACCAC CTAATAATAG CTTTAATTAA ATCCCTAGGT CAGACTCTAA AGCTAAGCGC 
ATATAATAAA ATTATTACTA TTAATAAGAA CCATAAAAAT AAATTAATGA TAATTAAGAA 
TTTGTAACTC TTCCAAATTC TTAACCCTAA ACTCCTCAAT AATACTAATA AAAGCAATAT 
TAATAACAAT TTTAATAGCA TTAACAACAA CAATAATAAT AGCAGTAATA ATAACATTAT 
GATAATGATG ATTTTAGTAG AAATCAGACA AGAAACGAAA TCAATAATAG AGATAACTAT 
ACAAATGAAG ATTTATTAAA TGAAAAATAT AATAATATGG GAAATACCTA AAATACAAAT 
ATTGATGATA TTTACTAAAG AAAGAGAGAA AATGTTGTGA AGAGAGCTTA AGAAAAACTC 
CATTCTTTAA ATGATAAAAT GGAGACATTT GACCATGTAG GAGACCTTAA AATGAAGAAA 
TTATATCATA ATTTGAATCC TTAGATAATA GAAAACTTAA AAGCTCCTTA GCATAACCAA 
TAACCAAGTT ATAGATAGCA AAACAATCCT CAAATAATAG ATACATTTGA GAATACTAGT 
GATATCAAAG ACTAACCACT CTAAAATGAA ACAAAACCTT AAAATTAAAT TAAAGAAAAC 
TTTCGTACTC CATAGAAGTA ATAAATAACT GAAAATAATA GAAGTAATTC AAAAAGGAGA 
GATTCCATTT AAAAAGAGTC TGGAAATTTA AGATACCCTC ATAAAAGTTA AAATACAACA 
CTCATTGATA CATTTGAAGG AGAAAAAAAT AATATCTATA ATTATCATAG TATGGTAAAT 
AATCAAAAAT AAATATCAAA GGAAAGTAGT AGATTTGACA CGTTTGATAG CAAAATTAAA 
AATTAATAAT CACTTAATAC TGAGTATTAA TAAAAAATGT CATTTTTAGA TAAAAAACTT 
GCAAATCTTC AATAGCTAAA GGAAAAATAG AAAAAGTAAT ATTTTATAGA ATCAGATAAT 
CCAAGATACC ATCAACCCAA TAAAATAGAA GAGGAAGATG AGAGATACAG AAAGACTACT 
AATGACTTAT ATGATGAATA ACAGCAATAT TATTAATATG AAAATCCATA AACAAATTAA 
AATTATTATG AGCAAGATTA AAATTCTAAA AACTAATTAA ATTACTCGCC TAAAGCTTAA 
GAAAAAAATA TTGAAATAAA AAATTACAAC ATGGTTAAAA AGCAACCAGT CAAGACAATC 
AACAAAAATA TGAATGACTT GGAGAAGATA TAAAGTAACT TAGGAAACAT AGAAAAGTAA 
TTAGAATAGT TGAACTAAAA ATACCATAAA TATTAACCAA ACCAATAAGT AGAAGAAAAA 
GATATGGAAG ATAGGTTGTT TACATTTTAG GTTGATGAGC GCATTTACAA AAAGTTTAAA 
AAATATCTAC CTTAAGATAT CACTTAAAGA GCCAACTAAA TTTAAAAATT TGAATAATTT 
AGCACTCAAC TCTCTGACAA AAAAAAATAT GAAGAATAGC AATAATTAGA AGATTATTTA 
GATAATTAAA TTAAAAATTA GCTTCAAAAG TTCTTACCTT TAGATGTGAG CTAGAGATTA 
TAAATAGAAA ACGAAAGCTA GCTTTATTAA CCCCTAGAAG CAAGTTAAAA TATAGAAAAA 
AATCCTCAGC TTGAGGATTA TATCAATAAA AAAATTTAAG AAAGGCTTAT GGCTTATCTT 
CCTAATGATG TAATAGCTCG CATGAATTAA ATACCTTAGG AAAACTAAAA AGTCAAGAAA 
AAAAAAGATA AATTGTAATA GTAAATGACT AAAGATTCAG ATAGAGTTTT GCTGGAAAAA 
ATGAGTCCTT AAGAGTAGGA AGAGTTTATT AGGTAAAAAA CTGAAATTGT CAATGAATAT 
AAAAAATAAT AAGAATAACT TATTAATGAG TAATATAAGC TAACAGATGA GAAAAATATA 
GAACTTGAAA AGTAAAGGAT TCGTATGTAG TTAAAATCAA GCGAAAGAAT GGCTAGATTA 
GACTAAAATA ATTAAAAAAA AATAGTTTAA AATAAATCAA ATCAAAAAAA TTAATATGAA 
AACTATTATA ATGATATTGA ATCAAAATCT TAACAATAAC AATAATAAAA ACAACTGTTT 
CAACAAAATA GATAAAGAAA CTATGTAGAT AGCTAAAGAA ATGGTAGTAG AGGAGGTTAG 
AATAACATTC TTTAATAGAT TGATGCTTCT GAAAGTTAAT ATTTAACCAA TAACGAATAG 
TCTATAAGTC CTAGAAGCAC TTTTTATAAA AATTCAGCTA ATGATGAAAA AACACACTCT 
TTTTTTAAAA ATCACAACTA AAATGGTACA AGTGTGAGAC AGTATAATGG AGTACTGAGC 
TAAGAAAATG ATGATAGTGA ATCACCAAAA AAAGCTGAAG TATTTGGTAA ATTAGAATAA 
TATGTTTATA AACCACCTAG ATCAAGATCA ATTTCTCCTA CTAGAGAATT AAATGAGTCA 
ATAAATTAAA GTCCAGATAA TAATACTAAA TTAAATAAGT CATACATAGT TAAATAAAGA 
AATGGGACTA ACAATTCTTT TCTTTCCAAA GGAAAATATT CATTATTTTA ATAAAATAAT 
TCAAATAATC AATCTCCAAA CAATAATCCT TACTTGCTTT AAGACCCAAA TCATAATTAA 
AACGTTTCTT TTCCTGCAAA ATCAAGCATA GAAAATTAAA TTGATGAAGT TGTTCCTAAA 
TAATAGAATA ATTAATCATA AAAATAGAAA TCTTTAGAAA AAGTTCCTTC TTCTCTTCTG 
ATTTCCAATT AATAAGGATA GATAAGATAG GAAAAAGCTC CAAATAAATC ATATTAATTC 
AAAACAGTAT AAGATTTTAA TTTTGATCAA TAGCAGGGTT ACAATGATCA ATCTAAAAAA 
GCTCTGTATT CACAACAAAA ACTAGATCCT ATGTCAATCA GTCTTTCTAA AAATCATAAA 
GAAAGAAATG ATTAGTAATA ATAAAATATT AAAGATGATA TTATTAAAGA CAATTAGAAA 
TCAGAAAAAG ACTTGAATGA AATCTAGGAG GATACCAAAG AAAATATTTC TACTATTCAC 
AATAACAGTG GAATTATTGC AGGAAACAAT TCACCCAAAT AGTCACAGAT AATAAATGGA 
AGTATAGCTG AGTTAAGATA TCAAAACAGT CAATAATAAG AAGATGGTTA AAAACAATTA 
AAAGATCATT AAAAAAATAA TCAATAACCA AATTAAGGTA TCTATGATTA AGCTCACTAT 
AATAAAGAAA AACAATAGAA AGAATCATTG AAAAATAACA AAAAAGAAAT CCCAAATGAA 
TAAAAATTAC ATCACGAGTA ATAGTTAAAC CAAAAAAATC ATCCTAACAA TTAAAATTAG 
CAGAGTCAAT CCGAATAAAG ACAGGATTTG ACAAAAAATA TGAAATAGTT TAATGAGCAG 
AGTAAAGATC AAGATATGTT CAAATCAGAT CCATAAGTAA CTAACCAAAA TCAAAGTAAT 
CACTTCATTG GTAATAATTA AAACTCGTAG CTCGATTTTA CTGTTTAAAA TAAGTATGAT 
CCTTAAAAAG AAACATTTAA CAGTTTATTT TAGTTAAGCT ATTTAGATAC ACCATTTCAA 
TCAAATATAA AAATGAAAGT GTACAATTTA TAGAATTCTA ATCCTATAGA TTTGGATTGG 
GAATTCAAGT ATATGTTATA AAACCTCACG CCTATATCTC CTAAGCTATT TTAAGGAACT 
ACCTATACAA AAGATTAGGA GACAAGTTAA GTTAATGTGA GATAATCAAC ATACATCTCA 
TACAATTATA ATGCCTCTAA TCTTTGTAAG GAATATTTCA AGGATATTCA TATTCTTTAT 
CAAATAAACA AAGAATTTAG ATAGAATAGA GAGAATACAC CATCACCTAT ATTGCTTTCT 
CTTCCAGTTT GCTTTGAAAT AAATAAAAAC TAGTTGGAGA TAATGTGCGA AACGAGTAAA 
TTTTTAAGTA TGACAGAAAT GATTAGGAGA AGAAAAAATC AGAGTGGTTA AGCTTACAAT 
GAAAATGAGT TGGCTTTTAT TTTTCATAGC ATTTTAAAGA GTATCGAGGT ATTTGAAAAG 
AAAGGAATTT TGCATAGCTA TCTAACAACT GACAATCTCA TTTACTGCAT AGAGTCATAT 
TCTTATAAGT TGTAAAACTT TTCATTAAGT TAGGCATTTA GTGCTTCAGA TCTATCAAAG 
AATTAAAGGA TTTATAATAT ATATTATAAA TAGCCTTATA TTTAGAATGA ATAGAACTCA 
TAAACGAATT CTAAATAATG TAATTTTACT CCTTTTTATG CTGACAGATA CGCATTAGCC 
ATCTCCTTTT TCTGCATATA ATAGCTGATA GAACCTACTG AAATAAACTA AAATGTTATT 
TCTAGAGCTA TCAAGTTAAT GGAATAAAAG AAAGATAATG CATCAGTAAG TAATTAAGTA 
ATTCTACATC TGTTAAATTT TTCAAATCAG CAACAATAAG ATACTTATAG TGTTAATTAG 
TTTTGGAGCT AAATTTTTAA TTTACTTGAC AGTATTTAGC ATATATAACC TGATGACGAA 
GAACTAGCTT CTGTAACAAT ATCAAATTTA GATAACTAAG CATAAGATAA AAAGCATAAT 
GTTGAGTATA GATCAGAAAG TGTTATCAAA TAATTAGCTG ATCAAAGCTA CACAACATTT 
TAATTTTCAA AAAGTCTAGA TTTGTATATA CAATTGCTAG AATTGCAAGA GCAAAAATAT 
GGAAAAAATG ATGAAAAGTG CATACCCACA TTAAATAAAA TTTGGAAAAT ATACTTTAGC 
AATAATGATT TCGAAAAAAG TTATATTTAT TGTATTTAAT ATACAGAATT AGCTAAGCAA 
AACTATTAAA AACAAAAAAA ATTGCATTTA TAGTAAACCA AAAAGACATA GTTAACATAA 
ATTGACAGCC AATAAAATAC GGAGTAGATG TCAGCTTTCA ACAAGCTGTA AAGAAACTTA 
GTCACTGATT TTAACTTGAG TGGTTAGCTT AAGTGGTAGC TTGATAAAAA ATAAGAAGCA 
ATAGGTGATT ATGAAATGGC ACTCTAACTT TAAATAGAAA TTTATGGTGA AAATGAATAC 
AATGTGATCA AAAATATTAA TAACATAGGT GTGTATTATT CTAATATTAA TTAAATGGAT 
AAAGCTATTG AGATTATAAA AAACGCTATT AGTAAAATGG AGCAGTAGAA TATAACAGAT 
TAATTATATA CATCTGCTTT GTATAATATC GGAAATCTAT TGAGTGATAA TGGGTAATTA 
TCAGAAGCTC TTCCTTATCT AACTAAGTCT TACGAAATCA AAAAGAAAAC TCTAGGTAAT 
AACTAAGAAG TGGGTAAATT GGCTCATCTG ATTGGTACGC TTCATTTCTA GCTTAAGAGC 
TATTAATAGA GTTTATCTTT CTTGGAGGAA GCTGTCTAAA TTTTACAAAA GTTTTCAGAA 
CCTGATGACT CAGAATATAT TAAGTATAAA AGAAATTATA TTGTCTCTCT CGTAAAAAAT 
AATTTACATC AATAAGCAAA TTAGTAAATA GAATCCATTC TTTAAGCTTT GTCTTAATCT 
ACTTTTCAAT CTTTTACAGA AACACCTTCA TAGGTTTACT ACGACTTGGG TAGTTTCTTG 
GAGAAAATAC TTAAATATGA CTATGCAAAA TTATCATATG AATAAAGTAT TAATTAATTG 
AAGTCTAGTA ATGTTGAATA AGATGATGCA ACATTACAGG CTTGTCTAAA ACGAATAAAT 
TCTTTGTAAA ATAAAATAGA AAATTAGTAA AAATCAGATT TAAAAAGTTA GAATTAGGAA 
GATTAGTAAC AAATTGTGTC AGATAAAATG GCAGAAAATA AGTAAAATAA ATAACAAGAT 
TAGAAATAAG TTGTGCAGCA ATAGATAATA GAGAATAAGT AAAATAAATA GTAAGATTAG 
AAATAAATTG TGTAAGGTAA AACAATAGTA AGTAGTTAGA ATAAATAGCC TGATTCGAAA 
TAAGCTGTGT AAGATAAAAT GGAAGAAAAT AATTAAAATA AGTAGCAAGA CTAGAAATAA 
AATAACCACT AGCTTGAAAC ATAAATTAAT AAATAAGAGC ATAAAAGTAT TGATTAAAAT 
ATTATTAATA ATCCCTAATC TTTATAACCA GATAATAATC ATGCTGATAT AAAACCAAAA 
CAAGCCCAAT AAGAAGCAAA TAATTAAAAT ATAAACAACA TAGTGATAAA TGATAACAAT 
TAAAATAAGA AAGAAGTGAA TAGTAGTAAT CTTAACAGTA ATAACAATAA AACTAATAAC 
AACAGCCACA GTGATAACAA CAATACTAAT AGCAACAAAA ATATTATTGC TAATAACAAT 
AACAATATTA GCACCAATAA CAATAATAAC AACAAAAATA GCAATAGCAG TAATCATATT 
TAATCATTTA GCAACATTGT TTTTGATGAT AATAAAAACA ATTAATAACA ATAATAAAAC 
TTGAAAAATT CAACTAACAA TAATTCTAAA GATGTAAATT AGAATAATTA GAATACCTCT 
ATTCCATATT AACTTAAGGT TTCTAGTAAT ATTAAATAAA ATTAAGCTAT AAACCAGGAT 
AAATAAACAT AAGATGAAGC AAATAAATAG GGTGATTCAC AAATAGCAAA TTAAAATCAA 
CACAATTAAA TTAAAACTGA TAAAAATAAA GACTCAAATT AAGGAACAAA TAATCAATAA 
CCAAAAATTT GA

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

RefSeq	XP_001016602.2
CDS	1..8952
Translation	MSTSVGTASYSKTLPSKQTKIARNADEDRTPPSNTNVKNSNVSNNVIGENKKKTISTNSTPRNGDLKN*NSNIKNEASQNQAVNKSPYKINTNHNNGYYSKSYRERHELEENFINKNLIGEAIEKSQKDIRLKLSSHMADIFSQPQS*SLSDWKDHKNGINIYNINNTSEFIPTPEAYNNESNNYYYEGQNEYREKLNLKPSDTKLSDYLNLRNVNSPSVHRLYHAVSK*SNLNDKQQNNHSIFSVGPRNYSSEKHSKFRSSSNRKQRPTYYSGTKIPPNEDGSFVNEGL*GNNFPKYFSSDFGEEGNSSFINNSSIPSSYKQRNIGNSHHRTQSNNRYSREGKRLNLPIDNLINAGTFPHSSTVRNSQKAYFSRSPLGSSNELATPNSRTPRIYNRRDSSTRIKDLGNSIERYSDKIEKMKLKYSSKNPFSNTNLDDELDSHRYQQYQQNDGQQYNIQRKEYQTIAAINIEERKIRKHEERDQEIINNYTYKDYNRRSNDFSPRFSKDGNNTGNDIYEQNLDNIFKKNQNDIDKGGNYLYKDIRKLSSYNLKLNTTEERIKILTKEDSNFSENQMVKFSSSKISNNAHDNLHQQPNQVRRGSLQNLDGITNKKRYDIDHVNMNQRDLLNENNGFTSEYNHSNSPPNNSFNIPRSDSKAKRINYYYEPKINDNEFVTLPNSPTPQYKQYQFHQQQ*QHYDNDDFSRNQTRNEINNRDNYTNEDLLNEKYNNMGNTNTNIDDIYRKRENVVKRAEKLHSLNDKMETFDHVGDLKMKKLYHNLNPIIENLKAPHNQPSYRQNNPQIIDTFENTSDIKDPLNETKPNIKENFRTPKITENNRSNSKRRDSIKESGNLRYPHKSNTTLIDTFEGEKNNIYNYHSMVNNQKISKESSRFDTFDSKIKNSLNTEYKMSFLDKKLANLQLKEKKKYFIESDNPRYHQPNKIEEEDERYRKTTNDLYDEQQYYYENPTNNYYEQDNSKNLNYSPKAEKNIEIKNYNMVKKQPVKTINKNMNDLEKISNLGNIEKLELNKYHKYPNQVEEKDMEDRLFTFVDERIYKKFKKYLPDITRANIKFEFSTQLSDKKKYEEQLEDYLDNIKNLQKFLPLDVSRLIENESLYPLEASNIEKNPQLEDYINKKIERLMAYLPNDVIARMNIPENKVKKKKDKL*MTKDSDRVLLEKMSPEEEFIRKTEIVNEYKK*ELINEYKLTDEKNIELEKRIRMLKSSERMARLDNNKKIVNKSNQKNYENYYNDIESKSQQKQLFQQNRRNYVDSRNGSRGGNNIL*IDASESYLTNNESISPRSTFYKNSANDEKTHSFFKNHNNGTSVRQYNGVLSENDDSESPKKAEVFGKLEYVYKPPRSRSISPTRELNESINSPDNNTKLNKSYIVKRNGTNNSFLSKGKYSLF*NNSNNQSPNNNPYLLDPNHNNVSFPAKSSIENIDEVVPK*NNSKKSLEKVPSSLLISN*GIREKAPNKSYFKTVDFNFDQQGYNDQSKKALYSQQKLDPMSISLSKNHKERND***NIKDDIIKDNKSEKDLNEIEDTKENISTIHNNSGIIAGNNSPKSQIINGSIAELRYQNSQ*EDGKQLKDHKNNQPNGIYDAHYNKEKQKESLKNNKKEIPNEKLHHE*LNQKNHPNNNQSQSERQDLTKNMKFNEQSKDQDMFKSDPVTNQNQSNHFIGNNNSLDFTVNKYDPKETFNSLFLSYLDTPFQSNIKMKVYNLNSNPIDLDWEFKYMLNLTPISPKLFGTTYTKDETSVNVRSTYISYNYNASNLCKEYFKDIHILYQINKEFRNRENTPSPILLSLPVCFEINKNLEIMCETSKFLSMTEMIRRRKNQSGAYNENELAFIFHSILKSIEVFEKKGILHSYLTTDNLIYCIESYSYKLNFSLSAFSASDLSKNRIYNIYYKPYINENSTNSKCNFTPFYADRYALAISFFCI*LIEPTEINNVISRAIKLMEKKDNASVSNVILHLLNFSNQQQDTYSVNFWSIFNLLDSIHIPDDEELASVTISNLDNADKKHNVEYRSESVIKLADQSYTTFFSKSLDLYIQLLELQEQKYGKNDEKCIPTLNKIWKIYFSNNDFEKSYIYCIYTELAKQNYKQKKLHLTKKTLTIDSQNTEMSAFNKLRNLVTDFNLSGLKWLDKKEAIGDYEMALLIEIYGENEYNVIKNINNIGVYYSNINMDKAIEIIKNAISKMEQNITDLYTSALYNIGNLLSDNGLSEALPYLTKSYEIKKKTLGNNEVGKLAHLIGTLHFLKSYSLSFLEEAVILQKFSEPDDSEYIKYKRNYIVSLVKNNLHQANIESILALSSTFQSFTETPSVYYDLGSFLEKILKYDYAKLSYESINLKSSNVEDDATLQACLKRINSLNKIEN*KSDLKSNEDQIVSDKMAENKNKQDKVVQQIIENKNKDKIVGKTIVSSNKPDSKAVDKMEENNNKQDKNNHLETINKEHKSIDNIINNPSLPDNNHADIKPKQAQEANNNINNIVINDNNNKKEVNSSNLNSNNNKTNNNSHSDNNNTNSNKNIIANNNNNISTNNNNNNKNSNSSNHISFSNIVFDDNKNNQNLKNSTNNNSKDVNNNNTSIPYLKVSSNIKNAINQDKTDEANKGDSQIANNQHNIKTDKNKDSNGTNNQPKI

Target ORF information:

RefSeq Version	XM_001016602.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 tetratricopeptide repeat protein partial mRNA.

Target ORF information:

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

XM_001016602.2

ORF Insert Sequence:

ATGTCTACAT CAGTAGGAAC AGCGTCTTAC TCAAAAACTT AACTTCCAAG TAAGCAAACA 
AAGATATAAG CTAGGAATTA AGCAGACGAA GATCGCACAC CACCAAGCAA TACATAGAAT 
GTTAAATAAA ATAGTAATGT TAGTAATAAT GTAATCGGCG AAAATAAAAA GAAAACTTAA 
ATTTCAACAA ACTCAACTCC TAGAAACGGA GATTTAAAAA ATTAATAAAA TTCTAATATT 
AAATAAAATG AAGCATCACA AAATCAAGCA GTAAATAAAT CACCTTATAA AATTAATTAG 
ACTAATCACA ACAACGGATA CTATTCGTAG AAAAGCTATC GTGAGTAACG TCATTAAGAG 
TTAGAAGAAA ATTTTATAAA TAAAAATTTA TAGATAGGTG AGGCTATAGA AAAGTCGCAA 
AAAGATATTA GGTTGAAATT ATCCTAGTAA TCACATATGG CAGATATATT TTCACAATAA 
CCACAGTCTT AATAAAGTTT ATCAGATTGG AAATAGGATT AGCATAAAAA TGGCATTAAT 
ATTTATTAAT AAAATTAAAT AAACAATACT TCTTAAGAAT TTATTCCATA AACTCCAGAA 
GCATATAATA ATGAATCAAA TAACTACTAC TAATATGAAG GTCAGAATGA ATACAGAGAA 
TAATAGAAGT TAAATTTAAA GCCTTCTGAC ACTAAATTAT CAGATTATTT AAATTTGAGA 
AACTAAGTAA ACTCTCCTTC TGTGCATTAA AGGTTGTATC ATTAAGCAGT TTCGTAATAA 
AAGTAATAAT AATAATCTAA CTAATTAAAT GATAAACAGC AAAATAACCA TTAATCTATT 
TTTTCTGTTG GTCCCAGAAA TTATTCATCA GAAAAGCATT CATAAAAATT TCGCTCTAGC 
TCAAATAGGA AACAAAGACC TACTTATTAC AGTGGTACTA AAATTCCTCC AAATGAAGAT 
GGTTCTTTTG TTAATGAGGG TTTATAATAA GGTTAAAATA ATTTTCCTTA GAAATATTTT 
TCATAGTCAT AGGATTTTGG TGAAGAAGGG AATAGCTCAT TTATAAATAA CAGCAGTTAA 
ATACCATCAT CATATTAAAA GCAAAGGAAT ATTGGGAATT CTCATCATAG AACACAATCT 
AATAATCGTT ACTAAAGTAG ATAAGAAGGC AAAAGATTAA ATCTTCCATA AATAGATTAA 
AATTTAATAA ATGCAGGTAC GTTTCCCCAT TCTTCAACAG TAAGAAATTC TCAAAAAGCA 
TATTTTAGTC GATAATAATC ACCATTAGGT TCAAGTAATG AATTAGCTAC CCCAAATTCG 
AGAACTCCTC GTATATAATA CAATCGAAGA GACAGTTCAA CAAGAATCAA AGATCTAGGC 
AACTCTATTT AAGAAAGATA TAGTGATAAA ATAGAAAAAA TGAAATTGAA ATATTCTTCC 
AAAAATCCTT TCTCATAAAA TACAAACCTA GATGATGAAT TAGACTCTCA TAGATATCAA 
CAATATCAAC AGAATGATGG ACAACAATAC AACATACAAA GAAAGGAGTA CCAGTAGACT 
ATATAGTAAG CTGCTATTAA TATTGAAGAG TAAAGATAAA AAATAAGAAA GCATGAAGAG 
TAAAGAGACC AAGAAATAAT TAATTAAAAT TATACTTATA AGGATTATAA TAGAAGAAGC 
AATGATTTCT CTCCTAGATT TTCTAAATAG GATGGATAAA ATAACTAAAC TGGCAACGAT 
ATTTATGAAC AAAACCTTTA GGATAATATT TTTAAGTAAT AGAAAAATCA AAATGACTAA 
ATAGATAAAG GATAAGGCAA TTATCTTTAT AAGGACTAAA TTAGGAAGCT TTCAAGTTAC 
AACTTAAAAT TAAATACAAC TGAAGAAAGA ATTTAAAAAA TTCTAACAAA AGAAGATTCT 
AATTTTTCAG AAAATTAACA AATGGTGAAA TAATTTTCCT AAAGCAGTAA AATATCTAAT 
AATGCTCATG ATAATTTACA TTAGCAGCAA CCTAATCAAG TAAGAAGAGG TTCTTTACAA 
AATTTGGATG GCATAACAAA TAAAAAGTAA AGATATTAAG ATATTGATCA TGTTAATATG 
AATCAACGAG ATTTACTTAA TGAAAATAAT GGATTTACTT AAAGCGAATA CAATCACTCT 
AATTCACCAC CTAATAATAG CTTTAATTAA ATCCCTAGGT CAGACTCTAA AGCTAAGCGC 
ATATAATAAA ATTATTACTA TTAATAAGAA CCATAAAAAT AAATTAATGA TAATTAAGAA 
TTTGTAACTC TTCCAAATTC TTAACCCTAA ACTCCTCAAT AATACTAATA AAAGCAATAT 
TAATAACAAT TTTAATAGCA TTAACAACAA CAATAATAAT AGCAGTAATA ATAACATTAT 
GATAATGATG ATTTTAGTAG AAATCAGACA AGAAACGAAA TCAATAATAG AGATAACTAT 
ACAAATGAAG ATTTATTAAA TGAAAAATAT AATAATATGG GAAATACCTA AAATACAAAT 
ATTGATGATA TTTACTAAAG AAAGAGAGAA AATGTTGTGA AGAGAGCTTA AGAAAAACTC 
CATTCTTTAA ATGATAAAAT GGAGACATTT GACCATGTAG GAGACCTTAA AATGAAGAAA 
TTATATCATA ATTTGAATCC TTAGATAATA GAAAACTTAA AAGCTCCTTA GCATAACCAA 
TAACCAAGTT ATAGATAGCA AAACAATCCT CAAATAATAG ATACATTTGA GAATACTAGT 
GATATCAAAG ACTAACCACT CTAAAATGAA ACAAAACCTT AAAATTAAAT TAAAGAAAAC 
TTTCGTACTC CATAGAAGTA ATAAATAACT GAAAATAATA GAAGTAATTC AAAAAGGAGA 
GATTCCATTT AAAAAGAGTC TGGAAATTTA AGATACCCTC ATAAAAGTTA AAATACAACA 
CTCATTGATA CATTTGAAGG AGAAAAAAAT AATATCTATA ATTATCATAG TATGGTAAAT 
AATCAAAAAT AAATATCAAA GGAAAGTAGT AGATTTGACA CGTTTGATAG CAAAATTAAA 
AATTAATAAT CACTTAATAC TGAGTATTAA TAAAAAATGT CATTTTTAGA TAAAAAACTT 
GCAAATCTTC AATAGCTAAA GGAAAAATAG AAAAAGTAAT ATTTTATAGA ATCAGATAAT 
CCAAGATACC ATCAACCCAA TAAAATAGAA GAGGAAGATG AGAGATACAG AAAGACTACT 
AATGACTTAT ATGATGAATA ACAGCAATAT TATTAATATG AAAATCCATA AACAAATTAA 
AATTATTATG AGCAAGATTA AAATTCTAAA AACTAATTAA ATTACTCGCC TAAAGCTTAA 
GAAAAAAATA TTGAAATAAA AAATTACAAC ATGGTTAAAA AGCAACCAGT CAAGACAATC 
AACAAAAATA TGAATGACTT GGAGAAGATA TAAAGTAACT TAGGAAACAT AGAAAAGTAA 
TTAGAATAGT TGAACTAAAA ATACCATAAA TATTAACCAA ACCAATAAGT AGAAGAAAAA 
GATATGGAAG ATAGGTTGTT TACATTTTAG GTTGATGAGC GCATTTACAA AAAGTTTAAA 
AAATATCTAC CTTAAGATAT CACTTAAAGA GCCAACTAAA TTTAAAAATT TGAATAATTT 
AGCACTCAAC TCTCTGACAA AAAAAAATAT GAAGAATAGC AATAATTAGA AGATTATTTA 
GATAATTAAA TTAAAAATTA GCTTCAAAAG TTCTTACCTT TAGATGTGAG CTAGAGATTA 
TAAATAGAAA ACGAAAGCTA GCTTTATTAA CCCCTAGAAG CAAGTTAAAA TATAGAAAAA 
AATCCTCAGC TTGAGGATTA TATCAATAAA AAAATTTAAG AAAGGCTTAT GGCTTATCTT 
CCTAATGATG TAATAGCTCG CATGAATTAA ATACCTTAGG AAAACTAAAA AGTCAAGAAA 
AAAAAAGATA AATTGTAATA GTAAATGACT AAAGATTCAG ATAGAGTTTT GCTGGAAAAA 
ATGAGTCCTT AAGAGTAGGA AGAGTTTATT AGGTAAAAAA CTGAAATTGT CAATGAATAT 
AAAAAATAAT AAGAATAACT TATTAATGAG TAATATAAGC TAACAGATGA GAAAAATATA 
GAACTTGAAA AGTAAAGGAT TCGTATGTAG TTAAAATCAA GCGAAAGAAT GGCTAGATTA 
GACTAAAATA ATTAAAAAAA AATAGTTTAA AATAAATCAA ATCAAAAAAA TTAATATGAA 
AACTATTATA ATGATATTGA ATCAAAATCT TAACAATAAC AATAATAAAA ACAACTGTTT 
CAACAAAATA GATAAAGAAA CTATGTAGAT AGCTAAAGAA ATGGTAGTAG AGGAGGTTAG 
AATAACATTC TTTAATAGAT TGATGCTTCT GAAAGTTAAT ATTTAACCAA TAACGAATAG 
TCTATAAGTC CTAGAAGCAC TTTTTATAAA AATTCAGCTA ATGATGAAAA AACACACTCT 
TTTTTTAAAA ATCACAACTA AAATGGTACA AGTGTGAGAC AGTATAATGG AGTACTGAGC 
TAAGAAAATG ATGATAGTGA ATCACCAAAA AAAGCTGAAG TATTTGGTAA ATTAGAATAA 
TATGTTTATA AACCACCTAG ATCAAGATCA ATTTCTCCTA CTAGAGAATT AAATGAGTCA 
ATAAATTAAA GTCCAGATAA TAATACTAAA TTAAATAAGT CATACATAGT TAAATAAAGA 
AATGGGACTA ACAATTCTTT TCTTTCCAAA GGAAAATATT CATTATTTTA ATAAAATAAT 
TCAAATAATC AATCTCCAAA CAATAATCCT TACTTGCTTT AAGACCCAAA TCATAATTAA 
AACGTTTCTT TTCCTGCAAA ATCAAGCATA GAAAATTAAA TTGATGAAGT TGTTCCTAAA 
TAATAGAATA ATTAATCATA AAAATAGAAA TCTTTAGAAA AAGTTCCTTC TTCTCTTCTG 
ATTTCCAATT AATAAGGATA GATAAGATAG GAAAAAGCTC CAAATAAATC ATATTAATTC 
AAAACAGTAT AAGATTTTAA TTTTGATCAA TAGCAGGGTT ACAATGATCA ATCTAAAAAA 
GCTCTGTATT CACAACAAAA ACTAGATCCT ATGTCAATCA GTCTTTCTAA AAATCATAAA 
GAAAGAAATG ATTAGTAATA ATAAAATATT AAAGATGATA TTATTAAAGA CAATTAGAAA 
TCAGAAAAAG ACTTGAATGA AATCTAGGAG GATACCAAAG AAAATATTTC TACTATTCAC 
AATAACAGTG GAATTATTGC AGGAAACAAT TCACCCAAAT AGTCACAGAT AATAAATGGA 
AGTATAGCTG AGTTAAGATA TCAAAACAGT CAATAATAAG AAGATGGTTA AAAACAATTA 
AAAGATCATT AAAAAAATAA TCAATAACCA AATTAAGGTA TCTATGATTA AGCTCACTAT 
AATAAAGAAA AACAATAGAA AGAATCATTG AAAAATAACA AAAAAGAAAT CCCAAATGAA 
TAAAAATTAC ATCACGAGTA ATAGTTAAAC CAAAAAAATC ATCCTAACAA TTAAAATTAG 
CAGAGTCAAT CCGAATAAAG ACAGGATTTG ACAAAAAATA TGAAATAGTT TAATGAGCAG 
AGTAAAGATC AAGATATGTT CAAATCAGAT CCATAAGTAA CTAACCAAAA TCAAAGTAAT 
CACTTCATTG GTAATAATTA AAACTCGTAG CTCGATTTTA CTGTTTAAAA TAAGTATGAT 
CCTTAAAAAG AAACATTTAA CAGTTTATTT TAGTTAAGCT ATTTAGATAC ACCATTTCAA 
TCAAATATAA AAATGAAAGT GTACAATTTA TAGAATTCTA ATCCTATAGA TTTGGATTGG 
GAATTCAAGT ATATGTTATA AAACCTCACG CCTATATCTC CTAAGCTATT TTAAGGAACT 
ACCTATACAA AAGATTAGGA GACAAGTTAA GTTAATGTGA GATAATCAAC ATACATCTCA 
TACAATTATA ATGCCTCTAA TCTTTGTAAG GAATATTTCA AGGATATTCA TATTCTTTAT 
CAAATAAACA AAGAATTTAG ATAGAATAGA GAGAATACAC CATCACCTAT ATTGCTTTCT 
CTTCCAGTTT GCTTTGAAAT AAATAAAAAC TAGTTGGAGA TAATGTGCGA AACGAGTAAA 
TTTTTAAGTA TGACAGAAAT GATTAGGAGA AGAAAAAATC AGAGTGGTTA AGCTTACAAT 
GAAAATGAGT TGGCTTTTAT TTTTCATAGC ATTTTAAAGA GTATCGAGGT ATTTGAAAAG 
AAAGGAATTT TGCATAGCTA TCTAACAACT GACAATCTCA TTTACTGCAT AGAGTCATAT 
TCTTATAAGT TGTAAAACTT TTCATTAAGT TAGGCATTTA GTGCTTCAGA TCTATCAAAG 
AATTAAAGGA TTTATAATAT ATATTATAAA TAGCCTTATA TTTAGAATGA ATAGAACTCA 
TAAACGAATT CTAAATAATG TAATTTTACT CCTTTTTATG CTGACAGATA CGCATTAGCC 
ATCTCCTTTT TCTGCATATA ATAGCTGATA GAACCTACTG AAATAAACTA AAATGTTATT 
TCTAGAGCTA TCAAGTTAAT GGAATAAAAG AAAGATAATG CATCAGTAAG TAATTAAGTA 
ATTCTACATC TGTTAAATTT TTCAAATCAG CAACAATAAG ATACTTATAG TGTTAATTAG 
TTTTGGAGCT AAATTTTTAA TTTACTTGAC AGTATTTAGC ATATATAACC TGATGACGAA 
GAACTAGCTT CTGTAACAAT ATCAAATTTA GATAACTAAG CATAAGATAA AAAGCATAAT 
GTTGAGTATA GATCAGAAAG TGTTATCAAA TAATTAGCTG ATCAAAGCTA CACAACATTT 
TAATTTTCAA AAAGTCTAGA TTTGTATATA CAATTGCTAG AATTGCAAGA GCAAAAATAT 
GGAAAAAATG ATGAAAAGTG CATACCCACA TTAAATAAAA TTTGGAAAAT ATACTTTAGC 
AATAATGATT TCGAAAAAAG TTATATTTAT TGTATTTAAT ATACAGAATT AGCTAAGCAA 
AACTATTAAA AACAAAAAAA ATTGCATTTA TAGTAAACCA AAAAGACATA GTTAACATAA 
ATTGACAGCC AATAAAATAC GGAGTAGATG TCAGCTTTCA ACAAGCTGTA AAGAAACTTA 
GTCACTGATT TTAACTTGAG TGGTTAGCTT AAGTGGTAGC TTGATAAAAA ATAAGAAGCA 
ATAGGTGATT ATGAAATGGC ACTCTAACTT TAAATAGAAA TTTATGGTGA AAATGAATAC 
AATGTGATCA AAAATATTAA TAACATAGGT GTGTATTATT CTAATATTAA TTAAATGGAT 
AAAGCTATTG AGATTATAAA AAACGCTATT AGTAAAATGG AGCAGTAGAA TATAACAGAT 
TAATTATATA CATCTGCTTT GTATAATATC GGAAATCTAT TGAGTGATAA TGGGTAATTA 
TCAGAAGCTC TTCCTTATCT AACTAAGTCT TACGAAATCA AAAAGAAAAC TCTAGGTAAT 
AACTAAGAAG TGGGTAAATT GGCTCATCTG ATTGGTACGC TTCATTTCTA GCTTAAGAGC 
TATTAATAGA GTTTATCTTT CTTGGAGGAA GCTGTCTAAA TTTTACAAAA GTTTTCAGAA 
CCTGATGACT CAGAATATAT TAAGTATAAA AGAAATTATA TTGTCTCTCT CGTAAAAAAT 
AATTTACATC AATAAGCAAA TTAGTAAATA GAATCCATTC TTTAAGCTTT GTCTTAATCT 
ACTTTTCAAT CTTTTACAGA AACACCTTCA TAGGTTTACT ACGACTTGGG TAGTTTCTTG 
GAGAAAATAC TTAAATATGA CTATGCAAAA TTATCATATG AATAAAGTAT TAATTAATTG 
AAGTCTAGTA ATGTTGAATA AGATGATGCA ACATTACAGG CTTGTCTAAA ACGAATAAAT 
TCTTTGTAAA ATAAAATAGA AAATTAGTAA AAATCAGATT TAAAAAGTTA GAATTAGGAA 
GATTAGTAAC AAATTGTGTC AGATAAAATG GCAGAAAATA AGTAAAATAA ATAACAAGAT 
TAGAAATAAG TTGTGCAGCA ATAGATAATA GAGAATAAGT AAAATAAATA GTAAGATTAG 
AAATAAATTG TGTAAGGTAA AACAATAGTA AGTAGTTAGA ATAAATAGCC TGATTCGAAA 
TAAGCTGTGT AAGATAAAAT GGAAGAAAAT AATTAAAATA AGTAGCAAGA CTAGAAATAA 
AATAACCACT AGCTTGAAAC ATAAATTAAT AAATAAGAGC ATAAAAGTAT TGATTAAAAT 
ATTATTAATA ATCCCTAATC TTTATAACCA GATAATAATC ATGCTGATAT AAAACCAAAA 
CAAGCCCAAT AAGAAGCAAA TAATTAAAAT ATAAACAACA TAGTGATAAA TGATAACAAT 
TAAAATAAGA AAGAAGTGAA TAGTAGTAAT CTTAACAGTA ATAACAATAA AACTAATAAC 
AACAGCCACA GTGATAACAA CAATACTAAT AGCAACAAAA ATATTATTGC TAATAACAAT 
AACAATATTA GCACCAATAA CAATAATAAC AACAAAAATA GCAATAGCAG TAATCATATT 
TAATCATTTA GCAACATTGT TTTTGATGAT AATAAAAACA ATTAATAACA ATAATAAAAC 
TTGAAAAATT CAACTAACAA TAATTCTAAA GATGTAAATT AGAATAATTA GAATACCTCT 
ATTCCATATT AACTTAAGGT TTCTAGTAAT ATTAAATAAA ATTAAGCTAT AAACCAGGAT 
AAATAAACAT AAGATGAAGC AAATAAATAG GGTGATTCAC AAATAGCAAA TTAAAATCAA 
CACAATTAAA TTAAAACTGA TAAAAATAAA GACTCAAATT AAGGAACAAA TAATCAATAA 
CCAAAAATTT GA