TTHERM_00641170 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00641170
Entrez Gene ID	7831650
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001015335.2	XP_001015335.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00641170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00641170 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
OTe46163	XM_001015335.2 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
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)

TTHERM_00641170 ( XM_001015335.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001015335.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe46163
Clone ID Related Accession (Same CDS sequence)	XM_001015335.2
Accession Version	XM_001015335.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5760bp) 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	1433692800000
Organism	Tetrahymena thermophila SB210
Product	hypothetical 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_002476421). On Jun 9, 2015 this sequence version replaced XM_001015335.1. COMPLETENESS: incomplete on both ends.

ATGGAGAGAT TTAAATCACC AAATAATCAG CGTAAACTGA ATGTAAAAAA TGTCCTTCAA 
AAGTAATCCT CCTAGGTAGT TGTCCGCAAA CCAATTACTT CAATATCCTT CAAAGAAAAC 
GCATATAAGA TCATCAATTT ATACAAATTA ATTGGCGAGA ATGGAGAAAA CCAAGGAGAA 
TTGAAAATCT CTTTAGAGCT GTTTTCAAAA AAAGTTCTGC TTTCTAAGGA AATTGAATAG 
TTAGAACCTG ATTTAATAGA ATAAATCGTT AAAATCTTAA ACAAATATTC TTTTTAGTTT 
GCTTAAAAAG CAGATGACGA TATAGCCTAT AATCTTTTAG ACTGTTCTTT AAGATTACTA 
TAAAGTTCAT AATATTATGA AAATTAGGAG TAGTAAACTG CAAGTACTTT GCAAAATATG 
GGAAGCATTA TAGCCAAAGT AGGACAGAAT ACTTTGGCAA AAAAAATATT TAAATATTGC 
CTTAAAAGAT TTTATGATCA GGAAGTTTCA GATTTTTAAG ACAGATATGA ATCTATTAGA 
AAATTGATAG ATAAAAAAGA TGGACATTAA AGTACTATTC CATCATAGCT TTAGTGCAAT 
TTGACAATGA ATTAAAAAAT ATAAAATGGA ATTCTTCTAA ATAATTTATC TTCTATTTAT 
TTAAGTGAGA AAAAATATGA AAAAGCTCTA TACTTAGCTA CTTCATGCTC TTACGACTTA 
GAAGGTTATG TTTTTGAATA GAGAGAGTTG TAAGATACTG AGGATCTTAA AAATGACCCA 
GAATTTAAAT AGAGAATTAT CATTTTACTT AACTCTTACT TGAATATGGG TAGGGCACAA 
GAAAATATTG GCAGACTTAT TAAAGATATT AAAGAATATT CATCCAAGTT TTTATACTTT 
GAATAAGCTA TTAAATCATA CGCAAACGGT TATAAATTCA GCAAAGCTTA TCTCGGAGTT 
GAAGATAGAT CTTTTTTTAG CATTTTTTAG GCTTTGCTTA ATCAGCTAAG AAAAGAAAAG 
GAGGAAAATT ATGTAAAGAG TTTTTAATCT TAGAATTAAA TATGTTATGG GGCAGGATAT 
TTGGATTAGA CTATTGAGAA GAGAATAGTA GATTTTCTCA ACTTGCGCAA AAGAATAGAC 
AATAACAAAC AGATATTAAA CCATTTTCAA ACAGATTAGT ATCAAATTTA AACAGATAGG 
CCTTCCAAGC ATTTTCATAT TGGAAAGCCA AAAAAACAAC CAGAAGTATA CAGTTCAAGC 
TTTAATGGGT TTAAAAGCCA ACAAATATTG CATTAGAACA CTTCATTAAG AGGCAATTAA 
TCGTAGAAAA ACATGGTTTA ATCTCCATTG GTATATAAAT AGCATAATTC TCTCAGCTCT 
AGTTAAAAAT TATTTTAAAA TACATAGAAA GGAAGTTCCT TAATCAACTC AAAGAGATAG 
ATAGCTCTCC ATTCAAGTGA ATAATATAAT GCTACAAATA CTCATAACAT GTCCATCGTT 
AGTAATAATA ATAACAACAA CAACAACAAT AATAATTAAA ACGGCAATGG CTACATGTAT 
TAAGCACTAT AGAACAACAA CAATAACAAC AACAATACAA CAACAAATAA TTAAAATAAC 
TCGATGTACT CAAACCAAGA AGAAATCTTT AACTTCTAAA ATAATAACAA CAACAATAAT 
CCAAATAATT ATTACAATAC TTAAAATTCA CAAACTAATT TACTTGCATA GAGACAATTT 
AGTGTTCCAA CACTTACTAA TCCAACAATT TTTGGTAAAA ATATATTAGG ACTATAAAAT 
GGAATACATA GTTAGGCGTA TTTTGATGAT TCACACAGAA ATTCGACTCC TTTAATTTAA 
AATCCTATTT TAACACCTTA ATAAACAAAT AATTCTAATA GCTTTTTCCC GGTTACTAAT 
AACTTATCTA AAGGATACAG CAATTAGTAA ATATTTGATC AATCTATTTA AAGTTAAAAC 
AATGGAGTTA GTCCTTTATA GCTTTTCTAA CAGTAGCAAT CTTAATAATC TCCTCATTTA 
AATTAGCTTC TTTTTATTAA CAGCTAATCT AATTCTTTAA ATTCCTAAAA TTAATAAAAC 
ATTACAAATT TACCTAATAA CTAAGTTCCA CTTGATAGCT ATTTTCCATC AAATCAGTAC 
AGTCCAATAA ACTAAATTCA GAGCGCATAG AATCTAGTAA ATTCAAATCC TTATTCCTAC 
AACTTGATCT CTGGATTGAA TCAATAATCT CAATCCTTAC CTTAATATAA TTTAACCAAC 
AACTACATTC CTTAATCTCA TGAGTAACTT TTACTTTTAC AGTAGCAGTA ATAGTAGCAA 
AATATGCAAG TAGCAGCGAT GCAAGGATTT TTAAATTAGC CCCAATAGTT CATCAGTTAA 
AATTTCTTTT AAGACAACAG CCATCCAGCA TTCCAAGCAT TAAATTCTTA AATGCCAATT 
GATACTAATC TGTTTGATAA AAATGCTTTG ATGGACGATT AAAGTGACAA GGGAGATGAT 
GAGCAAATTT AAGCAGCATA AAATAACAAC TTAAAAAACT CACAAAAATA ACCAACAGCT 
GCTCCTGCTA ATACCAAGGC TGAAAATTAA AAACCAAGCC AAACCCCAGA AACAGCTTTA 
TCTAACAAAG CTTCAGATAA CAGCTTTAAG CAAAAAGAAA AGGATAATTC GAACGATATT 
AATGACAAAA ATAAAAAAAA CAATTAAAAA GATCAAAAAC AAAAGCAAGA CCTAGAAAAA 
TACAACTAAA TTTAAGACAA GCTTAACTAG CAAGATGAGA AAGTTCGCTA GCTTGAAAAT 
TAACTTTCAT CCAAAAAAAT AAGAAAAAGT GAGGATATTT TACAAGATCT TTAGTCTGAA 
AAGATTGAAG AAGTTACAAT GAACCCTAAA ATCTAAAAAT CTAAAGAAAA AGTAAGCAGC 
TTAAAGTACA TTTAGATGAA TTAAGTAAAT CAAGATAAAA AAAATAAAAA TAATTAACAA 
AATGGAGTCA TTTAGACAAA TACAAGTAAT ACAAACGGCA ACAATTACAT CAGTACTCTT 
TCAAGTATCG GATATGATTT TAGTCCTGAG GCTGCAGCTA ATAAATAAAC AAGAAGCAAA 
AATGATTTCA AAGTAACTGT AAATAATGAG CTGGGTTCTG AGGTTTTAAT CAACGCTAGT 
AACGATCAAT TAAATCTACA GCCAGCAACT TTTAACACTG TATCGGCTGC TGCTGCTAAT 
AGCTTGATAA ATTAATAAAA TTCAACAAAT AATTCTTCAA TAAATAACAA AGCGTTCTTA 
AAAAGCGGAT AGTCTAGTGC TGACGATTAA TCTTAGAACA CATTAAGTTT TAGAAACTAA 
TAAATGAATA GAATATTAGA AGAAGATAGT TACGATACAA GTATCTCCCC AAACATGAGA 
CAGACAGCAA AGTCAAGTTT ACATAATTCT GGATAAACGT CATAACAAAA GCTAGGAGCT 
GTTGCTGTTC CAAGCTCAAT AGGTTAAGCA AACAATCAGG CATAAAAACC GACTATTTAT 
AGCTCTTTAG AAAAGAAATA GTCACAACCA ATATTAAGAA ATAGAAGGTC TTCAAAATCG 
TTGGACAATA ATTCCGAGAA TCAAGATGAA GAAGAATAAA AATAAAATTC TATCAAATTA 
GTTGAAAAAT CCAAGAGCAA AAGCTAACAA GCTGATGAAA GCTTCTCTCA AATAAGCTAG 
GAATAAGGAG AGAATTCAAA AAGACAACCA GCAAAAAGAA AAACACTTTT ATAAAAGCAT 
AAAAGTGTAA ATTTTTAAGA AGATAATAAT CAAAATGAAA TATCTTAAGG AGAAAACAAT 
CCTAATATGT ACTCTTCTGT TGAAAAGAGG ATGAAACAAA ACTCAGTTCA CTATCAAACT 
TATACAACAC TAGTAACTTC ACCAAACTAA CGCAAGAGAT ATGATATCTA ACCCAACTAG 
CATAACAACA TCATCAAAAA AATTCCTAAT ATAGAGGAAA TGATGAGAAA TGGAGGTAAA 
AAAGCGCATG CTTGGAAAAT TTTAGAAGTC TCTTCAGAAT GCTACAGATT AAATGTAGAT 
CTTAATGAAA CAGATATTAC ACTTTGGGCT TCAAATTTGA AGACTACTTA ATAAATCGCC 
AAGTAAATAA TATCTCTGTC AGATCTTTAA TTGCTGTTAG ATCTAGTTGA ATATCAAGAT 
ATTTTACCCA ATTAAAAACC ACTTAAATCT ATAAGCACTA TCGAAGATAT TTTAACCCAT 
TTTATCTTGC CATTTATGAC AATTTAGGAT AACAATGTTT CACTGTAACC TAAACCAATC 
GGTTTGGTTG AAAAAGATTG GTAAATTAAA TTCTTAAACA CAGAATGTGA TGTTTCCTTC 
CACCACATTG TTGGGAATTA GTTTAGAATT ATATTTACAT GCATTCACAG GAAAGACCAG 
TTCAAAGTAG ACTTAGAAGT TGATGATTTT ATGAAGGCTG AGTTGTTTGA AAATATGGAT 
GATGGAAATA AATATCTAGA TAAAATTAAA GACATAGTGC ATCTCTATAA GAAGAAAAAG 
AATATACTAG ACATTACTGA TGAAGAGATA GCTTCTTTAA AGAGCGCATC TGATTAAACT 
ATGAAGTAAA AACCTACTAA AACAAAAAAA TAAGATGAAG ACGATGATGA AGAAGAAGAT 
GACGATTTTG ACTTATAAGG TCCTTTTAAT GCGAATATTA TAAATTCTAA AGATTTCAAT 
AAGTTTTTAG ATAAATATGA TAAAAACAGA ATCGAATTAG TCACTGTAGA GTCTCTAAGA 
ATCAAAAAGC TCTCTGATTT CACTTCTTTA TTCTTAAGAG AGATAGAAAA TATTGACACT 
TTTCTTTAAA AAGAACTTAT AATAAAGGAC ATCAATCTTT TTAATCTCAG ATTTAGCAAT 
AAAATCCTCA AACTTCATGT CTATAAGGAA TAAACCAAGA ATTAAATCAG AGGAAAGATA 
ACTTATGTCT ATGAAGATCA AGCCAAGCAA GTATTTTGCA TTAAAATAAA AAACACCTTC 
GAAACATTTG CACCAAACGA AACCAAAGAA CAATCTAAAG GCTATGCTGA AATAAAATTC 
GTTGATTTGT GGAAAGAATA TGGAGTTCAG TATGACACTC TTGATGCTTC TGACAAAATT 
TGCATTTGCA ATTTTATCTC TAAGCAATAT TATATTTATA CTTTCGAAAA ATAACTTGAA 
GAAGACGATT ATGATAGATA CAGCACCAAT TTAATTAAAA AGAAAAATAT AGTTTCAGGC 
TCTTTCTAGA GAATATTAGT GGGGCATAAA TATCATAAAC AAATCGTTAC AATGTGCTAC 
ATGGGTCTGG AAGATGAACC TCTTGGAATC AAGGTTACTA TCTATGATCC TCTTAGATGT 
GAAGAGAAGG GCATTATGAT TACTCTAGAA GATAAGCTCT TTAAAAAAAC TCAAGCTGAA 
TTAGATTAGC TAAACTTAAA TAGCAACGGA AAGAAGAAGA GAACAAAAAA ATATAAAGAT 
TCTTACACAA TAAACAGTGA TTATCATATT GTAGGCATTT TAAAGGCTTT TGGTTGGAGA 
ATTTTACTAG AAATAATATA ATCAGTTTTA GATAAAATCA ACCGTGTCTA TTCCATAAGA 
GGTCCTGTTT TAGGAGACAA GAATTCATCC TTTTATAGAT TTGAATCTCT TGTTAACCCT 
CAAAATATAA TTAAATTTTT CCAGACTAAA AACATGTATT TATTTTAGAA TCCAAACTGA

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

RefSeq	XP_001015335.2
CDS	1..5760
Translation	MERFKSPNNQRKLNVKNVLQKSSVVVRKPITSISFKENAYKIINLYKLIGENGENQGELKISLELFSKKVLLSKEIELEPDLIEIVKILNKYSFFAKADDDIAYNLLDCSLRLLSSYYENETASTLQNMGSIIAKVGQNTLAKKIFKYCLKRFYDQEVSDFDRYESIRKLIDKKDGHSTIPSLCNLTMNKINGILLNNLSSIYLSEKKYEKALYLATSCSYDLEGYVFERELDTEDLKNDPEFKRIIILLNSYLNMGRAQENIGRLIKDIKEYSSKFLYFEAIKSYANGYKFSKAYLGVEDRSFFSIFALLNQLRKEKEENYVKSFSNICYGAGYLDTIEKRIVDFLNLRKRIDNNKQILNHFQTDYQITDRPSKHFHIGKPKKQPEVYSSSFNGFKSQQILHNTSLRGNSKNMVSPLVYKHNSLSSSKLFNTKGSSLINSKRIALHSSEYNATNTHNMSIVSNNNNNNNNNNNNGNGYMYALNNNNNNNNTTTNNNNSMYSNQEEIFNFNNNNNNNPNNYYNTNSQTNLLARQFSVPTLTNPTIFGKNILGLNGIHSAYFDDSHRNSTPLINPILTPTNNSNSFFPVTNNLSKGYSNIFDQSISNNGVSPLLFQQSSPHLNLLFINSSNSLNSN*NITNLPNNVPLDSYFPSNQYSPINIQSANLVNSNPYSYNLISGLNQSQSLPYNLTNNYIPSHELLLLQQ*QNMQVAAMQGFLNPQFISNFFDNSHPAFQALNSMPIDTNLFDKNALMDDSDKGDDEQIAANNNLKNSQKPTAAPANTKAENKPSQTPETALSNKASDNSFKQKEKDNSNDINDKNKKNNKDQKQKQDLEKYNIDKLNQDEKVRLENLSSKKIRKSEDILQDLSEKIEEVTMNPKIKSKEKVSSLKYIMNVNQDKKNKNNQNGVITNTSNTNGNNYISTLSSIGYDFSPEAAANKTRSKNDFKVTVNNELGSEVLINASNDQLNLQPATFNTVSAAAANSLIN*NSTNNSSINNKAFLKSGSSADDSNTLSFRN*MNRILEEDSYDTSISPNMRQTAKSSLHNSGTSQKLGAVAVPSSIGANNQAKPTIYSSLEKKSQPILRNRRSSKSLDNNSENQDEEEKNSIKLVEKSKSKSQADESFSQISEGENSKRQPAKRKTLLKHKSVNFEDNNQNEISGENNPNMYSSVEKRMKQNSVHYQTYTTLVTSPNRKRYDIPNHNNIIKKIPNIEEMMRNGGKKAHAWKILEVSSECYRLNVDLNETDITLWASNLKTTIAKIISLSDLLLLDLVEYQDILPNKPLKSISTIEDILTHFILPFMTIDNNVSLPKPIGLVEKDWIKFLNTECDVSFHHIVGNFRIIFTCIHRKDQFKVDLEVDDFMKAELFENMDDGNKYLDKIKDIVHLYKKKKNILDITDEEIASLKSASDTMKKPTKTKKDEDDDEEEDDDFDLGPFNANIINSKDFNKFLDKYDKNRIELVTVESLRIKKLSDFTSLFLREIENIDTFLKELIIKDINLFNLRFSNKILKLHVYKETKNIRGKITYVYEDQAKQVFCIKIKNTFETFAPNETKEQSKGYAEIKFVDLWKEYGVQYDTLDASDKICICNFISKQYYIYTFEKLEEDDYDRYSTNLIKKKNIVSGSFRILVGHKYHKQIVTMCYMGLEDEPLGIKVTIYDPLRCEEKGIMITLEDKLFKKTQAELDLNLNSNGKKKRTKKYKDSYTINSDYHIVGILKAFGWRILLEIISVLDKINRVYSIRGPVLGDKNSSFYRFESLVNPQNIIKFFQTKNMYLFNPN

Target ORF information:

RefSeq Version	XM_001015335.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Target ORF information:

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

XM_001015335.2

ORF Insert Sequence:

ATGGAGAGAT TTAAATCACC AAATAATCAG CGTAAACTGA ATGTAAAAAA TGTCCTTCAA 
AAGTAATCCT CCTAGGTAGT TGTCCGCAAA CCAATTACTT CAATATCCTT CAAAGAAAAC 
GCATATAAGA TCATCAATTT ATACAAATTA ATTGGCGAGA ATGGAGAAAA CCAAGGAGAA 
TTGAAAATCT CTTTAGAGCT GTTTTCAAAA AAAGTTCTGC TTTCTAAGGA AATTGAATAG 
TTAGAACCTG ATTTAATAGA ATAAATCGTT AAAATCTTAA ACAAATATTC TTTTTAGTTT 
GCTTAAAAAG CAGATGACGA TATAGCCTAT AATCTTTTAG ACTGTTCTTT AAGATTACTA 
TAAAGTTCAT AATATTATGA AAATTAGGAG TAGTAAACTG CAAGTACTTT GCAAAATATG 
GGAAGCATTA TAGCCAAAGT AGGACAGAAT ACTTTGGCAA AAAAAATATT TAAATATTGC 
CTTAAAAGAT TTTATGATCA GGAAGTTTCA GATTTTTAAG ACAGATATGA ATCTATTAGA 
AAATTGATAG ATAAAAAAGA TGGACATTAA AGTACTATTC CATCATAGCT TTAGTGCAAT 
TTGACAATGA ATTAAAAAAT ATAAAATGGA ATTCTTCTAA ATAATTTATC TTCTATTTAT 
TTAAGTGAGA AAAAATATGA AAAAGCTCTA TACTTAGCTA CTTCATGCTC TTACGACTTA 
GAAGGTTATG TTTTTGAATA GAGAGAGTTG TAAGATACTG AGGATCTTAA AAATGACCCA 
GAATTTAAAT AGAGAATTAT CATTTTACTT AACTCTTACT TGAATATGGG TAGGGCACAA 
GAAAATATTG GCAGACTTAT TAAAGATATT AAAGAATATT CATCCAAGTT TTTATACTTT 
GAATAAGCTA TTAAATCATA CGCAAACGGT TATAAATTCA GCAAAGCTTA TCTCGGAGTT 
GAAGATAGAT CTTTTTTTAG CATTTTTTAG GCTTTGCTTA ATCAGCTAAG AAAAGAAAAG 
GAGGAAAATT ATGTAAAGAG TTTTTAATCT TAGAATTAAA TATGTTATGG GGCAGGATAT 
TTGGATTAGA CTATTGAGAA GAGAATAGTA GATTTTCTCA ACTTGCGCAA AAGAATAGAC 
AATAACAAAC AGATATTAAA CCATTTTCAA ACAGATTAGT ATCAAATTTA AACAGATAGG 
CCTTCCAAGC ATTTTCATAT TGGAAAGCCA AAAAAACAAC CAGAAGTATA CAGTTCAAGC 
TTTAATGGGT TTAAAAGCCA ACAAATATTG CATTAGAACA CTTCATTAAG AGGCAATTAA 
TCGTAGAAAA ACATGGTTTA ATCTCCATTG GTATATAAAT AGCATAATTC TCTCAGCTCT 
AGTTAAAAAT TATTTTAAAA TACATAGAAA GGAAGTTCCT TAATCAACTC AAAGAGATAG 
ATAGCTCTCC ATTCAAGTGA ATAATATAAT GCTACAAATA CTCATAACAT GTCCATCGTT 
AGTAATAATA ATAACAACAA CAACAACAAT AATAATTAAA ACGGCAATGG CTACATGTAT 
TAAGCACTAT AGAACAACAA CAATAACAAC AACAATACAA CAACAAATAA TTAAAATAAC 
TCGATGTACT CAAACCAAGA AGAAATCTTT AACTTCTAAA ATAATAACAA CAACAATAAT 
CCAAATAATT ATTACAATAC TTAAAATTCA CAAACTAATT TACTTGCATA GAGACAATTT 
AGTGTTCCAA CACTTACTAA TCCAACAATT TTTGGTAAAA ATATATTAGG ACTATAAAAT 
GGAATACATA GTTAGGCGTA TTTTGATGAT TCACACAGAA ATTCGACTCC TTTAATTTAA 
AATCCTATTT TAACACCTTA ATAAACAAAT AATTCTAATA GCTTTTTCCC GGTTACTAAT 
AACTTATCTA AAGGATACAG CAATTAGTAA ATATTTGATC AATCTATTTA AAGTTAAAAC 
AATGGAGTTA GTCCTTTATA GCTTTTCTAA CAGTAGCAAT CTTAATAATC TCCTCATTTA 
AATTAGCTTC TTTTTATTAA CAGCTAATCT AATTCTTTAA ATTCCTAAAA TTAATAAAAC 
ATTACAAATT TACCTAATAA CTAAGTTCCA CTTGATAGCT ATTTTCCATC AAATCAGTAC 
AGTCCAATAA ACTAAATTCA GAGCGCATAG AATCTAGTAA ATTCAAATCC TTATTCCTAC 
AACTTGATCT CTGGATTGAA TCAATAATCT CAATCCTTAC CTTAATATAA TTTAACCAAC 
AACTACATTC CTTAATCTCA TGAGTAACTT TTACTTTTAC AGTAGCAGTA ATAGTAGCAA 
AATATGCAAG TAGCAGCGAT GCAAGGATTT TTAAATTAGC CCCAATAGTT CATCAGTTAA 
AATTTCTTTT AAGACAACAG CCATCCAGCA TTCCAAGCAT TAAATTCTTA AATGCCAATT 
GATACTAATC TGTTTGATAA AAATGCTTTG ATGGACGATT AAAGTGACAA GGGAGATGAT 
GAGCAAATTT AAGCAGCATA AAATAACAAC TTAAAAAACT CACAAAAATA ACCAACAGCT 
GCTCCTGCTA ATACCAAGGC TGAAAATTAA AAACCAAGCC AAACCCCAGA AACAGCTTTA 
TCTAACAAAG CTTCAGATAA CAGCTTTAAG CAAAAAGAAA AGGATAATTC GAACGATATT 
AATGACAAAA ATAAAAAAAA CAATTAAAAA GATCAAAAAC AAAAGCAAGA CCTAGAAAAA 
TACAACTAAA TTTAAGACAA GCTTAACTAG CAAGATGAGA AAGTTCGCTA GCTTGAAAAT 
TAACTTTCAT CCAAAAAAAT AAGAAAAAGT GAGGATATTT TACAAGATCT TTAGTCTGAA 
AAGATTGAAG AAGTTACAAT GAACCCTAAA ATCTAAAAAT CTAAAGAAAA AGTAAGCAGC 
TTAAAGTACA TTTAGATGAA TTAAGTAAAT CAAGATAAAA AAAATAAAAA TAATTAACAA 
AATGGAGTCA TTTAGACAAA TACAAGTAAT ACAAACGGCA ACAATTACAT CAGTACTCTT 
TCAAGTATCG GATATGATTT TAGTCCTGAG GCTGCAGCTA ATAAATAAAC AAGAAGCAAA 
AATGATTTCA AAGTAACTGT AAATAATGAG CTGGGTTCTG AGGTTTTAAT CAACGCTAGT 
AACGATCAAT TAAATCTACA GCCAGCAACT TTTAACACTG TATCGGCTGC TGCTGCTAAT 
AGCTTGATAA ATTAATAAAA TTCAACAAAT AATTCTTCAA TAAATAACAA AGCGTTCTTA 
AAAAGCGGAT AGTCTAGTGC TGACGATTAA TCTTAGAACA CATTAAGTTT TAGAAACTAA 
TAAATGAATA GAATATTAGA AGAAGATAGT TACGATACAA GTATCTCCCC AAACATGAGA 
CAGACAGCAA AGTCAAGTTT ACATAATTCT GGATAAACGT CATAACAAAA GCTAGGAGCT 
GTTGCTGTTC CAAGCTCAAT AGGTTAAGCA AACAATCAGG CATAAAAACC GACTATTTAT 
AGCTCTTTAG AAAAGAAATA GTCACAACCA ATATTAAGAA ATAGAAGGTC TTCAAAATCG 
TTGGACAATA ATTCCGAGAA TCAAGATGAA GAAGAATAAA AATAAAATTC TATCAAATTA 
GTTGAAAAAT CCAAGAGCAA AAGCTAACAA GCTGATGAAA GCTTCTCTCA AATAAGCTAG 
GAATAAGGAG AGAATTCAAA AAGACAACCA GCAAAAAGAA AAACACTTTT ATAAAAGCAT 
AAAAGTGTAA ATTTTTAAGA AGATAATAAT CAAAATGAAA TATCTTAAGG AGAAAACAAT 
CCTAATATGT ACTCTTCTGT TGAAAAGAGG ATGAAACAAA ACTCAGTTCA CTATCAAACT 
TATACAACAC TAGTAACTTC ACCAAACTAA CGCAAGAGAT ATGATATCTA ACCCAACTAG 
CATAACAACA TCATCAAAAA AATTCCTAAT ATAGAGGAAA TGATGAGAAA TGGAGGTAAA 
AAAGCGCATG CTTGGAAAAT TTTAGAAGTC TCTTCAGAAT GCTACAGATT AAATGTAGAT 
CTTAATGAAA CAGATATTAC ACTTTGGGCT TCAAATTTGA AGACTACTTA ATAAATCGCC 
AAGTAAATAA TATCTCTGTC AGATCTTTAA TTGCTGTTAG ATCTAGTTGA ATATCAAGAT 
ATTTTACCCA ATTAAAAACC ACTTAAATCT ATAAGCACTA TCGAAGATAT TTTAACCCAT 
TTTATCTTGC CATTTATGAC AATTTAGGAT AACAATGTTT CACTGTAACC TAAACCAATC 
GGTTTGGTTG AAAAAGATTG GTAAATTAAA TTCTTAAACA CAGAATGTGA TGTTTCCTTC 
CACCACATTG TTGGGAATTA GTTTAGAATT ATATTTACAT GCATTCACAG GAAAGACCAG 
TTCAAAGTAG ACTTAGAAGT TGATGATTTT ATGAAGGCTG AGTTGTTTGA AAATATGGAT 
GATGGAAATA AATATCTAGA TAAAATTAAA GACATAGTGC ATCTCTATAA GAAGAAAAAG 
AATATACTAG ACATTACTGA TGAAGAGATA GCTTCTTTAA AGAGCGCATC TGATTAAACT 
ATGAAGTAAA AACCTACTAA AACAAAAAAA TAAGATGAAG ACGATGATGA AGAAGAAGAT 
GACGATTTTG ACTTATAAGG TCCTTTTAAT GCGAATATTA TAAATTCTAA AGATTTCAAT 
AAGTTTTTAG ATAAATATGA TAAAAACAGA ATCGAATTAG TCACTGTAGA GTCTCTAAGA 
ATCAAAAAGC TCTCTGATTT CACTTCTTTA TTCTTAAGAG AGATAGAAAA TATTGACACT 
TTTCTTTAAA AAGAACTTAT AATAAAGGAC ATCAATCTTT TTAATCTCAG ATTTAGCAAT 
AAAATCCTCA AACTTCATGT CTATAAGGAA TAAACCAAGA ATTAAATCAG AGGAAAGATA 
ACTTATGTCT ATGAAGATCA AGCCAAGCAA GTATTTTGCA TTAAAATAAA AAACACCTTC 
GAAACATTTG CACCAAACGA AACCAAAGAA CAATCTAAAG GCTATGCTGA AATAAAATTC 
GTTGATTTGT GGAAAGAATA TGGAGTTCAG TATGACACTC TTGATGCTTC TGACAAAATT 
TGCATTTGCA ATTTTATCTC TAAGCAATAT TATATTTATA CTTTCGAAAA ATAACTTGAA 
GAAGACGATT ATGATAGATA CAGCACCAAT TTAATTAAAA AGAAAAATAT AGTTTCAGGC 
TCTTTCTAGA GAATATTAGT GGGGCATAAA TATCATAAAC AAATCGTTAC AATGTGCTAC 
ATGGGTCTGG AAGATGAACC TCTTGGAATC AAGGTTACTA TCTATGATCC TCTTAGATGT 
GAAGAGAAGG GCATTATGAT TACTCTAGAA GATAAGCTCT TTAAAAAAAC TCAAGCTGAA 
TTAGATTAGC TAAACTTAAA TAGCAACGGA AAGAAGAAGA GAACAAAAAA ATATAAAGAT 
TCTTACACAA TAAACAGTGA TTATCATATT GTAGGCATTT TAAAGGCTTT TGGTTGGAGA 
ATTTTACTAG AAATAATATA ATCAGTTTTA GATAAAATCA ACCGTGTCTA TTCCATAAGA 
GGTCCTGTTT TAGGAGACAA GAATTCATCC TTTTATAGAT TTGAATCTCT TGTTAACCCT 
CAAAATATAA TTAAATTTTT CCAGACTAAA AACATGTATT TATTTTAGAA TCCAAACTGA

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

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TTHERM_00641170 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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