TTHERM_00998950 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00998950
Entrez Gene ID	7839630
Full Name	PH domain protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001030906.2	XP_001030906.2	PH domain protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00998950 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00998950 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
OTe49816	XM_001030906.2 Latest version!	Tetrahymena thermophila SB210 PH domain protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_00998950 ( XM_001030906.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001030906.2 Tetrahymena thermophila SB210 PH domain protein partial mRNA.

Price & Availability↑

CloneID	OTe49816
Clone ID Related Accession (Same CDS sequence)	XM_001030906.2
Accession Version	XM_001030906.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6273bp) 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	PH domain 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_002476366). On Jun 9, 2015 this sequence version replaced XM_001030906.1. COMPLETENESS: incomplete on both ends.

ATGAATCCTA TTCCTATTTC AAACTCAAAT TCATTTTTGG GTTTCGTCCC ATCAATGGTA 
ATTTAGCATT TGCATGAGAA AAGTATCAAA AAAGATAAAA TTAATTTGCC AGAAAAGTAA 
TCACTAAAAT CTGTTGTTAT GTTTGCTGAT ATTAGTGGAT TTACAAATCT AACAGAAACT 
TTAAGTAAAA GAGGTCCAGA AGGCGCTGAA ATTATTGCTT TTGCCATTAA TCGTTATATG 
GAATTGATGG TCAAAGAAAT AGGGCGGTCT GGAGGTGATA TTTTTAAATT TGCAGGTGAT 
GCAATGATTG TTGTTTGGCC TCCACCCAAG CATGAAAACC AGCTATAAAA TACCTGCCGT 
TAAGCTGTTT AGGCGGCACT TTCAATTTAA TCCAAATTAG ATAATATGAA TATCACTGAT 
GGTGTTAAAT TATCAGTTAA AATTGGTTTT GGTGTAGGAG ATTTTTCAAT TATATACGTT 
GGTGGTATTT TTGGCAGAGC CGAATATCTT CCAGCAGGAG ATCCACTTAC CTAAGCTTTC 
AGCGCAGAGC ACGAAGCTGA ATCAGGTGGT GTTATTAACT GTTCTCAGTA GATCTACGAC 
TTAATTTAAA ATCATTTTGA ATGCAAAGTA AAGAATGCTG ACCACAAGAT ATATTAAGTT 
TTGAAAGTTA AAGAAAAAGT TATGGTCAAA GCTGATGCGA TGATGATTAA AGATAAAATG 
AGAGCTTCAG ATATAGAAAA AATTAAGTCA GGAGTATTAT AATATGTACC ACGTTCTCTC 
TAAGCTTACA TTTAATACGA ATAAGAATAA TGGAGTTCAG AATTGAGAGT AGTTACAATT 
ATGTTTATGA ATATAGGTAT TGATTTATCT GATTGCGCTG ATGAAGAAGG TTTAAACAAA 
ATTTAAAAGG TTATACAAAT TATCCAAAAG TGTGTATACA TGTATGAAGG TTCTTTAAAT 
AAATTTTTGA TGGATGACAA AGGTTCTACT TTAATTGTTG TCTTTGGTTT ACCTCCTATT 
ACACATTAAG ATGATGCTGT AAGAGCAGTA CTCTGTTCTT ATGCAATCAA AAACTAGCTA 
AGAAAATAAA GTTGTAAATG CAGTATTGGA ATTGGTACAG GTTTAGTTTT TGCTGGTGTT 
GTTGGTACTA GTGGTAACAG AAGAGAGTAT TCAGTTATTG GTGATAGTGT TAATTTATCA 
GCTCGTATTA TGTAAAAAGC ATGCGAATAA TAAGATGAAA ATTTCAAAAT ATTGTGCTCA 
GAAGCAACAA TGAAACAAGC TCAAAATAAA ATATCATTTA AATTTAAAGA TTCATATAAA 
TTTAAGGGAA AATCTGTCTA TCTTCCAATT TACTACCCTC TTGATTTAAA TGACAAGTAA 
CTAAGTGAGT TAGATAGAGA AAATAGATTC CCTTCTCTAA GAACTCATCT ATTTGCTTTC 
CCGATGGATC CTGAAGAAAA AAAGCTCAAA AAAAAATTTT TTAATTTTAT GCACGGGAAG 
AGTAGAGCAG AGTAACTTTA TGAAGCAAAG CATCAAGTGC AAAAATTTTT AGAATACTGT 
GAATTGACAA CTGGCAATCA AATTCTAAAA GGTTGTCTCA TCATTCAAGG AGACATGGGT 
ATGGGAAAGA GTCTCTTTTT AAGAAATTTG ATTTACGAAA CTCAGGCACA TATCGATAAA 
AGTAGTAAAA AAATATAATA TGAATATAAT GAAAGACCTA GAATAATAGT TTCCAATCTT 
GATCCTTCAA ATAAATTCAA AAAGATGAAT ATCATGCGTT CAGTTCTTAA AGAAATAATT 
TCAATTATAG AATAAAGAGT ATATGAACAA AGTCAGCTCT AACAGTTATT TGGTGAAAAA 
AAATATAATC AAATATTCAA AAAAGATAAA GATGGAGACT CTAAAAATAG ATAAGTTCTT 
GATGACAGAA AGTATTTCAA AATAGCTAAT TTTATAGATA AAGGAATATT TCAATCGGAC 
AGTATCAGAA TAGGCGATAA CTCAAATAAA GATTATTAAA AAAGAATATA AGATTTTAAA 
GAAATTTGTG GTTTAACTGA ATATAACTAT GTAGAAAATT TCCCACCTCC CTTCAATACT 
TTGAAAGAAA AAGAATTCAA AGAAAGACAC AAAGAAGAAA AGAAATAACT TTCAAAATTA 
GCCCTTGAAA TCTTTTCAAT TTACTTTTGT CAAACTTTAT AAAAAGGCTC TAGAAAAGAC 
TCTACTACTT CTATTGGTAG TCAAGAAAGT AACAATGACT CACAAAGAAG ATATAGAGAA 
AAAATAGCTC CTCTTGTTTT ATGTCTTGAA GATCTCCAAT ATGCTGATCC TTACTCTTTC 
AAATTGTTAA AAGACATTCT TAAAAAATTT GATAGAGTCT TTATTATCGG AGCCATGAGA 
AATGCTTCTA TAGAAAAACC TAGTTTCCCA ACTCCCTTCC TTCCACCTTA GGAGGTATAA 
AATTAGAATT TCATAATGTA AGTTAAAGAA ACTTTATATG ATGCAGAGCA CAGAAACATG 
GATAACGATT CATTCAACTC TGATATTGAT AAATAAACAG ATTTGTGCAA AATAATTGAA 
ATCAATGGGT TACCTATGGA TGAAATAAAA TAGATAATAA AGGAAGTTTA TAATTTAGAG 
AAACTAAGTT ATATACAAAA AAAAGTCTAA TAAATAGAAA CTTAAGGAAA TAATAATTAA 
AATATATAAA ATGGAAATGG ACACCAAGAA CAGCATATTG TGAATTAAAT GCAGAATAAT 
TAGTATAATA AAAAATTAGA ATAAGAAATT AAACTGAAAG AGAAGATAAC TGAATACGAA 
AAAGATAATT TTAGCTATCT TTTCTTTTCT AAAATTAAAA ATGAACTTGC ATATTTCCCT 
GACCATCTTT TTCACAATTT TTTGTACTTG AAAACATCAG GAAATCCTTT AACTGCTTTA 
CATTTGATAG ATAACTTACT TAAATAGAAG CTTCTTATCA TTAAAGACTT TAACTTTAAA 
CCAAATACCC CAGAAATCGA GGATGAGCTA AATAACATTT ATAATTATGA TGAATTAGAA 
CCTAAAACTG GATATATCAC TCCTCATCTT AAAAAAGCAA TTTTGCTCGA AGATTTGGTA 
ACTATCGATG TTCCTTTATG TAAATACAAT GTGAATACTC CAATACAGGA TAAACTAGGA 
TGCTTGGATT TGCTTATTTT AAAAATAGCA AGTGTGATTG GAGATATTTT TGATTTGTAA 
ACTCTGATCA AAGTGCACCC ATTTGGAAAT GTATTAAAAA CAGATAAATT AGTTGAAGCT 
CTAAATGCTT TAACTGATTA AAATATTTTA GAAGTCATAG ACTAAAATGA GAACAACGTC 
ATTTATAGAT TCTGTCATTC ATTTGTAAGG GAAACTCTCT ATTAGCGATT GATTTATACA 
TAAAGGAGAT AAATTCATTT GATTGTTGCA GAAACTTTCT AAAATACCTT GTCTCTTCCA 
TACAACGAAG AAGAAGACAT TGAAAAACTT AAATATTAAT GGCTACTTGG AGAAAATTCT 
AAAGACATAT CTATTGATAA TCTACCTCAT AAGGCTAAAA GATCTATTAT TGTTAAAAAG 
ATTTAATCTC AACTCACGGC ATCTGCAAGT AGCGCTAATA CCATGATTAA AGAGGATTAT 
TTATATAAGA AATCAGACTT CAGTAAATAT AGCTGGGCGG AGCGTTTTGT ATTGATGAGC 
ACAAAGGATA TTAGGTATTA CTATAATAGA GAGGATTCTA AAGAAAAACC AGAAGAATAT 
TTAGGAGCTA TTCCTCTAAG ATTTATTTAT GAAGTTAATA TGCTTGATCC TAAATAATAT 
GGTAGATCAG ATTATCCTTT TATCATTAAA GCAAGTAATT GGTATAAAAA AACTAAATAA 
TGTTCAAAGA GAGATTTCTT CTTCACATGT AAAACTTAAG AATAATATGA AGAATGGTAC 
ATTTATTTGA ATATTGCTAA AACGAAAGCC CTTTAAGATG AATTCCATAG AGAGTATGGT 
AAAGTAAACA TCTTAAAAGG AGGTTTGGAT ATTGATGTAA CAATCAAAAA TTTAATTGAA 
TAAAAAAAGT CTCAGATTTC TACCAAAATA GATGCTGCTA AAAGATAAAG AAGAAATACA 
TACCTTTCAG GCAGCAGTCC TAGCAACAAG AAATACAAAG ACAAACCAAA AGATATCGAC 
AACACTGAGG AGTAAAACCA AAATCAGTAA AAAATATAAG AAAGTTTAAA GCAAATGCTG 
GAAATTTTCA TAAAAAGAGG GATGATTCTC TTTTTTAGTC AGCTATTTGC CTAGTCCTAC 
CATACTTAGG ATGGTATCAG AACTTTTGGG GAAACCACCA AAGCTTTTAG GACAATACCT 
TTTGAACCAA TTTAATTGTA ACATAGCAAC TACAGGTCCT AAAATAGTAT TTCACATAAA 
GCTTCTGTTG ATTATGAAGA TTCAGATGGA CTTTCAAAGG GAAATAGCCC AATATCTTCA 
ATTAATCCTG CTTTTGCTAT GATAAATAAA AATGTAATTT TAGATGACTA AGGAAACAAA 
AAGAGAGTAA CTATTTTAGT AAATTCAGAT AATAATTCGC CTTCTCATAG ACCTAAAAAT 
GAACCACGTA AATCTATTCT CATGAAGAGT AGTGGAGTTT CTACTATATT TGGGCTAAAC 
GAAAGCTAAG GCTATCAAAG CTAAACACCC TCCGAAACTA ATATTCCTGT AAATGGCTCT 
AAAAACTACA ATTTAGAACA GGATAATACT CCAAGTAAAA TAGTACTGAG CAAAGTAGCA 
TGTGATAATG AAGAAAATTC TTCAGCTACT ATTCAAAATG CTAATAATAA TATGCCAGGT 
GGAATCAGTT CAACTTCCAA AAATCATAAT TATGATAATT CTGAAAATAG GTCCCCTTCC 
AAGCCACCCT TGCAATAATC AAAGTAACCA GCCCTACCTC CTTAGTTGAA GCAATAAATT 
CAAGCAATAT CTTAAAGACC TTAGTATGTG GAAAATTCAT ATGAAGAAGA AAATTAATAA 
AAATATTTTC AAAATGGTTC TTAAAATAGT ATGAAGAGAC CACTTTTATA ATCGTCTTCA 
CCACCGTTAA AATATAATGA AAATGAACTA ACATAACCTA AACTGCTAGT GAATGATAAA 
GTAGAAGAGT TTGATGGTGT TGGAGGACTC TAATTTAAAA ATAGATAAGA AAATTAATCA 
CCAGAGCAAA GTCCTCCTTC AAGTTATAGA AGGAGTGTAT CACCTAATAA TTTACCAAAC 
AATAGCAGAT TTAATGTTAA TGCTAAAATC ACAAATAATG TAGTTGATAT GAAGAGATCA 
AGCACTCAGA GCACTTTGAA TCCCATGTTG AATGCTCAAA CAAACAACAC AAATAGCTTT 
TACAATACAA ATAATCAAAG CTATCTATTG AGCATGAACT CTTCGCCATC AATTAATCCT 
TAATCTAACT CTATGATAAA TTAAAATAGT TTCAACTTGT ATAATGACAA AAGTTAAAAC 
TAAAATATCA ATGACTTTTC TAGAAATTAA TTTGATGACA CTATTTAAAG CACTTATAAA 
TAGAATCACT TTAATAATTC GCAAATTAGG CATCCATCAT CTTTGAATTA AATCGGAAAT 
TAATTTATAA GCTCTAAGCA AAGCGAATAG TTCTATGAAG AGGAATAAAG CAGAATCAGA 
GTTCTGTCAG GAAATTAAAA TATTTAATCT GACTTCCAAA AAAAGATGAA TAACAACAAC 
TCATCTAGAA TCAGCAAAAT TTCATAATAA AACGACATGG TTCCCATATC CAAAATCAAT 
AACATCTATG GAGACAAAAC TTACCTAGCA AAAGCTCTGA AGGTCTAAAA TCCTATTAAG 
GGTGATCTAA AATTAGAAGA GGGGAGTATG TATGAAGTTA AAATAAGCAA AAATTTGAAT 
TAAGAATATG TTTAAATAGT TGCTAATAAT AAATCAGGTA TATTCAAGAA GGAGATATTC 
AAATTTATCA ATAATCCTGA ATTGAATACC TATTAATTTA GTGCTAGTAA GTATACTCCT 
AGCTAAAGTA TGGGATACGA TTATCCTTAA TAAAGACAAG TAGATAATAT ACCACTCACC 
AATTCTTTGA ATATGGACAG CTAAAATTTA TCTAGTTATT AATAAATGGA TTATTCTAAA 
TAAATTCCTC TCTCAAATGT CACTCCAATA TCCATGTACC AAAGATCATT TTAAAGAAAC 
ATCTAAAAAA ATAATTAAAG CCAATACTTT TGA

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

RefSeq	XP_001030906.2
CDS	1..6273
Translation	MNPIPISNSNSFLGFVPSMVIHLHEKSIKKDKINLPEKSLKSVVMFADISGFTNLTETLSKRGPEGAEIIAFAINRYMELMVKEIGRSGGDIFKFAGDAMIVVWPPPKHENQLNTCRAVAALSISKLDNMNITDGVKLSVKIGFGVGDFSIIYVGGIFGRAEYLPAGDPLTAFSAEHEAESGGVINCSQIYDLINHFECKVKNADHKIYVLKVKEKVMVKADAMMIKDKMRASDIEKIKSGVLYVPRSLAYIYEEWSSELRVVTIMFMNIGIDLSDCADEEGLNKIKVIQIIQKCVYMYEGSLNKFLMDDKGSTLIVVFGLPPITHDDAVRAVLCSYAIKNLRKSCKCSIGIGTGLVFAGVVGTSGNRREYSVIGDSVNLSARIMKACE*DENFKILCSEATMKQAQNKISFKFKDSYKFKGKSVYLPIYYPLDLNDKLSELDRENRFPSLRTHLFAFPMDPEEKKLKKKFFNFMHGKSRAELYEAKHQVQKFLEYCELTTGNQILKGCLIIQGDMGMGKSLFLRNLIYETQAHIDKSSKKIYEYNERPRIIVSNLDPSNKFKKMNIMRSVLKEIISIIERVYEQSQLQLFGEKKYNQIFKKDKDGDSKNRVLDDRKYFKIANFIDKGIFQSDSIRIGDNSNKDYKRIDFKEICGLTEYNYVENFPPPFNTLKEKEFKERHKEEKKLSKLALEIFSIYFCQTLKGSRKDSTTSIGSQESNNDSQRRYREKIAPLVLCLEDLQYADPYSFKLLKDILKKFDRVFIIGAMRNASIEKPSFPTPFLPPEVNNFIMVKETLYDAEHRNMDNDSFNSDIDKTDLCKIIEINGLPMDEIKIIKEVYNLEKLSYIQKKVIETGNNNNINGNGHQEQHIVNMQNNYNKKLEEIKLKEKITEYEKDNFSYLFFSKIKNELAYFPDHLFHNFLYLKTSGNPLTALHLIDNLLKKLLIIKDFNFKPNTPEIEDELNNIYNYDELEPKTGYITPHLKKAILLEDLVTIDVPLCKYNVNTPIQDKLGCLDLLILKIASVIGDIFDLTLIKVHPFGNVLKTDKLVEALNALTDNILEVIDNENNVIYRFCHSFVRETLYRLIYTRRIHLIVAETFNTLSLPYNEEEDIEKLKYWLLGENSKDISIDNLPHKAKRSIIVKKISQLTASASSANTMIKEDYLYKKSDFSKYSWAERFVLMSTKDIRYYYNREDSKEKPEEYLGAIPLRFIYEVNMLDPKYGRSDYPFIIKASNWYKKTKCSKRDFFFTCKTEYEEWYIYLNIAKTKALDEFHREYGKVNILKGGLDIDVTIKNLIEKKSQISTKIDAAKRRRNTYLSGSSPSNKKYKDKPKDIDNTEENQNQKIESLKQMLEIFIKRGMILFFSQLFASYHTDGIRTFGETTKAFRTIPFEPILHSNYRSNSISHKASVDYEDSDGLSKGNSPISSINPAFAMINKNVILDDGNKKRVTILVNSDNNSPSHRPKNEPRKSILMKSSGVSTIFGLNESGYQSTPSETNIPVNGSKNYNLEQDNTPSKIVLSKVACDNEENSSATIQNANNNMPGGISSTSKNHNYDNSENRSPSKPPLQSKPALPPLKQIQAISRPYVENSYEEENKYFQNGSNSMKRPLLSSSPPLKYNENELTPKLLVNDKVEEFDGVGGLFKNRENSPEQSPPSSYRRSVSPNNLPNNSRFNVNAKITNNVVDMKRSSTQSTLNPMLNAQTNNTNSFYNTNNQSYLLSMNSSPSINPSNSMINNSFNLYNDKSNNINDFSRNFDDTISTYKNHFNNSQIRHPSSLNIGNFISSKQSEFYEEESRIRVLSGNNISDFQKKMNNNNSSRISKIS*NDMVPISKINNIYGDKTYLAKALKVNPIKGDLKLEEGSMYEVKISKNLNEYVIVANNKSGIFKKEIFKFINNPELNTYFSASKYTPSSMGYDYP*RQVDNIPLTNSLNMDSNLSSY*MDYSKIPLSNVTPISMYQRSFRNIKNN*SQYF

Target ORF information:

RefSeq Version	XM_001030906.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 PH domain protein partial mRNA.

Target ORF information:

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

XM_001030906.2

ORF Insert Sequence:

ATGAATCCTA TTCCTATTTC AAACTCAAAT TCATTTTTGG GTTTCGTCCC ATCAATGGTA 
ATTTAGCATT TGCATGAGAA AAGTATCAAA AAAGATAAAA TTAATTTGCC AGAAAAGTAA 
TCACTAAAAT CTGTTGTTAT GTTTGCTGAT ATTAGTGGAT TTACAAATCT AACAGAAACT 
TTAAGTAAAA GAGGTCCAGA AGGCGCTGAA ATTATTGCTT TTGCCATTAA TCGTTATATG 
GAATTGATGG TCAAAGAAAT AGGGCGGTCT GGAGGTGATA TTTTTAAATT TGCAGGTGAT 
GCAATGATTG TTGTTTGGCC TCCACCCAAG CATGAAAACC AGCTATAAAA TACCTGCCGT 
TAAGCTGTTT AGGCGGCACT TTCAATTTAA TCCAAATTAG ATAATATGAA TATCACTGAT 
GGTGTTAAAT TATCAGTTAA AATTGGTTTT GGTGTAGGAG ATTTTTCAAT TATATACGTT 
GGTGGTATTT TTGGCAGAGC CGAATATCTT CCAGCAGGAG ATCCACTTAC CTAAGCTTTC 
AGCGCAGAGC ACGAAGCTGA ATCAGGTGGT GTTATTAACT GTTCTCAGTA GATCTACGAC 
TTAATTTAAA ATCATTTTGA ATGCAAAGTA AAGAATGCTG ACCACAAGAT ATATTAAGTT 
TTGAAAGTTA AAGAAAAAGT TATGGTCAAA GCTGATGCGA TGATGATTAA AGATAAAATG 
AGAGCTTCAG ATATAGAAAA AATTAAGTCA GGAGTATTAT AATATGTACC ACGTTCTCTC 
TAAGCTTACA TTTAATACGA ATAAGAATAA TGGAGTTCAG AATTGAGAGT AGTTACAATT 
ATGTTTATGA ATATAGGTAT TGATTTATCT GATTGCGCTG ATGAAGAAGG TTTAAACAAA 
ATTTAAAAGG TTATACAAAT TATCCAAAAG TGTGTATACA TGTATGAAGG TTCTTTAAAT 
AAATTTTTGA TGGATGACAA AGGTTCTACT TTAATTGTTG TCTTTGGTTT ACCTCCTATT 
ACACATTAAG ATGATGCTGT AAGAGCAGTA CTCTGTTCTT ATGCAATCAA AAACTAGCTA 
AGAAAATAAA GTTGTAAATG CAGTATTGGA ATTGGTACAG GTTTAGTTTT TGCTGGTGTT 
GTTGGTACTA GTGGTAACAG AAGAGAGTAT TCAGTTATTG GTGATAGTGT TAATTTATCA 
GCTCGTATTA TGTAAAAAGC ATGCGAATAA TAAGATGAAA ATTTCAAAAT ATTGTGCTCA 
GAAGCAACAA TGAAACAAGC TCAAAATAAA ATATCATTTA AATTTAAAGA TTCATATAAA 
TTTAAGGGAA AATCTGTCTA TCTTCCAATT TACTACCCTC TTGATTTAAA TGACAAGTAA 
CTAAGTGAGT TAGATAGAGA AAATAGATTC CCTTCTCTAA GAACTCATCT ATTTGCTTTC 
CCGATGGATC CTGAAGAAAA AAAGCTCAAA AAAAAATTTT TTAATTTTAT GCACGGGAAG 
AGTAGAGCAG AGTAACTTTA TGAAGCAAAG CATCAAGTGC AAAAATTTTT AGAATACTGT 
GAATTGACAA CTGGCAATCA AATTCTAAAA GGTTGTCTCA TCATTCAAGG AGACATGGGT 
ATGGGAAAGA GTCTCTTTTT AAGAAATTTG ATTTACGAAA CTCAGGCACA TATCGATAAA 
AGTAGTAAAA AAATATAATA TGAATATAAT GAAAGACCTA GAATAATAGT TTCCAATCTT 
GATCCTTCAA ATAAATTCAA AAAGATGAAT ATCATGCGTT CAGTTCTTAA AGAAATAATT 
TCAATTATAG AATAAAGAGT ATATGAACAA AGTCAGCTCT AACAGTTATT TGGTGAAAAA 
AAATATAATC AAATATTCAA AAAAGATAAA GATGGAGACT CTAAAAATAG ATAAGTTCTT 
GATGACAGAA AGTATTTCAA AATAGCTAAT TTTATAGATA AAGGAATATT TCAATCGGAC 
AGTATCAGAA TAGGCGATAA CTCAAATAAA GATTATTAAA AAAGAATATA AGATTTTAAA 
GAAATTTGTG GTTTAACTGA ATATAACTAT GTAGAAAATT TCCCACCTCC CTTCAATACT 
TTGAAAGAAA AAGAATTCAA AGAAAGACAC AAAGAAGAAA AGAAATAACT TTCAAAATTA 
GCCCTTGAAA TCTTTTCAAT TTACTTTTGT CAAACTTTAT AAAAAGGCTC TAGAAAAGAC 
TCTACTACTT CTATTGGTAG TCAAGAAAGT AACAATGACT CACAAAGAAG ATATAGAGAA 
AAAATAGCTC CTCTTGTTTT ATGTCTTGAA GATCTCCAAT ATGCTGATCC TTACTCTTTC 
AAATTGTTAA AAGACATTCT TAAAAAATTT GATAGAGTCT TTATTATCGG AGCCATGAGA 
AATGCTTCTA TAGAAAAACC TAGTTTCCCA ACTCCCTTCC TTCCACCTTA GGAGGTATAA 
AATTAGAATT TCATAATGTA AGTTAAAGAA ACTTTATATG ATGCAGAGCA CAGAAACATG 
GATAACGATT CATTCAACTC TGATATTGAT AAATAAACAG ATTTGTGCAA AATAATTGAA 
ATCAATGGGT TACCTATGGA TGAAATAAAA TAGATAATAA AGGAAGTTTA TAATTTAGAG 
AAACTAAGTT ATATACAAAA AAAAGTCTAA TAAATAGAAA CTTAAGGAAA TAATAATTAA 
AATATATAAA ATGGAAATGG ACACCAAGAA CAGCATATTG TGAATTAAAT GCAGAATAAT 
TAGTATAATA AAAAATTAGA ATAAGAAATT AAACTGAAAG AGAAGATAAC TGAATACGAA 
AAAGATAATT TTAGCTATCT TTTCTTTTCT AAAATTAAAA ATGAACTTGC ATATTTCCCT 
GACCATCTTT TTCACAATTT TTTGTACTTG AAAACATCAG GAAATCCTTT AACTGCTTTA 
CATTTGATAG ATAACTTACT TAAATAGAAG CTTCTTATCA TTAAAGACTT TAACTTTAAA 
CCAAATACCC CAGAAATCGA GGATGAGCTA AATAACATTT ATAATTATGA TGAATTAGAA 
CCTAAAACTG GATATATCAC TCCTCATCTT AAAAAAGCAA TTTTGCTCGA AGATTTGGTA 
ACTATCGATG TTCCTTTATG TAAATACAAT GTGAATACTC CAATACAGGA TAAACTAGGA 
TGCTTGGATT TGCTTATTTT AAAAATAGCA AGTGTGATTG GAGATATTTT TGATTTGTAA 
ACTCTGATCA AAGTGCACCC ATTTGGAAAT GTATTAAAAA CAGATAAATT AGTTGAAGCT 
CTAAATGCTT TAACTGATTA AAATATTTTA GAAGTCATAG ACTAAAATGA GAACAACGTC 
ATTTATAGAT TCTGTCATTC ATTTGTAAGG GAAACTCTCT ATTAGCGATT GATTTATACA 
TAAAGGAGAT AAATTCATTT GATTGTTGCA GAAACTTTCT AAAATACCTT GTCTCTTCCA 
TACAACGAAG AAGAAGACAT TGAAAAACTT AAATATTAAT GGCTACTTGG AGAAAATTCT 
AAAGACATAT CTATTGATAA TCTACCTCAT AAGGCTAAAA GATCTATTAT TGTTAAAAAG 
ATTTAATCTC AACTCACGGC ATCTGCAAGT AGCGCTAATA CCATGATTAA AGAGGATTAT 
TTATATAAGA AATCAGACTT CAGTAAATAT AGCTGGGCGG AGCGTTTTGT ATTGATGAGC 
ACAAAGGATA TTAGGTATTA CTATAATAGA GAGGATTCTA AAGAAAAACC AGAAGAATAT 
TTAGGAGCTA TTCCTCTAAG ATTTATTTAT GAAGTTAATA TGCTTGATCC TAAATAATAT 
GGTAGATCAG ATTATCCTTT TATCATTAAA GCAAGTAATT GGTATAAAAA AACTAAATAA 
TGTTCAAAGA GAGATTTCTT CTTCACATGT AAAACTTAAG AATAATATGA AGAATGGTAC 
ATTTATTTGA ATATTGCTAA AACGAAAGCC CTTTAAGATG AATTCCATAG AGAGTATGGT 
AAAGTAAACA TCTTAAAAGG AGGTTTGGAT ATTGATGTAA CAATCAAAAA TTTAATTGAA 
TAAAAAAAGT CTCAGATTTC TACCAAAATA GATGCTGCTA AAAGATAAAG AAGAAATACA 
TACCTTTCAG GCAGCAGTCC TAGCAACAAG AAATACAAAG ACAAACCAAA AGATATCGAC 
AACACTGAGG AGTAAAACCA AAATCAGTAA AAAATATAAG AAAGTTTAAA GCAAATGCTG 
GAAATTTTCA TAAAAAGAGG GATGATTCTC TTTTTTAGTC AGCTATTTGC CTAGTCCTAC 
CATACTTAGG ATGGTATCAG AACTTTTGGG GAAACCACCA AAGCTTTTAG GACAATACCT 
TTTGAACCAA TTTAATTGTA ACATAGCAAC TACAGGTCCT AAAATAGTAT TTCACATAAA 
GCTTCTGTTG ATTATGAAGA TTCAGATGGA CTTTCAAAGG GAAATAGCCC AATATCTTCA 
ATTAATCCTG CTTTTGCTAT GATAAATAAA AATGTAATTT TAGATGACTA AGGAAACAAA 
AAGAGAGTAA CTATTTTAGT AAATTCAGAT AATAATTCGC CTTCTCATAG ACCTAAAAAT 
GAACCACGTA AATCTATTCT CATGAAGAGT AGTGGAGTTT CTACTATATT TGGGCTAAAC 
GAAAGCTAAG GCTATCAAAG CTAAACACCC TCCGAAACTA ATATTCCTGT AAATGGCTCT 
AAAAACTACA ATTTAGAACA GGATAATACT CCAAGTAAAA TAGTACTGAG CAAAGTAGCA 
TGTGATAATG AAGAAAATTC TTCAGCTACT ATTCAAAATG CTAATAATAA TATGCCAGGT 
GGAATCAGTT CAACTTCCAA AAATCATAAT TATGATAATT CTGAAAATAG GTCCCCTTCC 
AAGCCACCCT TGCAATAATC AAAGTAACCA GCCCTACCTC CTTAGTTGAA GCAATAAATT 
CAAGCAATAT CTTAAAGACC TTAGTATGTG GAAAATTCAT ATGAAGAAGA AAATTAATAA 
AAATATTTTC AAAATGGTTC TTAAAATAGT ATGAAGAGAC CACTTTTATA ATCGTCTTCA 
CCACCGTTAA AATATAATGA AAATGAACTA ACATAACCTA AACTGCTAGT GAATGATAAA 
GTAGAAGAGT TTGATGGTGT TGGAGGACTC TAATTTAAAA ATAGATAAGA AAATTAATCA 
CCAGAGCAAA GTCCTCCTTC AAGTTATAGA AGGAGTGTAT CACCTAATAA TTTACCAAAC 
AATAGCAGAT TTAATGTTAA TGCTAAAATC ACAAATAATG TAGTTGATAT GAAGAGATCA 
AGCACTCAGA GCACTTTGAA TCCCATGTTG AATGCTCAAA CAAACAACAC AAATAGCTTT 
TACAATACAA ATAATCAAAG CTATCTATTG AGCATGAACT CTTCGCCATC AATTAATCCT 
TAATCTAACT CTATGATAAA TTAAAATAGT TTCAACTTGT ATAATGACAA AAGTTAAAAC 
TAAAATATCA ATGACTTTTC TAGAAATTAA TTTGATGACA CTATTTAAAG CACTTATAAA 
TAGAATCACT TTAATAATTC GCAAATTAGG CATCCATCAT CTTTGAATTA AATCGGAAAT 
TAATTTATAA GCTCTAAGCA AAGCGAATAG TTCTATGAAG AGGAATAAAG CAGAATCAGA 
GTTCTGTCAG GAAATTAAAA TATTTAATCT GACTTCCAAA AAAAGATGAA TAACAACAAC 
TCATCTAGAA TCAGCAAAAT TTCATAATAA AACGACATGG TTCCCATATC CAAAATCAAT 
AACATCTATG GAGACAAAAC TTACCTAGCA AAAGCTCTGA AGGTCTAAAA TCCTATTAAG 
GGTGATCTAA AATTAGAAGA GGGGAGTATG TATGAAGTTA AAATAAGCAA AAATTTGAAT 
TAAGAATATG TTTAAATAGT TGCTAATAAT AAATCAGGTA TATTCAAGAA GGAGATATTC 
AAATTTATCA ATAATCCTGA ATTGAATACC TATTAATTTA GTGCTAGTAA GTATACTCCT 
AGCTAAAGTA TGGGATACGA TTATCCTTAA TAAAGACAAG TAGATAATAT ACCACTCACC 
AATTCTTTGA ATATGGACAG CTAAAATTTA TCTAGTTATT AATAAATGGA TTATTCTAAA 
TAAATTCCTC TCTCAAATGT CACTCCAATA TCCATGTACC AAAGATCATT TTAAAGAAAC 
ATCTAAAAAA ATAATTAAAG CCAATACTTT TGA

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

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TTHERM_00998950 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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