TTHERM_00538820 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00538820
Entrez Gene ID	7839127
Full Name	helicase carboxy-terminal domain protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001007906.2	XP_001007906.2	helicase carboxy-terminal domain protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00538820 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00538820 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
OTe38274	XM_001007906.2 Latest version!	Tetrahymena thermophila SB210 helicase carboxy-terminal domain 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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2-4 Clone	40% OFF
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_00538820 ( XM_001007906.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001007906.2 Tetrahymena thermophila SB210 helicase carboxy-terminal domain protein partial mRNA.

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CloneID	OTe38274
Clone ID Related Accession (Same CDS sequence)	XM_001007906.2
Accession Version	XM_001007906.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9537bp) 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	helicase carboxy-terminal 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_002476563). On Jun 9, 2015 this sequence version replaced XM_001007906.1. COMPLETENESS: incomplete on both ends.

ATGGATTTTA ATTTTATTGA CGAAAATAAT AATGAGCTTA ATCATTAGCG ATAATAGAAT 
GCCTAGTAAT AAAATTAAGA GGAAATTAAG AAATCTTAAT TAGAAGATAG ACTATTAAAA 
TATTTAGAAG AGCTCGAATT GAGAAATGTC AGCTCAATTT AAGGAGAAAT TGAAGAAGTA 
TAAAAAGAAA TTGAAAAGTA TAAATTGAAA GATAATTAGG CTAGAGTATC TGAAAAAGAA 
TAAACTCTTG AAAAACTGAA TGAGATTCAG TAAATGATAA AACAATTATG TGAAATAAGA 
AATTAATAAT TAGAATATTA ATTAAATGAA ATACTTTCTG AATTAAATAT GAGAGATGCG 
AATCTATTAG CAGAAGAAAT AGGAGACGTT AAATCTGAAT TAGAAAATTA TGAAATGAAA 
AAAAGACCAA AAAAAGTTGC AGAGAAAAGA AAAACTCTAG AAAAGCTAAT AAATGCTCAA 
TAAATATATT TTGAAATATA ATACTCAAAT GGAGATCCAT AAACTATTTT AGATTAGCTT 
TTTAAGTAAC ATTTAGAAGA AAAATTAAGA ATAGGTTTGC AAGAGCTAAA ATTAGAAGAT 
GTTGATTCTA TAGAAATAGT GATATAAGAA GTAAAATCAG AAATCAAATA GCTGTTATCT 
AAAAAAAAAT AAAATTAGGC TTCTGAAAAA AAGTGTAACC TTGAAAAGCT TGAGAATCTT 
TAAAACATTG CAAAAGAATT ACATTAATTA GATTAATAGT TATAAATCGA TTAAAAGTCA 
AAAAAGAAAC AATAACTAGA ACAATAGCTG GATTAATTTA TGAAAGAACT TGAGTTAGAA 
GACGTTTAAT AAATAGAAGA AGAAATTTAA TAAATATTGG AAAAAATAGA AAAATATTCA 
TAAAGAAAAG AAAATTCCAA AGTTTCATAA GAAGAATAAA CTTTATCAAA GCTTAAAAAT 
TGCCAATTAA TATACTTAGA CTTATAGAAA CTAAATGATG AGGCAAATTT AAATAATAGT 
AATTTAAAAG AAATTATTAA TTAAAATTCA GAAATGGAAT TAGATTTTAC CAATTAAATT 
TATTAATAGG AGGATCCTAA TTAAAGAGAT AACTAAATTT TGGATTTGAA TACAAAATTT 
AATGTTAAAT ATTTAAAATA AGATGCTTCG CAAATACCTT ATTCTAGCGA AAAACTACTA 
ACTGAAATGC TAATATTTTG TATAGAATTG TTAACTTCTA ATGGTATTAA GATTGCTGAT 
GAATATTATT CTTAAGTCTT AAATTTTCTA TTAGAAATAG AAAATAGATT AAAGATAGAA 
GATTAGCTCG GTCCAGAAAT ATTATAGTCA ATATAGTGTT TAAAATTAAG CATAGATCAT 
GATAATTTAA AATAATTTAT TGTTGATACA GAAAAGCTGC TTAAAAAAAT TAGACCTTTA 
AATGTAAATG AAATGAATAG ACTAATTAAT GAAGCTAATA AGGCATCAAA TATTATGAAA 
GGATAAGACA TTATATTATT TTTAGGTAAT ACTGGGGCAG GTAAATCAAC AACAGTTCAT 
TTTTTATCTG GATCAAGGAT GGTTAAATTA AAAAGCGAAT TTATAGATTA CATTGGCCCA 
GACCCTAATA AAATATTAAA CAAGTCTCTT TAAAAAGTTA AAATTGGAGT TTAAGCTTAA 
TCAGAAACAC GTTACATTAC TCCTGTTTAA GTGCATTATT AAGATGTTTA AATGAATTAA 
AAAGGACATT TTATACTTTG CGATGTACCA GGATTTGGAG ATACTGCTGG ACCTGAAGTA 
GATATCGCAA ACGGAATCGG AATAGTCGAG GCTATTAAAC AGTGCAAAAG TGTTAGACCT 
GTCATTTTAT TAAGTTTCAA AAGCACTGGA GACAAAGGAT AAGGGATAAA AGATTTAGCT 
CACTTGCTTC TAGGGCTTAT TTAAAATCCA GATGATAATT TAAGTCTATT TACTTACTTA 
TTTACAAAAT TTCCTCAAGA TGTTGACATA AACAAGGAAC TGAAAAATAT CAAAAAAAGT 
ATAGAAGAAT CCTCAGATAA AGCATTTATA AGTCTCTTTG AAGATATGAT TTATTAAACT 
GAAAAAGGTT GCTGCAGAGT AGAACCATTA ACAAATCAGC CTTAAGTTTT ATTAAAGTAA 
ATACTTAAAA AATAAGGAGT TGATGATCCA AGTTAGATCT TCAAATTTTC AATTACTTAA 
AACTCGTAAT CTGTAATTTA GGATTAAGCT TTAAAAACAC AATAAATGAT TATTTCAGCT 
GTAAGTAGAT GTGAATATGA ATTAATAAAT TATTAATTAA ATAAATTAAA ATTTTTAGTG 
GATACTTTAA ATTAAAATTC TATTAAATAA ACTTATGAAA AATGCAAAAA GCTAATCATA 
GATAATTTTA ATACTTATTA CAACAATGCT ATATCGTAGC TTGATTAATC TATTTAGAAT 
CAAAATAAAT TGGATATTTA ATATCTTTAT TAGTTTTAAG ATCTAGTAAA TAAATCTAAA 
AATTTAGAAT AGTTAAGAAG CTAGCATTTA GGTAATGAAG TTATGTAATA CGATTCTCTA 
ATATAACAAT TAAAACTATC AGTTTAAAAG ATGGCAAATG TTTTTAATTA AGATGATAAT 
ATAACCAAAT TTGCTTCAAA TAATATTGAT AACATAAAAC TTATTTCTGA AATCTTTCCT 
GAAATAAAGT AGTAATATGG TAACTCTTGT TAATTAATAA TGAAAAAAAT TGAAAGCCTT 
CTTATACTTT GCAAACAGAC AATAAAAAAT AAGAATTACG ATTAACTTTC AATGTAGCTT 
TCATAAATAA AATCTTACCA AATTGAATTT AAAAACCATC TGAATGAATA AAGTATAAAT 
GAAGAATTAA ATAATGTGAA AAAACAATTT TATGATATTT TTGTTAATAT TATTGAATAA 
TCAAACCACA CGTTAGAAAA AAAAGAATTA TAAATATAAG ATATTGATAA CTTAAATAGA 
CATTTTTAAG ATTTTGGAGA TGTTGAAAAA AATTTGAAAC TGATTCAGCA TTTTTCAACT 
GACTAAATCT CAAAGTATAA AAAAAATTTC ATTAATAATT TGGTAAAACA TTTTGAAAAA 
ATAATCAAAT AAATTGAAGA TACGCTTAAA TTAGAACCTG AGCAAGCATT CTAAAAATTA 
GAAATTTTGG TTTATTAAAT GAAATAATTT AGATAAATTA ATACAATAGA TCATTTGACT 
TCTGATAAGT ATTATAAATC AATCTAAGAT GTGGAAGGTT TAATGTAATC AATAAAGAGG 
TAGATAGATT AATACTTAAA TGATTTCTAA CATGATAAAA AAAAAGTAGA TTTTTAAAAA 
GTTTATAGAT GCTTAATTTA GTTAAAATCT GCTGAGTGGA TGGATGGTGT TCAAAAAGGA 
ATTTATGAAT AAAAGATTAA AGGTATTACT GATGAACTTT TCAAATATTC ACAGTTTTAA 
ATAATTACAA AATTGGTAGA TTTAGATTTA AGCTGTAAAA ACTATTAAAA TATTTCTGTG 
GCATCTGAGT TGCTTATAGA AATGGAAAGA ATGTAGGTCT TTGAAGAATT TAATATTAAA 
TTAAAGGAAT TAAGAGAAAC AGCTGAAAAA AAATTTTCAA ATTCCATCGA AAGTGTGTTT 
AATTAGATCA AGGAATTAAT AAGCAAATAT AATAAATTTT TAAATTTAAG AATGGAAGGT 
TCCTTCTTAA TTTAGCCTTA AAATACTGAA ACTTCAGAAG AATAAGAAGA AGAGAAGGAG 
AATATATAAA ACAAAATAAA TTCTTCAAAA TATTGTTTGG CAAATGATAA TTAAATACAA 
TAAAAAAAGA GTATTAAATG CTCAAAATAA ATTATCAAAA ATAATATTGT AAAAATAAAA 
AGAGAATCAA AAAGGTTTAT ACAAATTGAG CATCAAAGTA AACTTAAGAA TAAATAAAAT 
TTTTTCCCTA TTAAAATTGA TATGAACTAG ATTGAAGACT ATTTAGTTTA TATCGAAAAT 
TGTTGCACAA GTAAATGGAT AAGATTAGAT GCAAACACTC TAAAAGATAA ACTAAAATAA 
TTGTTGGTCT AATATGGAAA TTCTTTAAAA GTTCAAATAT AATAATATTT TTAAATAATC 
ACAGAAGCAA ATGAATAAAA TGATAATGAG AAGTCTTTGG CATCTTAAAA GCTAGCTACA 
TAAGCTCAAG AGCTGATGGA GCTATAAAAT TATAAAATGA CTTGCTAGCT AGTCTAAGGA 
GGATAAATAC TTAAAGATTT AAAAAATTTA ATGCAATAAC ATTATTTAGA ACTGTATGAT 
TAACTGAACT AGACTTCATT AGAAAAATAA TTTTAAGCGC AAATAATAAG GATTATAAAG 
TAACTAATTC ACACTGAAAA TATCCTTGGC GATAATAAGT TTTATAACCT TTATAAGAAT 
CAGTAAATTG AAATAAATAA TGAATATAAA GGAATTTATT AAAAAATAAT AGAGTAAATA 
GAACTAAATT AATATTAAAA TGCATCTTTT GAATTGTTGT CAATAGATGA TAAATCTGCT 
AATGAAAAAG CTATGAAATA AATAAGATTA ACGCTTGTAA CCTCAGTAGA GCTGTTACTT 
GATAAAGCTT AAGATAAACA ATCGTATCTT GAAAATCAAA TTCAAAAAGA TTTGATAAAT 
CAAATTGTTT AAATTATTGA ATAAATAAAA AAGGCAAAGT AATGCTTGTA AGACTATTTT 
GAAAAAGAAT TTTTAGATAA CGTAGATAGA TAAGTTGATT AAATCATTAT TGATATTTAA 
AATAAAATAG AGCAATATTT AGAGAGTATG TCTGCTCATG TAAAGCAATT AGATTTTTTT 
TAAGTAGAGG AAAAGAGAGA GCACATAATG TAGATTATAT TACTTCTGTC TCGCTATAAT 
AGCTAAACAA AAGAAGAGAT AAACAAAAAG CTAAATTAAT TGCAAAAAGA GCTCGAAGAA 
AAAGTAAAAC AAATTACTTA AATCGATTAT AATGATTAAA ATAATTTAAT ACATAAACCT 
CCAAAATTTA TCTTAGAAAA GCTCAGTAAA GTCTCATCAA GAAATATTAA ATATGCTGAA 
TGTTATGATA AATTAAATAA AATTTTGATA GATAGAGTAA GCAATAGTAT TCTGGATTAT 
CAAAATTCAA TATAATAAGA ACAAAATTAG AAAGAACTTA AAATTTAAAC TCTCATAAAT 
TCTCTACCAG ATGATTTAAA ACTATAATCA TAAGATTAAT TTAATAGTGT GAAGCAATTT 
ATTAAATAAA AGAATGATGT TTTTGAAAAA GATTTTAAAT AAGCAGAAAA AAGCAAAGAC 
TTAGATAAAA AATTAAAGTT TATGGAATAA TGTAGCTAAG AAAAAATGTT TTCATTTTAA 
GATAAAATGA GCAAATAAAT ACAATAAGAG TGCTAAAAGT ATTCTTCTTA ACTAACAGAT 
TATCTAGGTA AAAATGAAAT TAAAGAAAGT ATTTAATAAG CAATTAAGTT GTTAGAGAAT 
AAAAATAAAT TTTTAGATTA TAAAAAGAAA TTTGGAGAAG AAAAAGATAG AATTGAAGAG 
TTCGAAAAAA TGTATTCAGA ACTTGAAAAA GCTATTTCAT CCAATTACGA AAGCGCTCGT 
AGGGCTATCT AATCGGATAT ATCAATGAGC TTTGAAAGTT TAAAGGCTAT TAAAACAATA 
GAAGACTAGG ATTCCTACCA AAAAGAATAT GATAAGCTTT AAAGTTTCAT TATAAATCTT 
AAAGATTATG AAAAATATTT CCTTATCAAT GATTTCAATA CCAAAATAAA AAGTTTAGGC 
TTTGAAATTT ATAATTTTTT TGAAAAAATC TTTAAAAGTT TTAATGATAA CTTAAAGGAC 
ATGAAGATCA AGAAAATTAA ATAAGATCTT TTACTTATAA GTAAATGGGA GAATTTCATA 
TAAAAAATAG TTATGGATGT AAAAAAATAA AATATTTTCA CTGAATAATT CTTAAATGAC 
TATTAAATAA CATAATTTAA AGAAAAATAT CATAGTTATA AAGATTGCAT AGAAAAATTT 
ATAAATTAGA TATAAGAAGT AAAATAAAAT GTAATAAATT TTAAGTTCTA AGATGATTAT 
TAAATGCATT CTTAACATTA AGAACTGAAA AAAGATGTTA ATATTCTAAT ACAATTAAAA 
GAGGAAAAAA TAGATTTTTA AAGTACTCAA CTTGACTATG AATGCTATGA AAAAGAGTGT 
CTCCCAAAAT TAATAAGTAA AATTGAAGAA TTTTAAAAAG AAATAGAGAT AATTTTGGAA 
AGCTAAGAGA AATAATTTTC AGAAAATGAA TTCAAAATGT TTAATAAGTA TTATGATAAT 
TTGAATTAAT TTAATGAAAA TGTTAAAAAT TTAAATATTG ATATTGAATA TTACAAAAGG 
AGAATCAGTT AAAAATTAGA ATAAAAAATA GAAAATTTAT TTTAGAGCAT AGATGTTACC 
TAAATTGATA GTGTTGCCAA AAGTTTGATT TTGATAAAGA CTTACTCTGA AAATATACCT 
TCATTTAAAA AGAATTTTGA TTGTCGATTA GATATTTGGA TCAAAAATAT CTATTTTAAT 
GAATTTAAAG GAATGAAATT AGCTTAGCTC GTAACACATT TATAAAGAGA AAAAACTGGT 
ATAGGAATAA TTATAATTGA AGAACACGAT ATATTTAAAC AATAATCCAT ATCTATCTTT 
AATAAGTAAG TAAAAGAGTA AGGAATTAAA TATGTTTTAG AAAACATTAA AGGTGAAGAT 
CTGAATAAAG AAAAATTAGA TAATGTTTAC AATAAATTCT TAAAATAATA TGAAGATATC 
GTTTAAAATA ATATCATTTG CATAGAAAAT AAGAGTCAAT CTGAAAAGAT AGTTATTGAA 
TCTTTAGCTT ACAAAGTTAA AAGCTTTGCC AAAAAAATAG AATTAAAAAA TAAATAGATA 
AAATGGGACA ATTCTGTAAG ACAAAATATT CCATCACTTA TGGCTCATAT ATTTGCTTTA 
TGGACATTTT TGAATATGGA ATATTTCAAA GAGTTAACTC ATATGGCAAA GGAAGAGAAA 
GAAACTTACT TATTTTCACC TCATGCAGGA TAAATTATAT CAATATTCCG TTTATTAGGA 
TTGGGGTATT AAACTGATGG CTTATAAAAT AATTTTATTT AAATAGGAAC TGGAGAAGGA 
AAATCTATTG TATTAGCAGT TACTGCAATA ATATTTGCAC TGCATGAAGT TGATGTATAT 
TGTGCTTGCT ATAGCTAGTA CCTTAGTGAA AGAGATTATG AAAGTTTTCT AAAATTATTT 
AATATTTTAG GGGTTATACA AAATATAAAG TATGGAGCCT TTACTAAAAT ATGTGAACAT 
TTCATAAATC AATAGGGAGA TATTCGTTAG TTAACAGCGG ATTACATATG TAATGGCTTT 
TCTGAAAATA AGAAAAAGAC TAAAAAAACA ACGAAAAATC CAAGCATATT AATTATTGAT 
GAGGTAGATG TATTCTTTAC TAAGGATTTT TATGGAAGCA TGTATAATCC TGTAGCTCGT 
TTGCAAGATG AAAATATTGT AAAGTTAGCT GAATTTATAT GGTAATCAAG AAAATAGCAT 
TTGTTTTTGG AAAAAATTTA ATAAACAAAT TTTTACAAAT AATGCATAAA TAAATTTAAA 
AATTTGAGAA CTATTATCGA CGAATGTCTA AAAGACATGA TTTCAGATTC TAAAAATTTT 
TCTCATGATT ATTTGGTTCT AAATGATAGA ATTTGTTACA AGGAATAAGA TAGAGTGTCT 
TTTGATATTA ATTATGGCTA TAAAACTTTA TTTGCTTACT TTTATGAACA AGAAAAGGGA 
TAAATAAGTT TAAAAAGTTT GCAAGAAAAT ACTTTTATTT TATTACGATG TGGTAGTTTT 
TCCTACTCTG AAATACCTTT TTAATTTGAA AATATTATTG GAGTAACAGG TACTTTAGAG 
ACTTTGAATG ATTTTGAAAA AAATATTGTC TAAAAGATTT TTAAAATAAC AAAAAGCACA 
TTTATTCCTA GTGTTTTTGG TAAAAATAAA CGTAAGTTTG CATAGAAAGA TGATACATAT 
GTTGAGAGCG AAGATGATTA CTTTAAGATT CTGAGAGAAA AAATTGAAAA AAGTTTATAT 
AGAAATGAAT AAAAAAGAGC TGTTTTATTA TTCTTTGAAA CAGAGTAATA GCTTTTAAAA 
TTTTATAATT CTCCAGAATT AAATGATTTA AAATATAATA TCAATATTAT TACTGAATAA 
ATTTCAAATT ATAATTATGT AGAAAAAATT AAATAACTAA TTAAAAAGTC CACTATCTAA 
GGTTAAATAA CTCTTTTAAC TTCTTCATTT GGTCGTGGTA CTGATTTCAA ATGTTCTGAT 
TAACAAGTTC TAGATAATGG CGGAGTTCAT GTTATCTAAA CTTTCTTCTC AAGTAAAAAA 
TCTGAGGAAA TCTAAATTAT GGGAAGGTGT GCTAGGTAAG GAGCAGAAGG ATCCTATAGC 
TTAGTACTTT TAGATTCAGA TTTAGAAAAA ATATTAGGAG CTGACTATAG AAAAGCAATA 
GAATAGATAA GATAAAATAA TAATTTTTAT GAAGTTTTAG ATAAAAAACG AAATGAAATT 
GAGTGTTTAG AGTATACTAA CTACCATAAA TATATTGATT AAATTAAATA AAAGCACATT 
GAAGGTTAAC AATATATTAA TTCCCTTGTT TCTTAAAATG AAAATTAAGT TTAAGAATTC 
TTATTAAAAA ATAATAAAGG CTCTAATGAT ATACAAAATT TAATCAGAAT ACTATGCTTA 
GTAGATGGAA CAAGTTCAAT GGGACTTGTG TTAAACAAAG TTAAAACTGA AATAAGCGTT 
ATGCTTGAAA GGTCTTGTCA GATAATAATA AATAGCGAAA AAAACATTCC TGAGGATTGT 
TTTTAGATAT AATTTGCAGT TTATAGGGAT TATGACTAAA TGAATGAAGG TATTTTATAA 
GTATCTCCAT GGGAATCAAA AGCAGAGAAT TTGAAGCAAT TTTTAGAATA AATAACGCCT 
AAAGGAGGAG AGGATTATGA AGAAGCTATT GAAATAGGAT TATAACATGC AAATTAGGAA 
AATTCAAAAT ATCCATTATC AGCTATTATT TTAATTGCAG ATGCTCCTGC AAAAAGCTTA 
TCTTAAATTA AGAATTACAG AAAAAAATAT GGTGGAGAAG ATTATTGGAA AAAAACTAAA 
TTTTCATAGA TAACTGATTT TTAAGCGGAA ATTGAAAAAA TCAAAAAAGT TAAAATACCT 
GTGCATTGTT TCTACTTGAA TTATGGAGCT AAGGAAAATT TTACTTAAAT TTCGAGCTAG 
ACTGGAGGAA AATGTGAGAG CTTAGATATT AATTCTTCCT AAGCTTCTTA GAAATTGATA 
TAGTTTGTTG TTGAACCCAT TCTTGTTAAT GTAGGAAAAT AAAATGGAGT AGGAGATTCT 
CTCTATCAAA AATATTTAAA AATATACAGC AAAAGTTATA TCAGAGTGAG TGAGTGA

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

RefSeq	XP_001007906.2
CDS	1..9537
Translation	MDFNFIDENNNELNHRNA*NEEIKKSLEDRLLKYLEELELRNVSSIGEIEEVKEIEKYKLKDNARVSEKETLEKLNEIQMIKQLCEIRN*LEYLNEILSELNMRDANLLAEEIGDVKSELENYEMKKRPKKVAEKRKTLEKLINAQIYFEIYSNGDPTILDLFKHLEEKLRIGLQELKLEDVDSIEIVIEVKSEIKLLSKKKNASEKKCNLEKLENLNIAKELHLDLIDKSKKKQLEQLDFMKELELEDVIEEEIILEKIEKYSRKENSKVSEETLSKLKNCQLIYLDLKLNDEANLNNSNLKEIINNSEMELDFTNIY*EDPNRDNILDLNTKFNVKYLKDASQIPYSSEKLLTEMLIFCIELLTSNGIKIADEYYSVLNFLLEIENRLKIEDLGPEILSICLKLSIDHDNLKFIVDTEKLLKKIRPLNVNEMNRLINEANKASNIMKGDIILFLGNTGAGKSTTVHFLSGSRMVKLKSEFIDYIGPDPNKILNKSLKVKIGVASETRYITPVVHYDVMNKGHFILCDVPGFGDTAGPEVDIANGIGIVEAIKQCKSVRPVILLSFKSTGDKGGIKDLAHLLLGLINPDDNLSLFTYLFTKFPQDVDINKELKNIKKSIEESSDKAFISLFEDMIYTEKGCCRVEPLTNQPVLLKILKKGVDDPSIFKFSITNSSVIDALKTQMIISAVSRCEYELINYLNKLKFLVDTLNNSIKTYEKCKKLIIDNFNTYYNNAISLDSINQNKLDIYLYFDLVNKSKNLELRSHLGNEVMYDSLIQLKLSVKMANVFNDDNITKFASNNIDNIKLISEIFPEIK*YGNSCLIMKKIESLLILCKQTIKNKNYDLSMLSIKSYQIEFKNHLNESINEELNNVKKQFYDIFVNIIESNHTLEKKELIDIDNLNRHFDFGDVEKNLKLIQHFSTDISKYKKNFINNLVKHFEKIIKIEDTLKLEPEQAFKLEILVYMKFRINTIDHLTSDKYYKSIDVEGLMSIKRIDYLNDFHDKKKVDFKVYRCLILKSAEWMDGVQKGIYEKIKGITDELFKYSQFIITKLVDLDLSCKNYNISVASELLIEMERMVFEEFNIKLKELRETAEKKFSNSIESVFNIKELISKYNKFLNLRMEGSFLIPNTETSEEEEEKENINKINSSKYCLANDNIQKKSIKCSKIIKNNIVKIKRESKRFIQIEHQSKLKNKNFFPIKIDMNIEDYLVYIENCCTSKWIRLDANTLKDKLKLLVYGNSLKVQIYFIITEANENDNEKSLASKLATAQELMELNYKMTCLVGGILKDLKNLMQHYLELYDLNTSLEKFAQIIRIIKLIHTENILGDNKFYNLYKNQIEINNEYKGIYKIIEIELNYNASFELLSIDDKSANEKAMKIRLTLVTSVELLLDKADKQSYLENQIQKDLINQIVIIEIKKAKCLDYFEKEFLDNVDRVDIIIDINKIEQYLESMSAHVKQLDFFVEEKREHIMIILLLSRYNSTKEEINKKLNLQKELEEKVKQITIDYNDNNLIHKPPKFILEKLSKVSSRNIKYAECYDKLNKILIDRVSNSILDYQNSIEQNKELKITLINSLPDDLKLSDFNSVKQFIKKNDVFEKDFKAEKSKDLDKKLKFMECSEKMFSFDKMSKIQECKYSSLTDYLGKNEIKESIAIKLLENKNKFLDYKKKFGEEKDRIEEFEKMYSELEKAISSNYESARRAISDISMSFESLKAIKTIEDDSYQKEYDKLSFIINLKDYEKYFLINDFNTKIKSLGFEIYNFFEKIFKSFNDNLKDMKIKKIKDLLLISKWENFIKIVMDVKKNIFTEFLNDYITFKEKYHSYKDCIEKFINIEVKNVINFKFDDYMHSHELKKDVNILIQLKEEKIDFSTQLDYECYEKECLPKLISKIEEFKEIEIILESEKFSENEFKMFNKYYDNLNFNENVKNLNIDIEYYKRRISKLEKIENLFSIDVTIDSVAKSLILIKTYSENIPSFKKNFDCRLDIWIKNIYFNEFKGMKLALVTHLREKTGIGIIIIEEHDIFKQSISIFNKVKEGIKYVLENIKGEDLNKEKLDNVYNKFLKYEDIVNNIICIENKSQSEKIVIESLAYKVKSFAKKIELKNKIKWDNSVRQNIPSLMAHIFALWTFLNMEYFKELTHMAKEEKETYLFSPHAGIISIFRLLGLGYTDGLNNFIIGTGEGKSIVLAVTAIIFALHEVDVYCACYSYLSERDYESFLKLFNILGVIQNIKYGAFTKICEHFINQGDIRLTADYICNGFSENKKKTKKTTKNPSILIIDEVDVFFTKDFYGSMYNPVARLQDENIVKLAEFIWSRKHLFLEKITNFYKCINKFKNLRTIIDECLKDMISDSKNFSHDYLVLNDRICYKEDRVSFDINYGYKTLFAYFYEQEKGISLKSLQENTFILLRCGSFSYSEIPFFENIIGVTGTLETLNDFEKNIVKIFKITKSTFIPSVFGKNKRKFAKDDTYVESEDDYFKILREKIEKSLYRNEKRAVLLFFETE*LLKFYNSPELNDLKYNINIITEISNYNYVEKIKLIKKSTIGITLLTSSFGRGTDFKCSDQVLDNGGVHVITFFSSKKSEEIIMGRCARGAEGSYSLVLLDSDLEKILGADYRKAIEIRNNNFYEVLDKKRNEIECLEYTNYHKYIDIKKHIEGQYINSLVSNENVEFLLKNNKGSNDIQNLIRILCLVDGTSSMGLVLNKVKTEISVMLERSCQIIINSEKNIPEDCFIFAVYRDYDMNEGILVSPWESKAENLKQFLEITPKGGEDYEEAIEIGLHANENSKYPLSAIILIADAPAKSLSIKNYRKKYGGEDYWKKTKFSITDFAEIEKIKKVKIPVHCFYLNYGAKENFTISSTGGKCESLDINSSASKLIFVVEPILVNVGK*NGVGDSLYQKYLKIYSKSYIRVSE

Target ORF information:

RefSeq Version	XM_001007906.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 helicase carboxy-terminal domain protein partial mRNA.

Target ORF information:

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

XM_001007906.2

ORF Insert Sequence:

ATGGATTTTA ATTTTATTGA CGAAAATAAT AATGAGCTTA ATCATTAGCG ATAATAGAAT 
GCCTAGTAAT AAAATTAAGA GGAAATTAAG AAATCTTAAT TAGAAGATAG ACTATTAAAA 
TATTTAGAAG AGCTCGAATT GAGAAATGTC AGCTCAATTT AAGGAGAAAT TGAAGAAGTA 
TAAAAAGAAA TTGAAAAGTA TAAATTGAAA GATAATTAGG CTAGAGTATC TGAAAAAGAA 
TAAACTCTTG AAAAACTGAA TGAGATTCAG TAAATGATAA AACAATTATG TGAAATAAGA 
AATTAATAAT TAGAATATTA ATTAAATGAA ATACTTTCTG AATTAAATAT GAGAGATGCG 
AATCTATTAG CAGAAGAAAT AGGAGACGTT AAATCTGAAT TAGAAAATTA TGAAATGAAA 
AAAAGACCAA AAAAAGTTGC AGAGAAAAGA AAAACTCTAG AAAAGCTAAT AAATGCTCAA 
TAAATATATT TTGAAATATA ATACTCAAAT GGAGATCCAT AAACTATTTT AGATTAGCTT 
TTTAAGTAAC ATTTAGAAGA AAAATTAAGA ATAGGTTTGC AAGAGCTAAA ATTAGAAGAT 
GTTGATTCTA TAGAAATAGT GATATAAGAA GTAAAATCAG AAATCAAATA GCTGTTATCT 
AAAAAAAAAT AAAATTAGGC TTCTGAAAAA AAGTGTAACC TTGAAAAGCT TGAGAATCTT 
TAAAACATTG CAAAAGAATT ACATTAATTA GATTAATAGT TATAAATCGA TTAAAAGTCA 
AAAAAGAAAC AATAACTAGA ACAATAGCTG GATTAATTTA TGAAAGAACT TGAGTTAGAA 
GACGTTTAAT AAATAGAAGA AGAAATTTAA TAAATATTGG AAAAAATAGA AAAATATTCA 
TAAAGAAAAG AAAATTCCAA AGTTTCATAA GAAGAATAAA CTTTATCAAA GCTTAAAAAT 
TGCCAATTAA TATACTTAGA CTTATAGAAA CTAAATGATG AGGCAAATTT AAATAATAGT 
AATTTAAAAG AAATTATTAA TTAAAATTCA GAAATGGAAT TAGATTTTAC CAATTAAATT 
TATTAATAGG AGGATCCTAA TTAAAGAGAT AACTAAATTT TGGATTTGAA TACAAAATTT 
AATGTTAAAT ATTTAAAATA AGATGCTTCG CAAATACCTT ATTCTAGCGA AAAACTACTA 
ACTGAAATGC TAATATTTTG TATAGAATTG TTAACTTCTA ATGGTATTAA GATTGCTGAT 
GAATATTATT CTTAAGTCTT AAATTTTCTA TTAGAAATAG AAAATAGATT AAAGATAGAA 
GATTAGCTCG GTCCAGAAAT ATTATAGTCA ATATAGTGTT TAAAATTAAG CATAGATCAT 
GATAATTTAA AATAATTTAT TGTTGATACA GAAAAGCTGC TTAAAAAAAT TAGACCTTTA 
AATGTAAATG AAATGAATAG ACTAATTAAT GAAGCTAATA AGGCATCAAA TATTATGAAA 
GGATAAGACA TTATATTATT TTTAGGTAAT ACTGGGGCAG GTAAATCAAC AACAGTTCAT 
TTTTTATCTG GATCAAGGAT GGTTAAATTA AAAAGCGAAT TTATAGATTA CATTGGCCCA 
GACCCTAATA AAATATTAAA CAAGTCTCTT TAAAAAGTTA AAATTGGAGT TTAAGCTTAA 
TCAGAAACAC GTTACATTAC TCCTGTTTAA GTGCATTATT AAGATGTTTA AATGAATTAA 
AAAGGACATT TTATACTTTG CGATGTACCA GGATTTGGAG ATACTGCTGG ACCTGAAGTA 
GATATCGCAA ACGGAATCGG AATAGTCGAG GCTATTAAAC AGTGCAAAAG TGTTAGACCT 
GTCATTTTAT TAAGTTTCAA AAGCACTGGA GACAAAGGAT AAGGGATAAA AGATTTAGCT 
CACTTGCTTC TAGGGCTTAT TTAAAATCCA GATGATAATT TAAGTCTATT TACTTACTTA 
TTTACAAAAT TTCCTCAAGA TGTTGACATA AACAAGGAAC TGAAAAATAT CAAAAAAAGT 
ATAGAAGAAT CCTCAGATAA AGCATTTATA AGTCTCTTTG AAGATATGAT TTATTAAACT 
GAAAAAGGTT GCTGCAGAGT AGAACCATTA ACAAATCAGC CTTAAGTTTT ATTAAAGTAA 
ATACTTAAAA AATAAGGAGT TGATGATCCA AGTTAGATCT TCAAATTTTC AATTACTTAA 
AACTCGTAAT CTGTAATTTA GGATTAAGCT TTAAAAACAC AATAAATGAT TATTTCAGCT 
GTAAGTAGAT GTGAATATGA ATTAATAAAT TATTAATTAA ATAAATTAAA ATTTTTAGTG 
GATACTTTAA ATTAAAATTC TATTAAATAA ACTTATGAAA AATGCAAAAA GCTAATCATA 
GATAATTTTA ATACTTATTA CAACAATGCT ATATCGTAGC TTGATTAATC TATTTAGAAT 
CAAAATAAAT TGGATATTTA ATATCTTTAT TAGTTTTAAG ATCTAGTAAA TAAATCTAAA 
AATTTAGAAT AGTTAAGAAG CTAGCATTTA GGTAATGAAG TTATGTAATA CGATTCTCTA 
ATATAACAAT TAAAACTATC AGTTTAAAAG ATGGCAAATG TTTTTAATTA AGATGATAAT 
ATAACCAAAT TTGCTTCAAA TAATATTGAT AACATAAAAC TTATTTCTGA AATCTTTCCT 
GAAATAAAGT AGTAATATGG TAACTCTTGT TAATTAATAA TGAAAAAAAT TGAAAGCCTT 
CTTATACTTT GCAAACAGAC AATAAAAAAT AAGAATTACG ATTAACTTTC AATGTAGCTT 
TCATAAATAA AATCTTACCA AATTGAATTT AAAAACCATC TGAATGAATA AAGTATAAAT 
GAAGAATTAA ATAATGTGAA AAAACAATTT TATGATATTT TTGTTAATAT TATTGAATAA 
TCAAACCACA CGTTAGAAAA AAAAGAATTA TAAATATAAG ATATTGATAA CTTAAATAGA 
CATTTTTAAG ATTTTGGAGA TGTTGAAAAA AATTTGAAAC TGATTCAGCA TTTTTCAACT 
GACTAAATCT CAAAGTATAA AAAAAATTTC ATTAATAATT TGGTAAAACA TTTTGAAAAA 
ATAATCAAAT AAATTGAAGA TACGCTTAAA TTAGAACCTG AGCAAGCATT CTAAAAATTA 
GAAATTTTGG TTTATTAAAT GAAATAATTT AGATAAATTA ATACAATAGA TCATTTGACT 
TCTGATAAGT ATTATAAATC AATCTAAGAT GTGGAAGGTT TAATGTAATC AATAAAGAGG 
TAGATAGATT AATACTTAAA TGATTTCTAA CATGATAAAA AAAAAGTAGA TTTTTAAAAA 
GTTTATAGAT GCTTAATTTA GTTAAAATCT GCTGAGTGGA TGGATGGTGT TCAAAAAGGA 
ATTTATGAAT AAAAGATTAA AGGTATTACT GATGAACTTT TCAAATATTC ACAGTTTTAA 
ATAATTACAA AATTGGTAGA TTTAGATTTA AGCTGTAAAA ACTATTAAAA TATTTCTGTG 
GCATCTGAGT TGCTTATAGA AATGGAAAGA ATGTAGGTCT TTGAAGAATT TAATATTAAA 
TTAAAGGAAT TAAGAGAAAC AGCTGAAAAA AAATTTTCAA ATTCCATCGA AAGTGTGTTT 
AATTAGATCA AGGAATTAAT AAGCAAATAT AATAAATTTT TAAATTTAAG AATGGAAGGT 
TCCTTCTTAA TTTAGCCTTA AAATACTGAA ACTTCAGAAG AATAAGAAGA AGAGAAGGAG 
AATATATAAA ACAAAATAAA TTCTTCAAAA TATTGTTTGG CAAATGATAA TTAAATACAA 
TAAAAAAAGA GTATTAAATG CTCAAAATAA ATTATCAAAA ATAATATTGT AAAAATAAAA 
AGAGAATCAA AAAGGTTTAT ACAAATTGAG CATCAAAGTA AACTTAAGAA TAAATAAAAT 
TTTTTCCCTA TTAAAATTGA TATGAACTAG ATTGAAGACT ATTTAGTTTA TATCGAAAAT 
TGTTGCACAA GTAAATGGAT AAGATTAGAT GCAAACACTC TAAAAGATAA ACTAAAATAA 
TTGTTGGTCT AATATGGAAA TTCTTTAAAA GTTCAAATAT AATAATATTT TTAAATAATC 
ACAGAAGCAA ATGAATAAAA TGATAATGAG AAGTCTTTGG CATCTTAAAA GCTAGCTACA 
TAAGCTCAAG AGCTGATGGA GCTATAAAAT TATAAAATGA CTTGCTAGCT AGTCTAAGGA 
GGATAAATAC TTAAAGATTT AAAAAATTTA ATGCAATAAC ATTATTTAGA ACTGTATGAT 
TAACTGAACT AGACTTCATT AGAAAAATAA TTTTAAGCGC AAATAATAAG GATTATAAAG 
TAACTAATTC ACACTGAAAA TATCCTTGGC GATAATAAGT TTTATAACCT TTATAAGAAT 
CAGTAAATTG AAATAAATAA TGAATATAAA GGAATTTATT AAAAAATAAT AGAGTAAATA 
GAACTAAATT AATATTAAAA TGCATCTTTT GAATTGTTGT CAATAGATGA TAAATCTGCT 
AATGAAAAAG CTATGAAATA AATAAGATTA ACGCTTGTAA CCTCAGTAGA GCTGTTACTT 
GATAAAGCTT AAGATAAACA ATCGTATCTT GAAAATCAAA TTCAAAAAGA TTTGATAAAT 
CAAATTGTTT AAATTATTGA ATAAATAAAA AAGGCAAAGT AATGCTTGTA AGACTATTTT 
GAAAAAGAAT TTTTAGATAA CGTAGATAGA TAAGTTGATT AAATCATTAT TGATATTTAA 
AATAAAATAG AGCAATATTT AGAGAGTATG TCTGCTCATG TAAAGCAATT AGATTTTTTT 
TAAGTAGAGG AAAAGAGAGA GCACATAATG TAGATTATAT TACTTCTGTC TCGCTATAAT 
AGCTAAACAA AAGAAGAGAT AAACAAAAAG CTAAATTAAT TGCAAAAAGA GCTCGAAGAA 
AAAGTAAAAC AAATTACTTA AATCGATTAT AATGATTAAA ATAATTTAAT ACATAAACCT 
CCAAAATTTA TCTTAGAAAA GCTCAGTAAA GTCTCATCAA GAAATATTAA ATATGCTGAA 
TGTTATGATA AATTAAATAA AATTTTGATA GATAGAGTAA GCAATAGTAT TCTGGATTAT 
CAAAATTCAA TATAATAAGA ACAAAATTAG AAAGAACTTA AAATTTAAAC TCTCATAAAT 
TCTCTACCAG ATGATTTAAA ACTATAATCA TAAGATTAAT TTAATAGTGT GAAGCAATTT 
ATTAAATAAA AGAATGATGT TTTTGAAAAA GATTTTAAAT AAGCAGAAAA AAGCAAAGAC 
TTAGATAAAA AATTAAAGTT TATGGAATAA TGTAGCTAAG AAAAAATGTT TTCATTTTAA 
GATAAAATGA GCAAATAAAT ACAATAAGAG TGCTAAAAGT ATTCTTCTTA ACTAACAGAT 
TATCTAGGTA AAAATGAAAT TAAAGAAAGT ATTTAATAAG CAATTAAGTT GTTAGAGAAT 
AAAAATAAAT TTTTAGATTA TAAAAAGAAA TTTGGAGAAG AAAAAGATAG AATTGAAGAG 
TTCGAAAAAA TGTATTCAGA ACTTGAAAAA GCTATTTCAT CCAATTACGA AAGCGCTCGT 
AGGGCTATCT AATCGGATAT ATCAATGAGC TTTGAAAGTT TAAAGGCTAT TAAAACAATA 
GAAGACTAGG ATTCCTACCA AAAAGAATAT GATAAGCTTT AAAGTTTCAT TATAAATCTT 
AAAGATTATG AAAAATATTT CCTTATCAAT GATTTCAATA CCAAAATAAA AAGTTTAGGC 
TTTGAAATTT ATAATTTTTT TGAAAAAATC TTTAAAAGTT TTAATGATAA CTTAAAGGAC 
ATGAAGATCA AGAAAATTAA ATAAGATCTT TTACTTATAA GTAAATGGGA GAATTTCATA 
TAAAAAATAG TTATGGATGT AAAAAAATAA AATATTTTCA CTGAATAATT CTTAAATGAC 
TATTAAATAA CATAATTTAA AGAAAAATAT CATAGTTATA AAGATTGCAT AGAAAAATTT 
ATAAATTAGA TATAAGAAGT AAAATAAAAT GTAATAAATT TTAAGTTCTA AGATGATTAT 
TAAATGCATT CTTAACATTA AGAACTGAAA AAAGATGTTA ATATTCTAAT ACAATTAAAA 
GAGGAAAAAA TAGATTTTTA AAGTACTCAA CTTGACTATG AATGCTATGA AAAAGAGTGT 
CTCCCAAAAT TAATAAGTAA AATTGAAGAA TTTTAAAAAG AAATAGAGAT AATTTTGGAA 
AGCTAAGAGA AATAATTTTC AGAAAATGAA TTCAAAATGT TTAATAAGTA TTATGATAAT 
TTGAATTAAT TTAATGAAAA TGTTAAAAAT TTAAATATTG ATATTGAATA TTACAAAAGG 
AGAATCAGTT AAAAATTAGA ATAAAAAATA GAAAATTTAT TTTAGAGCAT AGATGTTACC 
TAAATTGATA GTGTTGCCAA AAGTTTGATT TTGATAAAGA CTTACTCTGA AAATATACCT 
TCATTTAAAA AGAATTTTGA TTGTCGATTA GATATTTGGA TCAAAAATAT CTATTTTAAT 
GAATTTAAAG GAATGAAATT AGCTTAGCTC GTAACACATT TATAAAGAGA AAAAACTGGT 
ATAGGAATAA TTATAATTGA AGAACACGAT ATATTTAAAC AATAATCCAT ATCTATCTTT 
AATAAGTAAG TAAAAGAGTA AGGAATTAAA TATGTTTTAG AAAACATTAA AGGTGAAGAT 
CTGAATAAAG AAAAATTAGA TAATGTTTAC AATAAATTCT TAAAATAATA TGAAGATATC 
GTTTAAAATA ATATCATTTG CATAGAAAAT AAGAGTCAAT CTGAAAAGAT AGTTATTGAA 
TCTTTAGCTT ACAAAGTTAA AAGCTTTGCC AAAAAAATAG AATTAAAAAA TAAATAGATA 
AAATGGGACA ATTCTGTAAG ACAAAATATT CCATCACTTA TGGCTCATAT ATTTGCTTTA 
TGGACATTTT TGAATATGGA ATATTTCAAA GAGTTAACTC ATATGGCAAA GGAAGAGAAA 
GAAACTTACT TATTTTCACC TCATGCAGGA TAAATTATAT CAATATTCCG TTTATTAGGA 
TTGGGGTATT AAACTGATGG CTTATAAAAT AATTTTATTT AAATAGGAAC TGGAGAAGGA 
AAATCTATTG TATTAGCAGT TACTGCAATA ATATTTGCAC TGCATGAAGT TGATGTATAT 
TGTGCTTGCT ATAGCTAGTA CCTTAGTGAA AGAGATTATG AAAGTTTTCT AAAATTATTT 
AATATTTTAG GGGTTATACA AAATATAAAG TATGGAGCCT TTACTAAAAT ATGTGAACAT 
TTCATAAATC AATAGGGAGA TATTCGTTAG TTAACAGCGG ATTACATATG TAATGGCTTT 
TCTGAAAATA AGAAAAAGAC TAAAAAAACA ACGAAAAATC CAAGCATATT AATTATTGAT 
GAGGTAGATG TATTCTTTAC TAAGGATTTT TATGGAAGCA TGTATAATCC TGTAGCTCGT 
TTGCAAGATG AAAATATTGT AAAGTTAGCT GAATTTATAT GGTAATCAAG AAAATAGCAT 
TTGTTTTTGG AAAAAATTTA ATAAACAAAT TTTTACAAAT AATGCATAAA TAAATTTAAA 
AATTTGAGAA CTATTATCGA CGAATGTCTA AAAGACATGA TTTCAGATTC TAAAAATTTT 
TCTCATGATT ATTTGGTTCT AAATGATAGA ATTTGTTACA AGGAATAAGA TAGAGTGTCT 
TTTGATATTA ATTATGGCTA TAAAACTTTA TTTGCTTACT TTTATGAACA AGAAAAGGGA 
TAAATAAGTT TAAAAAGTTT GCAAGAAAAT ACTTTTATTT TATTACGATG TGGTAGTTTT 
TCCTACTCTG AAATACCTTT TTAATTTGAA AATATTATTG GAGTAACAGG TACTTTAGAG 
ACTTTGAATG ATTTTGAAAA AAATATTGTC TAAAAGATTT TTAAAATAAC AAAAAGCACA 
TTTATTCCTA GTGTTTTTGG TAAAAATAAA CGTAAGTTTG CATAGAAAGA TGATACATAT 
GTTGAGAGCG AAGATGATTA CTTTAAGATT CTGAGAGAAA AAATTGAAAA AAGTTTATAT 
AGAAATGAAT AAAAAAGAGC TGTTTTATTA TTCTTTGAAA CAGAGTAATA GCTTTTAAAA 
TTTTATAATT CTCCAGAATT AAATGATTTA AAATATAATA TCAATATTAT TACTGAATAA 
ATTTCAAATT ATAATTATGT AGAAAAAATT AAATAACTAA TTAAAAAGTC CACTATCTAA 
GGTTAAATAA CTCTTTTAAC TTCTTCATTT GGTCGTGGTA CTGATTTCAA ATGTTCTGAT 
TAACAAGTTC TAGATAATGG CGGAGTTCAT GTTATCTAAA CTTTCTTCTC AAGTAAAAAA 
TCTGAGGAAA TCTAAATTAT GGGAAGGTGT GCTAGGTAAG GAGCAGAAGG ATCCTATAGC 
TTAGTACTTT TAGATTCAGA TTTAGAAAAA ATATTAGGAG CTGACTATAG AAAAGCAATA 
GAATAGATAA GATAAAATAA TAATTTTTAT GAAGTTTTAG ATAAAAAACG AAATGAAATT 
GAGTGTTTAG AGTATACTAA CTACCATAAA TATATTGATT AAATTAAATA AAAGCACATT 
GAAGGTTAAC AATATATTAA TTCCCTTGTT TCTTAAAATG AAAATTAAGT TTAAGAATTC 
TTATTAAAAA ATAATAAAGG CTCTAATGAT ATACAAAATT TAATCAGAAT ACTATGCTTA 
GTAGATGGAA CAAGTTCAAT GGGACTTGTG TTAAACAAAG TTAAAACTGA AATAAGCGTT 
ATGCTTGAAA GGTCTTGTCA GATAATAATA AATAGCGAAA AAAACATTCC TGAGGATTGT 
TTTTAGATAT AATTTGCAGT TTATAGGGAT TATGACTAAA TGAATGAAGG TATTTTATAA 
GTATCTCCAT GGGAATCAAA AGCAGAGAAT TTGAAGCAAT TTTTAGAATA AATAACGCCT 
AAAGGAGGAG AGGATTATGA AGAAGCTATT GAAATAGGAT TATAACATGC AAATTAGGAA 
AATTCAAAAT ATCCATTATC AGCTATTATT TTAATTGCAG ATGCTCCTGC AAAAAGCTTA 
TCTTAAATTA AGAATTACAG AAAAAAATAT GGTGGAGAAG ATTATTGGAA AAAAACTAAA 
TTTTCATAGA TAACTGATTT TTAAGCGGAA ATTGAAAAAA TCAAAAAAGT TAAAATACCT 
GTGCATTGTT TCTACTTGAA TTATGGAGCT AAGGAAAATT TTACTTAAAT TTCGAGCTAG 
ACTGGAGGAA AATGTGAGAG CTTAGATATT AATTCTTCCT AAGCTTCTTA GAAATTGATA 
TAGTTTGTTG TTGAACCCAT TCTTGTTAAT GTAGGAAAAT AAAATGGAGT AGGAGATTCT 
CTCTATCAAA AATATTTAAA AATATACAGC AAAAGTTATA TCAGAGTGAG TGAGTGA

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

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TTHERM_00538820 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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