TTHERM_00732790 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00732790
Entrez Gene ID	7847094
Full Name	Sec7 domain protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001023677.2	XP_001023677.2	Sec7 domain protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00732790 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00732790 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
OTe57882	XM_001023677.2 Latest version!	Tetrahymena thermophila SB210 Sec7 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_00732790 ( XM_001023677.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001023677.2 Tetrahymena thermophila SB210 Sec7 domain protein partial mRNA.

Price & Availability↑

CloneID	OTe57882
Clone ID Related Accession (Same CDS sequence)	XM_001023677.2
Accession Version	XM_001023677.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6648bp) 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	Sec7 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_002476199). On Jun 9, 2015 this sequence version replaced XM_001023677.1. COMPLETENESS: incomplete on both ends.

ATGCAAGAGA ATATTTCTCG TTTCTAGATA TACAAGCAAT GCATGGTTGA GCTTTTACCA 
AAAGTTGGAA AGCTTATTCC AAAGAATAAA AAAAACCTAA AAATTGAGGC TGATAAAATA 
TAAGAAAGCA TTAAAACTCT GAATGATTAA ACATTTGAAA ATGCCAATTC TACTATAAAC 
TTTTTAAAAG ATTTACTTGA CTTGAAAGTG CCAAAAATTA CAGAAATAGT GCTTTTTTAC 
CTTGAAAACT TAATAGCAAA TTAGCTTATA GATGGATATG CAAGTTATAG CACAAGCAAA 
ACTTATGAAG ATGAAATTTT ATAGATGGTA ATTGAATGTA TTGGTATTAA AGAAGATAAC 
ATCCACTTAT CAGTAGTTAA AATTCTTCAC ACAATAGTAA TCTCTCCTGT CTTCACTATT 
TATGGGGACA ATTTAATGTA TTTGACACAG GCTTTAATAA ATATTTATAG TCAGAATAAT 
AATAGCAAAA GTGCAAGTTT ACAAAATATC ACTTTGGCTG CTCTTAAAAG TATAGTTAAA 
ATAGTTTTTG ATAGGATGGA GAAACTTACA GAAATAACGA ATGAATAATA AGAAATATTT 
TTTTTTAAGA GATGCATTAC ATCGAATAGA GCAGGAGAAT TACTTTTTCA AGATAATTGC 
ACTAGTGGCA ATAATTTGAA TTAAGAAAAT AAGCAAAATT TTGAGTCACC TAAAAATTCA 
TTCTAAAACC TTAATAGCAT TCACTAAGCA AGACTTTCTC AGCATAGTAA CAGATAGCAA 
CAATCAGAAA ATATGGAAGA AGAACAATTT GACCCAGCAA AAATATTAAA TTTAAACTAA 
CAATCCTAAG ATGATAACTC CTAAAACGTT TTAGATTAAC TTTTGAACAA TTAAATATAG 
TTTTACTGCC AATAAACTGT GACTAACCTT GTTGATAATA CAGTCATTTA CTATGAAAAA 
TAAAAATAAG TTGGAGAAGA TAATCAGACA AATATGATAC CTCTCTTGTG CGTACCTCCT 
ATAAATTAAG AAACAACTGA AAAATATACT TAAACTATTT AAGTGAGCAT AGAAAATGAA 
AAGAACTAGG TTTCAGGCAA ATACGGATGG TGCTTTATTT GTAGGAAAAC AGCCAATTTT 
TATTGCAGAG AAACCAGAGT TGCTATTTGT TGTCCTGAGT GCAAATAAAA GCACATAAAA 
TAGATTGAAG ACATATTTTA AATGTAAAGC AACAAATTTT AGATTAAAAA GAACTAATAT 
TTAGATGATG GTATTGAGCT ATTTAAGATA TTATGCAATT TATCAAAAAG AGATGGAGCA 
AACTTAAATA GCTAAATGAA TCCATAGAGC TTAAGATCAA AGATCATTTC TTTAGAAATG 
CTAAAGGTTA TTATAGAAAA TACAGGAATT GTTTTTTTAA GCAACTTTTA GCAGCTGGTA 
AAGGAGTAAT TAATTCATTC TGTGCTCCTC AATTCTATGT CTCAAGATTA AAAAGTTGTT 
TAGCTTTCCC TTTCTATCCT AGTTTACTTA TTTATTGATT TCAGAGATAA CTTAAAGAAA 
GAATTAGAAA TGTTTACTAA AGAAATACTT TTGAAGATGC TTGAAAGCAG TAATACTATC 
TATCATCATA GATTTTATGT TTTATAAGTA TTCAGTATTA TTTTTAAGCT ACCTAGAGTT 
ATTTTAGAAA TGTTTGCTAA TTATGACTGT TAACTCAATT CAAAGAATAT TGCACAAAAT 
ATTGTTGAAC AACTTGCTAA AATATCTCAA GGTAAATACT CCAAGGCAGA ATACTCAACT 
CTCTTTTAAC CTGGCTAAGA GTAAAATCTT AGGGAGACAG CACTTTAGTC CTTAGTAGAG 
ATTGTTAAAA ATCTTATTCC TTTTACACTT CTCTCTGAAG AGTACTCCTC AATCGGATCA 
CCTTAAATTG GTAGGTAGGC TATAGATAAT CATCATCCTC TTTATGGATC AGATAAGTAA 
ATAGACAAAG CTAGCAAATC AGTAAGTAAT ATTGACGAAG AAGAACAAAA AAACACAACT 
TAAATAACTC AAGTTGAGTC TTTACCAAGA GAAATTCCTT TTAGCCCCTA AAAGAATGGA 
TCCTCTCAAA ATTTAGGAAA TACTTCTTAG TTTAACAGTG TCGGTGGTGC TACTGGTGTT 
TCAGATAGTT CGCTAAATCA AGATGTTTTC AATGAAGACA CTGTCCAAGA ATAGAGGAAG 
AGAAAAATTT AGATCTAAAA GTGTATTGAA AAGTTTAACT ATAAAACTAA ATAAGGACTA 
AATTTTGCTT TTAATGAAAA TATTATTGAA AAACCAGTTG ATATCAATAA AAAGCCCTCT 
GAGAATGAAG CTGACGAAAA AGATTTAGCA ATTTGGCAGA GATCTGTGTA TTAATTGTCT 
GAATTATTAT ACTAATAAAG AGCATCAATT GACAGAGCAT AGTTTGGATT ATTTTTCGGT 
GATGAATGTA AATACAACTA AGATGTATTT TAGCAGTTCC TATCATACTA TGATATGTCT 
AATCAAAATA TAGTCTCTTC TTTAAGAACA CTTTTTAAAG TTATGTATCC TCCTAATACT 
TAAGAAGCTC TTGATAGAAT ATTGTAATAA TTTGGAGAGA AGTATATCAA AGAAAATCCA 
AATGTCTACA GAAATGCAGG AGTTACTTAC ACTTTATCTT ATGCTATAAT GATGCTTTAA 
ACGAATCTCT ATAATCCATA AATTAAGGAA AAAGAAAAAC TAAATTTATA GAAATTTATT 
AATCTAGTTT CAAAGATTGA TGATGGAGAT GATCTACCTA TTGAATAAAT TGAGTTTATA 
TTCAACAGTG TTAAAGATCA ACCTCTTGGC TTCCATGACT AAGAAGAATA TCACATTAAA 
TAAAAAGAAG CAATTAACTC AGATGCTGTT TTAAAAACAA AAAAATTTAA AGAAGAATAA 
GAGAAAATGT TAGCATAAGG AAAATAAATC ATTCTAAATG ATAACAATGA TGAAGATTCT 
TAAAAATTCA TTAAAGTTCT CAATTCTAAT TTTACTAAAG AGTTGCTTGA CGTGATATGG 
AGTCCTTTAT TTGCTACCTT TTCACAAGGT CTTGAGCAAA CAGAAGACAA AAACTTCATC 
ATGAAATGTC TTGAGGGTAT TAAATTTTGT ATTATGCTTC TTGGGCGTTT CTAGCTAAAC 
TTTTAATAAG AAACTTTTGT TTAGTGCCTT ACTAAGAATA CAGGACTCTT ATAGGATAAA 
CCTTTTTCAA TAAAGAATAT CCTTTCTATT TGTTGTATGA CTGAGATAGC ATCTACCAGT 
GGAAATTGGC TTAGAGGATC TTGGAAGAGC GTGCTAGAGT GCTTATCAAA GATAGACTAT 
TACTTTTAAG GTGATTTCAC TATCAAAGAG TAAGCTTACT AGCAATAGTT GCAACAATTG 
GAAATAGAAA AGTCAAATTA AAAATTAATT TTTATCTCTC TTGAAAATGA AGCAATCGAT 
AAAATATTTA GTTCAACTTC TAAATTTGAC AGTGATTCAA TTTAAGATTT TATAGACTGC 
CTGTGTTAGA CTTGCAAATA AGAAATAAAT CAGCCTAAAC CTAAAACTTT TAGTCTGTTG 
AGAATTTCAG AGGTAGCAGA GTTTAATATG GATAGAGTAA GGTATGAATG GAACAAAATT 
TGGCAAACTT TAAGTATTCT ATTTTAGGAG GTAGGAACGA ATCATAATTC TTATTGTGCT 
TAATTAGTCA TAGATTAATT GAAATAGCTA AGTATGAAAT TTTTAAAGAA AACTGAGCTG 
TCTCATTATA GCTTTTAGAA AATGTTCCTC CAACCTTTCT TGTACATTTT CGAAAATACT 
AATCCCGCCA AGTATGAAAT ATATGAGTTA GTCTTAAGAT GCATAATAAT GATAACAAGC 
ATTAACTTTG ATAACCTGAG ATCTGGATGG AGTGTAATTA TTTCAATAGT GAGACTCACT 
ATTAACAAAA AGATAGATTC ATTGATATTA CTTGCTTCTT AGATCATAGA TTAAATCTTC 
TTGAAAGACA GAACTCTTGA AAATTTATAA GAAGAAATTC CTTAAATAGT TGATATTTTA 
TGCAAACTTA TAAACTATAA AAATTAACAA ATATGCTAGA GTAGCATTAG CTACTTAAAC 
AAACTCATCG ATTACCTAGT TTTGCATTCT AAAAGTGTCT AAAATACATT TTCTCAATCT 
TAAAATCTAA GTGACTAGAA GAGTGATCTT AGAATATAAT TTGAAGCCAA ACAGTAAAGG 
GCTTAAGAAT ATGAAAAAAT GCTATAACAA CTTTTGATGC CATCTTTATT ATGTTTAAGT 
AGAACTTTCG AAGAAAATAG ACTTACAGTC TAAAGACAAA GAATAGAAGT GCTTTTTAAG 
TTAGTAGAGT CTTACAGCTA TTTATTTACA GAAGAATTTT GGCAGGAACT TTTCACATAG 
TTATTTATCC CATACTTTGA GCATTTAAGT AGCTTTTATG AAGATTAAAT AAATAAATAG 
CAACAATAAT TATAATAGCA ATAACAATAG CAGTAATAAC AATAATAATA ACAATAATAA 
TACTAAAATT AAAATTAATA TTAATTCATT GTGCATCATA TGAAAGATAC TGTTTAAATT 
TCTTACGACT CCTTGATAGA AATTTTCTAC TAAAATTTCA ATAAACTTTC GTCTTGCCTA 
AAGTATGTTC TTAATATATT GTAAAAGAGT ATTACTCGTT ATTAGAAGGT TACTTCTCAA 
ATTGCTGCTG AATAAATGTA AAGCTTGCTG TTGAATGTTG GTGAATATTT AACAAATGAG 
CAGCTTGATC AAGTTCTTGA CTTTTTAGGA GTTGTTTTTG AGTCTTCTTT TCCATAAGAG 
CTTCAGCAAT TATATTAGTC AAATGACCAC CTAAAAATGA CATACGATCA TGTTTTTACT 
AATAAATTAG TAAATAACAT AAATTAAGTT GATATAAAAT TAACTTTAGA GCCTACAACG 
ATTATGAATA AAATTGTTAT ATGGCTAATT TGTATAAATT GTGTCAAGGA ATACTTTAGT 
AAGTTCTCTT TCAAATTCAC ATATTAATAA CTTGAAAAAA CTTAAGCTTA TCTTTACAGT 
TCTTATTAAC TTGCAACTGA TTTTAATAGC AAGATAGTGT TTAGATATAC TCTCCTAAAA 
AATAAAATTT AAAATAATCA AGAATTAATT AACTTCCTTC AGCATTAAAG CGATTCTAGA 
TCGGTTCTTC TTTTAATATG GTATGAAAAT TACTTAAGGG AAATATAAGA AAATAGGTAA 
ACAGGATCAT AAAATAAGAA ATGCCTTAAA CTATTTTTAG ACAATGCAGT AATTATTATG 
AGTAAATTCG TTGAATATTC TAAAAGTGTT AGTGATGGGC AAGATCAGAG AAAAAAGATT 
CTAATTGAGT AATAAAATAA ATAAAGGTAT GATGATACCT CAATAGTAGA ATTTGAAAAA 
ATTATAAAAG ATACAAATAC TAAAGAAAAA AATGAATACA TTTTACTTTT AAGAAATAAT 
ATTTCTTAAA TTATATTACC TTGCATAAAA ATAATTCAAC CTATTGAATA TTATGAATCT 
ATAAATTCAA TTTTGGATTT ACTTATTGAC TTGAACAGCT ATAGTTTCTA AAGAAATCTC 
CTAACTATCA CATGTAAAAG CTGTTAGTAA TGCCAAAACT GTAAATCAAA AAACTCTGAT 
AGCTTTGATA TAGATCTTAA GATAATCATT AAGAATATAC TAAATTATAT TACCTAATTT 
ATGCCAAAAT AACCACCTTA ATAATTTGCT GCTGAAACAA AACCTGAATA ATAGAAACAA 
TAAAATAATG AATAATTAGA ATAGAAATAA CAAGAAGTAG CTCATAAAGA TATTGACAGT 
TAGTTATTAT AATAACAAGA AAACTAGCAG TTAAAAGAAG AAGTTGATGA GTAAAAGTAA 
TAAAAGGAAA TAGAAATTGT AGAATAAATT AAAGAATGCT AAAATACAGA ATAAAGCAAA 
ACTATTGTAT CAGAAACAGA ACAAAATAAA AATAATATAG ATTAAAGCTA AATTAAATTA 
TAAGAAAAAG AAGAATAAAC TGAAAGCTCT AATTCATAAG TTTAATAAAT ATAAACTGAC 
CAACATGAAA TTACTGAGGA AGATCATTCT TCTGAAATTT TAGATTAATA AGATCAGTAA 
TAGTCTCCAT AAAATTAAAA TGAGTAGGTT TTTATTAATT AAGTAAATGA AGAACAGACT 
TAAAATGCTA GCTCATAAGA ATAGTAGATT CAAAATTAAA ATTTGATATA AAGTGAAAAG 
CATGAAACTA TTGAAGAAGA TCATTTTTCA GAAATTATTG ATTCATAAGA TTAGTAATAA 
TCAACACCAA ATTAAATATA GCAAATTAAC ATTAAAGAAG AAGAATAAAA TTGTCAAATT 
GAAAAATAAT AAAGTGAATA ATCATCTGAA GAATAAATAT AATTTGAAGA TGACGAATAA 
GAACAAGATT AAGCTGTCAA ATCAGAATTA AAATAGTAAA CTGAAAATAT CATTGAGAGT 
TAAAATGATA ATTAAATTCA AGAAGAAAAG CAAGATAACT TAGAAATGAA TAAAAGTGAT 
TCGAATGATG ATTAAGTAAT TATAGTTGAA AATGAAACTG TAAATTGA

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

RefSeq	XP_001023677.2
CDS	1..6648
Translation	MQENISRFIYKQCMVELLPKVGKLIPKNKKNLKIEADKIESIKTLNDTFENANSTINFLKDLLDLKVPKITEIVLFYLENLIANLIDGYASYSTSKTYEDEILMVIECIGIKEDNIHLSVVKILHTIVISPVFTIYGDNLMYLTQALINIYSQNNNSKSASLQNITLAALKSIVKIVFDRMEKLTEITNEEIFFFKRCITSNRAGELLFQDNCTSGNNLNENKQNFESPKNSFNLNSIHARLSQHSNRQQSENMEEEQFDPAKILNLNQSDDNSNVLDLLNNIFYCQTVTNLVDNTVIYYEKKVGEDNQTNMIPLLCVPPINETTEKYTTIVSIENEKNVSGKYGWCFICRKTANFYCRETRVAICCPECKKHIKIEDIFMSNKFIKKNYLDDGIELFKILCNLSKRDGANLNSMNPSLRSKIISLEMLKVIIENTGIVFLSNFQLVKELIHSVLLNSMSQDKVVLSLSILVYLFIDFRDNLKKELEMFTKEILLKMLESSNTIYHHRFYVLVFSIIFKLPRVILEMFANYDCLNSKNIAQNIVEQLAKISQGKYSKAEYSTLFPGENLRETALSLVEIVKNLIPFTLLSEEYSSIGSPIGRAIDNHHPLYGSDKIDKASKSVSNIDEEEQKNTTITQVESLPREIPFSPKNGSSQNLGNTSFNSVGGATGVSDSSLNQDVFNEDTVQERKRKIIKCIEKFNYKTKGLNFAFNENIIEKPVDINKKPSENEADEKDLAIWQRSVYLSELLYRASIDRAFGLFFGDECKYNDVFQFLSYYDMSNQNIVSSLRTLFKVMYPPNTEALDRILFGEKYIKENPNVYRNAGVTYTLSYAIMMLTNLYNPIKEKEKLNLKFINLVSKIDDGDDLPIEIEFIFNSVKDQPLGFHDEEYHIKKEAINSDAVLKTKKFKEEEKMLAGKIILNDNNDEDSKFIKVLNSNFTKELLDVIWSPLFATFSQGLEQTEDKNFIMKCLEGIKFCIMLLGRFLNF*ETFVCLTKNTGLLDKPFSIKNILSICCMTEIASTSGNWLRGSWKSVLECLSKIDYYFGDFTIKEAYQLQQLEIEKSNKLIFISLENEAIDKIFSSTSKFDSDSIDFIDCLCTCKEINQPKPKTFSLLRISEVAEFNMDRVRYEWNKIWQTLSILFEVGTNHNSYCALVIDLKLSMKFLKKTELSHYSFKMFLQPFLYIFENTNPAKYEIYELVLRCIIMITSINFDNLRSGWSVIISIVRLTINKKIDSLILLASIIDIFLKDRTLENLEEIPIVDILCKLINYKNQICSSISYLNKLIDYLVLHSKSVNTFSQSNLSDKSDLRIFEAKQRAEYEKMLQLLMPSLLCLSRTFEENRLTVRQRIEVLFKLVESYSYLFTEEFWQELFTLFIPYFEHLSSFYEDINKQQL*QQQQQYNNYFIVHHMKDTVISYDSLIEIFYNFNKLSSCLKYVLNILKSITRYKVTSQIAAEMSLLLNVGEYLTNEQLDQVLDFLGVVFESSFPELQQLYSNDHLKMTYDHVFTNKLVNNINVDIKLTLEPTTIMNKIVIWLICINCVKEYFSKFSFKFTYLEKTAYLYSSYLATDFNSKIVFRYTLLKNKINNQELINFLQHSDSRSVLLLIWYENYLREIENRTGSNKKCLKLFLDNAVIIMSKFVEYSKSVSDGQDQRKKILIE*NKRYDDTSIVEFEKIIKDTNTKEKNEYILLLRNNISIILPCIKIIQPIEYYESINSILDLLIDLNSYSFRNLLTITCKSC*CQNCKSKNSDSFDIDLKIIIKNILNYITFMPKPPFAAETKPEKQNNELEKQEVAHKDIDSLL*QENQLKEEVDEKKEIEIVEIKECNTESKTIVSETEQNKNNIDSIKLEKEETESSNSVITDQHEITEEDHSSEILDDQSPNNEVFINVNEEQTNASSE*IQNNLISEKHETIEEDHFSEIIDSD**STPNIQINIKEEENCQIEK*SESSEEIFEDDEEQDAVKSELK*TENIIESNDNIQEEKQDNLEMNKSDSNDDVIIVENETVN

Target ORF information:

RefSeq Version	XM_001023677.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 Sec7 domain protein partial mRNA.

Target ORF information:

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

XM_001023677.2

ORF Insert Sequence:

ATGCAAGAGA ATATTTCTCG TTTCTAGATA TACAAGCAAT GCATGGTTGA GCTTTTACCA 
AAAGTTGGAA AGCTTATTCC AAAGAATAAA AAAAACCTAA AAATTGAGGC TGATAAAATA 
TAAGAAAGCA TTAAAACTCT GAATGATTAA ACATTTGAAA ATGCCAATTC TACTATAAAC 
TTTTTAAAAG ATTTACTTGA CTTGAAAGTG CCAAAAATTA CAGAAATAGT GCTTTTTTAC 
CTTGAAAACT TAATAGCAAA TTAGCTTATA GATGGATATG CAAGTTATAG CACAAGCAAA 
ACTTATGAAG ATGAAATTTT ATAGATGGTA ATTGAATGTA TTGGTATTAA AGAAGATAAC 
ATCCACTTAT CAGTAGTTAA AATTCTTCAC ACAATAGTAA TCTCTCCTGT CTTCACTATT 
TATGGGGACA ATTTAATGTA TTTGACACAG GCTTTAATAA ATATTTATAG TCAGAATAAT 
AATAGCAAAA GTGCAAGTTT ACAAAATATC ACTTTGGCTG CTCTTAAAAG TATAGTTAAA 
ATAGTTTTTG ATAGGATGGA GAAACTTACA GAAATAACGA ATGAATAATA AGAAATATTT 
TTTTTTAAGA GATGCATTAC ATCGAATAGA GCAGGAGAAT TACTTTTTCA AGATAATTGC 
ACTAGTGGCA ATAATTTGAA TTAAGAAAAT AAGCAAAATT TTGAGTCACC TAAAAATTCA 
TTCTAAAACC TTAATAGCAT TCACTAAGCA AGACTTTCTC AGCATAGTAA CAGATAGCAA 
CAATCAGAAA ATATGGAAGA AGAACAATTT GACCCAGCAA AAATATTAAA TTTAAACTAA 
CAATCCTAAG ATGATAACTC CTAAAACGTT TTAGATTAAC TTTTGAACAA TTAAATATAG 
TTTTACTGCC AATAAACTGT GACTAACCTT GTTGATAATA CAGTCATTTA CTATGAAAAA 
TAAAAATAAG TTGGAGAAGA TAATCAGACA AATATGATAC CTCTCTTGTG CGTACCTCCT 
ATAAATTAAG AAACAACTGA AAAATATACT TAAACTATTT AAGTGAGCAT AGAAAATGAA 
AAGAACTAGG TTTCAGGCAA ATACGGATGG TGCTTTATTT GTAGGAAAAC AGCCAATTTT 
TATTGCAGAG AAACCAGAGT TGCTATTTGT TGTCCTGAGT GCAAATAAAA GCACATAAAA 
TAGATTGAAG ACATATTTTA AATGTAAAGC AACAAATTTT AGATTAAAAA GAACTAATAT 
TTAGATGATG GTATTGAGCT ATTTAAGATA TTATGCAATT TATCAAAAAG AGATGGAGCA 
AACTTAAATA GCTAAATGAA TCCATAGAGC TTAAGATCAA AGATCATTTC TTTAGAAATG 
CTAAAGGTTA TTATAGAAAA TACAGGAATT GTTTTTTTAA GCAACTTTTA GCAGCTGGTA 
AAGGAGTAAT TAATTCATTC TGTGCTCCTC AATTCTATGT CTCAAGATTA AAAAGTTGTT 
TAGCTTTCCC TTTCTATCCT AGTTTACTTA TTTATTGATT TCAGAGATAA CTTAAAGAAA 
GAATTAGAAA TGTTTACTAA AGAAATACTT TTGAAGATGC TTGAAAGCAG TAATACTATC 
TATCATCATA GATTTTATGT TTTATAAGTA TTCAGTATTA TTTTTAAGCT ACCTAGAGTT 
ATTTTAGAAA TGTTTGCTAA TTATGACTGT TAACTCAATT CAAAGAATAT TGCACAAAAT 
ATTGTTGAAC AACTTGCTAA AATATCTCAA GGTAAATACT CCAAGGCAGA ATACTCAACT 
CTCTTTTAAC CTGGCTAAGA GTAAAATCTT AGGGAGACAG CACTTTAGTC CTTAGTAGAG 
ATTGTTAAAA ATCTTATTCC TTTTACACTT CTCTCTGAAG AGTACTCCTC AATCGGATCA 
CCTTAAATTG GTAGGTAGGC TATAGATAAT CATCATCCTC TTTATGGATC AGATAAGTAA 
ATAGACAAAG CTAGCAAATC AGTAAGTAAT ATTGACGAAG AAGAACAAAA AAACACAACT 
TAAATAACTC AAGTTGAGTC TTTACCAAGA GAAATTCCTT TTAGCCCCTA AAAGAATGGA 
TCCTCTCAAA ATTTAGGAAA TACTTCTTAG TTTAACAGTG TCGGTGGTGC TACTGGTGTT 
TCAGATAGTT CGCTAAATCA AGATGTTTTC AATGAAGACA CTGTCCAAGA ATAGAGGAAG 
AGAAAAATTT AGATCTAAAA GTGTATTGAA AAGTTTAACT ATAAAACTAA ATAAGGACTA 
AATTTTGCTT TTAATGAAAA TATTATTGAA AAACCAGTTG ATATCAATAA AAAGCCCTCT 
GAGAATGAAG CTGACGAAAA AGATTTAGCA ATTTGGCAGA GATCTGTGTA TTAATTGTCT 
GAATTATTAT ACTAATAAAG AGCATCAATT GACAGAGCAT AGTTTGGATT ATTTTTCGGT 
GATGAATGTA AATACAACTA AGATGTATTT TAGCAGTTCC TATCATACTA TGATATGTCT 
AATCAAAATA TAGTCTCTTC TTTAAGAACA CTTTTTAAAG TTATGTATCC TCCTAATACT 
TAAGAAGCTC TTGATAGAAT ATTGTAATAA TTTGGAGAGA AGTATATCAA AGAAAATCCA 
AATGTCTACA GAAATGCAGG AGTTACTTAC ACTTTATCTT ATGCTATAAT GATGCTTTAA 
ACGAATCTCT ATAATCCATA AATTAAGGAA AAAGAAAAAC TAAATTTATA GAAATTTATT 
AATCTAGTTT CAAAGATTGA TGATGGAGAT GATCTACCTA TTGAATAAAT TGAGTTTATA 
TTCAACAGTG TTAAAGATCA ACCTCTTGGC TTCCATGACT AAGAAGAATA TCACATTAAA 
TAAAAAGAAG CAATTAACTC AGATGCTGTT TTAAAAACAA AAAAATTTAA AGAAGAATAA 
GAGAAAATGT TAGCATAAGG AAAATAAATC ATTCTAAATG ATAACAATGA TGAAGATTCT 
TAAAAATTCA TTAAAGTTCT CAATTCTAAT TTTACTAAAG AGTTGCTTGA CGTGATATGG 
AGTCCTTTAT TTGCTACCTT TTCACAAGGT CTTGAGCAAA CAGAAGACAA AAACTTCATC 
ATGAAATGTC TTGAGGGTAT TAAATTTTGT ATTATGCTTC TTGGGCGTTT CTAGCTAAAC 
TTTTAATAAG AAACTTTTGT TTAGTGCCTT ACTAAGAATA CAGGACTCTT ATAGGATAAA 
CCTTTTTCAA TAAAGAATAT CCTTTCTATT TGTTGTATGA CTGAGATAGC ATCTACCAGT 
GGAAATTGGC TTAGAGGATC TTGGAAGAGC GTGCTAGAGT GCTTATCAAA GATAGACTAT 
TACTTTTAAG GTGATTTCAC TATCAAAGAG TAAGCTTACT AGCAATAGTT GCAACAATTG 
GAAATAGAAA AGTCAAATTA AAAATTAATT TTTATCTCTC TTGAAAATGA AGCAATCGAT 
AAAATATTTA GTTCAACTTC TAAATTTGAC AGTGATTCAA TTTAAGATTT TATAGACTGC 
CTGTGTTAGA CTTGCAAATA AGAAATAAAT CAGCCTAAAC CTAAAACTTT TAGTCTGTTG 
AGAATTTCAG AGGTAGCAGA GTTTAATATG GATAGAGTAA GGTATGAATG GAACAAAATT 
TGGCAAACTT TAAGTATTCT ATTTTAGGAG GTAGGAACGA ATCATAATTC TTATTGTGCT 
TAATTAGTCA TAGATTAATT GAAATAGCTA AGTATGAAAT TTTTAAAGAA AACTGAGCTG 
TCTCATTATA GCTTTTAGAA AATGTTCCTC CAACCTTTCT TGTACATTTT CGAAAATACT 
AATCCCGCCA AGTATGAAAT ATATGAGTTA GTCTTAAGAT GCATAATAAT GATAACAAGC 
ATTAACTTTG ATAACCTGAG ATCTGGATGG AGTGTAATTA TTTCAATAGT GAGACTCACT 
ATTAACAAAA AGATAGATTC ATTGATATTA CTTGCTTCTT AGATCATAGA TTAAATCTTC 
TTGAAAGACA GAACTCTTGA AAATTTATAA GAAGAAATTC CTTAAATAGT TGATATTTTA 
TGCAAACTTA TAAACTATAA AAATTAACAA ATATGCTAGA GTAGCATTAG CTACTTAAAC 
AAACTCATCG ATTACCTAGT TTTGCATTCT AAAAGTGTCT AAAATACATT TTCTCAATCT 
TAAAATCTAA GTGACTAGAA GAGTGATCTT AGAATATAAT TTGAAGCCAA ACAGTAAAGG 
GCTTAAGAAT ATGAAAAAAT GCTATAACAA CTTTTGATGC CATCTTTATT ATGTTTAAGT 
AGAACTTTCG AAGAAAATAG ACTTACAGTC TAAAGACAAA GAATAGAAGT GCTTTTTAAG 
TTAGTAGAGT CTTACAGCTA TTTATTTACA GAAGAATTTT GGCAGGAACT TTTCACATAG 
TTATTTATCC CATACTTTGA GCATTTAAGT AGCTTTTATG AAGATTAAAT AAATAAATAG 
CAACAATAAT TATAATAGCA ATAACAATAG CAGTAATAAC AATAATAATA ACAATAATAA 
TACTAAAATT AAAATTAATA TTAATTCATT GTGCATCATA TGAAAGATAC TGTTTAAATT 
TCTTACGACT CCTTGATAGA AATTTTCTAC TAAAATTTCA ATAAACTTTC GTCTTGCCTA 
AAGTATGTTC TTAATATATT GTAAAAGAGT ATTACTCGTT ATTAGAAGGT TACTTCTCAA 
ATTGCTGCTG AATAAATGTA AAGCTTGCTG TTGAATGTTG GTGAATATTT AACAAATGAG 
CAGCTTGATC AAGTTCTTGA CTTTTTAGGA GTTGTTTTTG AGTCTTCTTT TCCATAAGAG 
CTTCAGCAAT TATATTAGTC AAATGACCAC CTAAAAATGA CATACGATCA TGTTTTTACT 
AATAAATTAG TAAATAACAT AAATTAAGTT GATATAAAAT TAACTTTAGA GCCTACAACG 
ATTATGAATA AAATTGTTAT ATGGCTAATT TGTATAAATT GTGTCAAGGA ATACTTTAGT 
AAGTTCTCTT TCAAATTCAC ATATTAATAA CTTGAAAAAA CTTAAGCTTA TCTTTACAGT 
TCTTATTAAC TTGCAACTGA TTTTAATAGC AAGATAGTGT TTAGATATAC TCTCCTAAAA 
AATAAAATTT AAAATAATCA AGAATTAATT AACTTCCTTC AGCATTAAAG CGATTCTAGA 
TCGGTTCTTC TTTTAATATG GTATGAAAAT TACTTAAGGG AAATATAAGA AAATAGGTAA 
ACAGGATCAT AAAATAAGAA ATGCCTTAAA CTATTTTTAG ACAATGCAGT AATTATTATG 
AGTAAATTCG TTGAATATTC TAAAAGTGTT AGTGATGGGC AAGATCAGAG AAAAAAGATT 
CTAATTGAGT AATAAAATAA ATAAAGGTAT GATGATACCT CAATAGTAGA ATTTGAAAAA 
ATTATAAAAG ATACAAATAC TAAAGAAAAA AATGAATACA TTTTACTTTT AAGAAATAAT 
ATTTCTTAAA TTATATTACC TTGCATAAAA ATAATTCAAC CTATTGAATA TTATGAATCT 
ATAAATTCAA TTTTGGATTT ACTTATTGAC TTGAACAGCT ATAGTTTCTA AAGAAATCTC 
CTAACTATCA CATGTAAAAG CTGTTAGTAA TGCCAAAACT GTAAATCAAA AAACTCTGAT 
AGCTTTGATA TAGATCTTAA GATAATCATT AAGAATATAC TAAATTATAT TACCTAATTT 
ATGCCAAAAT AACCACCTTA ATAATTTGCT GCTGAAACAA AACCTGAATA ATAGAAACAA 
TAAAATAATG AATAATTAGA ATAGAAATAA CAAGAAGTAG CTCATAAAGA TATTGACAGT 
TAGTTATTAT AATAACAAGA AAACTAGCAG TTAAAAGAAG AAGTTGATGA GTAAAAGTAA 
TAAAAGGAAA TAGAAATTGT AGAATAAATT AAAGAATGCT AAAATACAGA ATAAAGCAAA 
ACTATTGTAT CAGAAACAGA ACAAAATAAA AATAATATAG ATTAAAGCTA AATTAAATTA 
TAAGAAAAAG AAGAATAAAC TGAAAGCTCT AATTCATAAG TTTAATAAAT ATAAACTGAC 
CAACATGAAA TTACTGAGGA AGATCATTCT TCTGAAATTT TAGATTAATA AGATCAGTAA 
TAGTCTCCAT AAAATTAAAA TGAGTAGGTT TTTATTAATT AAGTAAATGA AGAACAGACT 
TAAAATGCTA GCTCATAAGA ATAGTAGATT CAAAATTAAA ATTTGATATA AAGTGAAAAG 
CATGAAACTA TTGAAGAAGA TCATTTTTCA GAAATTATTG ATTCATAAGA TTAGTAATAA 
TCAACACCAA ATTAAATATA GCAAATTAAC ATTAAAGAAG AAGAATAAAA TTGTCAAATT 
GAAAAATAAT AAAGTGAATA ATCATCTGAA GAATAAATAT AATTTGAAGA TGACGAATAA 
GAACAAGATT AAGCTGTCAA ATCAGAATTA AAATAGTAAA CTGAAAATAT CATTGAGAGT 
TAAAATGATA ATTAAATTCA AGAAGAAAAG CAAGATAACT TAGAAATGAA TAAAAGTGAT 
TCGAATGATG ATTAAGTAAT TATAGTTGAA AATGAAACTG TAAATTGA

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

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TTHERM_00732790 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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