TTHERM_00145640 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00145640
Entrez Gene ID	7836622
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001011204.2	XP_001011204.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00145640 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00145640 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
OTe41409	XM_001011204.2 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

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_00145640 ( XM_001011204.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001011204.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe41409
Clone ID Related Accession (Same CDS sequence)	XM_001011204.2
Accession Version	XM_001011204.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7167bp) 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_002476507). On Jun 9, 2015 this sequence version replaced XM_001011204.1. COMPLETENESS: incomplete on both ends.

ATGCTTTCTA CTAGTATTAG TAATTAGGAT TACTTGAAAG TAACTTTGCC TTTTCCTCTT 
CATAATTTCT TGACACCTAG CGGATTAGCC CCTTCTAATC TTAACATACC AACTGACTTG 
ATTGTCTAGT ATTAATCTGT AGATACTAAT ACGAATTTGC CTGTTGGAAA TATTTATGAT 
GTTCTTGCTT TTACACAGTC TGTAGAATCA TATATTTACT ATTTGTAATT TTTAGATACC 
AATAAGAACA CTATAAATAT ACCAAATAAT CAATGGTTCA ATATCATATT CACAGTTTAA 
AATTTAAATG CTACAACTTA TCAAAAGGGC TCATAGGTTT TACAAATATC TATGCAAACA 
GTTTCCTCAA CTAATGACTA AATTGCTATT ATCTATGATG AAAATCTTAT ATTCGGCACA 
TTCTATTTAA ATGATAGAGT AAATTCAACC TTGGGAATAT CAGCAATTTT TATAGACTAA 
GTTAATAAGT ATAAATTGAA CTAATTATAA GGAATATATG TAGATATTGA TTTAACTAGT 
TTGAATTCGA ATGATATTGA CGACAAGTTT AGGATAGATA TTGTTACAGA TAATCCTAAT 
TTTTTATTTG TAGATTAATG CTTTTCAGCT TTGAGATATG AATTACCAAC AATTCCACAA 
ATAACATAAT AAAACTATAC ATGTAATATA GACTAAAGTA GAAATATAAT TAATGTTCTT 
ATTAATAAGG TTGTTTTCAT TTAGCAGAAA TTAATTAGGA TACAAGTATT TGTTTAAAAT 
CCTCCAATAG TTGAGCTAAG TGGCTCTCTT GAGGTAAGAT TGCTGAGATT TTATTCTCCA 
CAAATTGTTG CATCAGGATA TTCATACAAT TTATTTTAAA CTACTTAAGT AGTATTAGTA 
AATCATAATA TCCTTCTTGG ATGGGGTTTA TAATCAGAGT CAACTTTACC TATGAGCCTT 
AAAATAATTA GAGGAAACTC AGATAGTAGT TATCAACCTC TAAATTCTAT AAGAGTAACT 
TTTTAGGTGG ATCAAAAAAC ATCAGATACT AATGAGATAA GAGTTAATGT GAATCTAAAG 
CAAATCTAAG TCGCTTCATA TATCTTAAAA GGATCTATTA TGACTAATTT ACCTTCATTT 
CCTTAGAAAG AGGTGGTATG TATTGAGACA GGAAAAACTA ATATAATAAA TCGATAAATC 
TCTTGTTAAG GTGTTGGTTA GTTAATACCA AGTACAACAT ATTTCATAAG CTTTAAAATG 
TTCCTTGCAT ATGATATTTA TTAAGATGAT CTTTAAACAT CAAACTTCGG ATCAATTACC 
ATAGATAGTA TTATTTAATG TTAAACCAGA AATAGAATTT TCATTCTTTC TAGATCTATT 
GAATTTATTA AATACATGAT ATCCTCTAGC CAAGCTAATC CTTTAACAAG TAACAAAGTA 
AATATGATCA ATTCTGACAC ATAACTGAAT TTTTTGTAGA ACTTGAAGAA TTTTCCTAAT 
GTAAAACTCC TTTTTCGTGC TTCTGATTTT GAAGGATATA CAGATGATGT AGTAATACAC 
AACCGCTCTT ATTTATTTGA TCCATTTTTA AAATTAAACT CTTATGATGA TTTTATAATG 
CCAGTTAATG TTCAAAACTT TGTTACATTT GCTCAATAAA AAATTAACGA CATGTAAATA 
ATAGAAATAC TAATGACTAG AGACACTGAT AACTATCCTT GTCGTCTTCA CTATAACTAG 
CTTGTTACTT TAAGTATTCC AAAAAATCAA AATTCATTTT AAACTATAAA TGGAAAAAAT 
CTCTAAAGAA GTGTTTCTTC TTTTCCTGTG TTAGTATCAA GTTTAGAAAA TAATAGATTA 
CCTACATCAC AAATTCCATT CTAACCTTAA AACTCCGGAT TAAGAACTTC TACATCCGAA 
TAATTTCTAC TATTTAATAC TTAATTTAAT TTTGCAAACG ACATTACAAA TTAAATTACT 
TATAATGATG TTGTCTTAGA TAACTTGATC TAAAAAGGAG TTGGTTTTAT AATACTAACT 
AATCCTAATA TCAGACCATA TCCCTATTCT TATATAAATA ATTTCATATC AATCAATCCT 
GTTACTAATT CTGTTTATGC AGAACAAAAA AACATTAATT TAATTTATAA TAGGTAGTCT 
GCTTCAACAA GTTTAAATAA GTATACTTCA ATAAAAGCAA TCTTTAATTC TGGTGCATGT 
CTTTAACATT TCATATCGAA TCCTGCTTCT TAGACTGAAT AGCAATGGCT CCTCTCCCCA 
TTTTTAATCA GCTAATTTAG TTCAAATATG GTAGATGAAA ATGTTTATGA CTTTTATTTT 
TAAGTTATTG ATTATATCAA TGGACCAATA CCTAATTAAG TAATAAGGAC AACATCTCTT 
TTCAATGCTT ATTTTATTAC AAATAATGCA TTTATTGATC CTCCAGGAAG TACCAGCTAA 
ACCTTAAACC TTTACCTTAC GAATATGTTT TAGTAGATAA ATGGTGGCAA TAATGGTTAT 
TTAGTGCCAA CAGTAATTAA AATAGAGGGA AAACTAACTT CTTACTAGAA TAGCTATATT 
AATAGATTAT CAGTATTTTT TAATAATTTG AAACCATTCT ATAAAAATAG CTATTCCAAC 
GATATTTACT GTGGAGGTAG CAGTAATGAA ATTTAACTGA GTTGCAAAGC ATATTTGACT 
TAAAATTATG ATATAAATAA TTATTTAACT TTAAGTAGAA TTGAAATTTA AGCTACAAAT 
CTACAACAAA ATTTTTATCT AATAGTACCA GTATCTTAAA GCTTTGTGGG ATCTCCATAT 
TAAATTTCTT TGTATCTTGC TGGTATGAAA CTTGCTCCAT TTGCAGTGGG CTCGTCTTTA 
GCTTGTTTCA CAAGTGAAGT GAATTACATT TAAAAAATAC TAACTACATA ACCACCTTAT 
ACTATGAAGT TTTTGACTTA TACTTCTGCT TTTAATTGGT CATTTAAATC CTCTGCTTTT 
ATTGGAAAAA CTTAAGAAGA TTTCAGTTTT TAAGCTTTAT ACACTGATTC TGGAATTACA 
AATTTTTCAC CAAAAAGCTC AGCTGCTTTA GTTTTTACAA CTGATTTTCC TTTTTATGAT 
ACTTAAATAT CTTAAGTTGT TACAACAACA CCTAACACTT GCTTTTACTT CCGATACAGC 
TTTGATTATT ATTATGCTTC TAATTACAAT CTAACTTCTA AATATGGAAT TTATTGCAGA 
AATATACCAA CAACAACGAA TGTTGATCTT TAGTTTAAAA TAATAAAAAG TAATGTACCT 
TATAATCACG GACAGGAGAT TCTAGGATAT GCTTCCTGGT CTAAAGAAGA TGGTTTACTT 
ACAATAGTAG AATAATGTAT AGTAACCAGA GTTCCTCTAG CTAAAATAGG CCCACTATAG 
CTACTATCCC CTGTAGTTAC AGGAAATAAT TTATAATAAA TAGTAATTTA CCAATTTACC 
ACTCCTGTTG ATCTCTATTT TTTAAAATAT GGGTTATTTG TTGAAATAAA AGCAGCTATT 
CCTATCAATA CTATTCCATA CTAATTTGTT GGGAATCCTT AATGTTAGAT TCAAGTGTAA 
ACTAGTTAGA GTATATATGA TATAGATAGT TTACAAAGAG GATCTGTTTG TACTTTTTAC 
AGTATCTTAG TCTCAGACTC ATCTCATATT TTTTAAATTA CAAATATTTA AGGTTATTTT 
CCAGCCTAAA CCTAATTAAT GTTTTCTATT TACTATCAAC CTCGTGTCTC AGTTAGTTCC 
ACTTCAGCTC AAATACAATT ACTACTTAGC GCAGGAGCCT AAAAAGAATA TATTGCTACC 
TCTACTCTTG TAACAGCTTC ATACTAATCT AGCTTAGTAG CAAACGTATA AATAAATTCT 
CTAACTCCAC TAAATTCAAA CTCATTTATG AGATCTACCA TTTTATTGAA GTTTAGCTTT 
GTCAATCGAT ATTGGTGGGT TTAGGAAAGT TTCTCTATAA ATATGGATAA ATTTGCTACA 
GCAGACAATA ATTTAAGTAA TTAAATGAAA TGCAAAATCT TAGAATCAGA CATGTCTGTT 
TCTAACAGAT TTTAGACTGT TGATGTAAGG GATTTAACAA ATCTTTAGAT AATCCCTAAG 
GTTTTGATTA TGACTAATCC TACAATTATG AATTTTTACT TACAGTGTTT ATCTATTATC 
ATACCTTCGT CACCTAATAC TTTTTCTTAC AAAGTTGGTT CTATATCTCT ACCAACTACA 
TTCTCAGCTC CATCTTTTAA TTCTCAACCT CCTATTGGTT AAGTTGATCC ATAAATAAAT 
AAAATGTATT TAAGTATTGG AAGTGATTTA GAAATCTAAT TTACTCTAAC TAGCAGTGTA 
GTGACTTTGT ATGGCTCATA AGCAAGAGTT ATTATATCAT TTCCTGTTTA CTATCCTCCT 
AGATTAAGCA AAGAAAACAT AATTTCTTGC TATTTACTTA AACCTGTGTA TTAAAGTATA 
ACTTGTTATA TTACTTAGCT CTGGATGCTT GAAATTAGAT ATTTTATGAC TCAAATACCT 
CCAAATACAG AATTTGTTAT TTTAATTGCA GGAGTAACTT AACCTTTAAG CTATAACTAA 
GGTACTTTTT ACATTTACTT AGACTCAGAT GAAAACGACA GTAGTTATGA TGAATATTTT 
ACGATTTTAG ATAATTTGTT AGATTCATCG ATAACATCTT TATTTAATAC AGCCATTGAG 
GTTTATAAAT TAACAATAAC AAGCAACTAT TTAAGATAAA ATGCTGTTTA CTATTAATTT 
GACATATTTA TAGATTCATC TGCCCCTAAT ATCTAGTTCG GACAAGCTGT TATGGTAAGT 
TTCCCTAATA TATATGACTA ACCTTTAAGA GTGAACTAAG AATTATCTTG TAGCATCTAT 
AATTACAATT AGACTAATAT TGATTATTGT AGTTAATGTA TAATATCTGG ATTGAGGGTT 
AAGATGTATG TGAGTTAAAC AATGGTATTA GGATAATTAT ATTCAATAAT AATTTATACG 
TTAAGAAACC CTGGAAGATT TGATGCTTCT GTTTAGAAGT GGGTCATTGA AGTATCAGAT 
GCAAGCGAAT AATATATAAT AATGAGAAGT TTTGATACTA CTGCAAATTA TATGATTGAT 
GAATTTATTT AGAATCCTTA TCAAAGTTAT ATAAATTTTT ATGATTCTCC ATCGACTTCA 
CCTAACTCTA AAATTGTTAC ATAGCTAACA CTAATTAAAG GTGTATTTTC TAACTGGTTA 
TACATACGTC CTCAAAATTT TAACTCTATG TATCTATGGC AATAATCATT TATTCTTTCA 
AGCAATTAAG ATTAAATATC AACAATGAAG GTGGAGACTA GTGCTGTTGT GGGAGCACCG 
GGAGAAATAA TGGTTAGGAT ATATTCCTAA AATGCAATTG GTTAATATGA CTTCTAAATA 
TCTAAATATG GTGATAGCAA TTTCTATTCT GATTTAAATA TAATTAGATT ATATTTTAGT 
GATTTAAATG TTCTACCTCT TTCACTTTCC TAAAGTATCT ATCAAATCTA TACATCAACT 
ACAAGCTTTA ACTTATACCT ATAATTGAAT GGTTAAATAT ATTCTTCTAA TCTTAACCTT 
TAATTCACAG TTCCTCCTAC AGGTAATCTT GGACTAAAGC TAGGAAATAA CTTAAACTAA 
TTTACAGTTA ACTTTAATAA TGGAATCATG ATAGGTTATT TACCAATTGT TTTATTAGAT 
TAAACTCAAT TTATTCCCTC GTCTTCTGTT ACCTTGTAAG TATCATTTAA TGGAGATAAC 
GCTAAAAGCT ATTAATGGAA TACTAATACT ATTTAGTTAT AAGCAATACC AAATCCATCA 
GCCACACTTA TTTTGTAGTT AATTCCTTAA ACGTCTCCAT CATACATAAA TAACAAAGAA 
TTTAAATTCT CTTGCTCTTA AAAAGGGTAT TTCTACTATT ACGTAGCTCT GTATTATCAC 
GAAAAAGAAG AAATGTGTTA GTATAACTAG AATACTATAT CTTAATATGC ATGGGCACAA 
AATACTATTA CAACTGATAA TTCTCTGTAT CCTTGTAATA GTGTTTTTGG GGTGATTTAT 
ATAGACTCTA CTACATTATA GACTCTTTAA GTTGAAAATC TTTTAGCTAA TAGATATTAT 
AGGATAGGTG CATACTGTTA ATCATAACTA AGCACAACAA CAGTAATTAC TAAACTTACA 
TTTGAATAAA ATACTAATAA CGGAAGTCTA TATAAAATAC AAGTAGATTT TGCCTAAAAT 
CCAAATATCA ATGATATTGT TAAATTTTTA TGTTACCTAT CAATTCATTT TACCCATCAC 
CCTAAATATG TGAGTACAAT TGATGGCATA ACTTGCCAAG AATTATCTCA AAGAAGACTT 
TTGACATAGC AAAAAATACT TTAATTTTTC ACAAAAGGAA TAAGTTACTT GAAAAATAAG 
AAAAGACATC TTTAAAGCTC AAATTTAATA TGGAATCCAT CATAATGCAC AACTACTTAT 
TAGTTAAATA ACACCGCTAA AGTATTTTCT ATGAATTTTT ATATTGATAG CAATGAAATC 
ATACCAAATG ACTCAGCTAC CCTAACGAAA ATTTTAACAG ATACAACAAA TGGGTGTTTT 
GTCTCTTACA CTAACTAAGT TCTATTAGGC ATAACAACAA TAGTAAATAT ATATAAAGGA 
CAAAAAGTAG AGTAATTAGC TCCTACACCT CGTTTTAATG ATCCTTAATC CATTTTTTTA 
GGAAACACAT GGGCATACTT AGATTAATTC AGTTTAACTT CTACATATGG AAGAATATGG 
GGTATTCTTG TGTTTGCTAA TAGCACAATT TTTCCTAGCC CCAGATAAAT TCGAGCAGGG 
TTAGATTCTT AGGACAAAAA TGCTTTGGCA ATAAAAAACT AAGAATTTAA TTTCAACTAT 
ATTAGAGAGT TTAACGCAAC TTTTATTGGT CTTAACCCTG GATAATCATA TATTTTTTAT 
TATGTTGCAT CTAACGAGAA TCCTTTTGAA TCAATTCAAT ATAGTTCAGT TAATATGATT 
AAATTTACTA CAATATAAAT ACCCCTATCA TCTTTGATGA GATAATTCAA ATTATTATTT 
TTGCTTTTAC CAATAGTTTT TATGTGA

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

RefSeq	XP_001011204.2
CDS	1..7167
Translation	MLSTSISNDYLKVTLPFPLHNFLTPSGLAPSNLNIPTDLIVYSVDTNTNLPVGNIYDVLAFTQSVESYIYYLFLDTNKNTINIPNNQWFNIIFTVNLNATTYQKGSVLQISMQTVSSTNDIAIIYDENLIFGTFYLNDRVNSTLGISAIFIDVNKYKLNLGIYVDIDLTSLNSNDIDDKFRIDIVTDNPNFLFVDCFSALRYELPTIPQITNYTCNIDSRNIINVLINKVVFIQKLIRIQVFVNPPIVELSGSLEVRLLRFYSPQIVASGYSYNLFTTVVLVNHNILLGWGLSESTLPMSLKIIRGNSDSSYQPLNSIRVTFVDQKTSDTNEIRVNVNLKQIVASYILKGSIMTNLPSFPKEVVCIETGKTNIINRISCGVGLIPSTTYFISFKMFLAYDIYDDLTSNFGSITIDSIICTRNRIFILSRSIEFIKYMISSSQANPLTSNKVNMINSDTLNFLNLKNFPNVKLLFRASDFEGYTDDVVIHNRSYLFDPFLKLNSYDDFIMPVNVQNFVTFAQKINDMIIEILMTRDTDNYPCRLHYNLVTLSIPKNQNSFTINGKNLRSVSSFPVLVSSLENNRLPTSQIPFPNSGLRTSTSEFLLFNTFNFANDITNITYNDVVLDNLIKGVGFIILTNPNIRPYPYSYINNFISINPVTNSVYAEQKNINLIYNRSASTSLNKYTSIKAIFNSGACLHFISNPASTEQWLLSPFLISFSSNMVDENVYDFYFVIDYINGPIPNVIRTTSLFNAYFITNNAFIDPPGSTSTLNLYLTNMF*INGGNNGYLVPTVIKIEGKLTSYNSYINRLSVFFNNLKPFYKNSYSNDIYCGGSSNEILSCKAYLTNYDINNYLTLSRIEIATNLQQNFYLIVPVSSFVGSPYISLYLAGMKLAPFAVGSSLACFTSEVNYIKILTTPPYTMKFLTYTSAFNWSFKSSAFIGKTEDFSFALYTDSGITNFSPKSSAALVFTTDFPFYDTISVVTTTPNTCFYFRYSFDYYYASNYNLTSKYGIYCRNIPTTTNVDLFKIIKSNVPYNHGQEILGYASWSKEDGLLTIVECIVTRVPLAKIGPLLLSPVVTGNNL*IVIYQFTTPVDLYFLKYGLFVEIKAAIPINTIPYFVGNPCIQVTSSIYDIDSLQRGSVCTFYSILVSDSSHIFITNIGYFPATLMFSIYYQPRVSVSSTSAQIQLLLSAGAKEYIATSTLVTASYSSLVANVINSLTPLNSNSFMRSTILLKFSFVNRYWWVESFSINMDKFATADNNLSNMKCKILESDMSVSNRFTVDVRDLTNLIIPKVLIMTNPTIMNFYLQCLSIIIPSSPNTFSYKVGSISLPTTFSAPSFNSQPPIGVDPINKMYLSIGSDLEIFTLTSSVVTLYGSARVIISFPVYYPPRLSKENIISCYLLKPVYSITCYITLWMLEIRYFMTQIPPNTEFVILIAGVTPLSYNGTFYIYLDSDENDSSYDEYFTILDNLLDSSITSLFNTAIEVYKLTITSNYLRNAVYYFDIFIDSSAPNIFGQAVMVSFPNIYDPLRVNELSCSIYNYNTNIDYCSCIISGLRVKMYVSTMVLGLYSIIIYTLRNPGRFDASVKWVIEVSDASEYIIMRSFDTTANYMIDEFINPYQSYINFYDSPSTSPNSKIVTLTLIKGVFSNWLYIRPQNFNSMYLWQSFILSSNDISTMKVETSAVVGAPGEIMVRIYSNAIGYDFISKYGDSNFYSDLNIIRLYFSDLNVLPLSLSSIYQIYTSTTSFNLYLLNGIYSSNLNLFTVPPTGNLGLKLGNNLNFTVNFNNGIMIGYLPIVLLDTQFIPSSSVTLVSFNGDNAKSYWNTNTILAIPNPSATLILLIPTSPSYINNKEFKFSCSKGYFYYYVALYYHEKEEMCYNNTISYAWAQNTITTDNSLYPCNSVFGVIYIDSTTLTLVENLLANRYYRIGAYCSLSTTTVITKLTFENTNNGSLYKIQVDFANPNINDIVKFLCYLSIHFTHHPKYVSTIDGITCQELSQRRLLTQKILFFTKGISYLKNKKRHLSSNLIWNPSCTTTYLNNTAKVFSMNFYIDSNEIIPNDSATLTKILTDTTNGCFVSYTNVLLGITTIVNIYKGQKVELAPTPRFNDPSIFLGNTWAYLDFSLTSTYGRIWGILVFANSTIFPSPRIRAGLDSDKNALAIKNEFNFNYIREFNATFIGLNPGSYIFYYVASNENPFESIQYSSVNMIKFTTIIPLSSLMR*FKLLFLLLPIVFM

Target ORF information:

RefSeq Version	XM_001011204.2
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_001011204.2

ORF Insert Sequence:

ATGCTTTCTA CTAGTATTAG TAATTAGGAT TACTTGAAAG TAACTTTGCC TTTTCCTCTT 
CATAATTTCT TGACACCTAG CGGATTAGCC CCTTCTAATC TTAACATACC AACTGACTTG 
ATTGTCTAGT ATTAATCTGT AGATACTAAT ACGAATTTGC CTGTTGGAAA TATTTATGAT 
GTTCTTGCTT TTACACAGTC TGTAGAATCA TATATTTACT ATTTGTAATT TTTAGATACC 
AATAAGAACA CTATAAATAT ACCAAATAAT CAATGGTTCA ATATCATATT CACAGTTTAA 
AATTTAAATG CTACAACTTA TCAAAAGGGC TCATAGGTTT TACAAATATC TATGCAAACA 
GTTTCCTCAA CTAATGACTA AATTGCTATT ATCTATGATG AAAATCTTAT ATTCGGCACA 
TTCTATTTAA ATGATAGAGT AAATTCAACC TTGGGAATAT CAGCAATTTT TATAGACTAA 
GTTAATAAGT ATAAATTGAA CTAATTATAA GGAATATATG TAGATATTGA TTTAACTAGT 
TTGAATTCGA ATGATATTGA CGACAAGTTT AGGATAGATA TTGTTACAGA TAATCCTAAT 
TTTTTATTTG TAGATTAATG CTTTTCAGCT TTGAGATATG AATTACCAAC AATTCCACAA 
ATAACATAAT AAAACTATAC ATGTAATATA GACTAAAGTA GAAATATAAT TAATGTTCTT 
ATTAATAAGG TTGTTTTCAT TTAGCAGAAA TTAATTAGGA TACAAGTATT TGTTTAAAAT 
CCTCCAATAG TTGAGCTAAG TGGCTCTCTT GAGGTAAGAT TGCTGAGATT TTATTCTCCA 
CAAATTGTTG CATCAGGATA TTCATACAAT TTATTTTAAA CTACTTAAGT AGTATTAGTA 
AATCATAATA TCCTTCTTGG ATGGGGTTTA TAATCAGAGT CAACTTTACC TATGAGCCTT 
AAAATAATTA GAGGAAACTC AGATAGTAGT TATCAACCTC TAAATTCTAT AAGAGTAACT 
TTTTAGGTGG ATCAAAAAAC ATCAGATACT AATGAGATAA GAGTTAATGT GAATCTAAAG 
CAAATCTAAG TCGCTTCATA TATCTTAAAA GGATCTATTA TGACTAATTT ACCTTCATTT 
CCTTAGAAAG AGGTGGTATG TATTGAGACA GGAAAAACTA ATATAATAAA TCGATAAATC 
TCTTGTTAAG GTGTTGGTTA GTTAATACCA AGTACAACAT ATTTCATAAG CTTTAAAATG 
TTCCTTGCAT ATGATATTTA TTAAGATGAT CTTTAAACAT CAAACTTCGG ATCAATTACC 
ATAGATAGTA TTATTTAATG TTAAACCAGA AATAGAATTT TCATTCTTTC TAGATCTATT 
GAATTTATTA AATACATGAT ATCCTCTAGC CAAGCTAATC CTTTAACAAG TAACAAAGTA 
AATATGATCA ATTCTGACAC ATAACTGAAT TTTTTGTAGA ACTTGAAGAA TTTTCCTAAT 
GTAAAACTCC TTTTTCGTGC TTCTGATTTT GAAGGATATA CAGATGATGT AGTAATACAC 
AACCGCTCTT ATTTATTTGA TCCATTTTTA AAATTAAACT CTTATGATGA TTTTATAATG 
CCAGTTAATG TTCAAAACTT TGTTACATTT GCTCAATAAA AAATTAACGA CATGTAAATA 
ATAGAAATAC TAATGACTAG AGACACTGAT AACTATCCTT GTCGTCTTCA CTATAACTAG 
CTTGTTACTT TAAGTATTCC AAAAAATCAA AATTCATTTT AAACTATAAA TGGAAAAAAT 
CTCTAAAGAA GTGTTTCTTC TTTTCCTGTG TTAGTATCAA GTTTAGAAAA TAATAGATTA 
CCTACATCAC AAATTCCATT CTAACCTTAA AACTCCGGAT TAAGAACTTC TACATCCGAA 
TAATTTCTAC TATTTAATAC TTAATTTAAT TTTGCAAACG ACATTACAAA TTAAATTACT 
TATAATGATG TTGTCTTAGA TAACTTGATC TAAAAAGGAG TTGGTTTTAT AATACTAACT 
AATCCTAATA TCAGACCATA TCCCTATTCT TATATAAATA ATTTCATATC AATCAATCCT 
GTTACTAATT CTGTTTATGC AGAACAAAAA AACATTAATT TAATTTATAA TAGGTAGTCT 
GCTTCAACAA GTTTAAATAA GTATACTTCA ATAAAAGCAA TCTTTAATTC TGGTGCATGT 
CTTTAACATT TCATATCGAA TCCTGCTTCT TAGACTGAAT AGCAATGGCT CCTCTCCCCA 
TTTTTAATCA GCTAATTTAG TTCAAATATG GTAGATGAAA ATGTTTATGA CTTTTATTTT 
TAAGTTATTG ATTATATCAA TGGACCAATA CCTAATTAAG TAATAAGGAC AACATCTCTT 
TTCAATGCTT ATTTTATTAC AAATAATGCA TTTATTGATC CTCCAGGAAG TACCAGCTAA 
ACCTTAAACC TTTACCTTAC GAATATGTTT TAGTAGATAA ATGGTGGCAA TAATGGTTAT 
TTAGTGCCAA CAGTAATTAA AATAGAGGGA AAACTAACTT CTTACTAGAA TAGCTATATT 
AATAGATTAT CAGTATTTTT TAATAATTTG AAACCATTCT ATAAAAATAG CTATTCCAAC 
GATATTTACT GTGGAGGTAG CAGTAATGAA ATTTAACTGA GTTGCAAAGC ATATTTGACT 
TAAAATTATG ATATAAATAA TTATTTAACT TTAAGTAGAA TTGAAATTTA AGCTACAAAT 
CTACAACAAA ATTTTTATCT AATAGTACCA GTATCTTAAA GCTTTGTGGG ATCTCCATAT 
TAAATTTCTT TGTATCTTGC TGGTATGAAA CTTGCTCCAT TTGCAGTGGG CTCGTCTTTA 
GCTTGTTTCA CAAGTGAAGT GAATTACATT TAAAAAATAC TAACTACATA ACCACCTTAT 
ACTATGAAGT TTTTGACTTA TACTTCTGCT TTTAATTGGT CATTTAAATC CTCTGCTTTT 
ATTGGAAAAA CTTAAGAAGA TTTCAGTTTT TAAGCTTTAT ACACTGATTC TGGAATTACA 
AATTTTTCAC CAAAAAGCTC AGCTGCTTTA GTTTTTACAA CTGATTTTCC TTTTTATGAT 
ACTTAAATAT CTTAAGTTGT TACAACAACA CCTAACACTT GCTTTTACTT CCGATACAGC 
TTTGATTATT ATTATGCTTC TAATTACAAT CTAACTTCTA AATATGGAAT TTATTGCAGA 
AATATACCAA CAACAACGAA TGTTGATCTT TAGTTTAAAA TAATAAAAAG TAATGTACCT 
TATAATCACG GACAGGAGAT TCTAGGATAT GCTTCCTGGT CTAAAGAAGA TGGTTTACTT 
ACAATAGTAG AATAATGTAT AGTAACCAGA GTTCCTCTAG CTAAAATAGG CCCACTATAG 
CTACTATCCC CTGTAGTTAC AGGAAATAAT TTATAATAAA TAGTAATTTA CCAATTTACC 
ACTCCTGTTG ATCTCTATTT TTTAAAATAT GGGTTATTTG TTGAAATAAA AGCAGCTATT 
CCTATCAATA CTATTCCATA CTAATTTGTT GGGAATCCTT AATGTTAGAT TCAAGTGTAA 
ACTAGTTAGA GTATATATGA TATAGATAGT TTACAAAGAG GATCTGTTTG TACTTTTTAC 
AGTATCTTAG TCTCAGACTC ATCTCATATT TTTTAAATTA CAAATATTTA AGGTTATTTT 
CCAGCCTAAA CCTAATTAAT GTTTTCTATT TACTATCAAC CTCGTGTCTC AGTTAGTTCC 
ACTTCAGCTC AAATACAATT ACTACTTAGC GCAGGAGCCT AAAAAGAATA TATTGCTACC 
TCTACTCTTG TAACAGCTTC ATACTAATCT AGCTTAGTAG CAAACGTATA AATAAATTCT 
CTAACTCCAC TAAATTCAAA CTCATTTATG AGATCTACCA TTTTATTGAA GTTTAGCTTT 
GTCAATCGAT ATTGGTGGGT TTAGGAAAGT TTCTCTATAA ATATGGATAA ATTTGCTACA 
GCAGACAATA ATTTAAGTAA TTAAATGAAA TGCAAAATCT TAGAATCAGA CATGTCTGTT 
TCTAACAGAT TTTAGACTGT TGATGTAAGG GATTTAACAA ATCTTTAGAT AATCCCTAAG 
GTTTTGATTA TGACTAATCC TACAATTATG AATTTTTACT TACAGTGTTT ATCTATTATC 
ATACCTTCGT CACCTAATAC TTTTTCTTAC AAAGTTGGTT CTATATCTCT ACCAACTACA 
TTCTCAGCTC CATCTTTTAA TTCTCAACCT CCTATTGGTT AAGTTGATCC ATAAATAAAT 
AAAATGTATT TAAGTATTGG AAGTGATTTA GAAATCTAAT TTACTCTAAC TAGCAGTGTA 
GTGACTTTGT ATGGCTCATA AGCAAGAGTT ATTATATCAT TTCCTGTTTA CTATCCTCCT 
AGATTAAGCA AAGAAAACAT AATTTCTTGC TATTTACTTA AACCTGTGTA TTAAAGTATA 
ACTTGTTATA TTACTTAGCT CTGGATGCTT GAAATTAGAT ATTTTATGAC TCAAATACCT 
CCAAATACAG AATTTGTTAT TTTAATTGCA GGAGTAACTT AACCTTTAAG CTATAACTAA 
GGTACTTTTT ACATTTACTT AGACTCAGAT GAAAACGACA GTAGTTATGA TGAATATTTT 
ACGATTTTAG ATAATTTGTT AGATTCATCG ATAACATCTT TATTTAATAC AGCCATTGAG 
GTTTATAAAT TAACAATAAC AAGCAACTAT TTAAGATAAA ATGCTGTTTA CTATTAATTT 
GACATATTTA TAGATTCATC TGCCCCTAAT ATCTAGTTCG GACAAGCTGT TATGGTAAGT 
TTCCCTAATA TATATGACTA ACCTTTAAGA GTGAACTAAG AATTATCTTG TAGCATCTAT 
AATTACAATT AGACTAATAT TGATTATTGT AGTTAATGTA TAATATCTGG ATTGAGGGTT 
AAGATGTATG TGAGTTAAAC AATGGTATTA GGATAATTAT ATTCAATAAT AATTTATACG 
TTAAGAAACC CTGGAAGATT TGATGCTTCT GTTTAGAAGT GGGTCATTGA AGTATCAGAT 
GCAAGCGAAT AATATATAAT AATGAGAAGT TTTGATACTA CTGCAAATTA TATGATTGAT 
GAATTTATTT AGAATCCTTA TCAAAGTTAT ATAAATTTTT ATGATTCTCC ATCGACTTCA 
CCTAACTCTA AAATTGTTAC ATAGCTAACA CTAATTAAAG GTGTATTTTC TAACTGGTTA 
TACATACGTC CTCAAAATTT TAACTCTATG TATCTATGGC AATAATCATT TATTCTTTCA 
AGCAATTAAG ATTAAATATC AACAATGAAG GTGGAGACTA GTGCTGTTGT GGGAGCACCG 
GGAGAAATAA TGGTTAGGAT ATATTCCTAA AATGCAATTG GTTAATATGA CTTCTAAATA 
TCTAAATATG GTGATAGCAA TTTCTATTCT GATTTAAATA TAATTAGATT ATATTTTAGT 
GATTTAAATG TTCTACCTCT TTCACTTTCC TAAAGTATCT ATCAAATCTA TACATCAACT 
ACAAGCTTTA ACTTATACCT ATAATTGAAT GGTTAAATAT ATTCTTCTAA TCTTAACCTT 
TAATTCACAG TTCCTCCTAC AGGTAATCTT GGACTAAAGC TAGGAAATAA CTTAAACTAA 
TTTACAGTTA ACTTTAATAA TGGAATCATG ATAGGTTATT TACCAATTGT TTTATTAGAT 
TAAACTCAAT TTATTCCCTC GTCTTCTGTT ACCTTGTAAG TATCATTTAA TGGAGATAAC 
GCTAAAAGCT ATTAATGGAA TACTAATACT ATTTAGTTAT AAGCAATACC AAATCCATCA 
GCCACACTTA TTTTGTAGTT AATTCCTTAA ACGTCTCCAT CATACATAAA TAACAAAGAA 
TTTAAATTCT CTTGCTCTTA AAAAGGGTAT TTCTACTATT ACGTAGCTCT GTATTATCAC 
GAAAAAGAAG AAATGTGTTA GTATAACTAG AATACTATAT CTTAATATGC ATGGGCACAA 
AATACTATTA CAACTGATAA TTCTCTGTAT CCTTGTAATA GTGTTTTTGG GGTGATTTAT 
ATAGACTCTA CTACATTATA GACTCTTTAA GTTGAAAATC TTTTAGCTAA TAGATATTAT 
AGGATAGGTG CATACTGTTA ATCATAACTA AGCACAACAA CAGTAATTAC TAAACTTACA 
TTTGAATAAA ATACTAATAA CGGAAGTCTA TATAAAATAC AAGTAGATTT TGCCTAAAAT 
CCAAATATCA ATGATATTGT TAAATTTTTA TGTTACCTAT CAATTCATTT TACCCATCAC 
CCTAAATATG TGAGTACAAT TGATGGCATA ACTTGCCAAG AATTATCTCA AAGAAGACTT 
TTGACATAGC AAAAAATACT TTAATTTTTC ACAAAAGGAA TAAGTTACTT GAAAAATAAG 
AAAAGACATC TTTAAAGCTC AAATTTAATA TGGAATCCAT CATAATGCAC AACTACTTAT 
TAGTTAAATA ACACCGCTAA AGTATTTTCT ATGAATTTTT ATATTGATAG CAATGAAATC 
ATACCAAATG ACTCAGCTAC CCTAACGAAA ATTTTAACAG ATACAACAAA TGGGTGTTTT 
GTCTCTTACA CTAACTAAGT TCTATTAGGC ATAACAACAA TAGTAAATAT ATATAAAGGA 
CAAAAAGTAG AGTAATTAGC TCCTACACCT CGTTTTAATG ATCCTTAATC CATTTTTTTA 
GGAAACACAT GGGCATACTT AGATTAATTC AGTTTAACTT CTACATATGG AAGAATATGG 
GGTATTCTTG TGTTTGCTAA TAGCACAATT TTTCCTAGCC CCAGATAAAT TCGAGCAGGG 
TTAGATTCTT AGGACAAAAA TGCTTTGGCA ATAAAAAACT AAGAATTTAA TTTCAACTAT 
ATTAGAGAGT TTAACGCAAC TTTTATTGGT CTTAACCCTG GATAATCATA TATTTTTTAT 
TATGTTGCAT CTAACGAGAA TCCTTTTGAA TCAATTCAAT ATAGTTCAGT TAATATGATT 
AAATTTACTA CAATATAAAT ACCCCTATCA TCTTTGATGA GATAATTCAA ATTATTATTT 
TTGCTTTTAC CAATAGTTTT TATGTGA

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

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TTHERM_00145640 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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