TTHERM_00297160 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00297160
Entrez Gene ID	7834521
Full Name	peptidase family C50 protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001013249.2	XP_001013249.2	peptidase family C50 protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00297160 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00297160 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
OTe43470	XM_001013249.2 Latest version!	Tetrahymena thermophila SB210 peptidase family C50 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_00297160 ( XM_001013249.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001013249.2 Tetrahymena thermophila SB210 peptidase family C50 protein partial mRNA.

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CloneID	OTe43470
Clone ID Related Accession (Same CDS sequence)	XM_001013249.2
Accession Version	XM_001013249.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7413bp) 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	peptidase family C50 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_002476454). On Jun 9, 2015 this sequence version replaced XM_001013249.1. COMPLETENESS: incomplete on both ends.

ATGAACTATG AGAATGCTAT CTAGTTGATA AATGACCCTA CTTTTTTGAG GTAGGAAAAT 
AATATCCATT AAATTATTTA GCTTATTTAG CAAGCAGGGC TTTAGTAAAA TTTAAAGAAA 
AATTCAGTTA GCCTTGTTAC TAAATTTCTT TAAGTTATGT GTGCATAGAA GGATATGAAA 
AAGAAAATAT TTTTAGATAG CTTATTAGAA AGTCTCAAAG CAATATAATT AGCTACAAAA 
AAAGGGCTTA AAATAGATAT GAAAATAATA ATTATGAAAA TTATATCTTT TGCAGGTGAT 
AATTCTTTTA TTGATGAAGG TTTACTTTTA AGTAAATATT ATTACTACCA ATAAAAAAAT 
CCTTCATGCT TTTACTACGA GTTTTCAAAA ACAAATCCAA GATGGAACTT AACTGATTTA 
GAAGCTGACA TAATTAAGAG TACTGATGAT CCAAAGGATA AAGAAAAGAA TACATATGTA 
TTGATTTCAA GAATTAAATT ATTGTAGAGA ACTGTTGGAG GATTTAGCAG TTACTATGAA 
GAAACAAAAT CTAATTTGTA ACTCGCCTCT ATTGTCATCA GTGAAAAAGA CTCTTACTTT 
AAAGATTATA TATTCCTAAC ACATAAAATG ATAATTAATG CACTCAAAGG AAATGAAAAA 
ATCGATTAAG GTACTATATG TTCATTTTAC TTTTATCACC TAACTTAAGA GAATATTACA 
ATAGATTAGT TTGGTGCTAT GCTAGTAGAT ATACTCAATC TAAATAAATA AAATAGTTTT 
TAAAAAAATA TGATTCATTC TATAATAGTG GATTGTATAT AACTCATATC CAACAAGAGC 
TCAAAAAAAA TATACACTTA GATTTTTGAA AATAAAATTG TTATAAATAT GATAGAAGTA 
CTGTGCTTTT AACTAGAAGA CTTGTAATTA ATTGAAAAAA TTGCACTTTA TTTGAGTGAA 
ATACCTTATA ACTAAAAGAT ATAACATATA AGTATATTGT TAAAGATTTC TTCAGCATTA 
AAAGAAGAAA AATAAGCAAT TGAAGAAAAT AATTTCTAAA AAAGCTAACT TTAATAAAAA 
TAATAGTAGA AATAGTTATT CAAATATGAG TAATAGTAAA ATTTAAATAA TTTTTCATTT 
AATAGTGACC AAGAAAGTAT GACTATTGTT TAAGAGTAGC TATCACATAA GAATCAAAAT 
ACTAATGCAA GTTCATTATT TACTGTTACT TAACCACACA TGAATAAAAA TTAGAAAAGT 
AATAATAATG GTAAGAGCAA ATCAAGAAGA AGCAAGAGTA AATAGCGAAT ATCTAATACT 
TAATTAGAAA AAAATGAATA AATAAAATAA AATGACTAAT TTGAAGATAC GACTAATAAC 
AATTATAATC AAAATGCTAA TGCTAATATT GAAAATTAAT ACTTTGATAA TAAGGAGAAT 
ATTTTTTAGG AGAATTTCAT TTAAATCGCT GCACCTGCAA ATGCCCTTCA ATAGCAAGTG 
GTTTTAAAAA AAATAAAAGA AGAAGATTAA TTTTATAGAT TGTGTGAAGA CTACTAAGAA 
CTCGATATAA AGGAAGTTGG AGGTATACAA GTAATGATGG CTTATAAGAT TTTTAATTAA 
ATTTAAGACC TGAAAAATAT TTATTTTAAT AGCAAACTAA ATAATCGAGA AATATTAAAA 
GAATTAGAAA AACCCAAGTC AAATAGTATG ATGTCTGACA GCACTGGTGC ATAAAGAAAA 
AATATTTAAA ATGACATTAT TGATTAAGAT TTGTTAAATA TATTGATTAT TTAAAATGAA 
ATTTGTGAGC TGATTAATGA GTAAGAAATA AATCGCTAAG AGATTAGGTG CTAAAATTTA 
TTCTATATAT TCACTTTTTT TTTAAGTATG ATAGAAGATT AAGATAATAT TTATTTCAAC 
TACAAAAGAA ATAGAAGGAA AGGGGGAAAT AGTGGTTACT AAGTTATTTC TGTTTAAATA 
AAGTTATTAG TTGAGGATAT GTTTAAGTAT CACAGATATT AGAATATTGA TAAAATAGAT 
TCTAAATCAT CTAAAGGCAG ATCTTTTAGA ACTCTACCTG AATATAAACA AAAGATGGAG 
GAGATTAGAA ATTTTTAGAT GAGCTATACA ATTAAATGTT CTATAGCATT ATTTAAGAAT 
AACTTGGATA TTCATGTATC ATAAGATCTA GTTGATACTA TAGTAGAAAA TTTAGATTTT 
GAGGATTTAG ATTTAATTCA TACACTAATT TTAGCATTCG CTTAGTAAGA AAATATAGAT 
TTGAATAAAA AGCTTAGTAT AGTTGCAGAT AGGTCTATTG AGCTATTTAT TTCAATGCAT 
AACTTTTAAA ATGATTGCTA AAACATCAAA GAAAGCTAAC GATTAGTATC TAGCGTTTAG 
AAAGAATAAA AAGCCATTTC AGATTTACAG AAACTTATGA AAAAGTTAGA ATGTACCTGT 
GTAATAAATT TAGTTTATTT ACACCATGCA TCTATAGATT AAAAAATAAG AAACTCTCAT 
ATAGTTTAAT GCTTAAATAA AAAGCTCAAT GAATTCAAAG AATGTGTTTT AAAAAATCAA 
ATCGATTCCT AGCAGTTGTA TGTCTAAATA ATGATGGAAA CAGTCTGCAA ATATATGTTT 
AGTAAGAAAA AGAAAAGCTA ATAACTGAAA AAGCTTAATT TATAAGGAGT TTTTGAAGAA 
ATAGGAAACA ATTTTTCATA GATACTTTCT TGGAACGAAA AAAATCTTTT GGAACAATTA 
GGTTTTTTTA TTTAATACAT GGAATTTAGT GATTTTTGCA TTACATAAAT GTAAAGAGAT 
AAAAATGAAT TTGGAACAGA AGAATCTATT GAAATGCAAA AAAATTTAAA TATAATTAGA 
AGAATGACAG TTAAAAATCT AGAGTCTTTT CATAATGTAG ACAGTTTAGA TGTCAGCAAT 
GAAAAATGTT TTAATAAAGT GTTAATTCAA GTTTTGACAA AGATCGTTTA AATAATTAAC 
ACTAAATTTA ACATTTAAAA GTCTGCACTG TAGATTAGCT TTAAAACTAT TAACTTGAAG 
CTTACTCTTA TCAACAAAAT TATTTGTTTA ATATTAGAAA ATAAACTAAA AGACACAGCT 
TCAATATAAA ATTTAACTGC AATATAAGTT CTCTATGAAT CAAGCACATA CTACAATTAA 
ATACTTTTAA TGCTTTTAGA AATAAATGAA GACATATACT ATATTTTGTA GCATAATACA 
GGCTCAAATT AATAGAATTG GGATTTATAA CACACTCATT CATTTATAGT TAATTTTTTA 
CTAGCTTCTG AAAACATCCA AGGGTCTCCC TTAATACCAA AATTCAATTT TTTAAGATAA 
AATTTATCAT GGAGAGAAGT TAAGCAGTTT TTACACACAC TTAAGTATAT AAGAGAATTA 
GCTAGTTACT TTTAAGTTGG AATTTTGTAA GCAAATATTA TTGTATTTGA ATTACTATTA 
TTGAGGTTTT TAAATTATGA AGGCTAGTTT TTGAAAAATA CAACACTAGA TTTTCATGAA 
AAAGATTTCT CTGAACTATC TAGTGTATCT TAAGAGTATA GCATTGGTTT TTAAAGTGAT 
AAGGATATAA AAGAAGATTC TTTTTTTAAG TTTATTGAAT TGAGAATAGA AGAAAAGTTG 
GAAGAATATA TTTAGGTCCT CCATTAAAAT TAGAAATCCG ATGAAGCTAA AAAATTATTA 
ATCTACTCTA AAGCCAATTC AAAGATTGAA GATATTTAAT CTTGGTTATA AGAAATATAA 
CAATGCTTAA AACGCAAAAG AGTGAGCTGT GGAAAGCTTA TAGAAAAAAA TACTAATTAA 
ATAAAGTATA TAATCCATGA AATTAACGTT CTTAGGATAG AAAACAACAA GATCGCTTCA 
TTTTAACCAG ACAATCTAAA TGAATAAACA ACTAAAATTC ATTATAGAGA TATCATGAAG 
GAGGCAGATG AGATTGAAAA TGAAATAGAG AGTTATGATA GAAATTCTAT TTCTTCATAA 
AATAAACAAA TTCTAAAACT AGATTATATA GTATTAAGCC TAAGAATGCA TATATATTGC 
GCCTAGTATA TCAGAAATAG CAATCAATCA TATTTTTCTA CTTAACTCAT GGAGAAGGCT 
TTTAAAAAGC TAACTTCGAT TTGCTTTGAA AAGGCTGTAG GTAACTTAAG TGACATTTAT 
GAAAACTATT CTCTTTAATA AGGCGCATGC TAAATGTACC ATGCTGCAGC GAAGACTTAA 
TAGGAGATAA GTGCTTAACA GTCACAAATA GGATTTATCA TCAATCCCTT TACTAAAATT 
TAGACTTTAG TCAATAACAG GAAATACTCC TCAAGCAATA AAATATTAGG AGATTTAGTA 
GAGTATCTGA ACATAGGGAA TGGCTTTTCT TACTTTAAAA ATACAGGAAG CAAAAGAATA 
TAATAGCTGC TAATTCAATG CTTAAAATTA TATTGCAAGA ATTAAAATTC TTTAAATTGC 
TTTAATAATC TTAAATATTA TGGAAAGCTT TTACAAATAA CTAGTATTAG ATTCCTTGTT 
TTGCATGAAT TTTTAAGGAT TTAGACTATT CTAAAGGACT ACTCTGATTT CTTAAGAAAC 
GGCGTTTTAA TTGATATAAT AGGTAATCTA TTGTTATAAA AATAGTTTAA TCTACAAACT 
CTTCATAATT TATTTAGCAA GCGTAAATCC AGTGTTATAA ATATGTAACT CAGTAATTTC 
ATCTAGTCTC TAAATGATAA ACTTTTAACA TAAGATTTAG ATTTAAGATC CACAAAAATG 
TATAAAATAT CTATGCAATA CATGATTTCC TTGTTTACCT CTTCAGTACG TATAAATCAT 
AAAAACTTAG AGAGTGAAAT TTGTGAAATG ATATTTTTTT CAAAAAAGAA ATTCTATTTT 
CTCAATCCAT AACTCCATCA AAATTTGTAA GAGAATTCTG AAATGTCAAG AAATGGAAGT 
GTCGAAATAA ATAAAAATAA GAAAATGATT TCGAGAAATC AGAATTAAAT AAATGATTCA 
AAACTAAATA AATTTCCTTC AGGAGTATGC TAATTATTTT ATAATATTCT CTCTATCGAT 
AAGAATAACT CAAAGTAATA AACTTATTTC ATAGTAAATG AAGATTTTTG CTCCCATATT 
ATATCTCATA AAAACTATTA TTCATTTACA TTGAGATACC TTACTTTAAT GCAATCATTA 
AACTTACTGA GTAAAATAAC AGACTGCAGA TTGAGCATGA GCGAAAACTC TAATTAAAGT 
AAAAATCCAA CAGTTTTATG TGACGAAATA CATGGAAATT TTATAGCTTT AATTAATTTT 
AGGTAGTTAT GCCAGCTGAT GCATAATTCT TATCTATAAT ATAATTTGAC ATATGCAAAG 
CAATTCTTTT ATCTTTATCA TAAATTTGAT GAAACTATAA AAGAGCTATT AAGAGAAATT 
CCATATCTAA TATAAGTTTA TTAAAATAAT ACAGTTGTAA AAAATTGTTC ATGTTTGCCT 
TCTTCCTAAG TTAAAGCTCC TTTGTTTTTG GATGGAAGCA GATAACTCAT TACTGAATCG 
TTTGCTCTTG ATGCTTCGTA CATGTATAAA AAAATGCTTG TTAATTCATA AGATTTATCA 
GAGTAGTAAG ATGCTATTTT GCTAGAATAA GAAAATTTTG AAGAACCAGA TTCGAGCATG 
AAGCAGTCAT CATCCATGTC AAGTGATTAA AGTGAATAAA AATTACAAAA TTAGCAAAAT 
AAAGTAAAAT AAAAAAATAA TCTAATGATG GATGAAACAG AAACAGCTAT TAATTCTAAA 
TAATTAGGGC AGTTTGAAAA GTTAAGCTCA GTAAATAGTA TTTAGCAAGC TTAAATAAAT 
TTTGAGTTCA AAAGATTGAG AACAAGTATG AGAGATTTTA GCATTAGCAA ATATGCTAAA 
AGTGACCTAA CTTAAGTTTT ATAAAAGTCT TTCAAATACA GCAGGATTGA TAACTTTAGC 
TAGAGGCATT ATTAATTTTA ACAAATAAAG TTAGAACATG ATTTGATAAT ATTAAACTTT 
ATTGATTATA ATAACGAAAG GGCAATTCAA ATATCAAAGT TTAATCATCT TAACTAAAAT 
TATTCTAATT TTAGAATTAA TAGTCAATCT CAAACTAATT TATTTTCAGA CTACATAAAT 
GACATAAAAA GAATACTTCA AAATAATGAA TCTGATATGA GAAACGATGA AAAAAAGCGA 
AAGTCTTAAG TTGATCCAAA TAACTGGTGG AAAAGTAGAT ATAGCAATGA CAAATAACTT 
GAGAAAATCC TTAGCCAAAC TCAAACCATT CTTGACTATC ACATATTTTT GTTCTTTGGA 
AGTGAATAAA CAGAAAGAGA AAAAAAAATA ATGTAAGATA TTTTAGTAAG GATAAACTAA 
TGTGAATAAA TATGCATAGC TAATTAACCA AATGATCAAT GTTCTTTATT TGAAAAGCAT 
ATTTTAATTC AAGAAAAAAA TAATTTAATA GAGCTGTTAT TCTCTTTGAT TAAATGTTCT 
TTGTTTATAA CTTTGAACTA AACAAAATTA AAGCTCATTT TTGAGTTGAT GTGCATTCAA 
AATATATATT TGTAATACTT AGGTTTTCAA TCTTAGCAAT AACTTTTTTC AGAGATTTGC 
AAACTATAAA ATGAGTACTA AAAAAGCTAT AATCCTTCAT AAAGAAAACC AATGATGTGG 
ATTCTAAGTG AAAATCTTTT ACAGGCACCT TTAGAATTTA TGAACTGCTT TTCTGAAAAT 
AATTAAACTT TCTATAGAAT ACCCTCTTTA TAATACCTTT ATGAGAATTA CACCCCTAAT 
AACAGTGTAA ATTTCTCTAA TAATTATTAT TTACTAAACC CTTCTGGAGA TCTGGTTCAT 
ACTTAATCTA AATTCTAACA TAAATTTGAG TCGATAAGGT CATGGGAAGG TGCTAGTGGA 
TTTAGTGTAA GTACTAAAGA ACTCTAAAAA GTACTTAAAA ATTATCAATC GTATACATAC 
ATCGGACATG GGGCAGGAGA GCTCTATATA AATCAAAAGC AAATTTAAGA AATAAAAAAC 
ATAAAATCTG CTATTTTGCT ATTTGGTTGT CAATCAGCTA GATAAGCTGT GTAGTTAGAA 
TTTAACTCTC ATTAATACGA AGTTACAGGA AATAGCTTAT ACTTTTTAAT GAATAATTGT 
AAAGTCCTTA TTGGGAGTCT TTGGGATATA ACAGATAGAG ATACTGATAG GATGGTTTTA 
AAATTAATTT AAATTATTGA AAAAGCTAGT TTGAAGAAAC CTATTGATTT TAGCTAAGCA 
TTTTTACAGT CGAGAGAGGA ATGTAAACTA AAATGGCTTA ATGGATCATC ATTTGTTTGT 
TTTGGAATCC CAACTTAATT CCACATGAAA TGA

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

RefSeq	XP_001013249.2
CDS	1..7413
Translation	MNYENAILINDPTFLRENNIHIILIQAGLNLKKNSVSLVTKFLVMCAKDMKKKIFLDSLLESLKAILATKKGLKIDMKIIIMKIISFAGDNSFIDEGLLLSKYYYYQKNPSCFYYEFSKTNPRWNLTDLEADIIKSTDDPKDKEKNTYVLISRIKLLRTVGGFSSYYEETKSNLLASIVISEKDSYFKDYIFLTHKMIINALKGNEKIDGTICSFYFYHLTENITIDFGAMLVDILNLNKNSFKNMIHSIIVDCILISNKSSKKIYTIFENKIVINMIEVLCFLEDLLIEKIALYLSEIPYNKIHISILLKISSALKEEKAIEENNFKSLK*KLFKYE**NLNNFSFNSDQESMTIVELSHKNQNTNASSLFTVTPHMNKNKSNNNGKSKSRRSKSKRISNTLEKNEIKNDFEDTTNNNYNQNANANIENYFDNKENIFENFIIAAPANALQQVVLKKIKEEDFYRLCEDYELDIKEVGGIQVMMAYKIFNIDLKNIYFNSKLNNREILKELEKPKSNSMMSDSTGARKNINDIIDDLLNILIINEICELINEEINREIRCNLFYIFTFFLSMIEDDNIYFNYKRNRRKGGNSGYVISVIKLLVEDMFKYHRYNIDKIDSKSSKGRSFRTLPEYKQKMEEIRNFMSYTIKCSIALFKNNLDIHVSDLVDTIVENLDFEDLDLIHTLILAFAENIDLNKKLSIVADRSIELFISMHNFNDCNIKESRLVSSVKEKAISDLQKLMKKLECTCVINLVYLHHASIDKIRNSHIVCLNKKLNEFKECVLKNQIDSQLYVIMMETVCKYMFSKKKKS*LKKLNLGVFEEIGNNFSILSWNEKNLLEQLGFFIYMEFSDFCITMRDKNEFGTEESIEMQKNLNIIRRMTVKNLESFHNVDSLDVSNEKCFNKVLIQVLTKIVIINTKFNIKSALISFKTINLKLTLINKIICLILENKLKDTASINLTAIVLYESSTYYNILLMLLEINEDIYYILHNTGSNNWDLHTHSFIVNFLLASENIQGSPLIPKFNFLRNLSWREVKQFLHTLKYIRELASYFVGILANIIVFELLLLRFLNYEGFLKNTTLDFHEKDFSELSSVSEYSIGFSDKDIKEDSFFKFIELRIEEKLEEYIVLHNKSDEAKKLLIYSKANSKIEDISWLEIQCLKRKRVSCGKLIEKNTNIKYIIHEINVLRIENNKIASFPDNLNETTKIHYRDIMKEADEIENEIESYDRNSISSNKQILKLDYIVLSLRMHIYCAYIRNSNQSYFSTLMEKAFKKLTSICFEKAVGNLSDIYENYSL*GACMYHAAAKT*EISAQSQIGFIINPFTKITLVNNRKYSSSNKILGDLVEYLNIGNGFSYFKNTGSKRILLIQCLKLYCKNNSLNCFNNLKYYGKLLQITSIRFLVLHEFLRITILKDYSDFLRNGVLIDIIGNLLLKFNLQTLHNLFSKRKSSVINMLSNFISLNDKLLTDLDLRSTKMYKISMQYMISLFTSSVRINHKNLESEICEMIFFSKKKFYFLNPLHQNLENSEMSRNGSVEINKNKKMISRNQNINDSKLNKFPSGVCLFYNILSIDKNNSK*TYFIVNEDFCSHIISHKNYYSFTLRYLTLMQSLNLLSKITDCRLSMSENSNSKNPTVLCDEIHGNFIALINFRLCQLMHNSYLYNLTYAKQFFYLYHKFDETIKELLREIPYLIVYNNTVVKNCSCLPSSVKAPLFLDGSRLITESFALDASYMYKKMLVNSDLSEDAILLEENFEEPDSSMKQSSSMSSDSEKLQNQNKVKKNNLMMDETETAINSKLGQFEKLSSVNSIQAINFEFKRLRTSMRDFSISKYAKSDLTVLKSFKYSRIDNFSRHYFQIKLEHDLIILNFIDYNNERAIQISKFNHLNNYSNFRINSQSQTNLFSDYINDIKRILQNNESDMRNDEKKRKSVDPNNWWKSRYSNDKLEKILSQTQTILDYHIFLFFGSETEREKKIMDILVRINCEICIANPNDQCSLFEKHILIQEKNNLIELLFSLIKCSLFITLNTKLKLIFELMCIQNIYLYLGFQSQLFSEICKLNEYKSYNPSRKPMMWILSENLLQAPLEFMNCFSENNTFYRIPSLYLYENYTPNNSVNFSNNYYLLNPSGDLVHTSKFHKFESIRSWEGASGFSVSTKELKVLKNYQSYTYIGHGAGELYINQKQIEIKNIKSAILLFGCQSARAVLEFNSHYEVTGNSLYFLMNNCKVLIGSLWDITDRDTDRMVLKLIIIEKASLKKPIDFSAFLQSREECKLKWLNGSSFVCFGIPT*FHMK

Target ORF information:

RefSeq Version	XM_001013249.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 peptidase family C50 protein partial mRNA.

Target ORF information:

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

XM_001013249.2

ORF Insert Sequence:

ATGAACTATG AGAATGCTAT CTAGTTGATA AATGACCCTA CTTTTTTGAG GTAGGAAAAT 
AATATCCATT AAATTATTTA GCTTATTTAG CAAGCAGGGC TTTAGTAAAA TTTAAAGAAA 
AATTCAGTTA GCCTTGTTAC TAAATTTCTT TAAGTTATGT GTGCATAGAA GGATATGAAA 
AAGAAAATAT TTTTAGATAG CTTATTAGAA AGTCTCAAAG CAATATAATT AGCTACAAAA 
AAAGGGCTTA AAATAGATAT GAAAATAATA ATTATGAAAA TTATATCTTT TGCAGGTGAT 
AATTCTTTTA TTGATGAAGG TTTACTTTTA AGTAAATATT ATTACTACCA ATAAAAAAAT 
CCTTCATGCT TTTACTACGA GTTTTCAAAA ACAAATCCAA GATGGAACTT AACTGATTTA 
GAAGCTGACA TAATTAAGAG TACTGATGAT CCAAAGGATA AAGAAAAGAA TACATATGTA 
TTGATTTCAA GAATTAAATT ATTGTAGAGA ACTGTTGGAG GATTTAGCAG TTACTATGAA 
GAAACAAAAT CTAATTTGTA ACTCGCCTCT ATTGTCATCA GTGAAAAAGA CTCTTACTTT 
AAAGATTATA TATTCCTAAC ACATAAAATG ATAATTAATG CACTCAAAGG AAATGAAAAA 
ATCGATTAAG GTACTATATG TTCATTTTAC TTTTATCACC TAACTTAAGA GAATATTACA 
ATAGATTAGT TTGGTGCTAT GCTAGTAGAT ATACTCAATC TAAATAAATA AAATAGTTTT 
TAAAAAAATA TGATTCATTC TATAATAGTG GATTGTATAT AACTCATATC CAACAAGAGC 
TCAAAAAAAA TATACACTTA GATTTTTGAA AATAAAATTG TTATAAATAT GATAGAAGTA 
CTGTGCTTTT AACTAGAAGA CTTGTAATTA ATTGAAAAAA TTGCACTTTA TTTGAGTGAA 
ATACCTTATA ACTAAAAGAT ATAACATATA AGTATATTGT TAAAGATTTC TTCAGCATTA 
AAAGAAGAAA AATAAGCAAT TGAAGAAAAT AATTTCTAAA AAAGCTAACT TTAATAAAAA 
TAATAGTAGA AATAGTTATT CAAATATGAG TAATAGTAAA ATTTAAATAA TTTTTCATTT 
AATAGTGACC AAGAAAGTAT GACTATTGTT TAAGAGTAGC TATCACATAA GAATCAAAAT 
ACTAATGCAA GTTCATTATT TACTGTTACT TAACCACACA TGAATAAAAA TTAGAAAAGT 
AATAATAATG GTAAGAGCAA ATCAAGAAGA AGCAAGAGTA AATAGCGAAT ATCTAATACT 
TAATTAGAAA AAAATGAATA AATAAAATAA AATGACTAAT TTGAAGATAC GACTAATAAC 
AATTATAATC AAAATGCTAA TGCTAATATT GAAAATTAAT ACTTTGATAA TAAGGAGAAT 
ATTTTTTAGG AGAATTTCAT TTAAATCGCT GCACCTGCAA ATGCCCTTCA ATAGCAAGTG 
GTTTTAAAAA AAATAAAAGA AGAAGATTAA TTTTATAGAT TGTGTGAAGA CTACTAAGAA 
CTCGATATAA AGGAAGTTGG AGGTATACAA GTAATGATGG CTTATAAGAT TTTTAATTAA 
ATTTAAGACC TGAAAAATAT TTATTTTAAT AGCAAACTAA ATAATCGAGA AATATTAAAA 
GAATTAGAAA AACCCAAGTC AAATAGTATG ATGTCTGACA GCACTGGTGC ATAAAGAAAA 
AATATTTAAA ATGACATTAT TGATTAAGAT TTGTTAAATA TATTGATTAT TTAAAATGAA 
ATTTGTGAGC TGATTAATGA GTAAGAAATA AATCGCTAAG AGATTAGGTG CTAAAATTTA 
TTCTATATAT TCACTTTTTT TTTAAGTATG ATAGAAGATT AAGATAATAT TTATTTCAAC 
TACAAAAGAA ATAGAAGGAA AGGGGGAAAT AGTGGTTACT AAGTTATTTC TGTTTAAATA 
AAGTTATTAG TTGAGGATAT GTTTAAGTAT CACAGATATT AGAATATTGA TAAAATAGAT 
TCTAAATCAT CTAAAGGCAG ATCTTTTAGA ACTCTACCTG AATATAAACA AAAGATGGAG 
GAGATTAGAA ATTTTTAGAT GAGCTATACA ATTAAATGTT CTATAGCATT ATTTAAGAAT 
AACTTGGATA TTCATGTATC ATAAGATCTA GTTGATACTA TAGTAGAAAA TTTAGATTTT 
GAGGATTTAG ATTTAATTCA TACACTAATT TTAGCATTCG CTTAGTAAGA AAATATAGAT 
TTGAATAAAA AGCTTAGTAT AGTTGCAGAT AGGTCTATTG AGCTATTTAT TTCAATGCAT 
AACTTTTAAA ATGATTGCTA AAACATCAAA GAAAGCTAAC GATTAGTATC TAGCGTTTAG 
AAAGAATAAA AAGCCATTTC AGATTTACAG AAACTTATGA AAAAGTTAGA ATGTACCTGT 
GTAATAAATT TAGTTTATTT ACACCATGCA TCTATAGATT AAAAAATAAG AAACTCTCAT 
ATAGTTTAAT GCTTAAATAA AAAGCTCAAT GAATTCAAAG AATGTGTTTT AAAAAATCAA 
ATCGATTCCT AGCAGTTGTA TGTCTAAATA ATGATGGAAA CAGTCTGCAA ATATATGTTT 
AGTAAGAAAA AGAAAAGCTA ATAACTGAAA AAGCTTAATT TATAAGGAGT TTTTGAAGAA 
ATAGGAAACA ATTTTTCATA GATACTTTCT TGGAACGAAA AAAATCTTTT GGAACAATTA 
GGTTTTTTTA TTTAATACAT GGAATTTAGT GATTTTTGCA TTACATAAAT GTAAAGAGAT 
AAAAATGAAT TTGGAACAGA AGAATCTATT GAAATGCAAA AAAATTTAAA TATAATTAGA 
AGAATGACAG TTAAAAATCT AGAGTCTTTT CATAATGTAG ACAGTTTAGA TGTCAGCAAT 
GAAAAATGTT TTAATAAAGT GTTAATTCAA GTTTTGACAA AGATCGTTTA AATAATTAAC 
ACTAAATTTA ACATTTAAAA GTCTGCACTG TAGATTAGCT TTAAAACTAT TAACTTGAAG 
CTTACTCTTA TCAACAAAAT TATTTGTTTA ATATTAGAAA ATAAACTAAA AGACACAGCT 
TCAATATAAA ATTTAACTGC AATATAAGTT CTCTATGAAT CAAGCACATA CTACAATTAA 
ATACTTTTAA TGCTTTTAGA AATAAATGAA GACATATACT ATATTTTGTA GCATAATACA 
GGCTCAAATT AATAGAATTG GGATTTATAA CACACTCATT CATTTATAGT TAATTTTTTA 
CTAGCTTCTG AAAACATCCA AGGGTCTCCC TTAATACCAA AATTCAATTT TTTAAGATAA 
AATTTATCAT GGAGAGAAGT TAAGCAGTTT TTACACACAC TTAAGTATAT AAGAGAATTA 
GCTAGTTACT TTTAAGTTGG AATTTTGTAA GCAAATATTA TTGTATTTGA ATTACTATTA 
TTGAGGTTTT TAAATTATGA AGGCTAGTTT TTGAAAAATA CAACACTAGA TTTTCATGAA 
AAAGATTTCT CTGAACTATC TAGTGTATCT TAAGAGTATA GCATTGGTTT TTAAAGTGAT 
AAGGATATAA AAGAAGATTC TTTTTTTAAG TTTATTGAAT TGAGAATAGA AGAAAAGTTG 
GAAGAATATA TTTAGGTCCT CCATTAAAAT TAGAAATCCG ATGAAGCTAA AAAATTATTA 
ATCTACTCTA AAGCCAATTC AAAGATTGAA GATATTTAAT CTTGGTTATA AGAAATATAA 
CAATGCTTAA AACGCAAAAG AGTGAGCTGT GGAAAGCTTA TAGAAAAAAA TACTAATTAA 
ATAAAGTATA TAATCCATGA AATTAACGTT CTTAGGATAG AAAACAACAA GATCGCTTCA 
TTTTAACCAG ACAATCTAAA TGAATAAACA ACTAAAATTC ATTATAGAGA TATCATGAAG 
GAGGCAGATG AGATTGAAAA TGAAATAGAG AGTTATGATA GAAATTCTAT TTCTTCATAA 
AATAAACAAA TTCTAAAACT AGATTATATA GTATTAAGCC TAAGAATGCA TATATATTGC 
GCCTAGTATA TCAGAAATAG CAATCAATCA TATTTTTCTA CTTAACTCAT GGAGAAGGCT 
TTTAAAAAGC TAACTTCGAT TTGCTTTGAA AAGGCTGTAG GTAACTTAAG TGACATTTAT 
GAAAACTATT CTCTTTAATA AGGCGCATGC TAAATGTACC ATGCTGCAGC GAAGACTTAA 
TAGGAGATAA GTGCTTAACA GTCACAAATA GGATTTATCA TCAATCCCTT TACTAAAATT 
TAGACTTTAG TCAATAACAG GAAATACTCC TCAAGCAATA AAATATTAGG AGATTTAGTA 
GAGTATCTGA ACATAGGGAA TGGCTTTTCT TACTTTAAAA ATACAGGAAG CAAAAGAATA 
TAATAGCTGC TAATTCAATG CTTAAAATTA TATTGCAAGA ATTAAAATTC TTTAAATTGC 
TTTAATAATC TTAAATATTA TGGAAAGCTT TTACAAATAA CTAGTATTAG ATTCCTTGTT 
TTGCATGAAT TTTTAAGGAT TTAGACTATT CTAAAGGACT ACTCTGATTT CTTAAGAAAC 
GGCGTTTTAA TTGATATAAT AGGTAATCTA TTGTTATAAA AATAGTTTAA TCTACAAACT 
CTTCATAATT TATTTAGCAA GCGTAAATCC AGTGTTATAA ATATGTAACT CAGTAATTTC 
ATCTAGTCTC TAAATGATAA ACTTTTAACA TAAGATTTAG ATTTAAGATC CACAAAAATG 
TATAAAATAT CTATGCAATA CATGATTTCC TTGTTTACCT CTTCAGTACG TATAAATCAT 
AAAAACTTAG AGAGTGAAAT TTGTGAAATG ATATTTTTTT CAAAAAAGAA ATTCTATTTT 
CTCAATCCAT AACTCCATCA AAATTTGTAA GAGAATTCTG AAATGTCAAG AAATGGAAGT 
GTCGAAATAA ATAAAAATAA GAAAATGATT TCGAGAAATC AGAATTAAAT AAATGATTCA 
AAACTAAATA AATTTCCTTC AGGAGTATGC TAATTATTTT ATAATATTCT CTCTATCGAT 
AAGAATAACT CAAAGTAATA AACTTATTTC ATAGTAAATG AAGATTTTTG CTCCCATATT 
ATATCTCATA AAAACTATTA TTCATTTACA TTGAGATACC TTACTTTAAT GCAATCATTA 
AACTTACTGA GTAAAATAAC AGACTGCAGA TTGAGCATGA GCGAAAACTC TAATTAAAGT 
AAAAATCCAA CAGTTTTATG TGACGAAATA CATGGAAATT TTATAGCTTT AATTAATTTT 
AGGTAGTTAT GCCAGCTGAT GCATAATTCT TATCTATAAT ATAATTTGAC ATATGCAAAG 
CAATTCTTTT ATCTTTATCA TAAATTTGAT GAAACTATAA AAGAGCTATT AAGAGAAATT 
CCATATCTAA TATAAGTTTA TTAAAATAAT ACAGTTGTAA AAAATTGTTC ATGTTTGCCT 
TCTTCCTAAG TTAAAGCTCC TTTGTTTTTG GATGGAAGCA GATAACTCAT TACTGAATCG 
TTTGCTCTTG ATGCTTCGTA CATGTATAAA AAAATGCTTG TTAATTCATA AGATTTATCA 
GAGTAGTAAG ATGCTATTTT GCTAGAATAA GAAAATTTTG AAGAACCAGA TTCGAGCATG 
AAGCAGTCAT CATCCATGTC AAGTGATTAA AGTGAATAAA AATTACAAAA TTAGCAAAAT 
AAAGTAAAAT AAAAAAATAA TCTAATGATG GATGAAACAG AAACAGCTAT TAATTCTAAA 
TAATTAGGGC AGTTTGAAAA GTTAAGCTCA GTAAATAGTA TTTAGCAAGC TTAAATAAAT 
TTTGAGTTCA AAAGATTGAG AACAAGTATG AGAGATTTTA GCATTAGCAA ATATGCTAAA 
AGTGACCTAA CTTAAGTTTT ATAAAAGTCT TTCAAATACA GCAGGATTGA TAACTTTAGC 
TAGAGGCATT ATTAATTTTA ACAAATAAAG TTAGAACATG ATTTGATAAT ATTAAACTTT 
ATTGATTATA ATAACGAAAG GGCAATTCAA ATATCAAAGT TTAATCATCT TAACTAAAAT 
TATTCTAATT TTAGAATTAA TAGTCAATCT CAAACTAATT TATTTTCAGA CTACATAAAT 
GACATAAAAA GAATACTTCA AAATAATGAA TCTGATATGA GAAACGATGA AAAAAAGCGA 
AAGTCTTAAG TTGATCCAAA TAACTGGTGG AAAAGTAGAT ATAGCAATGA CAAATAACTT 
GAGAAAATCC TTAGCCAAAC TCAAACCATT CTTGACTATC ACATATTTTT GTTCTTTGGA 
AGTGAATAAA CAGAAAGAGA AAAAAAAATA ATGTAAGATA TTTTAGTAAG GATAAACTAA 
TGTGAATAAA TATGCATAGC TAATTAACCA AATGATCAAT GTTCTTTATT TGAAAAGCAT 
ATTTTAATTC AAGAAAAAAA TAATTTAATA GAGCTGTTAT TCTCTTTGAT TAAATGTTCT 
TTGTTTATAA CTTTGAACTA AACAAAATTA AAGCTCATTT TTGAGTTGAT GTGCATTCAA 
AATATATATT TGTAATACTT AGGTTTTCAA TCTTAGCAAT AACTTTTTTC AGAGATTTGC 
AAACTATAAA ATGAGTACTA AAAAAGCTAT AATCCTTCAT AAAGAAAACC AATGATGTGG 
ATTCTAAGTG AAAATCTTTT ACAGGCACCT TTAGAATTTA TGAACTGCTT TTCTGAAAAT 
AATTAAACTT TCTATAGAAT ACCCTCTTTA TAATACCTTT ATGAGAATTA CACCCCTAAT 
AACAGTGTAA ATTTCTCTAA TAATTATTAT TTACTAAACC CTTCTGGAGA TCTGGTTCAT 
ACTTAATCTA AATTCTAACA TAAATTTGAG TCGATAAGGT CATGGGAAGG TGCTAGTGGA 
TTTAGTGTAA GTACTAAAGA ACTCTAAAAA GTACTTAAAA ATTATCAATC GTATACATAC 
ATCGGACATG GGGCAGGAGA GCTCTATATA AATCAAAAGC AAATTTAAGA AATAAAAAAC 
ATAAAATCTG CTATTTTGCT ATTTGGTTGT CAATCAGCTA GATAAGCTGT GTAGTTAGAA 
TTTAACTCTC ATTAATACGA AGTTACAGGA AATAGCTTAT ACTTTTTAAT GAATAATTGT 
AAAGTCCTTA TTGGGAGTCT TTGGGATATA ACAGATAGAG ATACTGATAG GATGGTTTTA 
AAATTAATTT AAATTATTGA AAAAGCTAGT TTGAAGAAAC CTATTGATTT TAGCTAAGCA 
TTTTTACAGT CGAGAGAGGA ATGTAAACTA AAATGGCTTA ATGGATCATC ATTTGTTTGT 
TTTGGAATCC CAACTTAATT CCACATGAAA TGA

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

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TTHERM_00297160 cDNA ORF clone, Tetrahymena thermophila SB210

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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