TTHERM_00355920 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00355920
Entrez Gene ID	7844904
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001010490.2	XP_001010490.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00355920 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00355920 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
OTe42997	XM_001010490.2 Latest version!	Tetrahymena thermophila SB210 hypothetical 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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_00355920 ( XM_001010490.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001010490.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe42997
Clone ID Related Accession (Same CDS sequence)	XM_001010490.2
Accession Version	XM_001010490.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9705bp) 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	2015-06-08
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_002476463). On Jun 9, 2015 this sequence version replaced XM_001010490.1. COMPLETENESS: incomplete on the 3' end.

ATGCTTGAGC AACAAATAAA GAAACTCTTA TATGGCTTTT TGCAGGGTAT TATTGAGGAT 
TTTTCTGAGA ATGACATAGA GTTGAGCAAA TGGAAGGGGA CTTTAGAGTT AAAAAATCTA 
AATATTAAAA AAGATTATCT CACAGATATT GGAGTTAAAA TAGGGTTTCC TTTAGTTAAA 
GAGTCTGCTA TAATTGAAAA ACTTTAACTT TCTATTCCTT GGACGAAAAT TAGGAGTGAA 
CCAATTGTAA TTAAAATAAA AGGGATAAAA GTTGTATGTA GAACAAGCGG ACAATATAAT 
TAAGAATTCT TTGAAAAGAG ATTAAGTGCA AAAAAGTATG AGCTTTTATA AAAGCTATTG 
AAGCAAATAG AGCTAGATAT TCTAAAAAGG AAATCTGAAA AGTTTAATAT TAAAGAAACG 
AATTAGAATT TATATGATTA GGATGATGAA GACGATGATG ATTCTAAAAA AGAAGGATAA 
TCCTAGTAAA AGGGAGAAAA TGAAGCAAAT TTTATTAAAA AAAAAATGAA CATTTATAAG 
AATTATATAG GATAAGTAAA GGATATAATT TTATAGAATA TTAGAATTGA AGTAGAAGAT 
GTGGTTCTAA AGTTATAAGA TGAAGGAATA GCCACTCAAC ATAATTTTAT TTAGCTTGGA 
GTAGCTTTTG AGAAGCTTCT TATAAGTCCT GCAAACAGCG ATTTTGAACC TGCATTTATA 
AATCCTGATT AAATTAAAAA AGAATAAAAA AAATACTAAA TTTATAAGCT AACAAAATTT 
GAAGTATTTG CTAATTAAGA TTCATTTTTA GATTACTAGA ATCTAGATTT CGACAAGCAG 
TATATACTTC ACCCTGTGGA TATAGATATT TAAAAGACTA GAAATAATAA CAAGGAAGAG 
CTTCAGACAT TACCTTAAAA ATCAACTAAA GTTATTATCA GTTAAGTTAG AGTTGAATTA 
TTTGAAAAGT AATTCAAGCA TATAAGAAAT TTATTAAAAT ACAAAAATTG GAATTGTGAC 
ATGGGATTAA ATCTTCATCT TCGTCCTGAT TACAATGAAC ATGTTTTGGG AAATGCAAAG 
AAATGGCTTG ATTATTTATT TAATTCTCTA AAATTTAGAA TAGAATTAAA ATAAGTAAAT 
AAAATAAAAT TGACTCAAGC AAGAAAAGTT GTTACACAAA TCAAAGAATA TATTTCTGTG 
TACAAACAAA AGCTTGAATT TGAGCTAGAA CAGAAGATGG CAGCTTATAA ATTTGCTAAT 
TCAAATCTAA ACTATAACGA ATTACAAAAA TAGCAAAAAG ATTTTACTGT TGAACACAAA 
AAAATAGATA TAAATGAAAT AGAAAAAGAA TTGGAAGAGG TAGAAAGGGA TCTCCTTAAA 
TATATGATAT AACCAGTTGA CATAATTTGT TTTAGAGATT TAGCTAAAAA ATAATTTAGA 
AAGGAACAAA GTTAATAATT TTAAAATCTT CTTAAACTCA AAAAAGAAAA TAAGAATAAG 
CAGCTAGAAA AATAAAAAGC TAAGAACATA TTTTAAAAGG CTCTTTAAAA AGAAAAAATA 
AAGAATGTTT TTAGTTGGTT AACATCTAAA ATAAGAAGAA AATCCTCTAT TTCTTCCACC 
AATCGAAATA TATTGAGTGA AGAATAAATT TTATAAATTG AGGAGGAAGA AAAAGAATAG 
CTTCTTTAAT AGGAATTCAA TTCATTAATA GAATCTTACA CTGAAGGGCA GTCATAATCA 
ATATCAAAAG AGCAAATGAA AGGATAAACT TACATTAAAA ATAAGATATC AGTTGAATTC 
AAAGATGATA TAAAGATTTC GTTAATGGGT GTTAATACTA GCTCAAAAAG CAATTAGAAT 
ACGAATATAA ATAATTTAGA GTAAGAAAGG GAAAATTTTG TGAATAGTAA TTAGATTCCC 
AATTTAAAGA ATAGTAATTC TGGGAAGTTT TAAAGAAATG AGTCAAAGGA ATTTAATTAT 
GAGCTTCTTC ACATCAAAAT AAAAATATAA TAATGCATGA AGATTGCAAC TAACATAAAC 
ACGATGATAA AATTTGTTAT TAGTGAATTT GACTGTCGTC ACTCAATTAA TTCTAATGAA 
GACTATAAAA AAACTCTTAG TAATCTCGAT AGAGAAAAAA ATATTCATAA ACCTTCACTC 
TCTCTTAAGA TAATTACATA AAAAAACAAA TAAACAAATT AAGTGAGCTA TAGATTTTCT 
TTAAATATTG CAAGTCATAG ATTTGTTTTA ACAGATGTAT TTTTCTCAAG TATCGCTTCT 
TTTTTTTCAA TGAAATAAAA ATCGAGATCA TTCTTGGAAG ATTTCAATGT TAAAACTAAA 
CAAGTTAAGC AAAAAATAGA TTTGTATTTA GCTTAATAAA TTAGAAAAAT ATTTGGTCAT 
AAAATAACTT TTGATAAAGT CGATGTTAAG TGTGGAAAGA TGCTGTTTAT TTTTCCTGAA 
AAGTTTTCAG ATACACAAAA GCCTTTAATT GAATTTGTGA TAAAATCACT CTTTCTATCA 
AATAAATAGA TAGATAAATA AAATTTAAAG AAAATAATAT AAAATGATAG AAAAAAATAT 
AAAGATTATA ATAGCTTACA AATAATGGAC AGCTTTATTC AACAAAACCT TAACAGCAAT 
AATAATCCTG ATAATACTAT TTATAAATCT TTTCTGAAAG AATCTGATTT AATGTACAGC 
ATATAAAATG GATAGCAATC ATGTTTTACA TACAAAACAG ATTAATTTTA AAGTGTTTTA 
GAAATTAATC CAGCTTTTAA CCAAACCAAA GAGGATGATT TTGATGACCT TAAATCTTTA 
GTTTAAGAAG GTTAATCAGA TGGCGAAGAC TCAGATCATG ACTCATACAA AAATAAAGTT 
TATATAAATC ATCAAGCAAT AAATAACAAC TTAGAAAGCA AAGAACCTGC TAAAATTTTA 
ACCAAAGAAG AAAAGGAATA AAAAATAATT AGAAAGCTTC TTGAAAATAA TTATTTTTAA 
AACTTGAAGA ATTCTTAACT TAACGAGTCA AGAATAGAAA ATCTTTAAAT CAATTTTATT 
GTATCAAAAA TATCAACGCG TTTTTGTCAA AATGGTTTTA ATACAAAAAA AGACGAGAAA 
TATAAAATTT TAGAAGACTT TTAAATTGAA ACTTGCTTAA AGAGAGACTT TGAGCATCAG 
TAATTCGAAG ATAAAATTGA TTTTGATAAT ATTCTTCCAG TTAAAAGTAA AAGTTAAGAA 
AATAAATTAA ATGAAATACC TGCTACTGTT GCTGCATAAA AGTAAGAAAA AGAAATAAAA 
AATGAGAAAA ATAAATTGCC TAAGAAAAGG CAAACTGTCT CTTTAGATGA TTTTTAAGGT 
CAAATGATTA CAGAGTATTT TGAAAAAGAC AAATATATTT CAAAAGTTTA GCTAGCTGTT 
GAGATGAAAA TTAACTTAAT TGGAATCAAT ATTTATTTAG AAACAAATGA ATAGATTATC 
AAGATAATTA CTCAATATAA TAAAATTTTT ACTAAAAAGG AAAATATTCA TAATGAGCTA 
TCAAATTTTG TCTATTAACA AAATTAATAT TTTAACTAAG ATAAAATTAT TGATGAAGAA 
AATCATTTTG AGAATAATTC CAATTTAAGC GAATAGAATT TTAAGAGTGT TCTTGGCTCT 
CCTTTGGATT TATTGCAGCA TCAAGAAAAT TAACAATAAG TTTAAAATAA CAGACTCAAC 
ACTACATATT AAACTCTTAG GGATGAAGAG TTTTTTGACG CTGTTGAAGA TTTCTCTCAG 
TTTTTTAAAT AGCATTCATA AATATTTTAA CATCCTCCTC TTAGTAATAT AGAAAAATCT 
CACTTAAATG GAAATTATTT TTACGAAGGC TAAAATATTA AGCAAGATAG AGGATATTTA 
AATACAAACC ATATTAAATA CAACAGTGAA GAAATGAAAA AGAGAATGGA GATTATACGT 
TTAGCACGTA ACTAGAGTTA TATAGGTTAA TTGCATTCAT AATATTTAAG ATAAAAAATG 
ATAAAAAAAT CTTCAAGCAG GTTCTTCTAG AGTGAATAAA TTGGTGAAGG ATATGATGAG 
GAAGAAACAA ATAAAAATAA AATAAGTAAT AATTAATAAA TCAAAGACAT GCATTAGGGT 
TAATAAAGTG TAGATGAAGA TATTGATGCT GAGTAATTTG AGTAATAGCT TAGTTTAAGA 
GATTTGATCA CTTTAGATTT CACATTTAAT TTAGATGAAT TCAGAATTTA TGTTTTATCA 
TCAAAGAAAT AACATAGAAA GAATAAAAAT CAAGACCAAG CACAAACATT AGAGGTAGGT 
GATATTTAAG TATAACTACC CAAGAAAACA TCTGCTTTGA TAGTTACAAA TGCTAGTATT 
AATATTACCT TCATGCCTAG TTTTAGTGGA AACAACTAAA ATTTTAATAG TAAGAGCGAC 
TTTACTAATT CAATGATTAG TCTAGAAGAG CAACAGAAAA TGGAAAATCA ATCAATAAAA 
CTTGATTCGT AGTAAAATAT TTAGTAATAA ATACTTTTAA CTTAAAATAA AAACAATCTG 
GTTAAAAGTG AAAATTGCTT AGAAAAACTG TCTAGAAAAA AGAGCTTAGA TTTTATTTTA 
GATTAAACTA CAAATCATGT GATCAAAACA CAAGTTGAAA TTGACTAAGT GTACATAACA 
ATATATAAAA TAGACAAGAT TTTATAATTA TTTAATAATT AAAATGAAAA TTAAGCTCTA 
AACAAAGCTA AAAATTCAGA AAAAACAGAT AAGCAGCCAT AATAATAAAT TGATTGTGGT 
AAATCAGCAG AGTAAAAAGA TCAAAAGATT TTAAGCAATT TAAAAACTAT TTTGCTAATT 
AAGGACAGCG AAATAAATAT AAATTTTATG TTAAAGAAAG GTAGTCTTAA GTTTTAAGAC 
AGTAGAAAGC AGATTAAGGA ATTTAAGGAA TTTGTCGAGT TGTCTGTTGA TGATGTCAAA 
CTTGAAACTG ATGAGAATGT CCCTATAAAA TTTGATTTTT CAGAGCTAAG ATATATCGAA 
TAACTTGAAA GTATCATGAA TTATGTTTAA TATAAAATCT AGCTAGGCTG GAGCTTTAAT 
GCATCATATA CCAACATGTA TAATAAACAA ACAGAGCCTT TTGTAGAAGA CATGAAAATT 
AACTTGGAAC TCATTTAGTA AAATTACAAA AAAGAAATTA TTTATGAGTG TTAAAACGAT 
ATCCTAGTAA ACTTTCATCC TGCTCTTATT GACAATATCT TCATATTGTA GCAATCATTT 
TTGAAAGTGA GTAAAAACAA AAATAAAGAA AAGGGATAAA ACTAAAAGAA AGCAGATAAC 
TAATAAAATG ATTACTAATA TGAGATATCT AATTAAACTG GCATAGCTTT CAGGATAGAA 
TTCCCGAGAG GCACAAAATT AAAAAGTAGA TAATTGGGTA GCTTAAACCA AAATTATTAT 
GAGTTTTAAG CAATATAAAT AGAAGTTAAG CCAGATGTTT AATATCTTAT TCAATTTTTA 
AATGATCCAA AATATAAAAA TTAAAAAATA TAATATAGCA GTCATGATAT TAAAGTTATT 
ATTAATAACT AAACTACAAT TATAGATTTA TTATAAAGTA GTAGAGATAC TTATATTAAA 
CTTAATGGAG ATTCTAGTAT TGTCTGTCAG CCCATCACAT ATAATGATAG AAAAATAGTT 
TTTAGATCTA ACATTAAGCT TACCAATCTA ACTCACTTTA ACTTTAATTT TTCATTTTCT 
CATAAGGAAG AATCATTTTT ATAAAAAGAA TCTATTGATT AACAAAGTAA TTAAATTAAT 
AATAAAGAAA ATAATGTTCA AATTTAAGTC AAAAAACTAA GTGAACAATA TATTCCTCTA 
CAACTCTTTT AGTTGAAATA CCTTCATGTC AAAGACCAAG ATAGAGATAG TAAAAGCTAA 
TAAACACATA CACACTTTTT CAAGGATAAT ATTTTTAATT ATATTCCAAT TATGGTTTCA 
ATGGTGATGC CTTCTGATCC TATAAATAGC AGTCAATCTA TTAACGAAGA AAAATAGTAA 
AATGAAGCTG CACGCCAATC TTATATAATT ATTAGAAGGT TAAGAAATGA AAGCAATAAT 
ATGCATACTT AAAAAGCTGT AGCAAATGGT TTTCAAAATG TTTAATTACT TTCTACTGAA 
TCAAGAGAAA TATAAATTGT TATTTAGTAT CCTATTCTTT TACATAATGT GAATCCTTTA 
CCTTTGGATA TTTCATTCTT ATATCCTAAC GAATATGAAA ACTATATAAA TAATAGAGGA 
CCTTAGATTC TTTTTTACAA AAATCTTATG AAAATAATCA AAGATGATAA ATAATAGTAA 
ATTTAAGATG AAAGCGATCA TGAAGAAGAT CATGATGATG ATGATGAAGA TGCTCTTTGG 
AAAAAATTAA ATTATAACAA ATATAAAATG AGTCTAGATA GTGGATAAAG TACATATTTA 
TCTTCTTTTA ATATCTTTTT AATGTGTAAA GTCAGTGTTG AACTATAAAG TTATCATTAG 
TTTAAACCGT TAGAGATATT TGATTACAAA ACTATTAAAA CTTACTGGGA CTTTTTAATG 
TCTTCATAGA TATACATGGA GTAACAGTAT AATAAAATTA ATGGGGAAAA ATTAGATTAT 
TCTAATGAGC CATTAAATTA AAAAACAAAT TTTAATAGAA ATAGTCCAAA TTACTCTATC 
TTAGAAAATT CAGAATTCGA TTAAGAATAG CAATAAAATT TCTTAAAGTC AAGCACAGCA 
TCTTAATTTG TCAATTAATA ATAATAATAA TAAAACGAAA ACTTTTCTTA ACAAACACCC 
AACTAGCTTC AAAATAATCC ATTTTTAGAA CCAATAATTA AATAAAAAAC TCTTCAGCTT 
CTTAACAAAG AAGGAAAATA AATGAATTTA GTATTTGACA TTAAATATTC ATATGAAGGA 
ATGCTAGAAA TTACTTTAAA GTCACAATAT TGGTTCCTTA ACGAAACTGA ATTCGCTTTA 
AACTTGCAAA TCAAAGAAAA CAGGTATTTA TATCCAATAA TTTCTTTGCC TAGTAAAAAA 
GTTGAAAAAA CAACCTAATT TAAAGTTCCG AATAGCTACA ATTCGAATAT TAATTATATT 
TAAGGATCTT AGTCTGTTTA ACAGACATCA ACTAACTTCA ACTCTTCTTA ATAATTATTC 
CAGAGTAGCA ATAAAGAAAG AAAAGACTAA GTTGGAGGAT TTTAGTAAGA AAACATTTAA 
AGTTCTCACA AGAAATCTCC TAAATAAAAT AATAACTTCC TTTCTACAGA AAAGCTAAAA 
GACAAAAAAA ATTCCTTAGT AGGTCATGAA CATATCAATA TTAGATAATT TGATGACGGA 
AACACCTAAC TTGATCCAGA GAAATAATAA AATGCAGACA ATTAAAATGA GGAAACAGAT 
ATTAACTCAA TAAAAAGTTC ATATTTTGGT ATAAATTCAG ATAACTTTTC TATTGCACAG 
ATAGAGCAGC TTTTTAAAAC ATAATCTCAA AATATTCAAA TATTTACTGG TAATTTTTCT 
TCAGAAAAGC AATTCAGATT TGAAATCCCA TAAGACGAGA TATAATCTTT GTTATAGGTC 
TAGCCATACA AAGATAAGAA CAACGAAGAA AACACTAATC ATGATCATGG CTTCACTACA 
AATTTCATGT AATTACAATA AAAGAATGAA AATCTCAGCT TTAGGCATTT GAAATACCTT 
TCTGTGATGG CCAATTAAGT TTCTCTCCCA GAAAAATATT AAGGGATTAA GTTTTTTATA 
TTAACTCCGA TAATTATTAT CAAGAATTCA AGCAATCATT TTCTTTCTGT AAACCAGTTC 
ATTTCTTCTT AGCAGTCAAT TGAAAGTTCT CTCTCTCCTC ATTAGACTAG ATAGCTTATA 
TATGATTAAA TTCACTATCC TTTCATTCAG CTCAAACCAG CTCACAATTT TAGTCTATGG 
TCATAGAAAT TCCCAATCAA CAAGCCATCT TAATTTATAA TAAAGATCAA TCATATTAAT 
AAATCCAACT CATTTATACT ACTCAGAATC ACTATTTCTA AAGAATCCAG TCTAAATTTG 
ATCACAATAG AAGATACAAA TGAATATCCT CCATTTAAGA TAGTAAATTT GACAAACGAA 
GAATTGGCAG TAAGCTAAAA AAATTTCCAA AGCCAAAGCT TATTTGTGAA GATGCAACAA 
GATCCGAGAG AAATATAGAA TAACATGAAT TATGATGAAA AGCTGATAGA TCATTTCTTA 
AAAGATTTTA GTCCATTTGG CTGGGATGAT CCATTTGGAG AAGAAACTAT TATGATCAGC 
ACAATGGATT CTTTACTGTG CAATTTAACT AAAAAAGATT TTTAAGAAAA GAATTACACA 
AAAGTGGTGA GATTGATAGA AGATGATATT GTTATTAAGG TATTTTAGGA TAAGCAATAT 
CCAAAGACTA AAGTCATTAT GATATTGTAC GAAAAGAATC AAAAACTCTT TGATGAATAC 
AAATTTGAAG AAAATATTTA TTAGAATCTA ACTTTTCGTC TCAATCTCAA CAAAATTGGC 
ATTTCTATTG TTGACAGTCA TCCAAGGGAA ATAATTTACT TTTAAATGGA ATAAGTATAA 
ATAAGTCTTA AATAGTTGAA TAAAAGATTT GAAGTCTTGA TTGAAGTTCA AGATATCTAA 
GGTGATTATC AAGCTGCAAA GCCTCTACCA ACTCCATTCC TTGTCACCAA AAAGATTTAA 
CATAAAGATA GGTCAGAGAA ATTAAAAAAA ATTAAGAATA CAGAGAACGA AGAAGCCTAA 
AAATAAAATA AAATTGATGT TTAGAAATAG AAGGAAGCTA ACTTCTTTTA GAAAATATAT 
TCAAAAATAT CTAGTTTATG GAGTAAACAA ACTCTAAGTG TTCCTTTAAA TTAATAATAA 
GATCTAATTA AATAAGATCA TAAAATTTAC AACAAAGAAA CTTTAAAAAC AGAATAATGT 
TAGAAAGAAT TGATTTTAGA TGATAAATCC ATTTTAAATT AATAATAAGG TCTAATTAAA 
TAAGATCATA AAATTCACAA CTTAGAAACT TTAATAACAG AATAATGTTA GAAAGAATTG 
ATTGTAGATG ATAAATCAAT TTCATCTCAT ATAGAAGGAA AAATACCAAA CGCATCTATA 
AATTTAGGAT GTATTATTTA TTAAAAATTT ACCATTTTAC ATAATTAAAT AAAAAAATAA 
AAAGAAATGA CACCTAATAG AGATACTTAG AATTTATCAG CTTAATTAAT TAATCCAAAA 
TTGCACCTTG ATTTATAAAA TTTGAGAAAT CAATAACAAA GAGAAATGAC GGAGGAAGAT 
AGAACGGTTA CATCTCAAAT GACAGGCACT GTAACTCCAG CTACTTTAAC CTAGAGAAGT 
AAAGCTATTT CATAATATAC AAGCACTACT ACACTAAAAT ATCAGCAAGC AAATAAAAAT 
TCGAAATATA AAAGCTTTTT TAAGCTAAAT TACATTTAGC AATATTATGA AAGCACTAAA 
ATAAATCACG TTGAAAAATT CAAAATAGAA GTACAGCCCA TAGAAACAAA TATCGATGGA 
GGTCTAATCC ATAGATTGAT TTAATTCATT GATGAAATAA AAACTCTCTT GCAGGTATTT 
TTCAAATATT TCATTACAAT TTGCTTATTT AATATAATGT TATGA

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

RefSeq	XP_001010490.2
CDS	37..9741
Translation	MLEQQIKKLLYGFLQGIIEDFSENDIELSKWKGTLELKNLNIKKDYLTDIGVKIGFPLVKESAIIEKLLSIPWTKIRSEPIVIKIKGIKVVCRTSGQYNEFFEKRLSAKKYELLKLLKQIELDILKRKSEKFNIKETNNLYDDDEDDDDSKKEGS*KGENEANFIKKKMNIYKNYIGVKDIILNIRIEVEDVVLKLDEGIATQHNFILGVAFEKLLISPANSDFEPAFINPDIKKEKKYIYKLTKFEVFANDSFLDYNLDFDKQYILHPVDIDIKTRNNNKEELQTLPKSTKVIISVRVELFEKFKHIRNLLKYKNWNCDMGLNLHLRPDYNEHVLGNAKKWLDYLFNSLKFRIELKVNKIKLTQARKVVTQIKEYISVYKQKLEFELEQKMAAYKFANSNLNYNELQKQKDFTVEHKKIDINEIEKELEEVERDLLKYMIPVDIICFRDLAKKFRKEQS*FNLLKLKKENKNKQLEKKAKNIFKALKEKIKNVFSWLTSKIRRKSSISSTNRNILSEEILIEEEEKELL*EFNSLIESYTEGQSSISKEQMKGTYIKNKISVEFKDDIKISLMGVNTSSKSNNTNINNLEERENFVNSNIPNLKNSNSGKFRNESKEFNYELLHIKIKICMKIATNINTMIKFVISEFDCRHSINSNEDYKKTLSNLDREKNIHKPSLSLKIITKNKTNVSYRFSLNIASHRFVLTDVFFSSIASFFSMKKSRSFLEDFNVKTKQVKQKIDLYLAIRKIFGHKITFDKVDVKCGKMLFIFPEKFSDTQKPLIEFVIKSLFLSNKIDKNLKKIINDRKKYKDYNSLQIMDSFIQQNLNSNNNPDNTIYKSFLKESDLMYSINGQSCFTYKTDFSVLEINPAFNQTKEDDFDDLKSLVEGSDGEDSDHDSYKNKVYINHQAINNNLESKEPAKILTKEEKEKIIRKLLENNYFNLKNSLNESRIENLINFIVSKISTRFCQNGFNTKKDEKYKILEDFIETCLKRDFEHQFEDKIDFDNILPVKSKSENKLNEIPATVAAKEKEIKNEKNKLPKKRQTVSLDDFGQMITEYFEKDKYISKVLAVEMKINLIGINIYLETNEIIKIITQYNKIFTKKENIHNELSNFVYQNYFNDKIIDEENHFENNSNLSENFKSVLGSPLDLLQHQENQVNNRLNTTYTLRDEEFFDAVEDFSQFFKHSIFHPPLSNIEKSHLNGNYFYEGNIKQDRGYLNTNHIKYNSEEMKKRMEIIRLARNSYIGLHSYLRKMIKKSSSRFFSEIGEGYDEEETNKNKISNN*IKDMHG*SVDEDIDAEFE*LSLRDLITLDFTFNLDEFRIYVLSSKKHRKNKNQDQAQTLEVGDIVLPKKTSALIVTNASINITFMPSFSGNNNFNSKSDFTNSMISLEEQQKMENQSIKLDSNI*ILLTNKNNLVKSENCLEKLSRKKSLDFILDTTNHVIKTQVEIDVYITIYKIDKILLFNNNENALNKAKNSEKTDKQP*IDCGKSAEKDQKILSNLKTILLIKDSEININFMLKKGSLKFDSRKQIKEFKEFVELSVDDVKLETDENVPIKFDFSELRYIELESIMNYVYKILGWSFNASYTNMYNKQTEPFVEDMKINLELI*NYKKEIIYECNDILVNFHPALIDNIFILQSFLKVSKNKNKEKGNKKADNNDYYEISNTGIAFRIEFPRGTKLKSRLGSLNQNYYEFAIIEVKPDVYLIQFLNDPKYKNKIYSSHDIKVIINNTTIIDLLSSRDTYIKLNGDSSIVCQPITYNDRKIVFRSNIKLTNLTHFNFNFSFSHKEESFLKESIDQSNINNKENNVQIVKKLSEQYIPLQLFLKYLHVKDQDRDSKSTHTHFFKDNIFNYIPIMVSMVMPSDPINSSQSINEEKNEAARQSYIIIRRLRNESNNMHTKAVANGFQNVLLSTESREIIVIYPILLHNVNPLPLDISFLYPNEYENYINNRGPILFYKNLMKIIKDDK*IDESDHEEDHDDDDEDALWKKLNYNKYKMSLDSGSTYLSSFNIFLMCKVSVELSYHFKPLEIFDYKTIKTYWDFLMSSIYMEQYNKINGEKLDYSNEPLNKTNFNRNSPNYSILENSEFDEQNFLKSSTASFVN*****NENFSQTPNLQNNPFLEPIIKKTLQLLNKEGKMNLVFDIKYSYEGMLEITLKSQYWFLNETEFALNLQIKENRYLYPIISLPSKKVEKTTFKVPNSYNSNINYIGSSVQTSTNFNSSLFQSSNKERKDVGGF*ENISSHKKSPKNNNFLSTEKLKDKKNSLVGHEHINIRFDDGNTLDPEKNADNNEETDINSIKSSYFGINSDNFSIAQIEQLFKTSQNIQIFTGNFSSEKQFRFEIPDEISLLVPYKDKNNEENTNHDHGFTTNFMLQKNENLSFRHLKYLSVMANVSLPEKYGIKFFILTPIIIIKNSSNHFLSVNQFISSQSIESSLSPHTRLIYDIHYPFIQLKPAHNFSLWSKFPINKPSFIIKINHINKSNSFILLRITISKESSLNLITIEDTNEYPPFKIVNLTNEELAVSKNFQSQSLFVKMQQDPREINNMNYDEKLIDHFLKDFSPFGWDDPFGEETIMISTMDSLLCNLTKKDFEKNYTKVVRLIEDDIVIKVFDKQYPKTKVIMILYEKNQKLFDEYKFEENIYNLTFRLNLNKIGISIVDSHPREIIYFMEVISLKLNKRFEVLIEVQDIGDYQAAKPLPTPFLVTKKIHKDRSEKLKKIKNTENEEAKNKIDVKKEANFFKIYSKISSLWSKQTLSVPLN*DLIKDHKIYNKETLKTECKELILDDKSILN**GLIKDHKIHNLETLITECKELIVDDKSISSHIEGKIPNASINLGCIIYKFTILHNIKKKEMTPNRDTNLSALINPKLHLDLNLRNQQREMTEEDRTVTSQMTGTVTPATLTRSKAISYTSTTTLKYQQANKNSKYKSFFKLNYIQYYESTKINHVEKFKIEVQPIETNIDGGLIHRLI*FIDEIKTLLQVFFKYFITICLFNIML

Target ORF information:

RefSeq Version	XM_001010490.2
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_001010490.2

ORF Insert Sequence:

ATGCTTGAGC AACAAATAAA GAAACTCTTA TATGGCTTTT TGCAGGGTAT TATTGAGGAT 
TTTTCTGAGA ATGACATAGA GTTGAGCAAA TGGAAGGGGA CTTTAGAGTT AAAAAATCTA 
AATATTAAAA AAGATTATCT CACAGATATT GGAGTTAAAA TAGGGTTTCC TTTAGTTAAA 
GAGTCTGCTA TAATTGAAAA ACTTTAACTT TCTATTCCTT GGACGAAAAT TAGGAGTGAA 
CCAATTGTAA TTAAAATAAA AGGGATAAAA GTTGTATGTA GAACAAGCGG ACAATATAAT 
TAAGAATTCT TTGAAAAGAG ATTAAGTGCA AAAAAGTATG AGCTTTTATA AAAGCTATTG 
AAGCAAATAG AGCTAGATAT TCTAAAAAGG AAATCTGAAA AGTTTAATAT TAAAGAAACG 
AATTAGAATT TATATGATTA GGATGATGAA GACGATGATG ATTCTAAAAA AGAAGGATAA 
TCCTAGTAAA AGGGAGAAAA TGAAGCAAAT TTTATTAAAA AAAAAATGAA CATTTATAAG 
AATTATATAG GATAAGTAAA GGATATAATT TTATAGAATA TTAGAATTGA AGTAGAAGAT 
GTGGTTCTAA AGTTATAAGA TGAAGGAATA GCCACTCAAC ATAATTTTAT TTAGCTTGGA 
GTAGCTTTTG AGAAGCTTCT TATAAGTCCT GCAAACAGCG ATTTTGAACC TGCATTTATA 
AATCCTGATT AAATTAAAAA AGAATAAAAA AAATACTAAA TTTATAAGCT AACAAAATTT 
GAAGTATTTG CTAATTAAGA TTCATTTTTA GATTACTAGA ATCTAGATTT CGACAAGCAG 
TATATACTTC ACCCTGTGGA TATAGATATT TAAAAGACTA GAAATAATAA CAAGGAAGAG 
CTTCAGACAT TACCTTAAAA ATCAACTAAA GTTATTATCA GTTAAGTTAG AGTTGAATTA 
TTTGAAAAGT AATTCAAGCA TATAAGAAAT TTATTAAAAT ACAAAAATTG GAATTGTGAC 
ATGGGATTAA ATCTTCATCT TCGTCCTGAT TACAATGAAC ATGTTTTGGG AAATGCAAAG 
AAATGGCTTG ATTATTTATT TAATTCTCTA AAATTTAGAA TAGAATTAAA ATAAGTAAAT 
AAAATAAAAT TGACTCAAGC AAGAAAAGTT GTTACACAAA TCAAAGAATA TATTTCTGTG 
TACAAACAAA AGCTTGAATT TGAGCTAGAA CAGAAGATGG CAGCTTATAA ATTTGCTAAT 
TCAAATCTAA ACTATAACGA ATTACAAAAA TAGCAAAAAG ATTTTACTGT TGAACACAAA 
AAAATAGATA TAAATGAAAT AGAAAAAGAA TTGGAAGAGG TAGAAAGGGA TCTCCTTAAA 
TATATGATAT AACCAGTTGA CATAATTTGT TTTAGAGATT TAGCTAAAAA ATAATTTAGA 
AAGGAACAAA GTTAATAATT TTAAAATCTT CTTAAACTCA AAAAAGAAAA TAAGAATAAG 
CAGCTAGAAA AATAAAAAGC TAAGAACATA TTTTAAAAGG CTCTTTAAAA AGAAAAAATA 
AAGAATGTTT TTAGTTGGTT AACATCTAAA ATAAGAAGAA AATCCTCTAT TTCTTCCACC 
AATCGAAATA TATTGAGTGA AGAATAAATT TTATAAATTG AGGAGGAAGA AAAAGAATAG 
CTTCTTTAAT AGGAATTCAA TTCATTAATA GAATCTTACA CTGAAGGGCA GTCATAATCA 
ATATCAAAAG AGCAAATGAA AGGATAAACT TACATTAAAA ATAAGATATC AGTTGAATTC 
AAAGATGATA TAAAGATTTC GTTAATGGGT GTTAATACTA GCTCAAAAAG CAATTAGAAT 
ACGAATATAA ATAATTTAGA GTAAGAAAGG GAAAATTTTG TGAATAGTAA TTAGATTCCC 
AATTTAAAGA ATAGTAATTC TGGGAAGTTT TAAAGAAATG AGTCAAAGGA ATTTAATTAT 
GAGCTTCTTC ACATCAAAAT AAAAATATAA TAATGCATGA AGATTGCAAC TAACATAAAC 
ACGATGATAA AATTTGTTAT TAGTGAATTT GACTGTCGTC ACTCAATTAA TTCTAATGAA 
GACTATAAAA AAACTCTTAG TAATCTCGAT AGAGAAAAAA ATATTCATAA ACCTTCACTC 
TCTCTTAAGA TAATTACATA AAAAAACAAA TAAACAAATT AAGTGAGCTA TAGATTTTCT 
TTAAATATTG CAAGTCATAG ATTTGTTTTA ACAGATGTAT TTTTCTCAAG TATCGCTTCT 
TTTTTTTCAA TGAAATAAAA ATCGAGATCA TTCTTGGAAG ATTTCAATGT TAAAACTAAA 
CAAGTTAAGC AAAAAATAGA TTTGTATTTA GCTTAATAAA TTAGAAAAAT ATTTGGTCAT 
AAAATAACTT TTGATAAAGT CGATGTTAAG TGTGGAAAGA TGCTGTTTAT TTTTCCTGAA 
AAGTTTTCAG ATACACAAAA GCCTTTAATT GAATTTGTGA TAAAATCACT CTTTCTATCA 
AATAAATAGA TAGATAAATA AAATTTAAAG AAAATAATAT AAAATGATAG AAAAAAATAT 
AAAGATTATA ATAGCTTACA AATAATGGAC AGCTTTATTC AACAAAACCT TAACAGCAAT 
AATAATCCTG ATAATACTAT TTATAAATCT TTTCTGAAAG AATCTGATTT AATGTACAGC 
ATATAAAATG GATAGCAATC ATGTTTTACA TACAAAACAG ATTAATTTTA AAGTGTTTTA 
GAAATTAATC CAGCTTTTAA CCAAACCAAA GAGGATGATT TTGATGACCT TAAATCTTTA 
GTTTAAGAAG GTTAATCAGA TGGCGAAGAC TCAGATCATG ACTCATACAA AAATAAAGTT 
TATATAAATC ATCAAGCAAT AAATAACAAC TTAGAAAGCA AAGAACCTGC TAAAATTTTA 
ACCAAAGAAG AAAAGGAATA AAAAATAATT AGAAAGCTTC TTGAAAATAA TTATTTTTAA 
AACTTGAAGA ATTCTTAACT TAACGAGTCA AGAATAGAAA ATCTTTAAAT CAATTTTATT 
GTATCAAAAA TATCAACGCG TTTTTGTCAA AATGGTTTTA ATACAAAAAA AGACGAGAAA 
TATAAAATTT TAGAAGACTT TTAAATTGAA ACTTGCTTAA AGAGAGACTT TGAGCATCAG 
TAATTCGAAG ATAAAATTGA TTTTGATAAT ATTCTTCCAG TTAAAAGTAA AAGTTAAGAA 
AATAAATTAA ATGAAATACC TGCTACTGTT GCTGCATAAA AGTAAGAAAA AGAAATAAAA 
AATGAGAAAA ATAAATTGCC TAAGAAAAGG CAAACTGTCT CTTTAGATGA TTTTTAAGGT 
CAAATGATTA CAGAGTATTT TGAAAAAGAC AAATATATTT CAAAAGTTTA GCTAGCTGTT 
GAGATGAAAA TTAACTTAAT TGGAATCAAT ATTTATTTAG AAACAAATGA ATAGATTATC 
AAGATAATTA CTCAATATAA TAAAATTTTT ACTAAAAAGG AAAATATTCA TAATGAGCTA 
TCAAATTTTG TCTATTAACA AAATTAATAT TTTAACTAAG ATAAAATTAT TGATGAAGAA 
AATCATTTTG AGAATAATTC CAATTTAAGC GAATAGAATT TTAAGAGTGT TCTTGGCTCT 
CCTTTGGATT TATTGCAGCA TCAAGAAAAT TAACAATAAG TTTAAAATAA CAGACTCAAC 
ACTACATATT AAACTCTTAG GGATGAAGAG TTTTTTGACG CTGTTGAAGA TTTCTCTCAG 
TTTTTTAAAT AGCATTCATA AATATTTTAA CATCCTCCTC TTAGTAATAT AGAAAAATCT 
CACTTAAATG GAAATTATTT TTACGAAGGC TAAAATATTA AGCAAGATAG AGGATATTTA 
AATACAAACC ATATTAAATA CAACAGTGAA GAAATGAAAA AGAGAATGGA GATTATACGT 
TTAGCACGTA ACTAGAGTTA TATAGGTTAA TTGCATTCAT AATATTTAAG ATAAAAAATG 
ATAAAAAAAT CTTCAAGCAG GTTCTTCTAG AGTGAATAAA TTGGTGAAGG ATATGATGAG 
GAAGAAACAA ATAAAAATAA AATAAGTAAT AATTAATAAA TCAAAGACAT GCATTAGGGT 
TAATAAAGTG TAGATGAAGA TATTGATGCT GAGTAATTTG AGTAATAGCT TAGTTTAAGA 
GATTTGATCA CTTTAGATTT CACATTTAAT TTAGATGAAT TCAGAATTTA TGTTTTATCA 
TCAAAGAAAT AACATAGAAA GAATAAAAAT CAAGACCAAG CACAAACATT AGAGGTAGGT 
GATATTTAAG TATAACTACC CAAGAAAACA TCTGCTTTGA TAGTTACAAA TGCTAGTATT 
AATATTACCT TCATGCCTAG TTTTAGTGGA AACAACTAAA ATTTTAATAG TAAGAGCGAC 
TTTACTAATT CAATGATTAG TCTAGAAGAG CAACAGAAAA TGGAAAATCA ATCAATAAAA 
CTTGATTCGT AGTAAAATAT TTAGTAATAA ATACTTTTAA CTTAAAATAA AAACAATCTG 
GTTAAAAGTG AAAATTGCTT AGAAAAACTG TCTAGAAAAA AGAGCTTAGA TTTTATTTTA 
GATTAAACTA CAAATCATGT GATCAAAACA CAAGTTGAAA TTGACTAAGT GTACATAACA 
ATATATAAAA TAGACAAGAT TTTATAATTA TTTAATAATT AAAATGAAAA TTAAGCTCTA 
AACAAAGCTA AAAATTCAGA AAAAACAGAT AAGCAGCCAT AATAATAAAT TGATTGTGGT 
AAATCAGCAG AGTAAAAAGA TCAAAAGATT TTAAGCAATT TAAAAACTAT TTTGCTAATT 
AAGGACAGCG AAATAAATAT AAATTTTATG TTAAAGAAAG GTAGTCTTAA GTTTTAAGAC 
AGTAGAAAGC AGATTAAGGA ATTTAAGGAA TTTGTCGAGT TGTCTGTTGA TGATGTCAAA 
CTTGAAACTG ATGAGAATGT CCCTATAAAA TTTGATTTTT CAGAGCTAAG ATATATCGAA 
TAACTTGAAA GTATCATGAA TTATGTTTAA TATAAAATCT AGCTAGGCTG GAGCTTTAAT 
GCATCATATA CCAACATGTA TAATAAACAA ACAGAGCCTT TTGTAGAAGA CATGAAAATT 
AACTTGGAAC TCATTTAGTA AAATTACAAA AAAGAAATTA TTTATGAGTG TTAAAACGAT 
ATCCTAGTAA ACTTTCATCC TGCTCTTATT GACAATATCT TCATATTGTA GCAATCATTT 
TTGAAAGTGA GTAAAAACAA AAATAAAGAA AAGGGATAAA ACTAAAAGAA AGCAGATAAC 
TAATAAAATG ATTACTAATA TGAGATATCT AATTAAACTG GCATAGCTTT CAGGATAGAA 
TTCCCGAGAG GCACAAAATT AAAAAGTAGA TAATTGGGTA GCTTAAACCA AAATTATTAT 
GAGTTTTAAG CAATATAAAT AGAAGTTAAG CCAGATGTTT AATATCTTAT TCAATTTTTA 
AATGATCCAA AATATAAAAA TTAAAAAATA TAATATAGCA GTCATGATAT TAAAGTTATT 
ATTAATAACT AAACTACAAT TATAGATTTA TTATAAAGTA GTAGAGATAC TTATATTAAA 
CTTAATGGAG ATTCTAGTAT TGTCTGTCAG CCCATCACAT ATAATGATAG AAAAATAGTT 
TTTAGATCTA ACATTAAGCT TACCAATCTA ACTCACTTTA ACTTTAATTT TTCATTTTCT 
CATAAGGAAG AATCATTTTT ATAAAAAGAA TCTATTGATT AACAAAGTAA TTAAATTAAT 
AATAAAGAAA ATAATGTTCA AATTTAAGTC AAAAAACTAA GTGAACAATA TATTCCTCTA 
CAACTCTTTT AGTTGAAATA CCTTCATGTC AAAGACCAAG ATAGAGATAG TAAAAGCTAA 
TAAACACATA CACACTTTTT CAAGGATAAT ATTTTTAATT ATATTCCAAT TATGGTTTCA 
ATGGTGATGC CTTCTGATCC TATAAATAGC AGTCAATCTA TTAACGAAGA AAAATAGTAA 
AATGAAGCTG CACGCCAATC TTATATAATT ATTAGAAGGT TAAGAAATGA AAGCAATAAT 
ATGCATACTT AAAAAGCTGT AGCAAATGGT TTTCAAAATG TTTAATTACT TTCTACTGAA 
TCAAGAGAAA TATAAATTGT TATTTAGTAT CCTATTCTTT TACATAATGT GAATCCTTTA 
CCTTTGGATA TTTCATTCTT ATATCCTAAC GAATATGAAA ACTATATAAA TAATAGAGGA 
CCTTAGATTC TTTTTTACAA AAATCTTATG AAAATAATCA AAGATGATAA ATAATAGTAA 
ATTTAAGATG AAAGCGATCA TGAAGAAGAT CATGATGATG ATGATGAAGA TGCTCTTTGG 
AAAAAATTAA ATTATAACAA ATATAAAATG AGTCTAGATA GTGGATAAAG TACATATTTA 
TCTTCTTTTA ATATCTTTTT AATGTGTAAA GTCAGTGTTG AACTATAAAG TTATCATTAG 
TTTAAACCGT TAGAGATATT TGATTACAAA ACTATTAAAA CTTACTGGGA CTTTTTAATG 
TCTTCATAGA TATACATGGA GTAACAGTAT AATAAAATTA ATGGGGAAAA ATTAGATTAT 
TCTAATGAGC CATTAAATTA AAAAACAAAT TTTAATAGAA ATAGTCCAAA TTACTCTATC 
TTAGAAAATT CAGAATTCGA TTAAGAATAG CAATAAAATT TCTTAAAGTC AAGCACAGCA 
TCTTAATTTG TCAATTAATA ATAATAATAA TAAAACGAAA ACTTTTCTTA ACAAACACCC 
AACTAGCTTC AAAATAATCC ATTTTTAGAA CCAATAATTA AATAAAAAAC TCTTCAGCTT 
CTTAACAAAG AAGGAAAATA AATGAATTTA GTATTTGACA TTAAATATTC ATATGAAGGA 
ATGCTAGAAA TTACTTTAAA GTCACAATAT TGGTTCCTTA ACGAAACTGA ATTCGCTTTA 
AACTTGCAAA TCAAAGAAAA CAGGTATTTA TATCCAATAA TTTCTTTGCC TAGTAAAAAA 
GTTGAAAAAA CAACCTAATT TAAAGTTCCG AATAGCTACA ATTCGAATAT TAATTATATT 
TAAGGATCTT AGTCTGTTTA ACAGACATCA ACTAACTTCA ACTCTTCTTA ATAATTATTC 
CAGAGTAGCA ATAAAGAAAG AAAAGACTAA GTTGGAGGAT TTTAGTAAGA AAACATTTAA 
AGTTCTCACA AGAAATCTCC TAAATAAAAT AATAACTTCC TTTCTACAGA AAAGCTAAAA 
GACAAAAAAA ATTCCTTAGT AGGTCATGAA CATATCAATA TTAGATAATT TGATGACGGA 
AACACCTAAC TTGATCCAGA GAAATAATAA AATGCAGACA ATTAAAATGA GGAAACAGAT 
ATTAACTCAA TAAAAAGTTC ATATTTTGGT ATAAATTCAG ATAACTTTTC TATTGCACAG 
ATAGAGCAGC TTTTTAAAAC ATAATCTCAA AATATTCAAA TATTTACTGG TAATTTTTCT 
TCAGAAAAGC AATTCAGATT TGAAATCCCA TAAGACGAGA TATAATCTTT GTTATAGGTC 
TAGCCATACA AAGATAAGAA CAACGAAGAA AACACTAATC ATGATCATGG CTTCACTACA 
AATTTCATGT AATTACAATA AAAGAATGAA AATCTCAGCT TTAGGCATTT GAAATACCTT 
TCTGTGATGG CCAATTAAGT TTCTCTCCCA GAAAAATATT AAGGGATTAA GTTTTTTATA 
TTAACTCCGA TAATTATTAT CAAGAATTCA AGCAATCATT TTCTTTCTGT AAACCAGTTC 
ATTTCTTCTT AGCAGTCAAT TGAAAGTTCT CTCTCTCCTC ATTAGACTAG ATAGCTTATA 
TATGATTAAA TTCACTATCC TTTCATTCAG CTCAAACCAG CTCACAATTT TAGTCTATGG 
TCATAGAAAT TCCCAATCAA CAAGCCATCT TAATTTATAA TAAAGATCAA TCATATTAAT 
AAATCCAACT CATTTATACT ACTCAGAATC ACTATTTCTA AAGAATCCAG TCTAAATTTG 
ATCACAATAG AAGATACAAA TGAATATCCT CCATTTAAGA TAGTAAATTT GACAAACGAA 
GAATTGGCAG TAAGCTAAAA AAATTTCCAA AGCCAAAGCT TATTTGTGAA GATGCAACAA 
GATCCGAGAG AAATATAGAA TAACATGAAT TATGATGAAA AGCTGATAGA TCATTTCTTA 
AAAGATTTTA GTCCATTTGG CTGGGATGAT CCATTTGGAG AAGAAACTAT TATGATCAGC 
ACAATGGATT CTTTACTGTG CAATTTAACT AAAAAAGATT TTTAAGAAAA GAATTACACA 
AAAGTGGTGA GATTGATAGA AGATGATATT GTTATTAAGG TATTTTAGGA TAAGCAATAT 
CCAAAGACTA AAGTCATTAT GATATTGTAC GAAAAGAATC AAAAACTCTT TGATGAATAC 
AAATTTGAAG AAAATATTTA TTAGAATCTA ACTTTTCGTC TCAATCTCAA CAAAATTGGC 
ATTTCTATTG TTGACAGTCA TCCAAGGGAA ATAATTTACT TTTAAATGGA ATAAGTATAA 
ATAAGTCTTA AATAGTTGAA TAAAAGATTT GAAGTCTTGA TTGAAGTTCA AGATATCTAA 
GGTGATTATC AAGCTGCAAA GCCTCTACCA ACTCCATTCC TTGTCACCAA AAAGATTTAA 
CATAAAGATA GGTCAGAGAA ATTAAAAAAA ATTAAGAATA CAGAGAACGA AGAAGCCTAA 
AAATAAAATA AAATTGATGT TTAGAAATAG AAGGAAGCTA ACTTCTTTTA GAAAATATAT 
TCAAAAATAT CTAGTTTATG GAGTAAACAA ACTCTAAGTG TTCCTTTAAA TTAATAATAA 
GATCTAATTA AATAAGATCA TAAAATTTAC AACAAAGAAA CTTTAAAAAC AGAATAATGT 
TAGAAAGAAT TGATTTTAGA TGATAAATCC ATTTTAAATT AATAATAAGG TCTAATTAAA 
TAAGATCATA AAATTCACAA CTTAGAAACT TTAATAACAG AATAATGTTA GAAAGAATTG 
ATTGTAGATG ATAAATCAAT TTCATCTCAT ATAGAAGGAA AAATACCAAA CGCATCTATA 
AATTTAGGAT GTATTATTTA TTAAAAATTT ACCATTTTAC ATAATTAAAT AAAAAAATAA 
AAAGAAATGA CACCTAATAG AGATACTTAG AATTTATCAG CTTAATTAAT TAATCCAAAA 
TTGCACCTTG ATTTATAAAA TTTGAGAAAT CAATAACAAA GAGAAATGAC GGAGGAAGAT 
AGAACGGTTA CATCTCAAAT GACAGGCACT GTAACTCCAG CTACTTTAAC CTAGAGAAGT 
AAAGCTATTT CATAATATAC AAGCACTACT ACACTAAAAT ATCAGCAAGC AAATAAAAAT 
TCGAAATATA AAAGCTTTTT TAAGCTAAAT TACATTTAGC AATATTATGA AAGCACTAAA 
ATAAATCACG TTGAAAAATT CAAAATAGAA GTACAGCCCA TAGAAACAAA TATCGATGGA 
GGTCTAATCC ATAGATTGAT TTAATTCATT GATGAAATAA AAACTCTCTT GCAGGTATTT 
TTCAAATATT TCATTACAAT TTGCTTATTT AATATAATGT TATGA