TTHERM_00670920 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00670920
Entrez Gene ID	7833371
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001026413.3	XP_001026413.3	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00670920 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00670920 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
OTe61595	XM_001026413.3 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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_00670920 ( XM_001026413.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001026413.3 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe61595
Clone ID Related Accession (Same CDS sequence)	XM_001026413.3
Accession Version	XM_001026413.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5070bp) 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_002476022). On Jun 9, 2015 this sequence version replaced XM_001026413.2. COMPLETENESS: incomplete on both ends.

ATGACTACAA GAACTTTACC ACAACAAGAG TGCTTAGAGT AGAAAATAAA ATCTCAAAAC 
AGGATATTTT ATCACATTTA ACCTGATGAA AATTAAGTAA ATGAGGACAA ATAAAAAGAA 
AAAATAAAAA GGAACTTCTC TTATTAGCCT TCTATGTCAG ATGAAGGTGA GGAGAAAAGA 
GCTAAGAATA AATCCATAAG GAAAAAATAA TAATTTAGAA ATGTTAATTG CGGATAAGAC 
TTTGCAGTTG TTTTAGATAA AAATGGATAG GCATGGAGTT TTGGAGCTGG AATTGATGGA 
TAATTAGGAA TAAACGAAAA AATAAGAATT TAATTAAAGT TAAAAGCTGT AAATTAACTA 
AAATCAAAAG TTAATTTCTA AGATGTGAGT TGTGGATAGA AGAATGTACT TGCAGTTGAT 
GAAAATGGCA AATTATACTG TTGGGGAAAT ATCTCTTAAT ACAAATGTGG AATTAGTGTT 
AAATAAAATC AAGAAGAATA ACTATTTCCA TTAAGCATAA CTGATGAAGT GTTAATAAAA 
GCTAAACTTG CTCATAAAAA AAGATAATCA AGAATATTTT CTTAAATGTC ATTTTAATCA 
GCATTAATAT CATCCCAACA AAAATAATTG CTAAATGATT TATTATATGA TTACCCTAAA 
GTATCTTTAG TTTCAGCAGG TACGAATTTT TCGTTTTGTG GAGTTTTAGA CAATAAGCAC 
ATAGTTTGTT TTGGTCTGAA TTAAAATAAT AAAATGGGAA TAGGCTAGAA GGAAAAGGAG 
ATAATTGAAC CTTAGATAAT GCCATTTTTT AATTTGAAGG TATATCTTGT AGCAAAGATC 
ACTGTGCTGC TTGGGATAAT TAAGGCTAGG TTTATACTTG GGGAGATCCT CAATGCATTG 
ATGAGACAAG AAATACAGAA AACACCAAAG AAAGTTGAAC AATTAAAAGA AGAATTTATT 
ATTTAAGTTT GTTGCACATT TAAAGAGACA GTTGCTTTGA CTAGAGATGG ATACTTATAT 
ACTTGGGGTA TAGGAAATGC TTCTGATAAA TTTGTAGACT AAACTGGAAA AAAGCCAAAA 
TCATAAAATT CAGAAGAATA TAGGCCCATT TTATTTGATA TCAAGATTTA AAATTAAGAT 
GTTAATTTCA TTAAGATTTC TGGAAAATAC TCTCATTGTG CAGCTATAGA TAAGTTTGGA 
CGACTCTTTA CTTGGGGAGA TAATTCTTAA GAATGTTTAG GTCATCCTGA TCTAAGAAAA 
ACTTTAAAAC AAGATGAATT TTATATTTTT GATGTTTAAG AACCTAAATT GGTTGAATAA 
TTTCTAAATT ACTTTATCCT AGATGTTGAC TGTGGACTTA ACTTTACAAC AGTTGTTTGT 
GCTTCAAAAA AATAATTTAA ACTTACTGAA TCAAAATACT ATTAAAGATA CATAAAGTTT 
GTTTAATCAG AATTAAAAGG TTAAATAGAT TTAATTAGGT AGTACACTAA AAGAAAAGCT 
ACTATATATA ATAGTTTAGA AAGGAAAGGC TCCTAGAGCT CAAGAAATAG ATCTAGTGTT 
TTTAGTCCGA AAATTTAATA AAATCCAGAA ACTCCTAAAT CATAGTTGGC AAAATATAAT 
TCTAGTTAAT AAAAGTTTAA TTTTTAAGAC GAATAAATAT AAATATCAAA TAAATCACCA 
AAAGGATTTT AAGCTAATAG TGATTCATAA AATTATATAG CTTCTATTAA TAAATTAAAT 
GAACCTATCA ACTAAACAAG CAACTTAAAT TTTTAAAATG CAATAAAAAA TTATGAAAGT 
TAGCAAGCCT CTTAACAAGA GGCTAATTTT TCTTTATATT CCTTATAACC ATAATAAGAT 
GTAGCATCTT CAACATCAAT ATAGAATCGT ATAGATATCA ATTAAAATAC TTAAACTGTA 
AGCAATAAGT CAAACAACTA AAAAAATCAT TATTATTTTG GAAGCAAAAA TAAAATTAAT 
CTTGATAAAA ACAACATTTA TTCTAGTTAG AATATTCATA GCTTAACATC AAGACACAAA 
AAATTAATTG ATCTGTAAAT TAATAAATCA GCTCATGATA TGAAATAATA ACCTTAAAAA 
GATTATTTCA GCACAGATAA GAAAACTAAA TTTGGCTTGA TGATGCAATA AATAGAGGAA 
ACTAAAACTG TTGAGACAAC ATAAAAATAA TCATAAAATT AAACTAAAAT CGGAACCTAA 
AATGACATTG GTGAAAAATA TACATAACAA TCAATAACTA TGAAAAGTCA AGATTTAAAA 
GACTATAGTA AACATAAAAC TATCTAGAAG AATGTTCTTT AATTCTCAAT TGATTCGAAA 
GATTAAGACA TATCAACTGC TAGAAAAACT TCTTTCAATT TGAATGACAC AGGATAGTTA 
GAGTAATTCG TTATAAAAAA AACTGAAGAA AATAACTTGC CTAATTCCTA AAGATCAATA 
AACAAGTCTT TTGAATAAAC CATGAAATAG TTTTATGAGT AAAATTAAAG TGAATAAAAA 
TAAAATGAAT AAGTTTTAGA AAAAATTAAT AATCAAAATC TTAACTAGCA AAATAAATCT 
TAAATTAAGT AAATGTATTA AATTAATAAA AATAGAATAT CATCATTCTA CTCAACGAGA 
AGCTTTGCTG AAAAAAAAGA AGAATAAGAA TAATCAGAAG TTTTAGAATA TTTGAGCAGG 
TGTTAATGGA AAACAGATTA AGAAAGAGAA AAGTTAATTA AAAAGTTTAA AGAGATTTAA 
CACTAACAAA AACTAAAAGA AGAACTTTAA AATTAGAGTA GGTAATATAA AAAGAACTTG 
ATATCAAACA TCAGTCAGGA AATTCAAATA AATGAGATAG ATGAAGATTA GGGATTCCTT 
GCTTCGTATA ACTTTGATAA GATTTCAGAT TTAATAATCT AAAAAGAATA AAAAGATCCA 
AATTACTTTC CTTTAAATAA ATGTGATACA ATTTCGTCTA TACTTAGTTA ACAAAATAAA 
AATTCTTTAG AATATCTTTC TTTTAAAAAG CTTTAGGAAA ATTAGATTTC AATTGAATCT 
TAAAGAAAAT TTAAAAAGTT ATTTTAGAAA ATTAGCTAAT AATATGTTGA AGATTCTGAG 
CTATCTCAAT AGTTATAAAA AGAAGCAGAG TTATGTTCTA ATGACAAAGA AAAATTGCGT 
TAGATCTTAT TAAAGAAAGA GTATTTAGAT ATAATAGAAA AAAATTAAGA GCAAGAGCAC 
ATGATATATC TATTGAGCGA TCCTATTAAT TCTAATTAAA ATAAAACTCA GAACAACAAA 
TTTTATTCCT AAACTACAAG GAACGCTAAA GATTCTCAGA AAAAATTTTC TTTTGAATAA 
ATAACCAAAT TAAGATCAAT AACGAAGCAA GAATAAACAG AAGTAGATCA AGATCAATTT 
TAATATGAAA TTTATAAGCA AAATTAATAT TTTAAAAAAG AGTGTATGAT AAAATTCCCT 
GATTATTGCT CATAGCTGAA AAATATTAAA TAAATTTAAA AAAACGGAGA AAAAACTATA 
AAAATTCACA AAGATATAGA TAAAATATTG CATGAAATGA GCTTAAAAAA GAAACCCATA 
TTGTCAAAAG AGCAAAAGCT ATAAAAACTA TAAGAAAACT CTCTAGTCCT TAAAGAAAAA 
ACTTTGAAAG CAATACTAAC AAGCGAAGAT TTATTGAGAC AAAAGATAAG CAAATACTAA 
GAATAATTAG ATAAAAGAAG AAAAAGTTTT ATAGAAATTC TTTAATAAAA ATAAGAACTG 
AATAAGTATT TACAGACAAA AAAGAAAAAT TTAATTACTT TATTAACAGC AGAATAAATT 
TTAAAGTTGT TTGGTGATTT AAAATATCAT GCATTAGAAA GGAAAAAAAA TATGTTTAGA 
AAAAATTTAT GTGCAACATA AATTCAGAGC ATTTAAAAAT TTATTTTGTG GTGTCAACAT 
TAGCAACTAT CTTAAATTAG AATTTACTCT GATAAATGGG ATCACTATAT GACTTCTACC 
TTTAAATTAT AAGATAACGA AATTACCAGG ATGATCAAGT CACAATTTAA ATTTGGTGGA 
CAGTAATCAT TTGAAGTAAG CAAGATTAGT GCAGAGGAAA CACAATTAAA TGCTTAACGA 
TCTTCTATTT TGCCAGCAAG CTCTTTTGAC TTCAAATAAT TTAAATAAAA TAAGTCTATT 
TAAAAGCTTT TAAATATAGG AATTAATGAA GCAAAATAAT TTACTCAAAA TAATTTGAAA 
ATAATACCTA ATATTATGTC CATCACTAAT GATTACAGTA ATTAAATGTA TATAGATCCT 
GATTAGTTAA AAAGTGCAAA TGATTAAACA AATACTTAGA CTCAAAAGCA TATTCTAAAA 
GGAAATAGAT CGAATACATC ATTTACTTAG CAGTTTGCTT AAAGTTTAGT TTAATCTCAG 
AGCGAAATAC TTCTTCCTTT TACAGTTCAC AGGGATCTTT TTATATTGCC TCCTAACTTT 
AAAATAAAAT ATGGCAGCGA AGAAATACAT TAGAGGATTA ACTAAAAAGC AGTTAAATTG 
GAATTAGACC TTAAAATCAA ACTTATTAAA TAACACATAA AAAAGTAAAC GAAAGAATTC 
TATGATAAAC TTAAAGTGTA TAAAGCAAAT CTAGAGTAGT TTGTGCTGTA GAATAAAAAG 
ATCGTTAATT TGTAAAGAAC TGAGTTAATG ATTAAAACTA ATAAAGAGCA ATTAAGTAAA 
TTACAAAAGA GAGAGGAAGT GTAGTACACA CAAAGAATTT AAAGACTAAG AATGAAAAGA 
CCTATGACAA GGGATAAAGA GTTATTTATT AAAGACCACT TGCCTTTTGG TTCAATAGTA 
TCTCAGATTG CTGCAAATAT GTCTGAAGCA CCAACCAGAC CTAAGCTCAA ATATTCTTTA 
ACAAACAAAC AATTTGAAGA ATATTTTAAA AGCTATTATA GCGAATTTGT TAAGAAGTAT 
AACTAATTAT GCCTAGATGA AAGAATTAAA TCCCATTAAA ATAATAATAT TAATAATAAT 
AATAGAAATA AATCTAATAA AGAGTTATGA

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

RefSeq	XP_001026413.3
CDS	1..5070
Translation	MTTRTLPQQECLEKIKSQNRIFYHIPDENVNEDKKEKIKRNFSYPSMSDEGEEKRAKNKSIRKKFRNVNCGDFAVVLDKNGAWSFGAGIDGLGINEKIRILKLKAVNLKSKVNFDVSCGKNVLAVDENGKLYCWGNISYKCGISVKNQEELFPLSITDEVLIKAKLAHKKRSRIFSMSFSALISSQQKLLNDLLYDYPKVSLVSAGTNFSFCGVLDNKHIVCFGLNNNKMGIGKEKEIIEPIMPFFNLKVYLVAKITVLLGIIKARFILGEILNALMRQEIQKTPKKVEQLKEEFIIVCCTFKETVALTRDGYLYTWGIGNASDKFVDTGKKPKSNSEEYRPILFDIKINDVNFIKISGKYSHCAAIDKFGRLFTWGDNSECLGHPDLRKTLKQDEFYIFDVEPKLVEFLNYFILDVDCGLNFTTVVCASKKFKLTESKYYRYIKFVSELKGIDLIRYTKRKATIYNSLERKGSSSRNRSSVFSPKI*NPETPKSLAKYNSS*KFNFDEIISNKSPKGFANSDSNYIASINKLNEPINTSNLNFNAIKNYESQASQEANFSLYSLPDVASSTSINRIDINNTTVSNKSNNKNHYYFGSKNKINLDKNNIYSSNIHSLTSRHKKLIDLINKSAHDMKPKDYFSTDKKTKFGLMMQIEETKTVETTKSNTKIGTNDIGEKYTQSITMKSQDLKDYSKHKTIKNVLFSIDSKDDISTARKTSFNLNDTGLEFVIKKTEENNLPNSRSINKSFETMKFYENSEKNEVLEKINNQNLNQNKSIKMYINKNRISSFYSTRSFAEKKEEESEVLEYLSRCWKTDEREKLIKKFKEIHQKLKEELNSRYKKNLISNISQEIQINEIDEDGFLASYNFDKISDLIIKEKDPNYFPLNKCDTISSILSQNKNSLEYLSFKKLENISIESRKFKKLFKISYVEDSELSQLKEAELCSNDKEKLRILLKKEYLDIIEKNEQEHMIYLLSDPINSNNKTQNNKFYSTTRNAKDSQKKFSFEITKLRSITKQETEVDQDQFYEIYKQNYFKKECMIKFPDYCSLKNIKIKNGEKTIKIHKDIDKILHEMSLKKKPILSKEQKLKLENSLVLKEKTLKAILTSEDLLRQKISKYELDKRRKSFIEIL*KELNKYLQTKKKNLITLLTAEILKLFGDLKYHALERKKNMFRKNLCATIQSIKFILWCQHQLSIRIYSDKWDHYMTSTFKLDNEITRMIKSQFKFGGQSFEVSKISAEETQLNARSSILPASSFDFKFKNKSIKLLNIGINEAKFTQNNLKIIPNIMSITNDYSNMYIDPDLKSANDTNTTQKHILKGNRSNTSFTQFASLVSQSEILLPFTVHRDLFILPPNFKIKYGSEEIHRINKAVKLELDLKIKLIKHIKKTKEFYDKLKVYKANLEFVLNKKIVNLRTELMIKTNKEQLSKLQKREEVYTQRIRLRMKRPMTRDKELFIKDHLPFGSIVSQIAANMSEAPTRPKLKYSLTNKQFEEYFKSYYSEFVKKYNLCLDERIKSHNNNINNNNRNKSNKEL

Target ORF information:

RefSeq Version	XM_001026413.3
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_001026413.3

ORF Insert Sequence:

ATGACTACAA GAACTTTACC ACAACAAGAG TGCTTAGAGT AGAAAATAAA ATCTCAAAAC 
AGGATATTTT ATCACATTTA ACCTGATGAA AATTAAGTAA ATGAGGACAA ATAAAAAGAA 
AAAATAAAAA GGAACTTCTC TTATTAGCCT TCTATGTCAG ATGAAGGTGA GGAGAAAAGA 
GCTAAGAATA AATCCATAAG GAAAAAATAA TAATTTAGAA ATGTTAATTG CGGATAAGAC 
TTTGCAGTTG TTTTAGATAA AAATGGATAG GCATGGAGTT TTGGAGCTGG AATTGATGGA 
TAATTAGGAA TAAACGAAAA AATAAGAATT TAATTAAAGT TAAAAGCTGT AAATTAACTA 
AAATCAAAAG TTAATTTCTA AGATGTGAGT TGTGGATAGA AGAATGTACT TGCAGTTGAT 
GAAAATGGCA AATTATACTG TTGGGGAAAT ATCTCTTAAT ACAAATGTGG AATTAGTGTT 
AAATAAAATC AAGAAGAATA ACTATTTCCA TTAAGCATAA CTGATGAAGT GTTAATAAAA 
GCTAAACTTG CTCATAAAAA AAGATAATCA AGAATATTTT CTTAAATGTC ATTTTAATCA 
GCATTAATAT CATCCCAACA AAAATAATTG CTAAATGATT TATTATATGA TTACCCTAAA 
GTATCTTTAG TTTCAGCAGG TACGAATTTT TCGTTTTGTG GAGTTTTAGA CAATAAGCAC 
ATAGTTTGTT TTGGTCTGAA TTAAAATAAT AAAATGGGAA TAGGCTAGAA GGAAAAGGAG 
ATAATTGAAC CTTAGATAAT GCCATTTTTT AATTTGAAGG TATATCTTGT AGCAAAGATC 
ACTGTGCTGC TTGGGATAAT TAAGGCTAGG TTTATACTTG GGGAGATCCT CAATGCATTG 
ATGAGACAAG AAATACAGAA AACACCAAAG AAAGTTGAAC AATTAAAAGA AGAATTTATT 
ATTTAAGTTT GTTGCACATT TAAAGAGACA GTTGCTTTGA CTAGAGATGG ATACTTATAT 
ACTTGGGGTA TAGGAAATGC TTCTGATAAA TTTGTAGACT AAACTGGAAA AAAGCCAAAA 
TCATAAAATT CAGAAGAATA TAGGCCCATT TTATTTGATA TCAAGATTTA AAATTAAGAT 
GTTAATTTCA TTAAGATTTC TGGAAAATAC TCTCATTGTG CAGCTATAGA TAAGTTTGGA 
CGACTCTTTA CTTGGGGAGA TAATTCTTAA GAATGTTTAG GTCATCCTGA TCTAAGAAAA 
ACTTTAAAAC AAGATGAATT TTATATTTTT GATGTTTAAG AACCTAAATT GGTTGAATAA 
TTTCTAAATT ACTTTATCCT AGATGTTGAC TGTGGACTTA ACTTTACAAC AGTTGTTTGT 
GCTTCAAAAA AATAATTTAA ACTTACTGAA TCAAAATACT ATTAAAGATA CATAAAGTTT 
GTTTAATCAG AATTAAAAGG TTAAATAGAT TTAATTAGGT AGTACACTAA AAGAAAAGCT 
ACTATATATA ATAGTTTAGA AAGGAAAGGC TCCTAGAGCT CAAGAAATAG ATCTAGTGTT 
TTTAGTCCGA AAATTTAATA AAATCCAGAA ACTCCTAAAT CATAGTTGGC AAAATATAAT 
TCTAGTTAAT AAAAGTTTAA TTTTTAAGAC GAATAAATAT AAATATCAAA TAAATCACCA 
AAAGGATTTT AAGCTAATAG TGATTCATAA AATTATATAG CTTCTATTAA TAAATTAAAT 
GAACCTATCA ACTAAACAAG CAACTTAAAT TTTTAAAATG CAATAAAAAA TTATGAAAGT 
TAGCAAGCCT CTTAACAAGA GGCTAATTTT TCTTTATATT CCTTATAACC ATAATAAGAT 
GTAGCATCTT CAACATCAAT ATAGAATCGT ATAGATATCA ATTAAAATAC TTAAACTGTA 
AGCAATAAGT CAAACAACTA AAAAAATCAT TATTATTTTG GAAGCAAAAA TAAAATTAAT 
CTTGATAAAA ACAACATTTA TTCTAGTTAG AATATTCATA GCTTAACATC AAGACACAAA 
AAATTAATTG ATCTGTAAAT TAATAAATCA GCTCATGATA TGAAATAATA ACCTTAAAAA 
GATTATTTCA GCACAGATAA GAAAACTAAA TTTGGCTTGA TGATGCAATA AATAGAGGAA 
ACTAAAACTG TTGAGACAAC ATAAAAATAA TCATAAAATT AAACTAAAAT CGGAACCTAA 
AATGACATTG GTGAAAAATA TACATAACAA TCAATAACTA TGAAAAGTCA AGATTTAAAA 
GACTATAGTA AACATAAAAC TATCTAGAAG AATGTTCTTT AATTCTCAAT TGATTCGAAA 
GATTAAGACA TATCAACTGC TAGAAAAACT TCTTTCAATT TGAATGACAC AGGATAGTTA 
GAGTAATTCG TTATAAAAAA AACTGAAGAA AATAACTTGC CTAATTCCTA AAGATCAATA 
AACAAGTCTT TTGAATAAAC CATGAAATAG TTTTATGAGT AAAATTAAAG TGAATAAAAA 
TAAAATGAAT AAGTTTTAGA AAAAATTAAT AATCAAAATC TTAACTAGCA AAATAAATCT 
TAAATTAAGT AAATGTATTA AATTAATAAA AATAGAATAT CATCATTCTA CTCAACGAGA 
AGCTTTGCTG AAAAAAAAGA AGAATAAGAA TAATCAGAAG TTTTAGAATA TTTGAGCAGG 
TGTTAATGGA AAACAGATTA AGAAAGAGAA AAGTTAATTA AAAAGTTTAA AGAGATTTAA 
CACTAACAAA AACTAAAAGA AGAACTTTAA AATTAGAGTA GGTAATATAA AAAGAACTTG 
ATATCAAACA TCAGTCAGGA AATTCAAATA AATGAGATAG ATGAAGATTA GGGATTCCTT 
GCTTCGTATA ACTTTGATAA GATTTCAGAT TTAATAATCT AAAAAGAATA AAAAGATCCA 
AATTACTTTC CTTTAAATAA ATGTGATACA ATTTCGTCTA TACTTAGTTA ACAAAATAAA 
AATTCTTTAG AATATCTTTC TTTTAAAAAG CTTTAGGAAA ATTAGATTTC AATTGAATCT 
TAAAGAAAAT TTAAAAAGTT ATTTTAGAAA ATTAGCTAAT AATATGTTGA AGATTCTGAG 
CTATCTCAAT AGTTATAAAA AGAAGCAGAG TTATGTTCTA ATGACAAAGA AAAATTGCGT 
TAGATCTTAT TAAAGAAAGA GTATTTAGAT ATAATAGAAA AAAATTAAGA GCAAGAGCAC 
ATGATATATC TATTGAGCGA TCCTATTAAT TCTAATTAAA ATAAAACTCA GAACAACAAA 
TTTTATTCCT AAACTACAAG GAACGCTAAA GATTCTCAGA AAAAATTTTC TTTTGAATAA 
ATAACCAAAT TAAGATCAAT AACGAAGCAA GAATAAACAG AAGTAGATCA AGATCAATTT 
TAATATGAAA TTTATAAGCA AAATTAATAT TTTAAAAAAG AGTGTATGAT AAAATTCCCT 
GATTATTGCT CATAGCTGAA AAATATTAAA TAAATTTAAA AAAACGGAGA AAAAACTATA 
AAAATTCACA AAGATATAGA TAAAATATTG CATGAAATGA GCTTAAAAAA GAAACCCATA 
TTGTCAAAAG AGCAAAAGCT ATAAAAACTA TAAGAAAACT CTCTAGTCCT TAAAGAAAAA 
ACTTTGAAAG CAATACTAAC AAGCGAAGAT TTATTGAGAC AAAAGATAAG CAAATACTAA 
GAATAATTAG ATAAAAGAAG AAAAAGTTTT ATAGAAATTC TTTAATAAAA ATAAGAACTG 
AATAAGTATT TACAGACAAA AAAGAAAAAT TTAATTACTT TATTAACAGC AGAATAAATT 
TTAAAGTTGT TTGGTGATTT AAAATATCAT GCATTAGAAA GGAAAAAAAA TATGTTTAGA 
AAAAATTTAT GTGCAACATA AATTCAGAGC ATTTAAAAAT TTATTTTGTG GTGTCAACAT 
TAGCAACTAT CTTAAATTAG AATTTACTCT GATAAATGGG ATCACTATAT GACTTCTACC 
TTTAAATTAT AAGATAACGA AATTACCAGG ATGATCAAGT CACAATTTAA ATTTGGTGGA 
CAGTAATCAT TTGAAGTAAG CAAGATTAGT GCAGAGGAAA CACAATTAAA TGCTTAACGA 
TCTTCTATTT TGCCAGCAAG CTCTTTTGAC TTCAAATAAT TTAAATAAAA TAAGTCTATT 
TAAAAGCTTT TAAATATAGG AATTAATGAA GCAAAATAAT TTACTCAAAA TAATTTGAAA 
ATAATACCTA ATATTATGTC CATCACTAAT GATTACAGTA ATTAAATGTA TATAGATCCT 
GATTAGTTAA AAAGTGCAAA TGATTAAACA AATACTTAGA CTCAAAAGCA TATTCTAAAA 
GGAAATAGAT CGAATACATC ATTTACTTAG CAGTTTGCTT AAAGTTTAGT TTAATCTCAG 
AGCGAAATAC TTCTTCCTTT TACAGTTCAC AGGGATCTTT TTATATTGCC TCCTAACTTT 
AAAATAAAAT ATGGCAGCGA AGAAATACAT TAGAGGATTA ACTAAAAAGC AGTTAAATTG 
GAATTAGACC TTAAAATCAA ACTTATTAAA TAACACATAA AAAAGTAAAC GAAAGAATTC 
TATGATAAAC TTAAAGTGTA TAAAGCAAAT CTAGAGTAGT TTGTGCTGTA GAATAAAAAG 
ATCGTTAATT TGTAAAGAAC TGAGTTAATG ATTAAAACTA ATAAAGAGCA ATTAAGTAAA 
TTACAAAAGA GAGAGGAAGT GTAGTACACA CAAAGAATTT AAAGACTAAG AATGAAAAGA 
CCTATGACAA GGGATAAAGA GTTATTTATT AAAGACCACT TGCCTTTTGG TTCAATAGTA 
TCTCAGATTG CTGCAAATAT GTCTGAAGCA CCAACCAGAC CTAAGCTCAA ATATTCTTTA 
ACAAACAAAC AATTTGAAGA ATATTTTAAA AGCTATTATA GCGAATTTGT TAAGAAGTAT 
AACTAATTAT GCCTAGATGA AAGAATTAAA TCCCATTAAA ATAATAATAT TAATAATAAT 
AATAGAAATA AATCTAATAA AGAGTTATGA