TTHERM_000823621 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_000823621
Entrez Gene ID	24440811
Full Name	PAS domain S-box protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_012800006.1	XP_012655460.1	PAS domain S-box protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_000823621 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_000823621 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
OTe58536	XM_012800006.1 Latest version!	Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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_000823621 ( XM_012800006.1 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_012655460.1 Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.

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CloneID	OTe58536
Clone ID Related Accession (Same CDS sequence)	XM_012800006.1
Accession Version	XM_012800006.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5331bp) 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	PAS domain S-box 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_002476180). COMPLETENESS: incomplete on both ends.

ATGCTTAAAA ATTTAAAAAA AGAAATATAT CTATACTACA TCTCTGACTT TGGTAGATAG 
CAATATGCTT ATTTAAGAGG CCAACTTTTA TCTTTGCTTT TGATAGTTAT TTGCAACGTT 
TAATCTACTT CTATTTAGCT TACAAGTAAT CTTCTTGATA AAATTGCAAG CGAAAACATT 
AATGAAAGCA ACGATTCGTA GAGCGTTTAT GTGTTCGCAA GTATTGCTCA TTACTTTAGG 
ATTTATCCAT TAATAGGTGC TATTTTCGGG TAATATTCAG AGAAAAAAAT ATTATTTGCT 
TTTATAATTA TTGCAGCAAT ATTTAATAGC CTCATATTGC TCTCTTAGAT ATTTAGATTC 
TTCTTATTCA AGTATAAATT AACTAATAAT AATTTTGCTA AGCTATTTGA CATTATCAAC 
AGCTTTATTT TAAAAGTTTA TGTATTTGTT TTCTATTTTC CATTCAATAC TGCATGCTTT 
TAAGCTATTT TCAGCAGCGA TTCTAGTCTA ACTGAGATTA TATTTTCGAT AATCACATTG 
CTGATGACTC TTTTAATTAG TTTTGTTCAA AATTGGCATG ACTTTAGTTT CAGTTTTGTT 
TTAGATGATT ATATGGCTTC AACTGATACT CACTCGAAAT AACTTGAGCT TATACTAAAT 
ATAATTTTGG TGATTGCTTT TTCTGCTTCA AAATATATAA ACTAAAATGT AATAGCAGCC 
CTTCATATAA CATTTGTGTC AACAAAAATT TCTCTTTAGA TTATCGAGCT TGTCTATTAT 
GATAACTTGA TTATATAGAC TCATTTATAA TTTAAATTTA TTCATGCTTT TAACGCAATC 
ATTTTTTGTC TCTCATTTAA TTTCCCTCAT ATGTTTAATG GAACTTAGCT ACTAGTGTCA 
ATTCTTTTGA CTCTTCCTTT TTCCTATATT ATGGCAAAAT ATCTTCTATT CCATCGTATA 
AGTGACCTTG CTCTAAGAAA AAAGAATTAC ACTACTTTAG AACAAATAAA TTTACATATT 
AGAACTGCTT TCTTTATGGT TAAACACCTA GAAATGCATG ATTACACTGA TCTAAGAAGA 
TCTGTTCTTT ACGAAAGTAT TTATTAAAAT CATTATTATA CCTGCTCAAG GAAAGATTGT 
TTTTGTGAGC AATTAATCAG AGAAGATGGT TTCTCTTGGG AGGAGCTTTA AGGATTTGCA 
TATAGGGATT AGTTCATCTC TTAGTATTTC GCACAAATGT ATTCAGATTA CTTAAACAAA 
ATCAAAGCAA CTAAATAACA ATAGATTAAG GAATACAATT AGACTTGCTT TAATTACTTA 
ACATTTTTGA TTGAAGTTGT TAATGTTCCA ACAAGTGCTC TAGTGGAAGT GGTTTAGATA 
TCGAACATAG AAAAAAAAAC AGCTTCAATT AAAGATTAAA TGGTGTATTA ATAAATTTAT 
GATCATGGTG AAAAAATATT TTACAATTTT TTCAATAATC CTACAATTTA CAATCAAAAG 
CTCTAACTCA ATAAAGTTTT AGAATTTGAT TAACTTTTTT TAAATACGCA ACAAAGCTTG 
AAATAGAGCT TAATATTATT GAGAGGAATG CTAATAAATC TTTGTAAAGA GCATGTTGAT 
ATCTCTAAGA TTAACGAGCA AGTTTTAAAA ATCAAAGATC TAAAAGAGTA GATTTAGTAA 
ACTATTTAAA AAATGTACAG TTACAATCCT TACAGTTCTA GATGCTAATA ACTGGCAGAA 
ATATTTTCAA AATGTTTAGA TTTGCATAAT AAAAAACCTC AGCAATATTA AAAAGAAGCT 
ATTTATTGGA ATAGAAAGCA TCAAAACATG CAAACAAATA TTGATAAAGA GGTTCCCATA 
TTTTCTTAGG AAGCTTGTGT TGTTTATATT TCTTTGATTT AGCCCATAGG AATAATAAAA 
AACGCAAGCT ATAGTGTTTA ATCAATGTTT GGATATACTT CTTAAGAATT ATTGAATAAA 
AACTGCAATG TCTTGATCCC AGATTAGCTT AAGCTTGTTC ATGACAAAAT ATTAAATAGA 
TTTGTTACAA GTGGATAAAT GAATGGCATA AACGCAGGAC AATTATAAGT TTTTGGAATT 
AATTAAAATG GGTTTGCAAT TCCTGTAAAT TTAAGGATTA GGCTAGACTA ATCTCAAGCT 
GATGATTTCG GAGCTAGCGC ATTTTTTACC TATCAAAATA ACCAAAGCTC TGAGTTCATA 
GTTTTTTCTC AATAAGGAAA CATTTCTAAT TTTACAAAAA AAATTTATGT TGATTTATTT 
TCTGGCATCA TATCAGAAGC AGAACTTAAT TTATGCCAAA GATTAGATTT ATTTAAGATT 
TTACCTATAC TATAGAATCA TTTCTAACAA ATGAGTAAAG GCTAAACTTT AACGATAGAA 
CATAACTCAA TCTTAATAAG TCCTATAAAT GAGAAGGGTT TTAAAGCTTT ATGCTACTAA 
TCCAATAAAC CTTTTAATAG TATTTATGAT TTTTTATCCC TATGTAAAAA GCTTAATAAT 
AAAGATTTCA AATTTCATTC AGTTACATTT AAAGCTGGAA AACTGCAAAC ATCCTACAAA 
GGCTTTGGAT TAGGGTATAT TTAAGTAGAT AATCTGTAGC TTTTAAAGAA AAAATCAGAA 
ATAAAAGCCC ATTTAAAAGA TATTAGCATC TAATTTGATA AAATCAAATA GTATTTAGAG 
CTAGATTAGG ATATTTAAAA CCTAAATAAT AGTACTTCTT TGACGAATTT ACAAGCTGCA 
CCTCAAAAAA CGCCAATAAT AAGCAGCTAG AATTTAAAAT TGGACTAAAA TGCTGTCAAA 
AATATATTGT CTCCTAAAGT AGTGACAAAT ACAAAAAGGC AGAGCTTTTC TACCCAAACT 
TCAAGGAAAT CTCTGTTTGG AATTTAAAAG AATCTAAGCC CATTTGACTT TGGAAGCTGT 
GAAGATCATG CAGAGGCTTT AAATTAAAAA GAGCCAACTC ATAATTAGTT TACATTCAAT 
CATCTTTTAA ATACAAATAG AAAGCTTCTG AATGGTTAGC AAGATAAATG TTTAAATAAC 
CATGAAATGT TAACAGATCA GTCCGTTGAG TATCAAGCTA ATTTTATAAG CTCACCAATG 
TCTAGTAGAA ATTATTATCA GCACAACACT TTAGTTGAAA GTAAACTTTT TTAGTCTAAC 
AACGAAGCAA TATTTGAAGC AGAGGAATAA GATGACTATT AGGATAATCC AGCTGATATT 
TTAGAAAATA TGTTTAGTAC AAAAAGTGAA GTTGAAGAAA CTTAATAAGA CAATTCATTT 
AATTATGAAG TTCCTTAAAA TTAAACAAAG AATTTTAACA AATTAGATAA GTATTAAAAA 
ACATAGTATA AATATTAAAA TAAAGCGGAT TTATAAAGCT TTTCTTAAAA TTAGATAGGA 
AAATGTTCGA AAAATAAAAA TAATACAAAG AATCAAAGCT AACAGATGAA TGGATTGGTA 
AACAATGATT AAAATTAATC AAGCTCAGTG AATAGTACTA TGAGTGAATT TCATACATTA 
AAATTAACTC TTCTAAGAGC TATTTCTAGA AATCATAAGA ATAAAGCATT GAGATTCCTT 
TATTTCACTG GCTTTTTCAA AATAATTGTT CTTATTATAC TTGCTACTTT CTTATATACT 
TACCAATATT CCACACTTAA TTACATTAAT ATACTGAATT AGAATTTAGT GAAAGGATAT 
GAAATTATGA ATGAATTTGT ATCTATTATA GCACATACAG AATATATCAA AATGTATAAC 
AAAGGAATTA TATAAAATAC CTTACAGTAG AGTTAGTTAC ATGCTGTATT AGCTGAGCCC 
TTAGTAATTT AATAATAATT CAAAGACACT GTGAGTGATC TTGAGAACTA TGATAGCGAA 
ACATGGTATG GGTAGTATAT TAGATCTTAA TAATAATAAA TCATAGTCTT CAATCAAAGA 
AATATATCTT CAACAATGGA TCTAAAAATG ATCTTCTCAT TCGTTTCTAT GGCTGAAAAT 
CTTTATATGT ATTCACAGTA GTAAACAGAA ACTTCTTTGC GCTACATCCA TTACAATTAA 
AAAGATAACA TTCGGATTTT TCAAAATATG GCAGACTTGT AAAAGTAAGA AATGGATAGT 
GAGATAAATA CAATAAAATC TTTCTAAGTA ACATAGATAA TTGTTCTTGA AATTTTTACT 
CTTCTGATGG CAATTTAGGT TATTCCAATT TATTACTATA TCCAGTATAA AAAGGAGTAA 
ATACTTAAAC TTTTCTGCAC TTTTTAGCCT AATTAATTAG TAGAAAGAAT TGAAGCAATA 
GAATATTATG CTTCTAAAGA AGTTCTATCT AATAATTAAG ATTAAATTTT TACTGTATAA 
GATACTCATA GTATGAAAAA GAGAACAATA TCTTCAACAA ATGAGCTATA AAAGATGAAT 
ATTAAGATGC TTTCAATAGT TTTAATAATT TTTTGTTTCT ATTCAATTTA TCCAATAATC 
AACTATACTA TTTCAAATAA ATTTATTGAC GAATACAGTT TTACTTCTAA TGAGCTGAGC 
CTAATTTACT CATTTAGAGG TAAAGCTCCA CTAATATTGG CATTTAATTT CCTTAGATAA 
ACTGCAACGT ATGAATAGCG TCCTGATATT ATTTTATAAG GGCTAGATGA GTAGATAGAA 
ATTACTTAAA ATTATATTTC AAATACAACA AATAAGATTG TTTAATCATT GAAAGACTCA 
TCAAACTAAA ATCTGATTTA TGATTAAACT CTTCATAGAT CAATTGTTGA AACTTCAATG 
AATTAAGATA TATGTAGTCC GTTATAAAAT TACTAAAAGA ATTACTTAGA TAATTAATAT 
TAAATAGATC TATCAGATTG TTCAACAATC TAAAACGGTA TTTGGAACAA AGGATATCTT 
CTTGGTCTCT AATCTCTTAT TAATACCTTA ATTGATTTTT AGCAATTGTA CAAAGTTTCT 
TAAACAAATG ATGAATTTAT TTCTTCTCTT TAATCTTATT ACAAAGAGTA TAATGGAGAA 
TAATATATCA AAGTTTACTA GTACATCAGA ATCGTACCAT TATTAATTGG AAAATTTATT 
ATAGATGAAA CCAATTAATT TTTTAATTTA TACTCTTCAT ACTCTTTAGG AATTTTTTCA 
TTTATTGTAA TAGTAGCTTC AATAACATTC TTAATTCTCT GGAATTTGTA TTATAGATAT 
TTAGTAAACA GCTTTTATGA CACAAGATAA ATATATAACT TATTCCCATA TGAATTCATT 
TATTAAAATC CTTATATGTA TAATTATGTA AAAAAAGAGT ATTCTATTTG A

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

RefSeq	XP_012655460.1
CDS	1..5331
Translation	MLKNLKKEIYLYYISDFGRQYAYLRGQLLSLLLIVICNVSTSILTSNLLDKIASENINESNDSSVYVFASIAHYFRIYPLIGAIFGYSEKKILFAFIIIAAIFNSLILLSIFRFFLFKYKLTNNNFAKLFDIINSFILKVYVFVFYFPFNTACFAIFSSDSSLTEIIFSIITLLMTLLISFVQNWHDFSFSFVLDDYMASTDTHSKLELILNIILVIAFSASKYINNVIAALHITFVSTKISLIIELVYYDNLIITHLFKFIHAFNAIIFCLSFNFPHMFNGTLLVSILLTLPFSYIMAKYLLFHRISDLALRKKNYTTLEQINLHIRTAFFMVKHLEMHDYTDLRRSVLYESIYNHYYTCSRKDCFCEQLIREDGFSWEELGFAYRDFISYFAQMYSDYLNKIKATKQIKEYNTCFNYLTFLIEVVNVPTSALVEVVISNIEKKTASIKDMVY*IYDHGEKIFYNFFNNPTIYNQKLLNKVLEFDLFLNTQQSLKSLILLRGMLINLCKEHVDISKINEQVLKIKDLKEITIKMYSYNPYSSRC*LAEIFSKCLDLHNKKPQQYKEAIYWNRKHQNMQTNIDKEVPIFSEACVVYISLIPIGIIKNASYSVSMFGYTSELLNKNCNVLIPDLKLVHDKILNRFVTSGMNGINAGQLVFGINNGFAIPVNLRIRLDSQADDFGASAFFTYQNNQSSEFIVFSQGNISNFTKKIYVDLFSGIISEAELNLCQRLDLFKILPILNHFQMSKGTLTIEHNSILISPINEKGFKALCYSNKPFNSIYDFLSLCKKLNNKDFKFHSVTFKAGKLQTSYKGFGLGYIVDNLLLKKKSEIKAHLKDISIFDKIKYLELDDINLNNSTSLTNLQAAPQKTPIISSNLKLDNAVKNILSPKVVTNTKRQSFSTQTSRKSLFGIKNLSPFDFGSCEDHAEALNKEPTHNFTFNHLLNTNRKLLNGQDKCLNNHEMLTDQSVEYQANFISSPMSSRNYYQHNTLVESKLFSNNEAIFEAEEDDYDNPADILENMFSTKSEVEETDNSFNYEVPNTKNFNKLDKYKTYKYNKADLSFSNIGKCSKNKNNTKNQSQMNGLVNNDNSSSVNSTMSEFHTLKLTLLRAISRNHKNKALRFLYFTGFFKIIVLIILATFLYTYQYSTLNYINILNNLVKGYEIMNEFVSIIAHTEYIKMYNKGIINTLQSLHAVLAEPLVI**FKDTVSDLENYDSETWYGYIRS**IIVFNQRNISSTMDLKMIFSFVSMAENLYMYSQTETSLRYIHYNKDNIRIFQNMADLKEMDSEINTIKSFVTIIVLEIFTLLMAIVIPIYYYIQYKKEILKLFCTFPNLVERIEAIEYYASKEVLSNNDIFTVDTHSMKKRTISSTNELKMNIKMLSIVLIIFCFYSIYPIINYTISNKFIDEYSFTSNELSLIYSFRGKAPLILAFNFLRTATYERPDIILGLDEIEITNYISNTTNKIVSLKDSSNNLIYDTLHRSIVETSMNDICSPLNYKNYLDNYIDLSDCSTINGIWNKGYLLGLSLINTLIDFQLYKVSTNDEFISSLSYYKEYNGEYIKVYYIRIVPLLIGKFIIDETNFFNLYSSYSLGIFSFIVIVASITFLILWNLYYRYLVNSFYDTRIYNLFPYEFIYNPYMYNYVKKEYSI

Target ORF information:

RefSeq Version	XM_012800006.1
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.

Target ORF information:

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

XM_012800006.1

ORF Insert Sequence:

ATGCTTAAAA ATTTAAAAAA AGAAATATAT CTATACTACA TCTCTGACTT TGGTAGATAG 
CAATATGCTT ATTTAAGAGG CCAACTTTTA TCTTTGCTTT TGATAGTTAT TTGCAACGTT 
TAATCTACTT CTATTTAGCT TACAAGTAAT CTTCTTGATA AAATTGCAAG CGAAAACATT 
AATGAAAGCA ACGATTCGTA GAGCGTTTAT GTGTTCGCAA GTATTGCTCA TTACTTTAGG 
ATTTATCCAT TAATAGGTGC TATTTTCGGG TAATATTCAG AGAAAAAAAT ATTATTTGCT 
TTTATAATTA TTGCAGCAAT ATTTAATAGC CTCATATTGC TCTCTTAGAT ATTTAGATTC 
TTCTTATTCA AGTATAAATT AACTAATAAT AATTTTGCTA AGCTATTTGA CATTATCAAC 
AGCTTTATTT TAAAAGTTTA TGTATTTGTT TTCTATTTTC CATTCAATAC TGCATGCTTT 
TAAGCTATTT TCAGCAGCGA TTCTAGTCTA ACTGAGATTA TATTTTCGAT AATCACATTG 
CTGATGACTC TTTTAATTAG TTTTGTTCAA AATTGGCATG ACTTTAGTTT CAGTTTTGTT 
TTAGATGATT ATATGGCTTC AACTGATACT CACTCGAAAT AACTTGAGCT TATACTAAAT 
ATAATTTTGG TGATTGCTTT TTCTGCTTCA AAATATATAA ACTAAAATGT AATAGCAGCC 
CTTCATATAA CATTTGTGTC AACAAAAATT TCTCTTTAGA TTATCGAGCT TGTCTATTAT 
GATAACTTGA TTATATAGAC TCATTTATAA TTTAAATTTA TTCATGCTTT TAACGCAATC 
ATTTTTTGTC TCTCATTTAA TTTCCCTCAT ATGTTTAATG GAACTTAGCT ACTAGTGTCA 
ATTCTTTTGA CTCTTCCTTT TTCCTATATT ATGGCAAAAT ATCTTCTATT CCATCGTATA 
AGTGACCTTG CTCTAAGAAA AAAGAATTAC ACTACTTTAG AACAAATAAA TTTACATATT 
AGAACTGCTT TCTTTATGGT TAAACACCTA GAAATGCATG ATTACACTGA TCTAAGAAGA 
TCTGTTCTTT ACGAAAGTAT TTATTAAAAT CATTATTATA CCTGCTCAAG GAAAGATTGT 
TTTTGTGAGC AATTAATCAG AGAAGATGGT TTCTCTTGGG AGGAGCTTTA AGGATTTGCA 
TATAGGGATT AGTTCATCTC TTAGTATTTC GCACAAATGT ATTCAGATTA CTTAAACAAA 
ATCAAAGCAA CTAAATAACA ATAGATTAAG GAATACAATT AGACTTGCTT TAATTACTTA 
ACATTTTTGA TTGAAGTTGT TAATGTTCCA ACAAGTGCTC TAGTGGAAGT GGTTTAGATA 
TCGAACATAG AAAAAAAAAC AGCTTCAATT AAAGATTAAA TGGTGTATTA ATAAATTTAT 
GATCATGGTG AAAAAATATT TTACAATTTT TTCAATAATC CTACAATTTA CAATCAAAAG 
CTCTAACTCA ATAAAGTTTT AGAATTTGAT TAACTTTTTT TAAATACGCA ACAAAGCTTG 
AAATAGAGCT TAATATTATT GAGAGGAATG CTAATAAATC TTTGTAAAGA GCATGTTGAT 
ATCTCTAAGA TTAACGAGCA AGTTTTAAAA ATCAAAGATC TAAAAGAGTA GATTTAGTAA 
ACTATTTAAA AAATGTACAG TTACAATCCT TACAGTTCTA GATGCTAATA ACTGGCAGAA 
ATATTTTCAA AATGTTTAGA TTTGCATAAT AAAAAACCTC AGCAATATTA AAAAGAAGCT 
ATTTATTGGA ATAGAAAGCA TCAAAACATG CAAACAAATA TTGATAAAGA GGTTCCCATA 
TTTTCTTAGG AAGCTTGTGT TGTTTATATT TCTTTGATTT AGCCCATAGG AATAATAAAA 
AACGCAAGCT ATAGTGTTTA ATCAATGTTT GGATATACTT CTTAAGAATT ATTGAATAAA 
AACTGCAATG TCTTGATCCC AGATTAGCTT AAGCTTGTTC ATGACAAAAT ATTAAATAGA 
TTTGTTACAA GTGGATAAAT GAATGGCATA AACGCAGGAC AATTATAAGT TTTTGGAATT 
AATTAAAATG GGTTTGCAAT TCCTGTAAAT TTAAGGATTA GGCTAGACTA ATCTCAAGCT 
GATGATTTCG GAGCTAGCGC ATTTTTTACC TATCAAAATA ACCAAAGCTC TGAGTTCATA 
GTTTTTTCTC AATAAGGAAA CATTTCTAAT TTTACAAAAA AAATTTATGT TGATTTATTT 
TCTGGCATCA TATCAGAAGC AGAACTTAAT TTATGCCAAA GATTAGATTT ATTTAAGATT 
TTACCTATAC TATAGAATCA TTTCTAACAA ATGAGTAAAG GCTAAACTTT AACGATAGAA 
CATAACTCAA TCTTAATAAG TCCTATAAAT GAGAAGGGTT TTAAAGCTTT ATGCTACTAA 
TCCAATAAAC CTTTTAATAG TATTTATGAT TTTTTATCCC TATGTAAAAA GCTTAATAAT 
AAAGATTTCA AATTTCATTC AGTTACATTT AAAGCTGGAA AACTGCAAAC ATCCTACAAA 
GGCTTTGGAT TAGGGTATAT TTAAGTAGAT AATCTGTAGC TTTTAAAGAA AAAATCAGAA 
ATAAAAGCCC ATTTAAAAGA TATTAGCATC TAATTTGATA AAATCAAATA GTATTTAGAG 
CTAGATTAGG ATATTTAAAA CCTAAATAAT AGTACTTCTT TGACGAATTT ACAAGCTGCA 
CCTCAAAAAA CGCCAATAAT AAGCAGCTAG AATTTAAAAT TGGACTAAAA TGCTGTCAAA 
AATATATTGT CTCCTAAAGT AGTGACAAAT ACAAAAAGGC AGAGCTTTTC TACCCAAACT 
TCAAGGAAAT CTCTGTTTGG AATTTAAAAG AATCTAAGCC CATTTGACTT TGGAAGCTGT 
GAAGATCATG CAGAGGCTTT AAATTAAAAA GAGCCAACTC ATAATTAGTT TACATTCAAT 
CATCTTTTAA ATACAAATAG AAAGCTTCTG AATGGTTAGC AAGATAAATG TTTAAATAAC 
CATGAAATGT TAACAGATCA GTCCGTTGAG TATCAAGCTA ATTTTATAAG CTCACCAATG 
TCTAGTAGAA ATTATTATCA GCACAACACT TTAGTTGAAA GTAAACTTTT TTAGTCTAAC 
AACGAAGCAA TATTTGAAGC AGAGGAATAA GATGACTATT AGGATAATCC AGCTGATATT 
TTAGAAAATA TGTTTAGTAC AAAAAGTGAA GTTGAAGAAA CTTAATAAGA CAATTCATTT 
AATTATGAAG TTCCTTAAAA TTAAACAAAG AATTTTAACA AATTAGATAA GTATTAAAAA 
ACATAGTATA AATATTAAAA TAAAGCGGAT TTATAAAGCT TTTCTTAAAA TTAGATAGGA 
AAATGTTCGA AAAATAAAAA TAATACAAAG AATCAAAGCT AACAGATGAA TGGATTGGTA 
AACAATGATT AAAATTAATC AAGCTCAGTG AATAGTACTA TGAGTGAATT TCATACATTA 
AAATTAACTC TTCTAAGAGC TATTTCTAGA AATCATAAGA ATAAAGCATT GAGATTCCTT 
TATTTCACTG GCTTTTTCAA AATAATTGTT CTTATTATAC TTGCTACTTT CTTATATACT 
TACCAATATT CCACACTTAA TTACATTAAT ATACTGAATT AGAATTTAGT GAAAGGATAT 
GAAATTATGA ATGAATTTGT ATCTATTATA GCACATACAG AATATATCAA AATGTATAAC 
AAAGGAATTA TATAAAATAC CTTACAGTAG AGTTAGTTAC ATGCTGTATT AGCTGAGCCC 
TTAGTAATTT AATAATAATT CAAAGACACT GTGAGTGATC TTGAGAACTA TGATAGCGAA 
ACATGGTATG GGTAGTATAT TAGATCTTAA TAATAATAAA TCATAGTCTT CAATCAAAGA 
AATATATCTT CAACAATGGA TCTAAAAATG ATCTTCTCAT TCGTTTCTAT GGCTGAAAAT 
CTTTATATGT ATTCACAGTA GTAAACAGAA ACTTCTTTGC GCTACATCCA TTACAATTAA 
AAAGATAACA TTCGGATTTT TCAAAATATG GCAGACTTGT AAAAGTAAGA AATGGATAGT 
GAGATAAATA CAATAAAATC TTTCTAAGTA ACATAGATAA TTGTTCTTGA AATTTTTACT 
CTTCTGATGG CAATTTAGGT TATTCCAATT TATTACTATA TCCAGTATAA AAAGGAGTAA 
ATACTTAAAC TTTTCTGCAC TTTTTAGCCT AATTAATTAG TAGAAAGAAT TGAAGCAATA 
GAATATTATG CTTCTAAAGA AGTTCTATCT AATAATTAAG ATTAAATTTT TACTGTATAA 
GATACTCATA GTATGAAAAA GAGAACAATA TCTTCAACAA ATGAGCTATA AAAGATGAAT 
ATTAAGATGC TTTCAATAGT TTTAATAATT TTTTGTTTCT ATTCAATTTA TCCAATAATC 
AACTATACTA TTTCAAATAA ATTTATTGAC GAATACAGTT TTACTTCTAA TGAGCTGAGC 
CTAATTTACT CATTTAGAGG TAAAGCTCCA CTAATATTGG CATTTAATTT CCTTAGATAA 
ACTGCAACGT ATGAATAGCG TCCTGATATT ATTTTATAAG GGCTAGATGA GTAGATAGAA 
ATTACTTAAA ATTATATTTC AAATACAACA AATAAGATTG TTTAATCATT GAAAGACTCA 
TCAAACTAAA ATCTGATTTA TGATTAAACT CTTCATAGAT CAATTGTTGA AACTTCAATG 
AATTAAGATA TATGTAGTCC GTTATAAAAT TACTAAAAGA ATTACTTAGA TAATTAATAT 
TAAATAGATC TATCAGATTG TTCAACAATC TAAAACGGTA TTTGGAACAA AGGATATCTT 
CTTGGTCTCT AATCTCTTAT TAATACCTTA ATTGATTTTT AGCAATTGTA CAAAGTTTCT 
TAAACAAATG ATGAATTTAT TTCTTCTCTT TAATCTTATT ACAAAGAGTA TAATGGAGAA 
TAATATATCA AAGTTTACTA GTACATCAGA ATCGTACCAT TATTAATTGG AAAATTTATT 
ATAGATGAAA CCAATTAATT TTTTAATTTA TACTCTTCAT ACTCTTTAGG AATTTTTTCA 
TTTATTGTAA TAGTAGCTTC AATAACATTC TTAATTCTCT GGAATTTGTA TTATAGATAT 
TTAGTAAACA GCTTTTATGA CACAAGATAA ATATATAACT TATTCCCATA TGAATTCATT 
TATTAAAATC CTTATATGTA TAATTATGTA AAAAAAGAGT ATTCTATTTG A