TTHERM_00075830 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00075830
Entrez Gene ID	7845823
Full Name	PAS domain S-box protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001015623.3	XP_001015623.3	PAS domain S-box protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00075830 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00075830 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
OTe46450	XM_001015623.3 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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All Other ORF Clones
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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_00075830 ( XM_001015623.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001015623.3 Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.

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CloneID	OTe46450
Clone ID Related Accession (Same CDS sequence)	XM_001015623.3
Accession Version	XM_001015623.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5220bp) 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_002476418). On Jun 9, 2015 this sequence version replaced XM_001015623.2. COMPLETENESS: incomplete on both ends.

ATGATTATGC AAAATAAAAA AATAATTTTT GAAGATATGT CTCAGTTTGA GAGAATCATT 
AATGAGATAA AACTACAATT CTTTACTTTA ATGAATTATA TTGTAGAAGC CAATTTTGTC 
TCTCCTTTTC TCTATAGAAT ATTTATTGTA CTAGAAGCTT GCTAGCTAGC TATTTTTTCA 
ATTCATCCAA GACTTAGCTT TGTATGGAAC AATCAAGTAG TTTAGACGAT TCAAAGTATA 
CTGAAGAACA TTTAATTTTA AGGTATATTG GACAATGGCT AGGGATAAGT AATGGAATCT 
TTAGTTTATT TCTGCTTTGG TATCAATTTT TTTATGCTAT TAATATTTAT TGCGGCAGGA 
ATCGCACTTA GAAAGAAGTA GAAAAACAAA TAAGTGTCAG GATTTGTTAC GTATGGATTG 
AAGCTGTTGT CATTTTTTGG GATACTTGTT AAGACGGTAC AGCCTTTGCC TTTCTTTGAT 
ATTTTTTTGA ATGCAATTGT TTGTCAAAGC AGTAAATTCA CTGATATTTA GTGTTATAGT 
GGATTATACT TCATTTATGT AACGCTATCG GTTATTGGAC TTTTAATATA AATATTCTTT 
AGCTTTGTTT TTAACATGAC AATGATTGAT ATAAATCCAT TCTCAAAGTT AGCTTTTGCA 
ACTCCTCCAA ATTCTATTAC TGAAATTAAA CTTTTGCTTA AATTTATTCT TTGCCTCTAT 
TTTGCTATCG ATTACAAAGC ATAACTCCAA CTCACTCTTA CCATTCTTCT TACTCTTTAC 
TATGTTATAT TTTTGGTGTA AACTTATAAT AAACTGCCTT ATTTTGATTA TACCACTCAG 
AAGGTTCAAA TAGTTATAGA TGTCCTTTTG TTTTGGATAT CATTTTGTGC ATCTGCCTAA 
GCAATACTTA TACCTAGCGG AAACGCTTCA GCCAATAATG TTCCTGCTTT TTATTTGCTT 
ATAGGTATGC CTATGGTAAG TATGATCTAC ATTAATATCC TGAAATATAG AGATAATAAA 
TACATTTAAC TATATCCTGA TGAAATAAAA AAGCCAGATG ATATGGAAAA TTATTCTCTA 
ATTTTAATTT ACCTTATTGA AAACAGGCAT GATAGATCTT GTCTGATTAA GTTGGAAGGT 
ATTTTACGTA TGCATAGTGA AAAATGTAAG GAATCTCCAG AAGTTTGTCC ATGCTCTTTA 
TTGATAGCCA AAGAAGTATA AATAAACGAT GAAGCAAGCC ACATGGAACA TAACTCGTAA 
ACAAAGCAAC ACCTAGAAGA TTAAGAAAAA AAATGGTATC TTTTCCTAAA AAGTGTGATT 
GGTGTCATTC TAAGGAAATA TAATAAATGC TCCTAGCTGC ACTTGTTAAA TGCTTATTTA 
TACCATGAAA AACTAAAATT AAAATTTAAG GCACTCACTG AAATGATGAC ATCTGAGATG 
TTTAAACCTT CAATCCATGA AAAATTCTCA ATGTTTAGAT ACAAATATTT GATCGAACTT 
GATATTATTG AAACTGATAT GAGGAATGAG CAAAACAAAA ATGTTGATGT AAATGGAATT 
GTTCACTTTG AAAACTAACT TGTTGTTTTC ATGAAGTCAA TAGAGAATTC TGTAAGTTTA 
CATTTAGAGT TTTGGAGAGA ATTACTCGAA GAAAGTCCTG ATATCGAAAA GCTTTAGATT 
GTGGGAAGTA GAATTACTAA TACAATTGAA GATGCTAAGA CCTGTTTTAT TAGCTTGTGT 
TCTATTCGCT AAAACAATAT TAGATCATTG CTCATCTATG GTAATTTTAT AAAGGAAGTT 
GTTAATGACG AAATAGAAGC TTAAGTGTAT CTAGAAAAAG CAGCTTACGT TAGCAAGAAC 
ACAGTTGTTA ATAAATAATT TGCTGATAAT GAAAATATGA AATATAACGA AAACTCCAAT 
ACTGGTATCC TAACTATGAG TGCAAATTTG GATACCAGAT TCTTTGTTCA AAACACCAAT 
TACGATTTTA CTAGAATTCT TGGATGGCCT AAACATGAAA TTGTAGATTA AAATATAAAA 
AACCATATTA TGCCTAAACT TATTTAATCT ATTCATGATG GATTGGTTAG TCACTACATA 
GAATCTTCTA TTCCTAGAGC TATAGGAATC GAAAGAATCA TAACTCCAAC AAATAAAGAA 
GGGTTCTTAG TACCTTCGAT TCTTATGATT AAGATTTTAC CTAATTTGGA AGAAGGTTTG 
CAATTTGTTG GATTTTTCAA AGAAAAAGAT GAAATCTATT GCTCACCTTA TGTAAGGACA 
GATAATGCTG ATGATGAAGT TTTGCATTAT TTAATATATA AGCTAGATAA TAATCTCCAA 
AATCAGACTA TTGTAGGAAT TACTCATTCA GTGTATGAGA ACTTTGGAAT TCCTACTTCA 
CTTATTAATA ATAATAGTCC TATGAGCAAT TAGTTTACTA TCGATCTTAT TATGCCATAG 
ATTTTAGACC CCAAAGTATA AGAAGACATT CAAACTGAGC AAGGAGCTTA GATCACTATG 
GACACAACTA TTATAGAGCA ACTATTTTTA ATTTCATAAG AGAGTGAGGA AGAAGAAGTT 
AAAATTAAAG AATTAAGAGA TCCATTGAAG GACGATGAAG ATGGAAAAGG AGATGAAAGC 
CTAGGAGAGT CTGATTATGA AAAACATTAA CTAAACAAAA AGTATAAAAA ATGTGAAATT 
AATCTATGGT TGGAAGAAGA ATTTACTTAC AAAGACACCA CTATTCACAT TCTGAAATTT 
GTTGAGTTAT TAGGAGAGGG CACTTCAAGG AATGAAGAGG GACTTGATTA AAATGTCTTG 
TAGCAAACTT AAACAAAGCA AATCGAAATT GATTAGCAAG TTATTGATCA GAATAACATT 
CACAACGAGG AAGAATAAAA TATTGAAAAT AATTAAGAAA ATGAAAATGA GGAAGCAGCA 
GGTCATTCGA GTATATCTCA AACATCGTAA GATTATGAAG AACTAAGATA ATTGAAGGAT 
ATAAAGTAGG CTATTTCTGA AAAGACAAAA CCAAAAACAA TAAAAATATT ACAAAGAACA 
GTCGTACTAA TTGTTCTTTT CTTATTTATT CTAACTAGTG TAGATCTTGC TTATAAATTT 
AAAGAATACG ACATGTTGTA AGAAGCGATG AATGCCATTT ACTACTCTTA TAACAGACAT 
AGTATCATGG CAGATATCAA TTATTCAACT AGAAAAATAT GGTTCCTAAG CAACTCTTAC 
ATACAAGCTC CTTCTTCTTC TACATAAAGT GCTTATGGTG CTTCTTTGCA ATCAACACTT 
GGAACTTAAG TTTAGAATTT GAATAATATC CAATTCAACA CTTAGTAAGC TTAAATGAAT 
ATTGAATAGA GAAAAGGGAG CAGCATGGAT TCCGTTGTTG TTAGCACAGA AAAACTTCTT 
CCAAATGGGT AAATAACGGA ACAGTAAGCC AACTTTACAG ATTCTTTGAA TGTTTATATG 
GCATAAGCTG GTGGATTAGC TAATACTACT CTTTCAGATT TTTAAGATTC CCTTTCAACA 
CCAACCTCAG TAACAACTAC TAAGTCAAAT TTCTTCTCTG TAAACTATAA CGGGATATAT 
CCTTTAAGAA ATGGATCTGA GTATATTGCA CAAACCTATT TTGATTTTTA CTACAAATAG 
ATCAATACTT ATTAAAGCAT TTTCTTGGCA ATTATGATTT TAGCTATTAT AATTCTTTCA 
ACTTCTCAGT TTATTTTACT CCCAATAGTT TTTTCTGTTC AGAAAACGAA TGCTATTGTG 
CTGAGCTTTT TTGCTATAGT ACCAATGGAA GAGATAAATA AATTTGCTAA GCGTTGTGAG 
AAATTCCTCA AAGTTTTTAT AGAAAGAAAA CAAGATGTAG ACACCGAAGA GAGCAATCGA 
GACAATAAAT CTATGTTAGG AGGTCAGACT GAGGAATAAA AGCAAATAGA AGATGTTAAT 
GGTGAAATAA CAAAAATACC TGGAGTTTAT ATCATAGCAA ATGAAAATAA TAATTAAAAT 
TAGTCAATAT TAAACTACAA TCAAAACCCA AACATGTCAA TCCTAAACTA GACATAAAAC 
CCAAATATGT CATTAAATTA AAGCTATAAT TTATATAATC CCTAAGAGCA AGGTTTAATC 
AGTGCAGTTA ATAATTAATA ACTAAAAGTC GCCTAGGGTT AATCATCATT TAATCCTTCT 
TATGCAAACA CATAACGAGT CTTAAATAAT AACTAATTAG GTAATTCCGT TGTGCAAAAA 
TAGGTTTTAG ATAAATAAAA AGAAGAAGAA GATAAGAAAA ACGAAGATGA AGAAAACCAA 
AGAATGAAGA TTTTAAATGC AAAAGATCAC AAAAAGAAAT TTGTGATTCT ATAGTTTACT 
TTATTGACAG CTATGCTGAT GTTGTATTTT ATATTAGTCT ATGCTGTACT TGAGATTAAC 
TTTTAATAAA ATATTTAATC ACTTTTATAA CATACTCAAT ACACAAGATA GAGGCCTTCG 
TTGCTTAAGT ACTACTTTGA CTTCATTTAA GAAGGATTAG TAAACCTTTC TCCTATATTA 
TCTGATCCTA AAGTACCGAG CTCTCAGAAT TTATAAAACA TGTACACAAA TTTAATATAG 
AATAATGATA ATGTGATAAC TTCAAGCTTT AAAAACTCTT TCCCTTCCTA ATTTTCAACT 
TATTATACCG ACTTTGAAAA CATAAATTAT GGATCAGTGT GCTAATATAC TAAATATACA 
GTCTCTTCTG ATCAACAACT TAATTGCAAA AACATCCCTG CTCTTTAAAA TGGTTTATCA 
AGAGTAGTTA CACAAATCGG AGTAGATGGC AACTCTATAC TAGCAAATAC TTTGGCTTAT 
ACTTCTGGAG ATAAAGTGGC ATATTCTTCA GCTATTTTGT AAGGTGCTAC ATATCAAGAA 
ATAGAAAACA TGATGGTGTT TGTTTCTCCA ACAATAGATC AGCTTAATAG CGAATTTTAG 
TAACAGTATC AATCATATTT AGACTTTAAA AACATGCTGG ATAAGCTCTG CTACGCTTTG 
TTCATTGTAT TTGTTTGCAT AATTTTTGTT TTCATTTGGA TACCTTACTT AGGAGCCTTA 
ATCAAAAGAA TATGGATGAC TAAAGGCGTT TTAAATATGA TTCCAATAGA TATAATTTTA 
AAGCACGAAA GGCTTAGATA GGCTTTTACA GCAGGAGATA TCCTCTCTGC TGTGAAATGA

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

RefSeq	XP_001015623.3
CDS	1..5220
Translation	MIMQNKKIIFEDMSQFERIINEIKLQFFTLMNYIVEANFVSPFLYRIFIVLEACLAIFSIHPRLSFVWNNQVVTIQSILKNIFGILDNGGVMESLVYFCFGINFFMLLIFIAAGIALRKKKNKVSGFVTYGLKLLSFFGILVKTVQPLPFFDIFLNAIVCQSSKFTDICYSGLYFIYVTLSVIGLLIIFFSFVFNMTMIDINPFSKLAFATPPNSITEIKLLLKFILCLYFAIDYKALQLTLTILLTLYYVIFLVTYNKLPYFDYTTQKVQIVIDVLLFWISFCASAAILIPSGNASANNVPAFYLLIGMPMVSMIYINILKYRDNKYILYPDEIKKPDDMENYSLILIYLIENRHDRSCLIKLEGILRMHSEKCKESPEVCPCSLLIAKEVINDEASHMEHNSTKQHLEDEKKWYLFLKSVIGVILRKYNKCSLHLLNAYLYHEKLKLKFKALTEMMTSEMFKPSIHEKFSMFRYKYLIELDIIETDMRNEQNKNVDVNGIVHFENLVVFMKSIENSVSLHLEFWRELLEESPDIEKLIVGSRITNTIEDAKTCFISLCSIRNNIRSLLIYGNFIKEVVNDEIEAVYLEKAAYVSKNTVVNKFADNENMKYNENSNTGILTMSANLDTRFFVQNTNYDFTRILGWPKHEIVDNIKNHIMPKLISIHDGLVSHYIESSIPRAIGIERIITPTNKEGFLVPSILMIKILPNLEEGLQFVGFFKEKDEIYCSPYVRTDNADDEVLHYLIYKLDNNLQNQTIVGITHSVYENFGIPTSLINNNSPMSNFTIDLIMPILDPKVEDIQTEQGAITMDTTIIEQLFLISESEEEEVKIKELRDPLKDDEDGKGDESLGESDYEKHLNKKYKKCEINLWLEEEFTYKDTTIHILKFVELLGEGTSRNEEGLDNVLQTTKQIEIDQVIDQNNIHNEEENIENNENENEEAAGHSSISQTSDYEELRLKDIKAISEKTKPKTIKILQRTVVLIVLFLFILTSVDLAYKFKEYDMLEAMNAIYYSYNRHSIMADINYSTRKIWFLSNSYIQAPSSSTSAYGASLQSTLGTVNLNNIQFNT*AMNIERKGSSMDSVVVSTEKLLPNGITEQANFTDSLNVYMAAGGLANTTLSDFDSLSTPTSVTTTKSNFFSVNYNGIYPLRNGSEYIAQTYFDFYYKINTYSIFLAIMILAIIILSTSQFILLPIVFSVQKTNAIVLSFFAIVPMEEINKFAKRCEKFLKVFIERKQDVDTEESNRDNKSMLGGQTEEKQIEDVNGEITKIPGVYIIANENNNNSILNYNQNPNMSILNTNPNMSLNSYNLYNPEQGLISAVNN*LKVAGSSFNPSYANTRVLNNNLGNSVVQKVLDKKEEEDKKNEDEENQRMKILNAKDHKKKFVILFTLLTAMLMLYFILVYAVLEINF*NISLLHTQYTRRPSLLKYYFDFIEGLVNLSPILSDPKVPSSQNLNMYTNLINNDNVITSSFKNSFPSFSTYYTDFENINYGSVCYTKYTVSSDQQLNCKNIPALNGLSRVVTQIGVDGNSILANTLAYTSGDKVAYSSAILGATYQEIENMMVFVSPTIDQLNSEFQYQSYLDFKNMLDKLCYALFIVFVCIIFVFIWIPYLGALIKRIWMTKGVLNMIPIDIILKHERLRAFTAGDILSAVK

Target ORF information:

RefSeq Version	XM_001015623.3
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_001015623.3

ORF Insert Sequence:

ATGATTATGC AAAATAAAAA AATAATTTTT GAAGATATGT CTCAGTTTGA GAGAATCATT 
AATGAGATAA AACTACAATT CTTTACTTTA ATGAATTATA TTGTAGAAGC CAATTTTGTC 
TCTCCTTTTC TCTATAGAAT ATTTATTGTA CTAGAAGCTT GCTAGCTAGC TATTTTTTCA 
ATTCATCCAA GACTTAGCTT TGTATGGAAC AATCAAGTAG TTTAGACGAT TCAAAGTATA 
CTGAAGAACA TTTAATTTTA AGGTATATTG GACAATGGCT AGGGATAAGT AATGGAATCT 
TTAGTTTATT TCTGCTTTGG TATCAATTTT TTTATGCTAT TAATATTTAT TGCGGCAGGA 
ATCGCACTTA GAAAGAAGTA GAAAAACAAA TAAGTGTCAG GATTTGTTAC GTATGGATTG 
AAGCTGTTGT CATTTTTTGG GATACTTGTT AAGACGGTAC AGCCTTTGCC TTTCTTTGAT 
ATTTTTTTGA ATGCAATTGT TTGTCAAAGC AGTAAATTCA CTGATATTTA GTGTTATAGT 
GGATTATACT TCATTTATGT AACGCTATCG GTTATTGGAC TTTTAATATA AATATTCTTT 
AGCTTTGTTT TTAACATGAC AATGATTGAT ATAAATCCAT TCTCAAAGTT AGCTTTTGCA 
ACTCCTCCAA ATTCTATTAC TGAAATTAAA CTTTTGCTTA AATTTATTCT TTGCCTCTAT 
TTTGCTATCG ATTACAAAGC ATAACTCCAA CTCACTCTTA CCATTCTTCT TACTCTTTAC 
TATGTTATAT TTTTGGTGTA AACTTATAAT AAACTGCCTT ATTTTGATTA TACCACTCAG 
AAGGTTCAAA TAGTTATAGA TGTCCTTTTG TTTTGGATAT CATTTTGTGC ATCTGCCTAA 
GCAATACTTA TACCTAGCGG AAACGCTTCA GCCAATAATG TTCCTGCTTT TTATTTGCTT 
ATAGGTATGC CTATGGTAAG TATGATCTAC ATTAATATCC TGAAATATAG AGATAATAAA 
TACATTTAAC TATATCCTGA TGAAATAAAA AAGCCAGATG ATATGGAAAA TTATTCTCTA 
ATTTTAATTT ACCTTATTGA AAACAGGCAT GATAGATCTT GTCTGATTAA GTTGGAAGGT 
ATTTTACGTA TGCATAGTGA AAAATGTAAG GAATCTCCAG AAGTTTGTCC ATGCTCTTTA 
TTGATAGCCA AAGAAGTATA AATAAACGAT GAAGCAAGCC ACATGGAACA TAACTCGTAA 
ACAAAGCAAC ACCTAGAAGA TTAAGAAAAA AAATGGTATC TTTTCCTAAA AAGTGTGATT 
GGTGTCATTC TAAGGAAATA TAATAAATGC TCCTAGCTGC ACTTGTTAAA TGCTTATTTA 
TACCATGAAA AACTAAAATT AAAATTTAAG GCACTCACTG AAATGATGAC ATCTGAGATG 
TTTAAACCTT CAATCCATGA AAAATTCTCA ATGTTTAGAT ACAAATATTT GATCGAACTT 
GATATTATTG AAACTGATAT GAGGAATGAG CAAAACAAAA ATGTTGATGT AAATGGAATT 
GTTCACTTTG AAAACTAACT TGTTGTTTTC ATGAAGTCAA TAGAGAATTC TGTAAGTTTA 
CATTTAGAGT TTTGGAGAGA ATTACTCGAA GAAAGTCCTG ATATCGAAAA GCTTTAGATT 
GTGGGAAGTA GAATTACTAA TACAATTGAA GATGCTAAGA CCTGTTTTAT TAGCTTGTGT 
TCTATTCGCT AAAACAATAT TAGATCATTG CTCATCTATG GTAATTTTAT AAAGGAAGTT 
GTTAATGACG AAATAGAAGC TTAAGTGTAT CTAGAAAAAG CAGCTTACGT TAGCAAGAAC 
ACAGTTGTTA ATAAATAATT TGCTGATAAT GAAAATATGA AATATAACGA AAACTCCAAT 
ACTGGTATCC TAACTATGAG TGCAAATTTG GATACCAGAT TCTTTGTTCA AAACACCAAT 
TACGATTTTA CTAGAATTCT TGGATGGCCT AAACATGAAA TTGTAGATTA AAATATAAAA 
AACCATATTA TGCCTAAACT TATTTAATCT ATTCATGATG GATTGGTTAG TCACTACATA 
GAATCTTCTA TTCCTAGAGC TATAGGAATC GAAAGAATCA TAACTCCAAC AAATAAAGAA 
GGGTTCTTAG TACCTTCGAT TCTTATGATT AAGATTTTAC CTAATTTGGA AGAAGGTTTG 
CAATTTGTTG GATTTTTCAA AGAAAAAGAT GAAATCTATT GCTCACCTTA TGTAAGGACA 
GATAATGCTG ATGATGAAGT TTTGCATTAT TTAATATATA AGCTAGATAA TAATCTCCAA 
AATCAGACTA TTGTAGGAAT TACTCATTCA GTGTATGAGA ACTTTGGAAT TCCTACTTCA 
CTTATTAATA ATAATAGTCC TATGAGCAAT TAGTTTACTA TCGATCTTAT TATGCCATAG 
ATTTTAGACC CCAAAGTATA AGAAGACATT CAAACTGAGC AAGGAGCTTA GATCACTATG 
GACACAACTA TTATAGAGCA ACTATTTTTA ATTTCATAAG AGAGTGAGGA AGAAGAAGTT 
AAAATTAAAG AATTAAGAGA TCCATTGAAG GACGATGAAG ATGGAAAAGG AGATGAAAGC 
CTAGGAGAGT CTGATTATGA AAAACATTAA CTAAACAAAA AGTATAAAAA ATGTGAAATT 
AATCTATGGT TGGAAGAAGA ATTTACTTAC AAAGACACCA CTATTCACAT TCTGAAATTT 
GTTGAGTTAT TAGGAGAGGG CACTTCAAGG AATGAAGAGG GACTTGATTA AAATGTCTTG 
TAGCAAACTT AAACAAAGCA AATCGAAATT GATTAGCAAG TTATTGATCA GAATAACATT 
CACAACGAGG AAGAATAAAA TATTGAAAAT AATTAAGAAA ATGAAAATGA GGAAGCAGCA 
GGTCATTCGA GTATATCTCA AACATCGTAA GATTATGAAG AACTAAGATA ATTGAAGGAT 
ATAAAGTAGG CTATTTCTGA AAAGACAAAA CCAAAAACAA TAAAAATATT ACAAAGAACA 
GTCGTACTAA TTGTTCTTTT CTTATTTATT CTAACTAGTG TAGATCTTGC TTATAAATTT 
AAAGAATACG ACATGTTGTA AGAAGCGATG AATGCCATTT ACTACTCTTA TAACAGACAT 
AGTATCATGG CAGATATCAA TTATTCAACT AGAAAAATAT GGTTCCTAAG CAACTCTTAC 
ATACAAGCTC CTTCTTCTTC TACATAAAGT GCTTATGGTG CTTCTTTGCA ATCAACACTT 
GGAACTTAAG TTTAGAATTT GAATAATATC CAATTCAACA CTTAGTAAGC TTAAATGAAT 
ATTGAATAGA GAAAAGGGAG CAGCATGGAT TCCGTTGTTG TTAGCACAGA AAAACTTCTT 
CCAAATGGGT AAATAACGGA ACAGTAAGCC AACTTTACAG ATTCTTTGAA TGTTTATATG 
GCATAAGCTG GTGGATTAGC TAATACTACT CTTTCAGATT TTTAAGATTC CCTTTCAACA 
CCAACCTCAG TAACAACTAC TAAGTCAAAT TTCTTCTCTG TAAACTATAA CGGGATATAT 
CCTTTAAGAA ATGGATCTGA GTATATTGCA CAAACCTATT TTGATTTTTA CTACAAATAG 
ATCAATACTT ATTAAAGCAT TTTCTTGGCA ATTATGATTT TAGCTATTAT AATTCTTTCA 
ACTTCTCAGT TTATTTTACT CCCAATAGTT TTTTCTGTTC AGAAAACGAA TGCTATTGTG 
CTGAGCTTTT TTGCTATAGT ACCAATGGAA GAGATAAATA AATTTGCTAA GCGTTGTGAG 
AAATTCCTCA AAGTTTTTAT AGAAAGAAAA CAAGATGTAG ACACCGAAGA GAGCAATCGA 
GACAATAAAT CTATGTTAGG AGGTCAGACT GAGGAATAAA AGCAAATAGA AGATGTTAAT 
GGTGAAATAA CAAAAATACC TGGAGTTTAT ATCATAGCAA ATGAAAATAA TAATTAAAAT 
TAGTCAATAT TAAACTACAA TCAAAACCCA AACATGTCAA TCCTAAACTA GACATAAAAC 
CCAAATATGT CATTAAATTA AAGCTATAAT TTATATAATC CCTAAGAGCA AGGTTTAATC 
AGTGCAGTTA ATAATTAATA ACTAAAAGTC GCCTAGGGTT AATCATCATT TAATCCTTCT 
TATGCAAACA CATAACGAGT CTTAAATAAT AACTAATTAG GTAATTCCGT TGTGCAAAAA 
TAGGTTTTAG ATAAATAAAA AGAAGAAGAA GATAAGAAAA ACGAAGATGA AGAAAACCAA 
AGAATGAAGA TTTTAAATGC AAAAGATCAC AAAAAGAAAT TTGTGATTCT ATAGTTTACT 
TTATTGACAG CTATGCTGAT GTTGTATTTT ATATTAGTCT ATGCTGTACT TGAGATTAAC 
TTTTAATAAA ATATTTAATC ACTTTTATAA CATACTCAAT ACACAAGATA GAGGCCTTCG 
TTGCTTAAGT ACTACTTTGA CTTCATTTAA GAAGGATTAG TAAACCTTTC TCCTATATTA 
TCTGATCCTA AAGTACCGAG CTCTCAGAAT TTATAAAACA TGTACACAAA TTTAATATAG 
AATAATGATA ATGTGATAAC TTCAAGCTTT AAAAACTCTT TCCCTTCCTA ATTTTCAACT 
TATTATACCG ACTTTGAAAA CATAAATTAT GGATCAGTGT GCTAATATAC TAAATATACA 
GTCTCTTCTG ATCAACAACT TAATTGCAAA AACATCCCTG CTCTTTAAAA TGGTTTATCA 
AGAGTAGTTA CACAAATCGG AGTAGATGGC AACTCTATAC TAGCAAATAC TTTGGCTTAT 
ACTTCTGGAG ATAAAGTGGC ATATTCTTCA GCTATTTTGT AAGGTGCTAC ATATCAAGAA 
ATAGAAAACA TGATGGTGTT TGTTTCTCCA ACAATAGATC AGCTTAATAG CGAATTTTAG 
TAACAGTATC AATCATATTT AGACTTTAAA AACATGCTGG ATAAGCTCTG CTACGCTTTG 
TTCATTGTAT TTGTTTGCAT AATTTTTGTT TTCATTTGGA TACCTTACTT AGGAGCCTTA 
ATCAAAAGAA TATGGATGAC TAAAGGCGTT TTAAATATGA TTCCAATAGA TATAATTTTA 
AAGCACGAAA GGCTTAGATA GGCTTTTACA GCAGGAGATA TCCTCTCTGC TGTGAAATGA