TTHERM_00760480 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00760480
Entrez Gene ID	7839863
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001031664.2	XP_001031664.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00760480 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00760480 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
OTe59925	XM_001031664.2 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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
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*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_00760480 ( XM_001031664.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001031664.2 Tetrahymena thermophila SB210 transmembrane protein, putative mRNA.

Price & Availability↑

CloneID	OTe59925
Clone ID Related Accession (Same CDS sequence)	XM_001031664.2
Accession Version	XM_001031664.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5988bp) 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	transmembrane protein, putative
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_002476154). On Jun 9, 2015 this sequence version replaced XM_001031664.1.

ATGATACCAA AATTTTAAAT ATATAGCATA ATAATCTTTA TGAAGGCCAT CTTATTATAT 
TGCGAAACAA TATAAATGTT AGTTAATAAT GCAGATTTTA ACATGTAAAA TGTAAATACC 
CTAGGCTTTC TTCAAAAAAA TGCACTTAAT AACTGTGATT TTACTTCTGT TAATGGTCAA 
AGTATTTATG GAGGGCTAAA TTGTTTTGTG GCTTAAACAT CTATCAGTTA TTATGGACCA 
TATGATCAAA GCGGTCAATT TTACTAGCTT TAACCTCATT ATTAGGTCAT CCTAAATATG 
AATATCTATT TTTTTTTCCC ATTAGGAGAT ACATAGAAAA TTGGATAAGT TTAAATAAAA 
TTAGAGTAGA ATTAAATAAC ACAATCTAGC TAGAGCAGTA ACTGTGCAAG CTATTAAGAT 
GCAAATAATT CTAATTATCC TTTCATGATT TGCTCATTTT CATTTAATTA TTTTCATTAA 
TTTGATACTT TAAGTATACA ATTAGTAGGC ATAAACACAG CAAGTAGCTT TTCATGGGGA 
ATATCGCAAT TAAAAATTTA AACAACTGAA TGCACAGCTT CTTGTCTTAT TTGTAATGCT 
TCATAGTGCT TATAAAATAA ACCTAGTAAC TTGCTTAACA CGCAGATGTT GTATTATTAT 
GAAAAAGAGC TTTATGAATA AATAGTTTAA AGCACATAGA TTTTAAATAA ATATTGTCTT 
ATAAATCAGT TTGTCTTCCT TAATCAAGCA TATTATCCTT TCATAGGTTT ACCATCTAAT 
TTAGATCCAT CTTTGCTCAG CCCCTAAACA ATTTTGATAG AACTACAGAA TTTACCAGCT 
CATTATTCAA TTTACATTCA ATTTAAGTTA ATACAAGCTT CATGTGGATA AAGCATTAAA 
ATTTACAATG ATGATACTTT GATAACATTT AATTAACAGC AAACTGCTTG CTTATCTCCC 
CCAACTATCA GTTATGTGTG GCTTTAAGTT TCCCCACATA GACTTCCCTA AACAACTTTT 
AGCATTTAAC AATAGGGTTC TCCCTTTGGA ATAAGAGAAC TTAAGGTTTT TTTCGATTTA 
TGTTAATCGA CTTGCTCATT ATGCTCTAAT GACAGTTCAT GTGACACAGA TAATGGAAAA 
TTACTCATTG CAAGCTTTGC ATATCAAGTT AACTCAGCTA ATTTAATTAG AGAAGATTGG 
ATAGTTATAG GATCACCTTC AACAAATTTT GTATCAACAT GCAATAACAT AAATTATTTT 
GGTGGTATCA ACATTTTTGA CTGGAAAACT AAAGTATTAA ATAATTTTCA TATAACTAAC 
CCACACTATT CTGCTATTCT TGAAATAAAG TTTATCAAGA TGGGATAGTG GGGAACCAAT 
AAAATTGTTA TAATAATCGA TGGAAGAGTA TTTAAAAGAG TTTCATTTTG TGATTCAAAT 
ATTTAAATTT GCTCATCTGC AGGTTCAGCG GGTGGCGATT AGATAAAACA AATTTATTTT 
GAATTTTCTC ACTTTAGTTA TGATATGTCA ATAAGTATTT AGCCTGATAT CTAATCAGCT 
CCATCAACGT CTCTATATTG GGGATTTATA AATTTTAGTT TGACTGTTAG ATAGTGCCAT 
TCTTCATGTG TAAGCAATTA CTGCACAGGA CCATTACCTA CTGATTGTGG ATTACCTTAA 
ATTAACCTAT TTTAAATAAG ATCTTTCTTT AGCTACGATC CTCCCTCTGC TGCAGATCCT 
TCTTGGAGTA TCTCAAATTA GCAATCAACC TGTGGATCTT CTATTTCTTA GTCTTGCACT 
TTAAATAATT TACAATTTTA TGGAGGTTAA ACTTGTTTTA ATTAGAATAC ATAGCTCTCT 
AAGTCTTTTG CAATAAATGA CAGTTTTGTT TTTATGGTCA TTTAATTTAA TTTTATTAAA 
TTTTCTGATT GGGTTGTTCA AGGTTCTCTA ATAGTTATGA TAAACTAAGT TTAAATTTAT 
CAAGAGTATT TTTCTTCATT GTAGGCTAAT TTTAACTGCT ATAGCTCAAC ATCTTAAGAT 
ATTGTAATTT ATCCTGTTAA AATTTTAATG CTTGTGAATT CAGTTACTTA ATAAAATTTT 
CAATTATAGA TTTATACATA ATCACATCAA GGTCATTGGG GAATATAGTC TTTTTAATTA 
GACATTTATG GATGCAGTTT AGGAAATTTT TTACAAAATA ATTCATGCTA AAGTTGCAAT 
AGTCAAACGT GCTTAGCCTG CACAAATACA AATTTATGCT TTTCAAAATG TCATTATTCA 
TGTGCTTCAT GTTATGGGGA AGGCAATTAC TAATGTTTAT CATGTGATTC TTCCTTAAAA 
AGAACATTAG ATGGGAGTGT ATGTAAATGC ATAGATGGGT TTTTTGAAAT AGGCTAACCT 
GTTTGCCAGA AATGCCATTA GACATGCCTT TAATGCACAG ACATATTTAT TAATTCTTGC 
TCTTTTTGTG ATAAAAATCT ATATCGTTAA CTAGACTAAG CTAGCAAAAA ATGCGTTTGC 
ATAGATAGAT ATTATGAAGT TCTAAATTAA TTTCAATGCT AGCCTTGCCA TTACTCTTGC 
CAATCTTGTA ATGGAAATTT AGATACAAAT TGTCTGACTT GCTCTCTATC TTCAGATTAC 
AGAGTTTATG ATCCTATAAG TGGAAAATGT TTATGCTAGA TTGGCTATTT CGAAGATCCT 
AATTTAAAAA AGTGCCTACC TTGCTAATTA AAGTGCCATA CTTGTGTTGA TACACCAACT 
AATTGTACTT AATGCTCAAA AAATAGAATT AATATTCCTA GTTGCCTATG TCCAATAGCA 
AACAAAGTTT GGCTAGATGG TGAATTATGC AATTTGTGTG ATTCTACTTG TCAAACTTGT 
TTTGGTGATA GTTTTAACGA GTGCTCCACA TGCGTTGGAA ATCTTTATCT TTATGATTTC 
TAGTGTGTTT AGTTATGCCC TTATTTCATT TATTTTGGAC ATAATTAGAA TAATATAAAT 
ACCTGTCTTG ATAGATGCCC AGAATAAAGT TATTAAATAA AAAAAAGATT ATGCTGTCAA 
AACAATTCTG AACCTTGCAT TGAAGAAGTT ACAAGCTAGG TTGTAAACTA TGGTGAATAA 
GATAATAAAT AAAATACTGT AAAATTATAG TTTAGTAGGC CTGTAAGGGT AGAATACATG 
TAAGGATATA GCAGAGTCAT TTTGCTATCT ATGGAAAATA TTTCTTCGTT TTAATCAAAA 
ATAACTCCTC TAGACGAACA AAATGGTTAT GTATCATAAA TTGATATTTA TGCAATACCT 
TAGCAGTCTG TTCTTTACTC TATACTTCAA ATAAATCTTT TAGCTGATTT CATAAGAGAT 
AAAGATGGTA TCCCTCACTC ATAATCACAA TCTTAATTAA CAGCAAAATT TGGCAAAACT 
GAATTCATTC CTTAGGATTA GGTTGATACA ATTTAGAGTG CTAGTTAGAA AGCAAAATAA 
ACTTCTCAAG TTATTAGCAT AATGGGAACA ATATTCTATT TTTTGAATGT TTGTCAACTC 
TTAGATATTG TTGTTGATGT AATGTAGTGG TCTTATTATT ACACTTTTAT AAATGTTGAG 
TATCCTATTA ACTCTGATCT TTTCTTTAGT ACTTTTAATA GTATTAATAT AAATATAAAG 
CTATTTGGAA TAGACATTTA GTCTGGTGGA AAGAAGAAAG TTTTGGGAAA TGAGTTAGTG 
AACTAGGATT CACCTTAGAA GTTCATGGAT TAGAATATTA CAAGCAGTTT TATGATAAAT 
GGTGCTAATT TATTAGTAAC TTTAACTGGT TTTGTTGTCG GAAGATATTT ATTAGTTAGC 
ATACATGATT GTTACAACTA AACAGAAGAT GATCACAAAC ACAGTATCGT CTGTTAGGCT 
TTGAAATTCG TCAAAAATTT CTTAACTTTT TCACCGATAA TTAAATATAT TTAGAATTCT 
TTTTTTGCTT TAGTATTTAG TGTTTGCTTG TAGTTAAGAA ATATGGATTC AAGTAATTCT 
TTTAATAATG CTTCAATAGC TATTTGCTTT ATGACTATTT TCGCCTTTCT TGCTTCAATC 
ATTTACTTCA TGTATAAAGT AAACAATGCT GAAAAAGAAT TTAACTATAT ATAAAAATAT 
GGTTCTCTTT TTGAATTTTA CATCAGATCA AAGTTTATTA CAAGGAATTT TGCTTTTTGG 
ATATTTATAA AAAAGCTATT AATGATGAGT TCTTTAGTGC TATTTTATGA TTATTTTTAT 
ACTAACCTCA TAATTATGGG GAGTGTTTGC TTTTTATTTG CAATAATGAT ATATTTTTTC 
AAGCCATACA CTATAGTAAG GATGAATGAC TTTCATATAT TTTCAGAATT TCTTTTGATC 
ATTTGTTTTG TTTTGATCTA TTAAATTTAA GATTGCAATA ACTAAATAGC TTAGCAGAGT 
GATTAAGGTA TAGACCAAAA CATAGTTAAT AAAAAGCTGT TCTTAGGATG GTGGTTAATT 
ATTATCACTA TAAGTCATAT TGCTATAATG GTTTGTGCAA TTAGTAGCTT ACTATGGGGT 
AGTATAAAAT AACATTTTCA TAATTACAAG ATCTAGATTA TCAACATTTT AGCGCTCTGT 
TATACCAAAT ATATTAACAA AATATAATTT TTGTACAGGT CAATCATCTT CTATTGCTTT 
GATAAATCCA CTATAAATAA AATATGGCTA CCAAATATTT TAAAGAAAAT GAAGAGCCTT 
CATGAACATT ACATGGATTG CTCAAATAAA GGGAGATGGA AATCTAATTG TTAAATACTT 
TTAACTGAAG AGTTGGCTAT CAAAAAATTT TAGAATGCAT AATTAAAATA TTCATTTGGT 
GATTTTGTTT TCTTTATTGA ATAATCTGCA AATTAAAATT AATTTAGAGC ATGGGTTTGG 
TCTGAGTCTT ACTAATATAA ATTGCACGAA TAAGCTGGAA ATTATTTTTA AGATAAAATT 
TAAATTTCAA GGACATACCA AAAAAGATAT GAAAACAATC CTCTTTACAT TTAAATATTT 
AAAAAAATGT TTTAATATTC TCATCAATTA AATAAAAAAG TTTAAGTTGA TAATTTACTT 
GATAATTACT CTGAAATACA CTTTAGTGAG TTGTACAATT TAATTACATT CAGAAATTAC 
TGGAATTTTA TAAATAGCGA AGTCACTTTG AAGCACTTCT TAAAGCAGCA CGATATATCA 
GAAATATACT TTAGCTCAAA TAATAATAAT AATAATAATA ATAATATAGA AAGTAATCAA 
AAAATATTTG AGAATTAAAA TTTAAAGAAC TTAAATATTT CTTTTGAGCA AACTTATGTA 
GATAAAATTA AAATTAATAG ATGTGATTGC AAATACTGCC AAAGTCTTTT TTATGCAAAA 
GAATATTTAG ATAAGATAGA TTGGAAACTC TTTGATCATT TAAAAGAGAG CTATATTCAA 
CCTGAGGAGC TATTAATTAT GTTTAATAAG TTCGATGAGA AAACTATTCT ACTATTTAAA 
GATATCTTAA ATGAAAGAGT AAATATCATG GAAACAGGAC AAGTCATTTC TTATGAAGAA 
ATAGAGAATA GCTATAATGA ACTTATCGAT GACCCATTTT ACACGTAATA GTCTAGTAGT 
TAAAATTAAA ATCATACCTA TTTCGATTTA TTAGATACTT CAGAAGTTTA AACAAAAAAA 
TAATTAAAGA AAAAATTGAT TAATTCTGAG CTTGAAATGA CTAACGTTTA AAAAAAAAAG 
TAAAATAAGC CTGATTCAAA AGAAAAAAAT GACAAAGTCT AAAAAAATAA TAATAAAAAT 
GACAAAAAAA AGAATAAAAA AAAGTAAAAT AATGGTAATA ATAATTAATT TTCTAATTTC 
TTCAAAAATG AAAGTTCTGA ATCAGAAGAA GAACAAGAAG AAATTGAAGA AATTATAAAT 
ATTACATAAT ATGTGAGGTT TAAAATATTT AAATGGACTG AGTGTTGA

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

RefSeq	XP_001031664.2
CDS	91..6078
Translation	MIPKFIYSIIIFMKAILLYCETIMLVNNADFNMNVNTLGFLQKNALNNCDFTSVNGQSIYGGLNCFVATSISYYGPYDQSGQFYLPHYVILNMNIYFFFPLGDTKIGVIKLENITQSSSSNCASYDANNSNYPFMICSFSFNYFHFDTLSIQLVGINTASSFSWGISQLKITTECTASCLICNASCLNKPSNLLNTQMLYYYEKELYEIVSTILNKYCLINQFVFLNQAYYPFIGLPSNLDPSLLSPTILIELQNLPAHYSIYIQFKLIQASCGSIKIYNDDTLITFNQQTACLSPPTISYVWLVSPHRLPTTFSIQGSPFGIRELKVFFDLCSTCSLCSNDSSCDTDNGKLLIASFAYQVNSANLIREDWIVIGSPSTNFVSTCNNINYFGGINIFDWKTKVLNNFHITNPHYSAILEIKFIKMGWGTNKIVIIIDGRVFKRVSFCDSNIICSSAGSAGGDIKQIYFEFSHFSYDMSISIPDISAPSTSLYWGFINFSLTVRCHSSCVSNYCTGPLPTDCGLPINLFIRSFFSYDPPSAADPSWSISNQSTCGSSISSCTLNNLQFYGGTCFNNTLSKSFAINDSFVFMVIFNFIKFSDWVVQGSLIVMINVIYQEYFSSLANFNCYSSTSDIVIYPVKILMLVNSVTNFQLIYTSHQGHWGISFLDIYGCSLGNFLQNNSCSCNSQTCLACTNTNLCFSKCHYSCASCYGEGNYCLSCDSSLKRTLDGSVCKCIDGFFEIGPVCQKCHTCLCTDIFINSCSFCDKNLYRLDASKKCVCIDRYYEVLNFQCPCHYSCQSCNGNLDTNCLTCSLSSDYRVYDPISGKCLCIGYFEDPNLKKCLPCLKCHTCVDTPTNCTCSKNRINIPSCLCPIANKVWLDGELCNLCDSTCQTCFGDSFNECSTCVGNLYLYDFCVLCPYFIYFGHNNNINTCLDRCPESYIKKRLCCQNNSEPCIEEVTSVVNYGEDNKNTVKLFSRPVRVEYMGYSRVILLSMENISSFSKITPLDEQNGYVSIDIYAIPQSVLYSILQINLLADFIRDKDGIPHSSQSLTAKFGKTEFIPDVDTISASKAKTSQVISIMGTIFYFLNVCQLLDIVVDVMWSYYYTFINVEYPINSDLFFSTFNSININIKLFGIDISGGKKKVLGNELVNDSPKFMDNITSSFMINGANLLVTLTGFVVGRYLLVSIHDCYNTEDDHKHSIVCALKFVKNFLTFSPIIKYINSFFALVFSVCLLRNMDSSNSFNNASIAICFMTIFAFLASIIYFMYKVNNAEKEFNYIKYGSLFEFYIRSKFITRNFAFWIFIKKLLMMSSLVLFYDYFYTNLIIMGSVCFLFAIMIYFFKPYTIVRMNDFHIFSEFLLIICFVLIYIDCNNIAQSDGIDQNIVNKKLFLGWWLIIITISHIAIMVCAISSLLWGSIKHFHNYKIIINILALCYTKYINKIFLYRSIIFYCFDKSTINKIWLPNILKKMKSLHEHYMDCSNKGRWKSNCILLTEELAIKKFNALKYSFGDFVFFIESANNFRAWVWSESYYKLHEAGNYFDKIISRTYQKRYENNPLYIIFKKMFYSHQLNKKVVDNLLDNYSEIHFSELYNLITFRNYWNFINSEVTLKHFLKQHDISEIYFSSNNNNNNNNNIESNQKIFENNLKNLNISFEQTYVDKIKINRCDCKYCQSLFYAKEYLDKIDWKLFDHLKESYIQPEELLIMFNKFDEKTILLFKDILNERVNIMETGQVISYEEIENSYNELIDDPFYTSSSNNHTYFDLLDTSEVTKKLKKKLINSELEMTNVKKKNKPDSKEKNDKVKNNNKNDKKKNKKKNNGNNNFSNFFKNESSESEEEQEEIEEIINIT*YVRFKIFKWTEC

Target ORF information:

RefSeq Version	XM_001031664.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 transmembrane protein, putative mRNA.

Target ORF information:

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

XM_001031664.2

ORF Insert Sequence:

ATGATACCAA AATTTTAAAT ATATAGCATA ATAATCTTTA TGAAGGCCAT CTTATTATAT 
TGCGAAACAA TATAAATGTT AGTTAATAAT GCAGATTTTA ACATGTAAAA TGTAAATACC 
CTAGGCTTTC TTCAAAAAAA TGCACTTAAT AACTGTGATT TTACTTCTGT TAATGGTCAA 
AGTATTTATG GAGGGCTAAA TTGTTTTGTG GCTTAAACAT CTATCAGTTA TTATGGACCA 
TATGATCAAA GCGGTCAATT TTACTAGCTT TAACCTCATT ATTAGGTCAT CCTAAATATG 
AATATCTATT TTTTTTTCCC ATTAGGAGAT ACATAGAAAA TTGGATAAGT TTAAATAAAA 
TTAGAGTAGA ATTAAATAAC ACAATCTAGC TAGAGCAGTA ACTGTGCAAG CTATTAAGAT 
GCAAATAATT CTAATTATCC TTTCATGATT TGCTCATTTT CATTTAATTA TTTTCATTAA 
TTTGATACTT TAAGTATACA ATTAGTAGGC ATAAACACAG CAAGTAGCTT TTCATGGGGA 
ATATCGCAAT TAAAAATTTA AACAACTGAA TGCACAGCTT CTTGTCTTAT TTGTAATGCT 
TCATAGTGCT TATAAAATAA ACCTAGTAAC TTGCTTAACA CGCAGATGTT GTATTATTAT 
GAAAAAGAGC TTTATGAATA AATAGTTTAA AGCACATAGA TTTTAAATAA ATATTGTCTT 
ATAAATCAGT TTGTCTTCCT TAATCAAGCA TATTATCCTT TCATAGGTTT ACCATCTAAT 
TTAGATCCAT CTTTGCTCAG CCCCTAAACA ATTTTGATAG AACTACAGAA TTTACCAGCT 
CATTATTCAA TTTACATTCA ATTTAAGTTA ATACAAGCTT CATGTGGATA AAGCATTAAA 
ATTTACAATG ATGATACTTT GATAACATTT AATTAACAGC AAACTGCTTG CTTATCTCCC 
CCAACTATCA GTTATGTGTG GCTTTAAGTT TCCCCACATA GACTTCCCTA AACAACTTTT 
AGCATTTAAC AATAGGGTTC TCCCTTTGGA ATAAGAGAAC TTAAGGTTTT TTTCGATTTA 
TGTTAATCGA CTTGCTCATT ATGCTCTAAT GACAGTTCAT GTGACACAGA TAATGGAAAA 
TTACTCATTG CAAGCTTTGC ATATCAAGTT AACTCAGCTA ATTTAATTAG AGAAGATTGG 
ATAGTTATAG GATCACCTTC AACAAATTTT GTATCAACAT GCAATAACAT AAATTATTTT 
GGTGGTATCA ACATTTTTGA CTGGAAAACT AAAGTATTAA ATAATTTTCA TATAACTAAC 
CCACACTATT CTGCTATTCT TGAAATAAAG TTTATCAAGA TGGGATAGTG GGGAACCAAT 
AAAATTGTTA TAATAATCGA TGGAAGAGTA TTTAAAAGAG TTTCATTTTG TGATTCAAAT 
ATTTAAATTT GCTCATCTGC AGGTTCAGCG GGTGGCGATT AGATAAAACA AATTTATTTT 
GAATTTTCTC ACTTTAGTTA TGATATGTCA ATAAGTATTT AGCCTGATAT CTAATCAGCT 
CCATCAACGT CTCTATATTG GGGATTTATA AATTTTAGTT TGACTGTTAG ATAGTGCCAT 
TCTTCATGTG TAAGCAATTA CTGCACAGGA CCATTACCTA CTGATTGTGG ATTACCTTAA 
ATTAACCTAT TTTAAATAAG ATCTTTCTTT AGCTACGATC CTCCCTCTGC TGCAGATCCT 
TCTTGGAGTA TCTCAAATTA GCAATCAACC TGTGGATCTT CTATTTCTTA GTCTTGCACT 
TTAAATAATT TACAATTTTA TGGAGGTTAA ACTTGTTTTA ATTAGAATAC ATAGCTCTCT 
AAGTCTTTTG CAATAAATGA CAGTTTTGTT TTTATGGTCA TTTAATTTAA TTTTATTAAA 
TTTTCTGATT GGGTTGTTCA AGGTTCTCTA ATAGTTATGA TAAACTAAGT TTAAATTTAT 
CAAGAGTATT TTTCTTCATT GTAGGCTAAT TTTAACTGCT ATAGCTCAAC ATCTTAAGAT 
ATTGTAATTT ATCCTGTTAA AATTTTAATG CTTGTGAATT CAGTTACTTA ATAAAATTTT 
CAATTATAGA TTTATACATA ATCACATCAA GGTCATTGGG GAATATAGTC TTTTTAATTA 
GACATTTATG GATGCAGTTT AGGAAATTTT TTACAAAATA ATTCATGCTA AAGTTGCAAT 
AGTCAAACGT GCTTAGCCTG CACAAATACA AATTTATGCT TTTCAAAATG TCATTATTCA 
TGTGCTTCAT GTTATGGGGA AGGCAATTAC TAATGTTTAT CATGTGATTC TTCCTTAAAA 
AGAACATTAG ATGGGAGTGT ATGTAAATGC ATAGATGGGT TTTTTGAAAT AGGCTAACCT 
GTTTGCCAGA AATGCCATTA GACATGCCTT TAATGCACAG ACATATTTAT TAATTCTTGC 
TCTTTTTGTG ATAAAAATCT ATATCGTTAA CTAGACTAAG CTAGCAAAAA ATGCGTTTGC 
ATAGATAGAT ATTATGAAGT TCTAAATTAA TTTCAATGCT AGCCTTGCCA TTACTCTTGC 
CAATCTTGTA ATGGAAATTT AGATACAAAT TGTCTGACTT GCTCTCTATC TTCAGATTAC 
AGAGTTTATG ATCCTATAAG TGGAAAATGT TTATGCTAGA TTGGCTATTT CGAAGATCCT 
AATTTAAAAA AGTGCCTACC TTGCTAATTA AAGTGCCATA CTTGTGTTGA TACACCAACT 
AATTGTACTT AATGCTCAAA AAATAGAATT AATATTCCTA GTTGCCTATG TCCAATAGCA 
AACAAAGTTT GGCTAGATGG TGAATTATGC AATTTGTGTG ATTCTACTTG TCAAACTTGT 
TTTGGTGATA GTTTTAACGA GTGCTCCACA TGCGTTGGAA ATCTTTATCT TTATGATTTC 
TAGTGTGTTT AGTTATGCCC TTATTTCATT TATTTTGGAC ATAATTAGAA TAATATAAAT 
ACCTGTCTTG ATAGATGCCC AGAATAAAGT TATTAAATAA AAAAAAGATT ATGCTGTCAA 
AACAATTCTG AACCTTGCAT TGAAGAAGTT ACAAGCTAGG TTGTAAACTA TGGTGAATAA 
GATAATAAAT AAAATACTGT AAAATTATAG TTTAGTAGGC CTGTAAGGGT AGAATACATG 
TAAGGATATA GCAGAGTCAT TTTGCTATCT ATGGAAAATA TTTCTTCGTT TTAATCAAAA 
ATAACTCCTC TAGACGAACA AAATGGTTAT GTATCATAAA TTGATATTTA TGCAATACCT 
TAGCAGTCTG TTCTTTACTC TATACTTCAA ATAAATCTTT TAGCTGATTT CATAAGAGAT 
AAAGATGGTA TCCCTCACTC ATAATCACAA TCTTAATTAA CAGCAAAATT TGGCAAAACT 
GAATTCATTC CTTAGGATTA GGTTGATACA ATTTAGAGTG CTAGTTAGAA AGCAAAATAA 
ACTTCTCAAG TTATTAGCAT AATGGGAACA ATATTCTATT TTTTGAATGT TTGTCAACTC 
TTAGATATTG TTGTTGATGT AATGTAGTGG TCTTATTATT ACACTTTTAT AAATGTTGAG 
TATCCTATTA ACTCTGATCT TTTCTTTAGT ACTTTTAATA GTATTAATAT AAATATAAAG 
CTATTTGGAA TAGACATTTA GTCTGGTGGA AAGAAGAAAG TTTTGGGAAA TGAGTTAGTG 
AACTAGGATT CACCTTAGAA GTTCATGGAT TAGAATATTA CAAGCAGTTT TATGATAAAT 
GGTGCTAATT TATTAGTAAC TTTAACTGGT TTTGTTGTCG GAAGATATTT ATTAGTTAGC 
ATACATGATT GTTACAACTA AACAGAAGAT GATCACAAAC ACAGTATCGT CTGTTAGGCT 
TTGAAATTCG TCAAAAATTT CTTAACTTTT TCACCGATAA TTAAATATAT TTAGAATTCT 
TTTTTTGCTT TAGTATTTAG TGTTTGCTTG TAGTTAAGAA ATATGGATTC AAGTAATTCT 
TTTAATAATG CTTCAATAGC TATTTGCTTT ATGACTATTT TCGCCTTTCT TGCTTCAATC 
ATTTACTTCA TGTATAAAGT AAACAATGCT GAAAAAGAAT TTAACTATAT ATAAAAATAT 
GGTTCTCTTT TTGAATTTTA CATCAGATCA AAGTTTATTA CAAGGAATTT TGCTTTTTGG 
ATATTTATAA AAAAGCTATT AATGATGAGT TCTTTAGTGC TATTTTATGA TTATTTTTAT 
ACTAACCTCA TAATTATGGG GAGTGTTTGC TTTTTATTTG CAATAATGAT ATATTTTTTC 
AAGCCATACA CTATAGTAAG GATGAATGAC TTTCATATAT TTTCAGAATT TCTTTTGATC 
ATTTGTTTTG TTTTGATCTA TTAAATTTAA GATTGCAATA ACTAAATAGC TTAGCAGAGT 
GATTAAGGTA TAGACCAAAA CATAGTTAAT AAAAAGCTGT TCTTAGGATG GTGGTTAATT 
ATTATCACTA TAAGTCATAT TGCTATAATG GTTTGTGCAA TTAGTAGCTT ACTATGGGGT 
AGTATAAAAT AACATTTTCA TAATTACAAG ATCTAGATTA TCAACATTTT AGCGCTCTGT 
TATACCAAAT ATATTAACAA AATATAATTT TTGTACAGGT CAATCATCTT CTATTGCTTT 
GATAAATCCA CTATAAATAA AATATGGCTA CCAAATATTT TAAAGAAAAT GAAGAGCCTT 
CATGAACATT ACATGGATTG CTCAAATAAA GGGAGATGGA AATCTAATTG TTAAATACTT 
TTAACTGAAG AGTTGGCTAT CAAAAAATTT TAGAATGCAT AATTAAAATA TTCATTTGGT 
GATTTTGTTT TCTTTATTGA ATAATCTGCA AATTAAAATT AATTTAGAGC ATGGGTTTGG 
TCTGAGTCTT ACTAATATAA ATTGCACGAA TAAGCTGGAA ATTATTTTTA AGATAAAATT 
TAAATTTCAA GGACATACCA AAAAAGATAT GAAAACAATC CTCTTTACAT TTAAATATTT 
AAAAAAATGT TTTAATATTC TCATCAATTA AATAAAAAAG TTTAAGTTGA TAATTTACTT 
GATAATTACT CTGAAATACA CTTTAGTGAG TTGTACAATT TAATTACATT CAGAAATTAC 
TGGAATTTTA TAAATAGCGA AGTCACTTTG AAGCACTTCT TAAAGCAGCA CGATATATCA 
GAAATATACT TTAGCTCAAA TAATAATAAT AATAATAATA ATAATATAGA AAGTAATCAA 
AAAATATTTG AGAATTAAAA TTTAAAGAAC TTAAATATTT CTTTTGAGCA AACTTATGTA 
GATAAAATTA AAATTAATAG ATGTGATTGC AAATACTGCC AAAGTCTTTT TTATGCAAAA 
GAATATTTAG ATAAGATAGA TTGGAAACTC TTTGATCATT TAAAAGAGAG CTATATTCAA 
CCTGAGGAGC TATTAATTAT GTTTAATAAG TTCGATGAGA AAACTATTCT ACTATTTAAA 
GATATCTTAA ATGAAAGAGT AAATATCATG GAAACAGGAC AAGTCATTTC TTATGAAGAA 
ATAGAGAATA GCTATAATGA ACTTATCGAT GACCCATTTT ACACGTAATA GTCTAGTAGT 
TAAAATTAAA ATCATACCTA TTTCGATTTA TTAGATACTT CAGAAGTTTA AACAAAAAAA 
TAATTAAAGA AAAAATTGAT TAATTCTGAG CTTGAAATGA CTAACGTTTA AAAAAAAAAG 
TAAAATAAGC CTGATTCAAA AGAAAAAAAT GACAAAGTCT AAAAAAATAA TAATAAAAAT 
GACAAAAAAA AGAATAAAAA AAAGTAAAAT AATGGTAATA ATAATTAATT TTCTAATTTC 
TTCAAAAATG AAAGTTCTGA ATCAGAAGAA GAACAAGAAG AAATTGAAGA AATTATAAAT 
ATTACATAAT ATGTGAGGTT TAAAATATTT AAATGGACTG AGTGTTGA