TTHERM_01193580 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01193580
Entrez Gene ID	7836956
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001030001.2	XP_001030001.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_01193580 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01193580 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
OTe60296	XM_001030001.2 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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_01193580 ( XM_001030001.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001030001.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe60296
Clone ID Related Accession (Same CDS sequence)	XM_001030001.2
Accession Version	XM_001030001.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5415bp) 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_002476145). On Jun 9, 2015 this sequence version replaced XM_001030001.1. COMPLETENESS: incomplete on both ends.

ATGAGAATGC TATTTTAGCA AACGGCTAGG ATCAAGATAG AATAACCATA TCGTTCGAAT 
TATGGATAAA ATAAACTTTT CATGTTTGTG CTTTAAAATG AATAAAAAAT TAACCTTCCT 
CTAAACATAC CAGTCTTAGA ACCTGATTAG TCTTATCCAC CAACCTTAAT TACCTATTCA 
CCACTTGATA ATAGTGAAGC TCTTCAAAAT GCTTCTTTAA CATCATATTA GAATATTACA 
TACTAAAGTA ACGAAATATT TTGGAAAAGC AAAGAGTAAA TTGCAATTCC TTATATTCCT 
TATATGAGTA ACTGTAAAGG CAGTGGGTAA TTTATTTATC TACATGAATA TATTGAAGAT 
CCAAATTATT GCGAACTCTA AACTCCTTAA AATACTATAC CAATTAGGTA AATTGAGTTT 
AAGTAAATAC CTGTTTCTGA TATATGTGAG GAGATTAAAT TTTAGTGTTC ACTCGATGAG 
GCCTTTAATG ATAATAATAA TTTTCCAAAA TTCTATCAAT AAAACAAAGA GGCAGAACTA 
TTCTTTATCA CATAAAATCC AATTAATATA GATACTGATC TTACAGGAGA AAATAGCATA 
AAGTCACTGA GTTTAATCCC AATTGTTACA AAAAATATTG TCCCTTCTTC TACTCTTCCC 
AAAACCATTA CTCTAGAAAT CAACTACTAT CAAGTTGACA AGTATACAAA AAAAATTATA 
ACTGCTGAAA TGAGTTTTGG ATCATTCATT GAAGAAAGTA GCAATAGCTC ATCTTCCAAT 
TTTCAGTTTA ACTTTATCCT TTCATTTCAT TCAATGTCAC ATTCAGAGCT GGCCATAGCA 
TTTGCTCTTG AATGGCAGAA AAAACTGAAT AGTGTGAGGC ATTACATTAA ACTCTATTAA 
CCTATCTTAT CTGGTGTGAT TCTTGGAGTA TCATTTAGCT TTTTGGTTTA AAGCATAGCT 
TCAATAGCAA TGCTCGGAGG CTTTTGGGGA TATTCGATAG CACCATGTGA AATGCCGACA 
ACTGATTCAG TATGTGAAAC CTCTATTTTA GAAGTTCTTA ATAGTACAAC AATAACACAA 
TATATTAGAA GAGGAAGATT GGGTTATACA CTTATTGTAA TAGGGATATA TGGTTGCATA 
AGAATTACTG GAGTTTTTTT TCCTTCATCC ACATAAGATA GAATAAACAA AAATGTTGAT 
GATTGTATTA AAGATTCATC TGGATAATAA CAAAAACTAC TCAAAACGCT TAACAAGTTA 
AAAGAAAGAG ACAAAATGAT GGTTACTGAA TTTTATGATG GTAATATTTG GTAAGAAAGA 
ATCTGGAAAA GAGGATAGTA TCTGTATATG TCGATTATTG TTTGGACGAT TATGTTAATC 
ATATTGCATT TATCTTTTTC AGCCTTTTAT GCATAAAACA TTTGGCTGTT TACAGCTCTT 
TTAAAGATAA CATAAATTTT TATATAAGAA AGCTTAAAAG TTTACATGGA AAATGAATTG 
CTTACAAGTT CTTTTAACTG TGTAATTGCA ACCACTCTAA TTGTATCAGG TTTAGGAGCT 
CTTGATTTTT ATGAGTATTT ATTCACATAT TTTGTTAGTC TAGGAATTTC TACCTTTGAA 
AAGACCAATT AAGTTATTCT TGTACATCAT GTTTCACATA GGGCATTTAA GTTTGTAAAA 
ATATTTAAGA AATGGATATA AAAATAGTTT TAATATGAAA CTAATGAAGA TGAATCCACT 
TAATCTTAAA ATAATGATAA TTTTGGTAAT ACTATTGATG ATGAAACAGA TAATTAAAAT 
AAGAAATTAG ATGATAACAG TGAAGTACTC TTATCTGAAA GATATGAAGA AAGCATGGAT 
ACTTATGATG CTAATTTTGA CTAATAGTCT TTCAAAACTT ACGGATAACT TCATTTGTAA 
GATTTAAAAA CAGAAAATAA TGAAAATATG TTTAGCTCTA CTAAGAAGAG AATAAATTTT 
GCAGATATTT AATAAGTAAA TGAGCTGATT TAATAGGCAT AAACAGAAGA AGATTAGCAA 
TAAATAAATT AAAATGAAAG CTTTGATGAA TTCGAAGATA AATTTTAAAG ATTCTTAGAT 
CATAAAATAA CAAAATCTTT CATGAAGTCA CATCCTGAAA ACGAAAAATA AAAAACATAA 
GAGCAAGAAT ACAAAGAAAA TGGAAGTTAA ATTATTAAAG TTTATACAGA TTTTTGTAAC 
TGTTCACTCA CTATGCTTTA AGCTCCATTT TAAATTGTCT AAATGTGGAT GTTTTATGAT 
GCAAGTTAGA CTTTTATTAG GTGGCGTATC AAGAAAGCAG GTTTGGTGTT TTATTTGTTG 
TTTAATGTGT CAAATATACC TTTTTAGATA GTCATGGATA TTCTCTTGCT CAAATCTGTT 
GAGTAGCTTC ACTAACTTTA CATATATGAT TATGTAAATT AAGTTCGTCA AAGATATCAA 
AACAGAAAAT ACAATTGGAA AAGAGATGAT GAAAATGATT TTTTGAAGAT GGTAGAAAAA 
GAGGTTTAAT ACATAGATAT CTGGTGTTAT TCTTCTTAAT ATTTTTTTTG CTAAAGCTTG 
TTTTTAGGAA GTTCAATGGT TGTCATAAAT GGATTTCTCA CAGTTTTAGC AAACAAATAT 
AACTTTCTAA GTGATGAATA CTTAGTTACA ATAACTATAT TATGGATAAT AGTATGTTTT 
TTAGTCGATA CTGTCTTAGT TTACATTTAC GATCATATCT CTTTGTGGAA AGTGGAGGAT 
AAAATCAAAT CTAAATAATA AAAATTAAAT GAAGACGTAA TTGATGAAAT TAAATTAACA 
GAGTAATAGT TAATACCTAC AGAACATTTG ATTAAGGATT AATAACAGTT ATTTTAAGTA 
ACAGAAGTTT ATACTAGAGA TTTTAATAAC TTAACAGCTG ATAAAAAATG TTTAGAAACA 
ATAGAAGACA TTAGATAACA TAATATGCCA AATAATATTT TTTCAAGAGA TAATATCATC 
TTCAAATAAA GCTCAGTATA AGAAAAGCTT ATTAAAATGT AATAAAACCA TAGGTTTGGT 
AATAATGCCA AATTTAGTAA AGGGTATTTA GAATTTGAAA AGAAATTTTC ACTTCTTAAT 
TAGCTTCCAG ACTCTAGCTA AAGCGATTTC GAAAGATAAT AAAATTTTAA TTTTAGTCAC 
CAAGCCAGTT AAAAAATATA CTAAATTTTA AATGAACAAA ATAATGAGTT TAGTGAATTG 
AAATAACTTA TTTAGAAAAA TAAATATATT AAGATGTTCT TTTTAGATGC TATAGGTATG 
ATCAAATAGT CAGACTTAAG AATACAAAAC TATTTATTAG AGTTGTTTGA GGAAAAAGAA 
ACATTAAACA TAAACTTAGA GATGAAATTT GTACAAATAG CTGATAAATA TAGAAAATAG 
GATCCTGAGC CTTATAAAAA ATTATAAAAA TGGCTTAATA TTAGAGAGAG TATTAAAAAA 
TCAGTGGTCT TAAAAAATAA AATACTGAAA TTGAAGGAAC TAATGCCAAA ACTTGAAAAT 
AACGAATATA AAAATGAACA ATTTAAGATT AATTTCTTAA ATGTTAACAA AAAATGGTTT 
TAAAAAAACA TCAAATTGCT ATTTGAAGAT TTAATGAAAG GAGATTCTAA GAACTAATTA 
AAAAAAAATA GATAACTAAT ATTATCAGGA TTTAAGAGTA TTTATGGAAA ATTAAAATTG 
AATCGTTTTA AAGGAGATTA AATTTCTAAT GAACAGAAGG TTGAGTCATC TATAAAATGG 
TTTGAAACTA ATAGCTAAAA AACATCTTTT AAAAACGCTG CTATGATTGT AAGATATTGG 
CTTCTTAGGT CTAGAGTATA AACATTAGCT GAGAAATGTG TCTCTGCATA TATGCTTTAA 
GGTGAAGGCA GATGTTGTAT TTACTGCAAA TCTTCTTAGT CAATCACTAA ATAAATTTAA 
AACTCTAATA TCGAAGATTT GTTTCTTAAA TTTTATAAAA GAGAATGCAG AAAATACAGA 
TAATACTTAA ATGTGTTTTA AATTGTAAAT GGAATCACTA AATAGAAAGG GAAATTAATT 
TCTCATGGTT CTTCAAGAAG ATAAACAAAA AAATTTGATG ATTTTTTACC ACTTGATAAC 
TTCTAAGACT CAATAATAGA GCACTAAACT GAATAGAAAT CCTATTTTCT TTCAAGGTAG 
TAAAAATTTA TAGAATCTTG GTAAGAGTAC TTTTTTTTAA ATGCAAAATT CATCTATGTT 
TGCTTGAAGT GTAATGATAT TGCATAGAAT GAATACCTTT AAATAGTCTC AAAATTTAGA 
AAATGGAGTG TTTAAATGCA TTTATTAGAA ATAAACAGTC AGCGAAATAA TATTATCAAG 
GAAAAAGACG AGGAATCTGA GGGATAATTA AATAACTCCT ATTAAATAAA CTCTTCACTT 
CTTATTAGTA ATTTTGCTCT TCACAAAGAA TCATACTCTA AAGATGAGTT AACTCCAAAA 
AATAACGAGT AGGTAGGTTA GCAATTTATC ACAGATTCAA TTTTTCATCC AATTAATCCT 
CAATAAAATA AATATCAAAA TACTGTTCAA GCAGAAAATT AAGTAATAAA AGAAGAGAAT 
AATGAGGATT AAAGCTAAGC AGATAGAACG AACTATATTG ATCAGGAATT CTTTTCTCCT 
TAACCTTAAA GAAAGAAAAG TTCAATAAAC AGTATGCTCA GTTTAAGAGT AACAAAAAGT 
TCAACAAAAC CCTAATACCC CTAATCAAAT AATCAAAGTC CTTATAAACT AAGCTAACTA 
GGAATTAATA ATAGCTAAAA ATTAGAAAAT TAGCCTTTAA TATAATTAGA TATTAAACAT 
GAAGGCATAA ATAGTCAAAA TTACGACTCA GAAAAACAAG GAATTTTGTA GCCAGAAACA 
AATAAAGATT AAAAAGATTG TATTGATGAT CAAAAAACTA GTAGAAGTGC TAAATCTATC 
TAAAAAACTC ATCCTGAACC CTCTTAGAAT AATTTAGATG ATATAAAATT GAAAGACAAT 
ACCATAATTG ATTAACAAAT TTAGCTGATA AATAAAAACT TAGAAATGAG CTAAAACAGG 
TCTTTTCGTC TTGTCTAAAC AGAGAAGTAA AAAGTATTAA AGGACTAAGA GTAAGATTTT 
CTGCAAGTAA TTAACAGTGA ATAACTTTAA AAGAGTGGTT CTTAGATAAA TTTTAGTGAA 
TTCTCTCCAG GTGTTATAAA TTTAAACAAA AAATTTATAA ATATTTTCTA AGAAAATAAT 
TAAAATGAAA GTAAGTTTAA TTAGAATAAT GAAGTCTAAT CCCTAAAATA ATATAATGAA 
TATTCCTAAA ACTAAGAAGA AAGTAGCTCT TACTCTTCAG AAAAATCATT AGACAAAAAT 
ATAGATGGCT TTTGA

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

RefSeq	XP_001030001.2
CDS	1..5415
Translation	MRMLFQTARIKIEPYRSNYGNKLFMFVLNEKINLPLNIPVLEPDSYPPTLITYSPLDNSEALQNASLTSYNITYSNEIFWKSKEIAIPYIPYMSNCKGSGFIYLHEYIEDPNYCELTPNTIPIRIEFKIPVSDICEEIKFCSLDEAFNDNNNFPKFYQNKEAELFFITNPINIDTDLTGENSIKSLSLIPIVTKNIVPSSTLPKTITLEINYYQVDKYTKKIITAEMSFGSFIEESSNSSSSNFQFNFILSFHSMSHSELAIAFALEWQKKLNSVRHYIKLYPILSGVILGVSFSFLVSIASIAMLGGFWGYSIAPCEMPTTDSVCETSILEVLNSTTITQYIRRGRLGYTLIVIGIYGCIRITGVFFPSSTDRINKNVDDCIKDSSG*QKLLKTLNKLKERDKMMVTEFYDGNIWERIWKRGYLYMSIIVWTIMLIILHLSFSAFYANIWLFTALLKITIFIESLKVYMENELLTSSFNCVIATTLIVSGLGALDFYEYLFTYFVSLGISTFEKTNVILVHHVSHRAFKFVKIFKKWIKFYETNEDESTSNNDNFGNTIDDETDNNKKLDDNSEVLLSERYEESMDTYDANFDSFKTYGLHLDLKTENNENMFSSTKKRINFADIVNELIATEEDQINNESFDEFEDKFRFLDHKITKSFMKSHPENEKKTEQEYKENGSIIKVYTDFCNCSLTMLAPFIVMWMFYDASTFIRWRIKKAGLVFYLLFNVSNIPFIVMDILLLKSVELHLYIYDYVNVRQRYQNRKYNWKRDDENDFLKMVEKEVYIDIWCYSSYFFCSLFLGSSMVVINGFLTVLANKYNFLSDEYLVTITILWIIVCFLVDTVLVYIYDHISLWKVEDKIKSKKLNEDVIDEIKLTELIPTEHLIKD*QLFVTEVYTRDFNNLTADKKCLETIEDIRHNMPNNIFSRDNIIFKSSVEKLIKMNHRFGNNAKFSKGYLEFEKKFSLLNLPDSSSDFERNFNFSHQASKIYILNEQNNEFSELKLIKNKYIKMFFLDAIGMIKSDLRIQNYLLELFEEKETLNINLEMKFVQIADKYRKDPEPYKKLKWLNIRESIKKSVVLKNKILKLKELMPKLENNEYKNEQFKINFLNVNKKWFKNIKLLFEDLMKGDSKNLKKNRLILSGFKSIYGKLKLNRFKGDISNEQKVESSIKWFETNSKTSFKNAAMIVRYWLLRSRVTLAEKCVSAYMLGEGRCCIYCKSSSITKINSNIEDLFLKFYKRECRKYRYLNVFIVNGITKKGKLISHGSSRRTKKFDDFLPLDNFDSIIEHTEKSYFLSRKFIESWEYFFLNAKFIYVCLKCNDIANEYLIVSKFRKWSVMHLLEINSQRNNIIKEKDEESEGLNNSYINSSLLISNFALHKESYSKDELTPKNNEVGQFITDSIFHPINPQNKYQNTVQAENVIKEENNEDSADRTNYIDQEFFSPPRKKSSINSMLSLRVTKSSTKPYPSNNQSPYKLSLGINNSKLENPLILDIKHEGINSQNYDSEKQGILPETNKDKDCIDDQKTSRSAKSIKTHPEPSNNLDDIKLKDNTIIDQILINKNLEMSNRSFRLVTEKKVLKDEDFLQVINSELKSGSINFSEFSPGVINLNKKFINIFENNNESKFNNNEVSLKYNEYSNEESSSYSSEKSLDKNIDGF

Target ORF information:

RefSeq Version	XM_001030001.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

Target ORF information:

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

XM_001030001.2

ORF Insert Sequence:

ATGAGAATGC TATTTTAGCA AACGGCTAGG ATCAAGATAG AATAACCATA TCGTTCGAAT 
TATGGATAAA ATAAACTTTT CATGTTTGTG CTTTAAAATG AATAAAAAAT TAACCTTCCT 
CTAAACATAC CAGTCTTAGA ACCTGATTAG TCTTATCCAC CAACCTTAAT TACCTATTCA 
CCACTTGATA ATAGTGAAGC TCTTCAAAAT GCTTCTTTAA CATCATATTA GAATATTACA 
TACTAAAGTA ACGAAATATT TTGGAAAAGC AAAGAGTAAA TTGCAATTCC TTATATTCCT 
TATATGAGTA ACTGTAAAGG CAGTGGGTAA TTTATTTATC TACATGAATA TATTGAAGAT 
CCAAATTATT GCGAACTCTA AACTCCTTAA AATACTATAC CAATTAGGTA AATTGAGTTT 
AAGTAAATAC CTGTTTCTGA TATATGTGAG GAGATTAAAT TTTAGTGTTC ACTCGATGAG 
GCCTTTAATG ATAATAATAA TTTTCCAAAA TTCTATCAAT AAAACAAAGA GGCAGAACTA 
TTCTTTATCA CATAAAATCC AATTAATATA GATACTGATC TTACAGGAGA AAATAGCATA 
AAGTCACTGA GTTTAATCCC AATTGTTACA AAAAATATTG TCCCTTCTTC TACTCTTCCC 
AAAACCATTA CTCTAGAAAT CAACTACTAT CAAGTTGACA AGTATACAAA AAAAATTATA 
ACTGCTGAAA TGAGTTTTGG ATCATTCATT GAAGAAAGTA GCAATAGCTC ATCTTCCAAT 
TTTCAGTTTA ACTTTATCCT TTCATTTCAT TCAATGTCAC ATTCAGAGCT GGCCATAGCA 
TTTGCTCTTG AATGGCAGAA AAAACTGAAT AGTGTGAGGC ATTACATTAA ACTCTATTAA 
CCTATCTTAT CTGGTGTGAT TCTTGGAGTA TCATTTAGCT TTTTGGTTTA AAGCATAGCT 
TCAATAGCAA TGCTCGGAGG CTTTTGGGGA TATTCGATAG CACCATGTGA AATGCCGACA 
ACTGATTCAG TATGTGAAAC CTCTATTTTA GAAGTTCTTA ATAGTACAAC AATAACACAA 
TATATTAGAA GAGGAAGATT GGGTTATACA CTTATTGTAA TAGGGATATA TGGTTGCATA 
AGAATTACTG GAGTTTTTTT TCCTTCATCC ACATAAGATA GAATAAACAA AAATGTTGAT 
GATTGTATTA AAGATTCATC TGGATAATAA CAAAAACTAC TCAAAACGCT TAACAAGTTA 
AAAGAAAGAG ACAAAATGAT GGTTACTGAA TTTTATGATG GTAATATTTG GTAAGAAAGA 
ATCTGGAAAA GAGGATAGTA TCTGTATATG TCGATTATTG TTTGGACGAT TATGTTAATC 
ATATTGCATT TATCTTTTTC AGCCTTTTAT GCATAAAACA TTTGGCTGTT TACAGCTCTT 
TTAAAGATAA CATAAATTTT TATATAAGAA AGCTTAAAAG TTTACATGGA AAATGAATTG 
CTTACAAGTT CTTTTAACTG TGTAATTGCA ACCACTCTAA TTGTATCAGG TTTAGGAGCT 
CTTGATTTTT ATGAGTATTT ATTCACATAT TTTGTTAGTC TAGGAATTTC TACCTTTGAA 
AAGACCAATT AAGTTATTCT TGTACATCAT GTTTCACATA GGGCATTTAA GTTTGTAAAA 
ATATTTAAGA AATGGATATA AAAATAGTTT TAATATGAAA CTAATGAAGA TGAATCCACT 
TAATCTTAAA ATAATGATAA TTTTGGTAAT ACTATTGATG ATGAAACAGA TAATTAAAAT 
AAGAAATTAG ATGATAACAG TGAAGTACTC TTATCTGAAA GATATGAAGA AAGCATGGAT 
ACTTATGATG CTAATTTTGA CTAATAGTCT TTCAAAACTT ACGGATAACT TCATTTGTAA 
GATTTAAAAA CAGAAAATAA TGAAAATATG TTTAGCTCTA CTAAGAAGAG AATAAATTTT 
GCAGATATTT AATAAGTAAA TGAGCTGATT TAATAGGCAT AAACAGAAGA AGATTAGCAA 
TAAATAAATT AAAATGAAAG CTTTGATGAA TTCGAAGATA AATTTTAAAG ATTCTTAGAT 
CATAAAATAA CAAAATCTTT CATGAAGTCA CATCCTGAAA ACGAAAAATA AAAAACATAA 
GAGCAAGAAT ACAAAGAAAA TGGAAGTTAA ATTATTAAAG TTTATACAGA TTTTTGTAAC 
TGTTCACTCA CTATGCTTTA AGCTCCATTT TAAATTGTCT AAATGTGGAT GTTTTATGAT 
GCAAGTTAGA CTTTTATTAG GTGGCGTATC AAGAAAGCAG GTTTGGTGTT TTATTTGTTG 
TTTAATGTGT CAAATATACC TTTTTAGATA GTCATGGATA TTCTCTTGCT CAAATCTGTT 
GAGTAGCTTC ACTAACTTTA CATATATGAT TATGTAAATT AAGTTCGTCA AAGATATCAA 
AACAGAAAAT ACAATTGGAA AAGAGATGAT GAAAATGATT TTTTGAAGAT GGTAGAAAAA 
GAGGTTTAAT ACATAGATAT CTGGTGTTAT TCTTCTTAAT ATTTTTTTTG CTAAAGCTTG 
TTTTTAGGAA GTTCAATGGT TGTCATAAAT GGATTTCTCA CAGTTTTAGC AAACAAATAT 
AACTTTCTAA GTGATGAATA CTTAGTTACA ATAACTATAT TATGGATAAT AGTATGTTTT 
TTAGTCGATA CTGTCTTAGT TTACATTTAC GATCATATCT CTTTGTGGAA AGTGGAGGAT 
AAAATCAAAT CTAAATAATA AAAATTAAAT GAAGACGTAA TTGATGAAAT TAAATTAACA 
GAGTAATAGT TAATACCTAC AGAACATTTG ATTAAGGATT AATAACAGTT ATTTTAAGTA 
ACAGAAGTTT ATACTAGAGA TTTTAATAAC TTAACAGCTG ATAAAAAATG TTTAGAAACA 
ATAGAAGACA TTAGATAACA TAATATGCCA AATAATATTT TTTCAAGAGA TAATATCATC 
TTCAAATAAA GCTCAGTATA AGAAAAGCTT ATTAAAATGT AATAAAACCA TAGGTTTGGT 
AATAATGCCA AATTTAGTAA AGGGTATTTA GAATTTGAAA AGAAATTTTC ACTTCTTAAT 
TAGCTTCCAG ACTCTAGCTA AAGCGATTTC GAAAGATAAT AAAATTTTAA TTTTAGTCAC 
CAAGCCAGTT AAAAAATATA CTAAATTTTA AATGAACAAA ATAATGAGTT TAGTGAATTG 
AAATAACTTA TTTAGAAAAA TAAATATATT AAGATGTTCT TTTTAGATGC TATAGGTATG 
ATCAAATAGT CAGACTTAAG AATACAAAAC TATTTATTAG AGTTGTTTGA GGAAAAAGAA 
ACATTAAACA TAAACTTAGA GATGAAATTT GTACAAATAG CTGATAAATA TAGAAAATAG 
GATCCTGAGC CTTATAAAAA ATTATAAAAA TGGCTTAATA TTAGAGAGAG TATTAAAAAA 
TCAGTGGTCT TAAAAAATAA AATACTGAAA TTGAAGGAAC TAATGCCAAA ACTTGAAAAT 
AACGAATATA AAAATGAACA ATTTAAGATT AATTTCTTAA ATGTTAACAA AAAATGGTTT 
TAAAAAAACA TCAAATTGCT ATTTGAAGAT TTAATGAAAG GAGATTCTAA GAACTAATTA 
AAAAAAAATA GATAACTAAT ATTATCAGGA TTTAAGAGTA TTTATGGAAA ATTAAAATTG 
AATCGTTTTA AAGGAGATTA AATTTCTAAT GAACAGAAGG TTGAGTCATC TATAAAATGG 
TTTGAAACTA ATAGCTAAAA AACATCTTTT AAAAACGCTG CTATGATTGT AAGATATTGG 
CTTCTTAGGT CTAGAGTATA AACATTAGCT GAGAAATGTG TCTCTGCATA TATGCTTTAA 
GGTGAAGGCA GATGTTGTAT TTACTGCAAA TCTTCTTAGT CAATCACTAA ATAAATTTAA 
AACTCTAATA TCGAAGATTT GTTTCTTAAA TTTTATAAAA GAGAATGCAG AAAATACAGA 
TAATACTTAA ATGTGTTTTA AATTGTAAAT GGAATCACTA AATAGAAAGG GAAATTAATT 
TCTCATGGTT CTTCAAGAAG ATAAACAAAA AAATTTGATG ATTTTTTACC ACTTGATAAC 
TTCTAAGACT CAATAATAGA GCACTAAACT GAATAGAAAT CCTATTTTCT TTCAAGGTAG 
TAAAAATTTA TAGAATCTTG GTAAGAGTAC TTTTTTTTAA ATGCAAAATT CATCTATGTT 
TGCTTGAAGT GTAATGATAT TGCATAGAAT GAATACCTTT AAATAGTCTC AAAATTTAGA 
AAATGGAGTG TTTAAATGCA TTTATTAGAA ATAAACAGTC AGCGAAATAA TATTATCAAG 
GAAAAAGACG AGGAATCTGA GGGATAATTA AATAACTCCT ATTAAATAAA CTCTTCACTT 
CTTATTAGTA ATTTTGCTCT TCACAAAGAA TCATACTCTA AAGATGAGTT AACTCCAAAA 
AATAACGAGT AGGTAGGTTA GCAATTTATC ACAGATTCAA TTTTTCATCC AATTAATCCT 
CAATAAAATA AATATCAAAA TACTGTTCAA GCAGAAAATT AAGTAATAAA AGAAGAGAAT 
AATGAGGATT AAAGCTAAGC AGATAGAACG AACTATATTG ATCAGGAATT CTTTTCTCCT 
TAACCTTAAA GAAAGAAAAG TTCAATAAAC AGTATGCTCA GTTTAAGAGT AACAAAAAGT 
TCAACAAAAC CCTAATACCC CTAATCAAAT AATCAAAGTC CTTATAAACT AAGCTAACTA 
GGAATTAATA ATAGCTAAAA ATTAGAAAAT TAGCCTTTAA TATAATTAGA TATTAAACAT 
GAAGGCATAA ATAGTCAAAA TTACGACTCA GAAAAACAAG GAATTTTGTA GCCAGAAACA 
AATAAAGATT AAAAAGATTG TATTGATGAT CAAAAAACTA GTAGAAGTGC TAAATCTATC 
TAAAAAACTC ATCCTGAACC CTCTTAGAAT AATTTAGATG ATATAAAATT GAAAGACAAT 
ACCATAATTG ATTAACAAAT TTAGCTGATA AATAAAAACT TAGAAATGAG CTAAAACAGG 
TCTTTTCGTC TTGTCTAAAC AGAGAAGTAA AAAGTATTAA AGGACTAAGA GTAAGATTTT 
CTGCAAGTAA TTAACAGTGA ATAACTTTAA AAGAGTGGTT CTTAGATAAA TTTTAGTGAA 
TTCTCTCCAG GTGTTATAAA TTTAAACAAA AAATTTATAA ATATTTTCTA AGAAAATAAT 
TAAAATGAAA GTAAGTTTAA TTAGAATAAT GAAGTCTAAT CCCTAAAATA ATATAATGAA 
TATTCCTAAA ACTAAGAAGA AAGTAGCTCT TACTCTTCAG AAAAATCATT AGACAAAAAT 
ATAGATGGCT TTTGA