TTHERM_00310790 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00310790
Entrez Gene ID	7840989
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001021151.2	XP_001021151.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00310790 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00310790 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
OTe52854	XM_001021151.2 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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
30% OFF

*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_00310790 ( XM_001021151.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001021151.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

Price & Availability↑

CloneID	OTe52854
Clone ID Related Accession (Same CDS sequence)	XM_001021151.2
Accession Version	XM_001021151.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5865bp) 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_002476322). On Jun 9, 2015 this sequence version replaced XM_001021151.1. COMPLETENESS: incomplete on both ends.

ATGGTAGATG ACAACATTAA AAAATCTAAA CAAAGCTAAA CATTCAAAGA TTTATCTATT 
TTATTCTACA CGTAGTAAAT AGCTTAAATA ATCAAGTCTT ATTAAAGAAG CAATTTTATT 
GGCATTATGC TTCTAGTGAT ATATTATTCA TAATTAGCTA GCATGCTTTT TGAAGAAAAG 
GTCATTTAAA ATGTTACAAT TTCTGACATC AGTTAAAGAA ATTCTCTATT TTAAGTATCT 
TAGTATATAA GATGCTCTAG GATCTACACA ATACAAGAAG TTATAGCAGA GAGAAGTGAA 
AATCTTTATA GTAGAAGTAA TAATAATGAA AGTAGTAGTA ATAGTGATGA AGTGGAAATA 
GCACAAAGTT AAATTAATTT TAGTATTTTT GGCATCAGCT ATAACTTTTT TGTTATGGCA 
TATATCATGA TATAATATAC TCTTTGGATT ATGAGCCATA ATTATCAAAC AAGCAGTAAA 
AATGAATAGA GTATTCAAGA AGAATAAATA AATAATGTAG TTAAAAAGAA ATTTAATTTG 
TAAAACTATT CATTTATGAA AAAGTTCTTC AAACCTAATG GACCTTTAAA TAAATTTGTA 
TCGATAATAT TTTAAACATA CAGATATACT GTTACAATAC CATTCAGTGT TGTAAGCTTA 
AGTATGATTT TCAACACAAA TTCTAATTTA AATGATTAGC TTGCACAGGA ATTTAGAATT 
CTGTTAGGTG TTTCATTATT TTTGTCTACT TTTATAATTA ATTTACTAAT CATTATAAAT 
GACTTTGATT ATTCAATACG TTATCGTGAT TTTTTTGGAT CAAGAGTAAA CAATTTTAGA 
TGGGTCTACT TTTCCTTAGA TCTGCTGGCT TCTTACTGTT GCACATAATT AGAAAACAAC 
ATGAATATCA AGCTTTATCT ATGGATTCAC ATACTATAAT CTTTAGCAAG ATTAACAATT 
TTAATATACG AATTTCCTTT TTTCTTTGAA TTAGCTTAAA ATTGTCATTT CTGTGGCTCG 
TTTAGTTATC TGCTGATTTC AATTTTAGAA ATATTTTCAA TCTAAGTTGG CTATAAAACT 
TCATTTTCCT TTTTGCTGCT TTCGTTGTTA CCTATCACTT TAAAGATTAG CAGCATGACT 
TTGAAGTGGA GAGAATCTTT CTACACTGCA TTTATTAGTG AAAAAAATAT TTAAAATATT 
TCTGCTTTCC ACCTAGAGTA CTACATGAGA AAGGTATTAA TACCACTTTG CTAACTTGAT 
ATAGAGTAAT ATATTAGTAA GAAATTTGAG GGTTAAGGGA TTAAATATGA AACAATTTAC 
ACATAACACA TTATTTACTG CTAAGCAAGA GGCGTGTAAG ACTAAAATAG AAATTAAGAT 
CAAATTAAAA ATGCTAATGA TAAATAACAA AAACAAAACT CTGAAGAATT TTAATGTTTT 
TGCTAAAAAT ATTAATTATC TGAGCTAAAC CTTAATAACA TGAATGGACA TCAATAAAGA 
AAATAATTTA TTGTTGAATA TATTTACTAT TTGCTAAATT TATCTTTTAA CAAAAATTTT 
CAAGGCTAGC ATAACTACGA GCAAAGATTA ACTAAAAAAA ATTCTCCTCA AAGTGTATTA 
TTTTTAAAAG AAATAAAACC TACCTACATA TATTATCTGA TCCAAGTAGC TTCTACTCCT 
GCAAAAGCCT ATACTGAGGT ATTCACTATC AAATAAAAAT ACAATTAAAT GACTATTCAA 
GAGTAGTATA TGATAGAATT AACAATACAA GACTTAAATT ATGAATTTTT GTCCTTCTTT 
GACCATTCAA TATATCAAAA CCAAAGACTT AAAATTGGTG ATGTTTACTA ATTTGATCAT 
GCTTATAGAG ATTCATTTAG TGAGTTGAGC AAAGGCTTAA AAATAAAGCA AGAATTCTTT 
TAATTCTTGA ATCAAGATTC CATCATCTTA GAGAATTTAA CTAATAAATC CTAAAAAACA 
GTAATTTAAA TTCAAGTAAT TGAAGATTCA CTTATAAATT TATTAAAAAT GAATCCTTTA 
CATTAAAGGA CACTGTAGCT TTCTTCCATC TTTTTAGATC ACTTTGACTT CAAAAAAAGA 
ACTTTAACTT CATTAATTTT GCAGGCAACC TATTAAAATG AACTTGAAAA CCCACATTAA 
ATAAGAAACG AATTAGAAAA AAGTGATTTT AAAATAAATT TATTTCATTA AAAATCAGCA 
GCAGCATTCT TTTTATCTCT ATAAAATAAA ACAATCTTAA GATCTTCTGA TTCTTTTTCT 
TAGCTATTTG GTGTAAATAG TTCTGATATT ATTGGAAAGC CTATTTCCCT TTTATTCCCT 
GATTATTATT TTCCTCATAT TAGCAGCTAC ATAGAGAGGC TTGTTGAAGA AGCAAACATA 
GATTTGATTA AAATCGGTTT ATATTATACA TTTATCAGAA CTGCAAAAGA AAGTTTGTAT 
CCAGTAGTTA TGAGAGTTAA GTTGGATTTT TTAAATGAGC AGACATTTGG GCTATCATGC 
TATATGCAAA GAATTGAGAA TGACAAATTT TACATTATAT GTGATTCGAA TTTCAAATTT 
TTAGATGCTT CTAGCTAATT AAAAACCCTG CTTTTAAAAA ATTTTCAACA AAACAAAAAA 
CGCAAGAATA CTTCAGATCT ATTATAGAAA GTTAATGTCA GAAATTTTAT TCCTATTCTT 
TATGGAATAG AAAAATTCTA AGAATTAAAT TAGTTTGATG AGAAATCTAA ATCTTATTAG 
AACTATGAAA GATAGACAAA TTTTTAGTAA TTTAACTCTA TTCTTTTTTT ACCAACAAAT 
AAGCCTTAGT TGAGTATGCT CCAGAAATAA GTCAAATAAG AAATTTATGA TGTAAGCTAA 
TATTTCAAGG AGTTTAAACC TTCTGAGTTT GATTCTGTCT AAAAATTTAA AAAAATTCAT 
GAAATAAATG ATCATTTAGA TTAAATTAAA GAGAAGTTTT AGAAGTATTT TTCTCATCCA 
GTGGAAATCT AAGAATATGA AAACACTTCC AAGAATAACT CATTTATCAA GGAGATTTAG 
AATTACACAA CTTAAGAAAC TTACTTCAAG ATTGATAACT AACCCTCTGA AGCAAAAGAT 
AAAGAAGATT CATAAAATAA TACTAAACCA GAGGTTAATA CTTTACAAGA GATAGATTAT 
TTTGAATCTA ATTACCTTCA TGAATCAAAA AAAAAAGATT AACTTATAGA AAATGATGTA 
ATAAACAGTA TCGAAAAATA ATCCTCCAAA TATTCAGAAA AACCTAATGA ATTGAATAAT 
GAAGACTTTT AATAGATCCA AAATTTATAT CCAGATTAAT TGCAGCAATA TTATGAAAAT 
TATTAAGCTG CTGCTTATTA AAATGAATAT AGTCTTTGGC CAATAAGTTA AAAAGACATT 
CCTTATGGTT AAGAGAATTA AAACCAATCA GAACATCAAA TAATGAGAGA AAAAGGAGAA 
TACATAAATA ATTTATAAAG TTACAATTAG CTTGGTTACT AAAATCACAA TAATGAAGCT 
ACTTAGTCAG ATTTGATCAA TAACTCTGAT CAAAAAAATC ATTAAAAATT TTAGAAAAAA 
TTATAGAAGC TAATCATAAA ATCTCCCAGA GCATCAAATA TAAATGTTAT TTCAATAGAA 
GATGAACAAA AATATCAGCA TTTTGCATCA CCAAAATTTG GTTAAGAATT GGTTTCACCT 
TTGTCAACTC ATAAAGATAA TGAAGAATCA TAGAGATATT TTGTTAAAAA CTCACCAAAC 
AAAGATAATT TCTAAAATTC ACAAAGCGCT TCCCATCTTA TTAACGGTAG TCTTATTTCT 
CCAACAATTA AAGTTAATGA AATGTACTAT GAATCGACGA TTGATGACAA ATAATCTCAG 
AAAAATTAGA TAATTCACCC ATAGAGTTTT CATAATTCAA AAAACAATGA GAAGTTACTT 
TAACTGTAGC CTATTTCCAT AGATTAGTAC TCAGTTAGTC ATACTTCAAT TGAACAAGAA 
ATTAAAAACA ATATACAGAT TGGACACAAA TCCATACTAT CAAAAAGCCA AACTAACAGA 
TAGCTTAGCA GAAAGGAAAT ACAAACATTA GAAAGAAATG TCACTAAATT ATATAATGCC 
TAAAATACAA AAAACTTTAA ATATGATGGA GAAGATGATG AAAGAGGCGA AAGAAGAGAT 
CAGTATTCAT AGTTTAAAAA AATTTCAGAT TTAGGGATTT AAGAGTCTGA ACACAGTAAG 
AGACAAGAAA AAACTGGATT TTAGAATAAT GCGATTTTAA AAAAAATGTT TGACTCTTAA 
TTATTTTTTA AAAGACAGTT TTTGAGCGAC ATGGTTACAA AGCGATAGGA ACTTATTCAG 
GTCAAGTATG CCAGAAATGT AGGACTCTTT TTTCTTGTCC TTTTAGTTGC AATCAGCACT 
GGACTCTATT TAACTTTAGT GAGTTATTTT AATAATGGAT GGGATTATTT TAAAGATATG 
TTGATAGGTT ATGACATACT TGAGAGTTAC TCTTAGGCGA TTAGATAAAA AGAGTTATTA 
CTCACTTTAT AAATGTATGG CATACCTGGG TATAATTTAC ATAATCAGAC ATAAATATTA 
TTGGAAACAC AAGAAAGAGA TTATCGTTAA ATATAACTCA GATAACTCAT CGATTATTTT 
ATAGCTAATT GTGTTAATAA AGGATTTGAA AAGTATATGC TTGAAGAGGA AATTCAAGTC 
TCTTTTCTAA CAAATTAAAA TTAACCAATT AAGCATTTAA ATTTCACAAG AATCTATTCA 
TTGCTTAATA TTCCTCTTTA TTTATGGGAC TATACCTTAA CGAATAACCA AGATTCTTAG 
ACGTATATCC TCGAAAATTA TTATAACATT ATGGATATGA TAGCTTACAT AGTGAATATA 
TCTAGCACGA CATCATATAA TAAAATAAAA AGCTCAGAAA ATCTCTTATA TTTGAGTATT 
ACACTTATCG AATTGTTTTC TTTATTGCTG ATCATGCTTG TTTTTCCTAT TTATTATATT 
GTTTAAAGTA AAAGAGAAGA AATTCTCAAA CTCTTAGCAA CTTTTGATTC TAATTTTCTT 
GAAAAAATAA TTTAAAAATG TAATCTCGAA CTCCTTGAAA ATAAATAAAA CTTTGGTTCT 
TCTAAAACTT TGAGATCAAT CAAAACTAAT AAAAACGTTA GTTCTAAAAA CATTCTTTCC 
TAAACATAAA TAGGAAGCGG GTAGATTTTA GCTTCTTCCT AATTTAAGAG ATTAAATAAA 
AAAAGAAAAG CCGTCTCTTA AACAAATAGT CTGCAAAATT TATTCTATAA CTAACTATTT 
TCTAACGAGG AACTTCTTTC AAACATTCAA TTACAATATT CAAGAGAAAG GGATATATCA 
GTACTTAAAT AGTTCAAAGA AAAAATACTG GATTAATAGC TTTAAGAAAG AATAACTGAC 
CTTTATAAAG TTGATGAAAC CTTTTAAAAA GATAGAAGCT AAATGGATAA GTATAAGTAA 
GACTATTTGA TGACTATTAA AGAGGATGCC TGCTAAATCC TCATTGATAA CTACAATATC 
TAGTCTATGG ATTCAAAAGC TAATATGTAG AATCAAATAA ACGAGACATT TGATCCAAAA 
GTAGATCCTA ATAAATGTTC GAGCATCCTA AATGGGAAAT TGAAGCAAGG ATTAACTATA 
ACCTTGAAAG AATTAATAAA TGAAATCAAT TAGTTATACC TAGTTTTTAC ATCTACAAAT 
GATGAACAAG AGTTGTTCCT TACCCTCATT CCGATAGAGA ATTTAGTAGA AAATTAATAT 
GTTATTTCCT TCATTAATAA ATAAATTCCT TATTAATCAA AGTGA

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

RefSeq	XP_001021151.2
CDS	1..5865
Translation	MVDDNIKKSKQSTFKDLSILFYTIAIIKSYRSNFIGIMLLVIYYSLASMLFEEKVINVTISDISRNSLFVSYIRCSRIYTIQEVIAERSENLYSRSNNNESSSNSDEVEIAQSINFSIFGISYNFFVMAYIMIYTLWIMSHNYQTSSKNESIQEEINNVVKKKFNLNYSFMKKFFKPNGPLNKFVSIIFTYRYTVTIPFSVVSLSMIFNTNSNLNDLAQEFRILLGVSLFLSTFIINLLIIINDFDYSIRYRDFFGSRVNNFRWVYFSLDLLASYCCTLENNMNIKLYLWIHILSLARLTILIYEFPFFFELANCHFCGSFSYLLISILEIFSIVGYKTSFSFLLLSLLPITLKISSMTLKWRESFYTAFISEKNINISAFHLEYYMRKVLIPLCLDIEYISKKFEGGIKYETIYTHIIYCARGVDNRNDQIKNANDKQKQNSEEFCFCKYLSELNLNNMNGHQRKFIVEYIYYLLNLSFNKNFQGHNYEQRLTKKNSPQSVLFLKEIKPTYIYYLIQVASTPAKAYTEVFTIKKYNMTIQEYMIELTIQDLNYEFLSFFDHSIYQNQRLKIGDVYFDHAYRDSFSELSKGLKIKQEFFFLNQDSIILENLTNKSKTVIIQVIEDSLINLLKMNPLHRTLLSSIFLDHFDFKKRTLTSLILQATYNELENPHIRNELEKSDFKINLFHKSAAAFFLSLNKTILRSSDSFSLFGVNSSDIIGKPISLLFPDYYFPHISSYIERLVEEANIDLIKIGLYYTFIRTAKESLYPVVMRVKLDFLNEQTFGLSCYMQRIENDKFYIICDSNFKFLDASSLKTLLLKNFQQNKKRKNTSDLLKVNVRNFIPILYGIEKFELNFDEKSKSYNYERTNFFNSILFLPTNKPLSMLQKVKEIYDVSYFKEFKPSEFDSVKFKKIHEINDHLDIKEKFKYFSHPVEIEYENTSKNNSFIKEINYTTETYFKIDNPSEAKDKEDSNNTKPEVNTLQEIDYFESNYLHESKKKDLIENDVINSIEKSSKYSEKPNELNNEDFIQNLYPDLQQYYENYAAAYNEYSLWPISKDIPYGENNQSEHQIMREKGEYINNLSYNLGYNHNNEATSDLINNSDQKNHKFKKLKLIIKSPRASNINVISIEDEQKYQHFASPKFGELVSPLSTHKDNEESRYFVKNSPNKDNFNSQSASHLINGSLISPTIKVNEMYYESTIDDKSQKNIIHPSFHNSKNNEKLLLPISIDYSVSHTSIEQEIKNNIQIGHKSILSKSQTNRLSRKEIQTLERNVTKLYNANTKNFKYDGEDDERGERRDQYSFKKISDLGIESEHSKRQEKTGFNNAILKKMFDSLFFKRQFLSDMVTKRELIQVKYARNVGLFFLVLLVAISTGLYLTLVSYFNNGWDYFKDMLIGYDILESYSAIRKELLLTLMYGIPGYNLHNQTILLETQERDYRILRLIDYFIANCVNKGFEKYMLEEEIQVSFLTNNPIKHLNFTRIYSLLNIPLYLWDYTLTNNQDSTYILENYYNIMDMIAYIVNISSTTSYNKIKSSENLLYLSITLIELFSLLLIMLVFPIYYIVSKREEILKLLATFDSNFLEKIIKCNLELLENKNFGSSKTLRSIKTNKNVSSKNILSTIGSGILASSFKRLNKKRKAVSTNSLQNLFYNLFSNEELLSNIQLQYSRERDISVLKFKEKILD*LERITDLYKVDETFKDRSMDKYKDYLMTIKEDACILIDNYNISMDSKANMNQINETFDPKVDPNKCSSILNGKLKQGLTITLKELINEINLYLVFTSTNDEQELFLTLIPIENLVENYVISFINKIPYSK

Target ORF information:

RefSeq Version	XM_001021151.2
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_001021151.2

ORF Insert Sequence:

ATGGTAGATG ACAACATTAA AAAATCTAAA CAAAGCTAAA CATTCAAAGA TTTATCTATT 
TTATTCTACA CGTAGTAAAT AGCTTAAATA ATCAAGTCTT ATTAAAGAAG CAATTTTATT 
GGCATTATGC TTCTAGTGAT ATATTATTCA TAATTAGCTA GCATGCTTTT TGAAGAAAAG 
GTCATTTAAA ATGTTACAAT TTCTGACATC AGTTAAAGAA ATTCTCTATT TTAAGTATCT 
TAGTATATAA GATGCTCTAG GATCTACACA ATACAAGAAG TTATAGCAGA GAGAAGTGAA 
AATCTTTATA GTAGAAGTAA TAATAATGAA AGTAGTAGTA ATAGTGATGA AGTGGAAATA 
GCACAAAGTT AAATTAATTT TAGTATTTTT GGCATCAGCT ATAACTTTTT TGTTATGGCA 
TATATCATGA TATAATATAC TCTTTGGATT ATGAGCCATA ATTATCAAAC AAGCAGTAAA 
AATGAATAGA GTATTCAAGA AGAATAAATA AATAATGTAG TTAAAAAGAA ATTTAATTTG 
TAAAACTATT CATTTATGAA AAAGTTCTTC AAACCTAATG GACCTTTAAA TAAATTTGTA 
TCGATAATAT TTTAAACATA CAGATATACT GTTACAATAC CATTCAGTGT TGTAAGCTTA 
AGTATGATTT TCAACACAAA TTCTAATTTA AATGATTAGC TTGCACAGGA ATTTAGAATT 
CTGTTAGGTG TTTCATTATT TTTGTCTACT TTTATAATTA ATTTACTAAT CATTATAAAT 
GACTTTGATT ATTCAATACG TTATCGTGAT TTTTTTGGAT CAAGAGTAAA CAATTTTAGA 
TGGGTCTACT TTTCCTTAGA TCTGCTGGCT TCTTACTGTT GCACATAATT AGAAAACAAC 
ATGAATATCA AGCTTTATCT ATGGATTCAC ATACTATAAT CTTTAGCAAG ATTAACAATT 
TTAATATACG AATTTCCTTT TTTCTTTGAA TTAGCTTAAA ATTGTCATTT CTGTGGCTCG 
TTTAGTTATC TGCTGATTTC AATTTTAGAA ATATTTTCAA TCTAAGTTGG CTATAAAACT 
TCATTTTCCT TTTTGCTGCT TTCGTTGTTA CCTATCACTT TAAAGATTAG CAGCATGACT 
TTGAAGTGGA GAGAATCTTT CTACACTGCA TTTATTAGTG AAAAAAATAT TTAAAATATT 
TCTGCTTTCC ACCTAGAGTA CTACATGAGA AAGGTATTAA TACCACTTTG CTAACTTGAT 
ATAGAGTAAT ATATTAGTAA GAAATTTGAG GGTTAAGGGA TTAAATATGA AACAATTTAC 
ACATAACACA TTATTTACTG CTAAGCAAGA GGCGTGTAAG ACTAAAATAG AAATTAAGAT 
CAAATTAAAA ATGCTAATGA TAAATAACAA AAACAAAACT CTGAAGAATT TTAATGTTTT 
TGCTAAAAAT ATTAATTATC TGAGCTAAAC CTTAATAACA TGAATGGACA TCAATAAAGA 
AAATAATTTA TTGTTGAATA TATTTACTAT TTGCTAAATT TATCTTTTAA CAAAAATTTT 
CAAGGCTAGC ATAACTACGA GCAAAGATTA ACTAAAAAAA ATTCTCCTCA AAGTGTATTA 
TTTTTAAAAG AAATAAAACC TACCTACATA TATTATCTGA TCCAAGTAGC TTCTACTCCT 
GCAAAAGCCT ATACTGAGGT ATTCACTATC AAATAAAAAT ACAATTAAAT GACTATTCAA 
GAGTAGTATA TGATAGAATT AACAATACAA GACTTAAATT ATGAATTTTT GTCCTTCTTT 
GACCATTCAA TATATCAAAA CCAAAGACTT AAAATTGGTG ATGTTTACTA ATTTGATCAT 
GCTTATAGAG ATTCATTTAG TGAGTTGAGC AAAGGCTTAA AAATAAAGCA AGAATTCTTT 
TAATTCTTGA ATCAAGATTC CATCATCTTA GAGAATTTAA CTAATAAATC CTAAAAAACA 
GTAATTTAAA TTCAAGTAAT TGAAGATTCA CTTATAAATT TATTAAAAAT GAATCCTTTA 
CATTAAAGGA CACTGTAGCT TTCTTCCATC TTTTTAGATC ACTTTGACTT CAAAAAAAGA 
ACTTTAACTT CATTAATTTT GCAGGCAACC TATTAAAATG AACTTGAAAA CCCACATTAA 
ATAAGAAACG AATTAGAAAA AAGTGATTTT AAAATAAATT TATTTCATTA AAAATCAGCA 
GCAGCATTCT TTTTATCTCT ATAAAATAAA ACAATCTTAA GATCTTCTGA TTCTTTTTCT 
TAGCTATTTG GTGTAAATAG TTCTGATATT ATTGGAAAGC CTATTTCCCT TTTATTCCCT 
GATTATTATT TTCCTCATAT TAGCAGCTAC ATAGAGAGGC TTGTTGAAGA AGCAAACATA 
GATTTGATTA AAATCGGTTT ATATTATACA TTTATCAGAA CTGCAAAAGA AAGTTTGTAT 
CCAGTAGTTA TGAGAGTTAA GTTGGATTTT TTAAATGAGC AGACATTTGG GCTATCATGC 
TATATGCAAA GAATTGAGAA TGACAAATTT TACATTATAT GTGATTCGAA TTTCAAATTT 
TTAGATGCTT CTAGCTAATT AAAAACCCTG CTTTTAAAAA ATTTTCAACA AAACAAAAAA 
CGCAAGAATA CTTCAGATCT ATTATAGAAA GTTAATGTCA GAAATTTTAT TCCTATTCTT 
TATGGAATAG AAAAATTCTA AGAATTAAAT TAGTTTGATG AGAAATCTAA ATCTTATTAG 
AACTATGAAA GATAGACAAA TTTTTAGTAA TTTAACTCTA TTCTTTTTTT ACCAACAAAT 
AAGCCTTAGT TGAGTATGCT CCAGAAATAA GTCAAATAAG AAATTTATGA TGTAAGCTAA 
TATTTCAAGG AGTTTAAACC TTCTGAGTTT GATTCTGTCT AAAAATTTAA AAAAATTCAT 
GAAATAAATG ATCATTTAGA TTAAATTAAA GAGAAGTTTT AGAAGTATTT TTCTCATCCA 
GTGGAAATCT AAGAATATGA AAACACTTCC AAGAATAACT CATTTATCAA GGAGATTTAG 
AATTACACAA CTTAAGAAAC TTACTTCAAG ATTGATAACT AACCCTCTGA AGCAAAAGAT 
AAAGAAGATT CATAAAATAA TACTAAACCA GAGGTTAATA CTTTACAAGA GATAGATTAT 
TTTGAATCTA ATTACCTTCA TGAATCAAAA AAAAAAGATT AACTTATAGA AAATGATGTA 
ATAAACAGTA TCGAAAAATA ATCCTCCAAA TATTCAGAAA AACCTAATGA ATTGAATAAT 
GAAGACTTTT AATAGATCCA AAATTTATAT CCAGATTAAT TGCAGCAATA TTATGAAAAT 
TATTAAGCTG CTGCTTATTA AAATGAATAT AGTCTTTGGC CAATAAGTTA AAAAGACATT 
CCTTATGGTT AAGAGAATTA AAACCAATCA GAACATCAAA TAATGAGAGA AAAAGGAGAA 
TACATAAATA ATTTATAAAG TTACAATTAG CTTGGTTACT AAAATCACAA TAATGAAGCT 
ACTTAGTCAG ATTTGATCAA TAACTCTGAT CAAAAAAATC ATTAAAAATT TTAGAAAAAA 
TTATAGAAGC TAATCATAAA ATCTCCCAGA GCATCAAATA TAAATGTTAT TTCAATAGAA 
GATGAACAAA AATATCAGCA TTTTGCATCA CCAAAATTTG GTTAAGAATT GGTTTCACCT 
TTGTCAACTC ATAAAGATAA TGAAGAATCA TAGAGATATT TTGTTAAAAA CTCACCAAAC 
AAAGATAATT TCTAAAATTC ACAAAGCGCT TCCCATCTTA TTAACGGTAG TCTTATTTCT 
CCAACAATTA AAGTTAATGA AATGTACTAT GAATCGACGA TTGATGACAA ATAATCTCAG 
AAAAATTAGA TAATTCACCC ATAGAGTTTT CATAATTCAA AAAACAATGA GAAGTTACTT 
TAACTGTAGC CTATTTCCAT AGATTAGTAC TCAGTTAGTC ATACTTCAAT TGAACAAGAA 
ATTAAAAACA ATATACAGAT TGGACACAAA TCCATACTAT CAAAAAGCCA AACTAACAGA 
TAGCTTAGCA GAAAGGAAAT ACAAACATTA GAAAGAAATG TCACTAAATT ATATAATGCC 
TAAAATACAA AAAACTTTAA ATATGATGGA GAAGATGATG AAAGAGGCGA AAGAAGAGAT 
CAGTATTCAT AGTTTAAAAA AATTTCAGAT TTAGGGATTT AAGAGTCTGA ACACAGTAAG 
AGACAAGAAA AAACTGGATT TTAGAATAAT GCGATTTTAA AAAAAATGTT TGACTCTTAA 
TTATTTTTTA AAAGACAGTT TTTGAGCGAC ATGGTTACAA AGCGATAGGA ACTTATTCAG 
GTCAAGTATG CCAGAAATGT AGGACTCTTT TTTCTTGTCC TTTTAGTTGC AATCAGCACT 
GGACTCTATT TAACTTTAGT GAGTTATTTT AATAATGGAT GGGATTATTT TAAAGATATG 
TTGATAGGTT ATGACATACT TGAGAGTTAC TCTTAGGCGA TTAGATAAAA AGAGTTATTA 
CTCACTTTAT AAATGTATGG CATACCTGGG TATAATTTAC ATAATCAGAC ATAAATATTA 
TTGGAAACAC AAGAAAGAGA TTATCGTTAA ATATAACTCA GATAACTCAT CGATTATTTT 
ATAGCTAATT GTGTTAATAA AGGATTTGAA AAGTATATGC TTGAAGAGGA AATTCAAGTC 
TCTTTTCTAA CAAATTAAAA TTAACCAATT AAGCATTTAA ATTTCACAAG AATCTATTCA 
TTGCTTAATA TTCCTCTTTA TTTATGGGAC TATACCTTAA CGAATAACCA AGATTCTTAG 
ACGTATATCC TCGAAAATTA TTATAACATT ATGGATATGA TAGCTTACAT AGTGAATATA 
TCTAGCACGA CATCATATAA TAAAATAAAA AGCTCAGAAA ATCTCTTATA TTTGAGTATT 
ACACTTATCG AATTGTTTTC TTTATTGCTG ATCATGCTTG TTTTTCCTAT TTATTATATT 
GTTTAAAGTA AAAGAGAAGA AATTCTCAAA CTCTTAGCAA CTTTTGATTC TAATTTTCTT 
GAAAAAATAA TTTAAAAATG TAATCTCGAA CTCCTTGAAA ATAAATAAAA CTTTGGTTCT 
TCTAAAACTT TGAGATCAAT CAAAACTAAT AAAAACGTTA GTTCTAAAAA CATTCTTTCC 
TAAACATAAA TAGGAAGCGG GTAGATTTTA GCTTCTTCCT AATTTAAGAG ATTAAATAAA 
AAAAGAAAAG CCGTCTCTTA AACAAATAGT CTGCAAAATT TATTCTATAA CTAACTATTT 
TCTAACGAGG AACTTCTTTC AAACATTCAA TTACAATATT CAAGAGAAAG GGATATATCA 
GTACTTAAAT AGTTCAAAGA AAAAATACTG GATTAATAGC TTTAAGAAAG AATAACTGAC 
CTTTATAAAG TTGATGAAAC CTTTTAAAAA GATAGAAGCT AAATGGATAA GTATAAGTAA 
GACTATTTGA TGACTATTAA AGAGGATGCC TGCTAAATCC TCATTGATAA CTACAATATC 
TAGTCTATGG ATTCAAAAGC TAATATGTAG AATCAAATAA ACGAGACATT TGATCCAAAA 
GTAGATCCTA ATAAATGTTC GAGCATCCTA AATGGGAAAT TGAAGCAAGG ATTAACTATA 
ACCTTGAAAG AATTAATAAA TGAAATCAAT TAGTTATACC TAGTTTTTAC ATCTACAAAT 
GATGAACAAG AGTTGTTCCT TACCCTCATT CCGATAGAGA ATTTAGTAGA AAATTAATAT 
GTTATTTCCT TCATTAATAA ATAAATTCCT TATTAATCAA AGTGA