TTHERM_00300610 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00300610
Entrez Gene ID	7832417
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001024588.2	XP_001024588.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00300610 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00300610 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
OTe59222	XM_001024588.2 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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** 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_00300610 ( XM_001024588.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001024588.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe59222
Clone ID Related Accession (Same CDS sequence)	XM_001024588.2
Accession Version	XM_001024588.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5136bp) 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_002476163). On Jun 9, 2015 this sequence version replaced XM_001024588.1. COMPLETENESS: incomplete on both ends.

ATGAGAAAAA AAAGCTCAAA ATATTAAATT ATGCACTTAT TTATTGACTT TTCTCTTATT 
ATTCTGATGC AGTAATTTTA AAATGAGACA TCTGTTTTAA TTCACATTAT CAATTTGCTG 
ATTAATCTTG GCATTTTATT CTTTTAACAA CCTTACTTTT AAAGTGAGAT CATTACCTTT 
GATATTTATT TATCATTGTA AATTTTGTTA TCTTAGATAG GGACAACAAT TTACTTACTC 
TTTAATTCTG AAAAAATTCA AAATTTAATG GTCTTTTATT ATTTTTTTGT GATTCCTTTT 
AGTATTAAGC TAACTTAAAA AATAATATAA TATATTTAAT AAAAAATGCT ATCAAAATTC 
AATTAAAAAT TAGACAAAAA AAGTTTTACA AAAAATGATC AAAAATATTT AGATTGGTTT 
ATGAGAAAAA CTATTTCAGA TATAAGATAG ATAAATAAGA GAAATAATTT TAATGAAAAT 
TCTTTAGAAT TATATGAGGT AAAAATACTT GATTAAATTC TAAGATGTAA TAGATATTTA 
AATGATATTT CAAATAATCT GGAACCAAAC CAATAAAATT CTCATAAGTA AATAGATAGG 
GAAAATCTAT AAGAATAGCT CAAATTTCTA ATTTCATAAT TATATTTAAC AGGAGAAACA 
CATAATTCAT AAGAAGTTAG AGAATTTTTA ATTTCCCACT TAGTCTTTCT CATTAATGTG 
CAGAAAAACT ATGCTTTGTT TACTTTCAAA GCTTATACAT ACTAAAAAAA TTTTAACAAA 
AAACAAAAGC AAATTGTGTT TACATTATTG AATGAATGTT AAAATTAAAT AGATTTGTAA 
ATTTACAAAC ATAAGAATGA TAGCATTTAC GAAAAATCTA TAATGAGTGT TATAATTTAT 
GATGATTAAA TAAATTAAAT AGAAGTTCTG ATAGAAGAGG CTGTATTATA AAAGTTAAAC 
ATTTTATTCA CCATGAATTA AAAATACATT AATCTTTAAC AGCTGCAAAG CTAACTAAAC 
CTTTTTTAAA TAAAGAGAAG ATAGATTATT TCTTTAATTC AAAACATAAC TTAAATGAAT 
TTTCTTAACA TTAAACTTTA AAATCTTATT ACCATATACT TAAAAACAAT AGCATTTACA 
GAAAAAGATA TCAAATTAAA TAATAAGAAT ACAAAAGTAA ATTAATATTA TAATAAAATT 
TTTAATCAGT ATGCAACCAA CGAAGAAGCT TGTGTGATAA TTTCTTAATT CAATAATGAG 
TAAGAATAAA TTATTAAAAA TGTATCTCAT AACTTTAAAA GAGTGTTTAA TGGTAGCTAA 
GATGATTATT TAGGTTAATC TATTAGCAAA TTGATGCCTG AGCCATATTC GAGAGTGCAT 
TAAAATTATG TGGAAAAATA TATCAATACT TAAAATAGTA CTGCTATAAC TTCAAGTTGT 
TTATTAGCAT TTGCTTTAAC ATAAAATTAA TACATTATAC CTATATAATT AGAATTAAAA 
TTTAATACTT CTTTGGATTT TTAATTAAAC ACTGAAGTTG GATTTGCGTT ATACCTTTAA 
AAAATAAACA AATAAAAGGA ATACATTCTT TATAATAAAA ACAATTTTGA GATAGTTTCG 
ATTACTGAAT AAATTCATCA AAATATATTC TATGGCTATT AAGATTACAC TCGGATTAAC 
TTACTTTAGT TTTTTCCTAT TATTTATAAA GCTTCAAATT AGATGTAAAA GCAAAGCCAG 
CTATATAGTA AAGCATTGCC TATTTTACAC ATTAAATATG AATCCAGTAA ATATAAATAA 
TAAAAGATAT TAGCTTATTC TTAAAAAAAA TATATTTAAA TGTAGAATTT TCATAAGGAT 
TTAAGTAAAA ATAAAAGTTT AAAATTAATT TAAAGTATTT AAAGATAAGA AGAAATTCAT 
TCATAAATTG AGCTTGAAGC ACAAAAATAG CTAACAAACT AACCACGAGC ATATTAATCA 
GTAGAAGAAT AGTTAATTGA ATAGCATTTA GATAATTAAA TTGGCAGGGA AAACATAGAT 
GATATTTTGA AAATAAAATA TTTGCTAGTA TTATAAAATT AGTAAAAATC ATTAATGAGC 
TAACAAAAAA ATTTAAATCC TCAATAAATT AATTAATAAA AAAATGAGTT ATTTTATTTT 
TATCAATTTT ATGTTTTATA ATTTAATATA AAATCAGTCA AAAGCGAGTA TCTCACTCAT 
TTGAAATACA TAGAAATTTC TAAGTAACAA AAATTAAATC CAATTAAAAG TGCTTCTTTA 
ATACTTAGTT TCTACAAAAA TAGTTATAAA AGAACAAGTC TTTCGAATAT TGATCAGTTT 
TATGATTAGT AACTTGAGAG TTTATTCTAA GATCTAGAAT CTATGCAGCA ATTAAAAAAC 
CATATTTGTG ATTAAGAGGT TGTGTAAACT CCTGATCCTT ATTCATAATA GCAAAGTAAT 
AGTTCTAGTT AAAATAATAA CACTAAATTA AATACATAGT AAGCACAAGA TTATTTAGGT 
AATAAAAAAT ACAAAATAGA TGAATTTAAT TAGAATAGTT TCAATAATAA TAATAATAAT 
AATATAAATA ATCCTTTAGT TAATTTGAGC TCTTTCGATA TAAAGGAATG TGCTTAAAAT 
TTTGAATAGC CTTTGATAAA ACTTGCAACA GATTAAAATG TTTAATAATT CGAAAACTTA 
ACTCACTAAA ATAGCAGTTT AATTTCATAA AATAAAAGTC AAATTGCCTT ATTTTAATTC 
AGAGGAAAAA ATATAGATTC TAGTATTGAT AACTTATCTT AAACATAAAG GTTTCATTTT 
TGTAATACTT TTTATTTAGA TAATCAATCA TCTTAAATAT CAGACAGAAT ACTAAAAAAC 
CATAGCAATT CAATGCTAAC AAAATAAGAT TTAAATATTT CTCAAACAAA ACTGAATTCT 
TAACTTAAAT TAAATTTTAA CAATTCTGAT TTAATAAACT CAATAGAAAG TGATTCTTAT 
GTAAATTAGT TTTAAAATAA TATAATTAAT CTAAATACCT AAAGCCAAAC ATAAATATAA 
ACATCACAAA GCTTGACAAA AAATGTGAAT CAATAAACAT TGCAAAAGCT TATTTTTTAA 
AATTAAAATA AAATATAAAG TAAAAAAAAT GATCTAAACA TTTAATAATA TGAATAGCAA 
AAATAAATAA ATAATCTTTT AAAATTAAAA TAAATTTTCA ATGGAGCTAA CAATTAAGAC 
TCTGCTTCAA ACAGTTCAAA GTGTAGCTCT AGCTCTAATA TCAAGTATAT AGAAAGAAAA 
ATTTTATCAG AAAAAAGATA GCTTGCGATA TAATTCGTCA ATTTATTTGG ATTTTTAAGC 
TTGATAATTT TATCTGTAGT TATTATTTAA TAATTCTTTT CAATTAATTT ACTTTTTGAA 
AATTTTTAAT CAGAATTAAA TATTATTGGA TGGCCCACAG ATTATATGGA CAGCCTTTCA 
CTGATCGTGA AAAATTCAAA CTTACAAAAG CTGTTATAGC ATGACTACAT CTAAATAAAA 
GGTGGAGATG TCATTAAGCA AACCATGAAA AATTAGTCCT AATAAGAAAT AGTATTTGCA 
ATAAACTAAA TAAAAAATCT TACAAACTAA ATGGAAAAAA ATGCCAATTC ACTATAAATT 
TTTAAAAATA TTTTAGAAAA GCCCAATGTT TTCAGATTTG GTGCAAATTA TAATCCTAAA 
ATCCCTTTGA ATATCCAACC TGCTGATACT TATTATTAAC TTATTGATAT AGAAATGGGA 
TTATTTTATT CTTTGGAATT AATAATATTG TACTTATTTA GATTTGCATA TGGACTTGGT 
TTAGGCTCTG GTTAATTTAT AACGTTAAGT AATAAGTTAC CAATTAGTAA ATAACTTTCT 
ACTATCACAT AGTAGAACAT AAGCGAAATG GTTGATTAAA TTTCTTCAAT TTAAGAAAAT 
TTGCTAAGTA TACTAGTAAC TATGATTGTT GTTGTTTTCT GCTCTATATT TTTAACATTG 
CCACTTTATT CAATAATTTA GATTAAAAAG TAAAAATTAT TATAATTATT TAGTACTTTT 
CACTCAGATA TGATTTCTAT AGAAATTAAT AAAATTGAAG ATTGCGTGGT TTAAAATTTT 
AGTAAATAAC TAAAAAATGT AAAATATTTA ATAAACTAGT AAATGATGTA ATAAAAAAAT 
TTGAATCTAG AAAAAAAGTA AAGCATAAGT TCAACTTCTT AGCTTCAAAA ATTTAATTTC 
AAAATAATTT TATTAGCTAC AATTATATTT ATAATTACTC TTCCATACCC TATTATCATT 
TAAAGTCTGT GTAAAGATTA TATCAGCCAA AGCAAAGCAG TTCTCCAAAC AATAAAATCC 
CTATATGAAA TGTAATAGCA TGTCATTGAA AATACAGGAA TACACTACTT TTGTATATAT 
CTAAGAATAA GCCCAAGCAC TGCCCCATAC AGTTATATCA ATAATAGATA AGAAGTATAT 
CAAAATCTAA TTACTGCAAA TATTTAAAAG GCTAATTTGT ATTAGAGTTT AATCAATTTA 
AAAGCAACAA AATTATACAA CAGATCTTAA TTTGATCAGT TTTTTTTTAG AATTTTTGAA 
TCTGATATTT GCTAAATTAT GAAAAATAAT ATGAATTTAT TTGTTTCAGG CTTCCAATAT 
AATTCTGAGG AATGTTAATA AATCTATAAT GGCAGATTTA GCTAAGGACT AACAATAGCT 
TTACAATAAT ATTTCTCATA TTTCCCAGAC CTTTATTAGA TCTATGAAAT TAGTGATCAA 
AACCTGTTTT AATAAACATT TGATAAATAT TAGAAGAATT TAGACTTTGA ATAATTCTAT 
AAACTTGAAA AATATTTAGT CGTTATTCTT AAAACTCTTT CAAAATTCAT TTTAGACTAA 
ACCAACTAAT ATGAAAATTA TTTATTGGAT ACCATGATTT ATTTATTAAT TGTTTAAATA 
TTATTATTTG GAATGCTATT CTATTTTGGA TAGAGGAAAT TTCTGAAAAT GATAGAAACT 
GAACTCAATG AAACAAAGTA GTATTTATCA TTGTTAAATA TTAACTTTCT TCTTCAAAAT 
ACTTATATAT AAAATTTCTT ATAGAAACAC ATTTGA

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

RefSeq	XP_001024588.2
CDS	1..5136
Translation	MRKKSSKYIMHLFIDFSLIILMQFNETSVLIHIINLLINLGILFFQPYFSEIITFDIYLSLILLSIGTTIYLLFNSEKIQNLMVFYYFFVIPFSIKLTKIIYIKMLSKFNKLDKKSFTKNDQKYLDWFMRKTISDIRINKRNNFNENSLELYEVKILDILRCNRYLNDISNNLEPNQNSHKIDRENLELKFLISLYLTGETHNSEVREFLISHLVFLINVQKNYALFTFKAYTYKNFNKKQKQIVFTLLNECNIDLIYKHKNDSIYEKSIMSVIIYDDINIEVLIEEAVLKLNILFTMNKYINLQLQSLNLFIKRRIISLIQNITMNFLNIKLNLITIYLKTIAFTEKDIKLNNKNTKVNYYNKIFNQYATNEEACVIISFNNEEIIKNVSHNFKRVFNGSDDYLGSISKLMPEPYSRVHNYVEKYINTNSTAITSSCLLAFALTNYIIPILELKFNTSLDFLNTEVGFALYLKINKKEYILYNKNNFEIVSITEIHQNIFYGYDYTRINLLFFPIIYKASNMKQSQLYSKALPILHIKYESSKYKKILAYSKKYIMNFHKDLSKNKSLKLISIREEIHSIELEAQKLTNPRAYSVEELIEHLDNIGRENIDDILKIKYLLVLNKSLMSQKNLNPQINKNELFYFYQFYVLFNIKSVKSEYLTHLKYIEISKQKLNPIKSASLILSFYKNSYKRTSLSNIDQFYDLESLFDLESMQQLKNHICDEVVTPDPYS*QSNSSSNNNTKLNT*AQDYLGNKKYKIDEFNNSFNNNNNNNINNPLVNLSSFDIKECANFEPLIKLATDNVFENLTHNSSLISNKSQIALFFRGKNIDSSIDNLSTRFHFCNTFYLDNQSSISDRILKNHSNSMLTKDLNISQTKLNSLKLNFNNSDLINSIESDSYVNFNNIINLNTSQTITSQSLTKNVNQTLQKLIFNNKISKKNDLNI*YEQKINNLLKLKIFNGANNDSASNSSKCSSSSNIKYIERKILSEKRLAIFVNLFGFLSLIILSVVIIFFSINLLFENFSELNIIGWPTDYMDSLSLIVKNSNLQKLLHDYIIKGGDVIKQTMKNSEIVFAINIKNLTNMEKNANSLIFKNILEKPNVFRFGANYNPKIPLNIQPADTYYLIDIEMGLFYSLELIILYLFRFAYGLGLGSGFITLSNKLPISKLSTITNISEMVDISSIENLLSILVTMIVVVFCSIFLTLPLYSIIIKKKLLLFSTFHSDMISIEINKIEDCVVNFSKLKNVKYLINMMKNLNLEKKSISSTSLQKFNFKIILLATIIFIITLPYPIIISLCKDYISQSKAVLQTIKSLYEMHVIENTGIHYFCIYLRISPSTAPYSYINNREVYQNLITANIKANLYSLINLKATKLYNRSFDQFFFRIFESDICIMKNNMNLFVSGFQYNSEEC*IYNGRFSGLTIALQYFSYFPDLYIYEISDQNLF*TFDKYKNLDFEFYKLEKYLVVILKTLSKFILDTNYENYLLDTMIYLLIVILLFGMLFYFGRKFLKMIETELNETKYLSLLNINFLLQNTYINFLKHI

Target ORF information:

RefSeq Version	XM_001024588.2
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_001024588.2

ORF Insert Sequence:

ATGAGAAAAA AAAGCTCAAA ATATTAAATT ATGCACTTAT TTATTGACTT TTCTCTTATT 
ATTCTGATGC AGTAATTTTA AAATGAGACA TCTGTTTTAA TTCACATTAT CAATTTGCTG 
ATTAATCTTG GCATTTTATT CTTTTAACAA CCTTACTTTT AAAGTGAGAT CATTACCTTT 
GATATTTATT TATCATTGTA AATTTTGTTA TCTTAGATAG GGACAACAAT TTACTTACTC 
TTTAATTCTG AAAAAATTCA AAATTTAATG GTCTTTTATT ATTTTTTTGT GATTCCTTTT 
AGTATTAAGC TAACTTAAAA AATAATATAA TATATTTAAT AAAAAATGCT ATCAAAATTC 
AATTAAAAAT TAGACAAAAA AAGTTTTACA AAAAATGATC AAAAATATTT AGATTGGTTT 
ATGAGAAAAA CTATTTCAGA TATAAGATAG ATAAATAAGA GAAATAATTT TAATGAAAAT 
TCTTTAGAAT TATATGAGGT AAAAATACTT GATTAAATTC TAAGATGTAA TAGATATTTA 
AATGATATTT CAAATAATCT GGAACCAAAC CAATAAAATT CTCATAAGTA AATAGATAGG 
GAAAATCTAT AAGAATAGCT CAAATTTCTA ATTTCATAAT TATATTTAAC AGGAGAAACA 
CATAATTCAT AAGAAGTTAG AGAATTTTTA ATTTCCCACT TAGTCTTTCT CATTAATGTG 
CAGAAAAACT ATGCTTTGTT TACTTTCAAA GCTTATACAT ACTAAAAAAA TTTTAACAAA 
AAACAAAAGC AAATTGTGTT TACATTATTG AATGAATGTT AAAATTAAAT AGATTTGTAA 
ATTTACAAAC ATAAGAATGA TAGCATTTAC GAAAAATCTA TAATGAGTGT TATAATTTAT 
GATGATTAAA TAAATTAAAT AGAAGTTCTG ATAGAAGAGG CTGTATTATA AAAGTTAAAC 
ATTTTATTCA CCATGAATTA AAAATACATT AATCTTTAAC AGCTGCAAAG CTAACTAAAC 
CTTTTTTAAA TAAAGAGAAG ATAGATTATT TCTTTAATTC AAAACATAAC TTAAATGAAT 
TTTCTTAACA TTAAACTTTA AAATCTTATT ACCATATACT TAAAAACAAT AGCATTTACA 
GAAAAAGATA TCAAATTAAA TAATAAGAAT ACAAAAGTAA ATTAATATTA TAATAAAATT 
TTTAATCAGT ATGCAACCAA CGAAGAAGCT TGTGTGATAA TTTCTTAATT CAATAATGAG 
TAAGAATAAA TTATTAAAAA TGTATCTCAT AACTTTAAAA GAGTGTTTAA TGGTAGCTAA 
GATGATTATT TAGGTTAATC TATTAGCAAA TTGATGCCTG AGCCATATTC GAGAGTGCAT 
TAAAATTATG TGGAAAAATA TATCAATACT TAAAATAGTA CTGCTATAAC TTCAAGTTGT 
TTATTAGCAT TTGCTTTAAC ATAAAATTAA TACATTATAC CTATATAATT AGAATTAAAA 
TTTAATACTT CTTTGGATTT TTAATTAAAC ACTGAAGTTG GATTTGCGTT ATACCTTTAA 
AAAATAAACA AATAAAAGGA ATACATTCTT TATAATAAAA ACAATTTTGA GATAGTTTCG 
ATTACTGAAT AAATTCATCA AAATATATTC TATGGCTATT AAGATTACAC TCGGATTAAC 
TTACTTTAGT TTTTTCCTAT TATTTATAAA GCTTCAAATT AGATGTAAAA GCAAAGCCAG 
CTATATAGTA AAGCATTGCC TATTTTACAC ATTAAATATG AATCCAGTAA ATATAAATAA 
TAAAAGATAT TAGCTTATTC TTAAAAAAAA TATATTTAAA TGTAGAATTT TCATAAGGAT 
TTAAGTAAAA ATAAAAGTTT AAAATTAATT TAAAGTATTT AAAGATAAGA AGAAATTCAT 
TCATAAATTG AGCTTGAAGC ACAAAAATAG CTAACAAACT AACCACGAGC ATATTAATCA 
GTAGAAGAAT AGTTAATTGA ATAGCATTTA GATAATTAAA TTGGCAGGGA AAACATAGAT 
GATATTTTGA AAATAAAATA TTTGCTAGTA TTATAAAATT AGTAAAAATC ATTAATGAGC 
TAACAAAAAA ATTTAAATCC TCAATAAATT AATTAATAAA AAAATGAGTT ATTTTATTTT 
TATCAATTTT ATGTTTTATA ATTTAATATA AAATCAGTCA AAAGCGAGTA TCTCACTCAT 
TTGAAATACA TAGAAATTTC TAAGTAACAA AAATTAAATC CAATTAAAAG TGCTTCTTTA 
ATACTTAGTT TCTACAAAAA TAGTTATAAA AGAACAAGTC TTTCGAATAT TGATCAGTTT 
TATGATTAGT AACTTGAGAG TTTATTCTAA GATCTAGAAT CTATGCAGCA ATTAAAAAAC 
CATATTTGTG ATTAAGAGGT TGTGTAAACT CCTGATCCTT ATTCATAATA GCAAAGTAAT 
AGTTCTAGTT AAAATAATAA CACTAAATTA AATACATAGT AAGCACAAGA TTATTTAGGT 
AATAAAAAAT ACAAAATAGA TGAATTTAAT TAGAATAGTT TCAATAATAA TAATAATAAT 
AATATAAATA ATCCTTTAGT TAATTTGAGC TCTTTCGATA TAAAGGAATG TGCTTAAAAT 
TTTGAATAGC CTTTGATAAA ACTTGCAACA GATTAAAATG TTTAATAATT CGAAAACTTA 
ACTCACTAAA ATAGCAGTTT AATTTCATAA AATAAAAGTC AAATTGCCTT ATTTTAATTC 
AGAGGAAAAA ATATAGATTC TAGTATTGAT AACTTATCTT AAACATAAAG GTTTCATTTT 
TGTAATACTT TTTATTTAGA TAATCAATCA TCTTAAATAT CAGACAGAAT ACTAAAAAAC 
CATAGCAATT CAATGCTAAC AAAATAAGAT TTAAATATTT CTCAAACAAA ACTGAATTCT 
TAACTTAAAT TAAATTTTAA CAATTCTGAT TTAATAAACT CAATAGAAAG TGATTCTTAT 
GTAAATTAGT TTTAAAATAA TATAATTAAT CTAAATACCT AAAGCCAAAC ATAAATATAA 
ACATCACAAA GCTTGACAAA AAATGTGAAT CAATAAACAT TGCAAAAGCT TATTTTTTAA 
AATTAAAATA AAATATAAAG TAAAAAAAAT GATCTAAACA TTTAATAATA TGAATAGCAA 
AAATAAATAA ATAATCTTTT AAAATTAAAA TAAATTTTCA ATGGAGCTAA CAATTAAGAC 
TCTGCTTCAA ACAGTTCAAA GTGTAGCTCT AGCTCTAATA TCAAGTATAT AGAAAGAAAA 
ATTTTATCAG AAAAAAGATA GCTTGCGATA TAATTCGTCA ATTTATTTGG ATTTTTAAGC 
TTGATAATTT TATCTGTAGT TATTATTTAA TAATTCTTTT CAATTAATTT ACTTTTTGAA 
AATTTTTAAT CAGAATTAAA TATTATTGGA TGGCCCACAG ATTATATGGA CAGCCTTTCA 
CTGATCGTGA AAAATTCAAA CTTACAAAAG CTGTTATAGC ATGACTACAT CTAAATAAAA 
GGTGGAGATG TCATTAAGCA AACCATGAAA AATTAGTCCT AATAAGAAAT AGTATTTGCA 
ATAAACTAAA TAAAAAATCT TACAAACTAA ATGGAAAAAA ATGCCAATTC ACTATAAATT 
TTTAAAAATA TTTTAGAAAA GCCCAATGTT TTCAGATTTG GTGCAAATTA TAATCCTAAA 
ATCCCTTTGA ATATCCAACC TGCTGATACT TATTATTAAC TTATTGATAT AGAAATGGGA 
TTATTTTATT CTTTGGAATT AATAATATTG TACTTATTTA GATTTGCATA TGGACTTGGT 
TTAGGCTCTG GTTAATTTAT AACGTTAAGT AATAAGTTAC CAATTAGTAA ATAACTTTCT 
ACTATCACAT AGTAGAACAT AAGCGAAATG GTTGATTAAA TTTCTTCAAT TTAAGAAAAT 
TTGCTAAGTA TACTAGTAAC TATGATTGTT GTTGTTTTCT GCTCTATATT TTTAACATTG 
CCACTTTATT CAATAATTTA GATTAAAAAG TAAAAATTAT TATAATTATT TAGTACTTTT 
CACTCAGATA TGATTTCTAT AGAAATTAAT AAAATTGAAG ATTGCGTGGT TTAAAATTTT 
AGTAAATAAC TAAAAAATGT AAAATATTTA ATAAACTAGT AAATGATGTA ATAAAAAAAT 
TTGAATCTAG AAAAAAAGTA AAGCATAAGT TCAACTTCTT AGCTTCAAAA ATTTAATTTC 
AAAATAATTT TATTAGCTAC AATTATATTT ATAATTACTC TTCCATACCC TATTATCATT 
TAAAGTCTGT GTAAAGATTA TATCAGCCAA AGCAAAGCAG TTCTCCAAAC AATAAAATCC 
CTATATGAAA TGTAATAGCA TGTCATTGAA AATACAGGAA TACACTACTT TTGTATATAT 
CTAAGAATAA GCCCAAGCAC TGCCCCATAC AGTTATATCA ATAATAGATA AGAAGTATAT 
CAAAATCTAA TTACTGCAAA TATTTAAAAG GCTAATTTGT ATTAGAGTTT AATCAATTTA 
AAAGCAACAA AATTATACAA CAGATCTTAA TTTGATCAGT TTTTTTTTAG AATTTTTGAA 
TCTGATATTT GCTAAATTAT GAAAAATAAT ATGAATTTAT TTGTTTCAGG CTTCCAATAT 
AATTCTGAGG AATGTTAATA AATCTATAAT GGCAGATTTA GCTAAGGACT AACAATAGCT 
TTACAATAAT ATTTCTCATA TTTCCCAGAC CTTTATTAGA TCTATGAAAT TAGTGATCAA 
AACCTGTTTT AATAAACATT TGATAAATAT TAGAAGAATT TAGACTTTGA ATAATTCTAT 
AAACTTGAAA AATATTTAGT CGTTATTCTT AAAACTCTTT CAAAATTCAT TTTAGACTAA 
ACCAACTAAT ATGAAAATTA TTTATTGGAT ACCATGATTT ATTTATTAAT TGTTTAAATA 
TTATTATTTG GAATGCTATT CTATTTTGGA TAGAGGAAAT TTCTGAAAAT GATAGAAACT 
GAACTCAATG AAACAAAGTA GTATTTATCA TTGTTAAATA TTAACTTTCT TCTTCAAAAT 
ACTTATATAT AAAATTTCTT ATAGAAACAC ATTTGA