TTHERM_01092400 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01092400
Entrez Gene ID	7834694
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001025447.3	XP_001025447.1	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_01092400 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01092400 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
OTe60551	XM_001025447.3 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative 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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2-4 Clone	40% OFF
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_01092400 ( XM_001025447.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001025447.1 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe60551
Clone ID Related Accession (Same CDS sequence)	XM_001025447.3
Accession Version	XM_001025447.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5436bp) 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_002476104). On Jun 9, 2015 this sequence version replaced XM_001025447.2. COMPLETENESS: incomplete on both ends.

ATGAGGAAAA AACAACAAAA CTTGATTGGA TCAGTTGTTG TTTTAGCTTT AATATTTAGC 
TGCTTGTTTT AGACTGTTGC AGCTCAAGAT ACCATTTAAT TAAAGCTTGA ACAAGACGCA 
TACGGAACTT TAAAGCAAGG AGAAACATAG ACTTATATCC TTAAATTAGA GGAGAGACAA 
AGAGAAGATC AGTATCTGAT CATTACTGCA GAGGGTACTT TTGAAGGAAG TGAACCTGAT 
ATCTATGTCA ATATTAAGGA GTAAAAGAAC CTCTAAAAGT CTAAAGTAAT CTGCAAATCA 
TACGGATTCG CTCTCTGTCA TGTCAAGGGC AATCAAATAG ATTTTGCTCA AGAATTGTAT 
GTAACAGTTA AATGCCAAAC AAAGTGTGGG TATGAGCTAG TAACTTTCCT TGAAGAATCT 
ACCGAATAAA TAAATATGAG ATTAAATGAT ATCACATATG CTATTTTTGA GGATTCTAAG 
GGTAATTTAA AAGATGAAAA ACTCATATTA AATAGAGTAG TTTAGATGAA ATTCAGCTCA 
TAAGATTTGC CTCCACAAGA AAGTTTGGAA AATATGATTA TAGAATTTGA GTTGATGAAC 
CCAATATAAT CATACACAAC TTTCAATGTT TACTTTAACT TCAATGAAAG AATTCCAACT 
AAAACCTATA GTGAAAGTTG GGGATTAAAT TGGGGTTCTG GAGCTGGTAT GGGTGTTTTG 
TTAAAGAACA AATAGAGTGG CTTATAATCT GAAGGAGTAT ATACCATGAC AATAGAAGCA 
CATGAAGGAG CAATCATAGC AATTAGAGCT ATTGGTTGGG GTGAAATTAG GTACATCAAG 
CCATTCTAAC TGGTTGGAGG CTTTACATTA TCTAATGCTA GAACTATGAA ATATTAGCTC 
AATATAGACG AGCAAGTATA TGGTGACTTC AAAGGCAAGG ATCTTATTAT TGGTTTAGTT 
CCATTTTAAG GTGATCCTAA TCTCTATGCT GACTATAGAT CTATAAGTGA CCTTTAAAAT 
GTGTAGTTAG AAAATTATTA ATGGGTTTCT GATGAATTAT ATGATGATAG AATTACAATT 
ACTGCTAAGG AGCTATAAAA AAATAGCACA ATTAACATAG CTGTTAACTC TAAAGATAAC 
TTCTCTCTCT ATACTATGAG GGCATACTAT CACCTTGGAA AAACACCTTT AAGTTTTGAT 
TATCCTGAAT CTGGTAGTTT AATTGCAGGA GAACTAATTA CTTATTCTTT GTCTCTTTAT 
GGTAACCAAA AAGCAAATGT TACTTTGGTT CTTAAGCCTA GAGAGGGCTC ACCTGGATTG 
TTAATGAAGA GATGCAATTT AGATGAAAAG GAAAAGTGCG TTTTTACTAA AGAAGATAAA 
AAGTCTGCTA TAAAATCAAA ATTCAATTAG GAGCAAGTTA TTTAGACTTT CTATTCTGAC 
CCAGATTAAT GCTCTTAATA CAAAATTGAA GGTCTCTAAG TTTGCTATTA CCTAATAGGT 
GTTTTGAACA CTGACAATGA TAAAGAAGCC AAATTCACTT TACTTGCTAA CAATGGTTTG 
ACTCACACAA TCCTTCAAGA AAACGAGATT TATCATTAAG GAGCAGAGTT TGGAAAGATT 
AACTACTTCA AGTTGGATCT TGAGAAATAT ACACAAGTTA CTTAGGTTTC GTTCTAGTTA 
TCAAGTGTTA AGGGTTAGGT ATCTATGTTT GCATCTTTCG ATAACATCCG TCCAACTGTC 
AATAATAAAA TCAAGCAATC TTTCGATCAC TCTCTTCATC TCTACACAGA AGAATTAGGA 
GATCTTAATA AAGTTATATA TCTTGGTATT CAAAGTGACT CTGCTTTCGC TTCATATGAT 
ATCTAGGCTA AAATTACCTA AGAATCTAAC TTTTCATTCT ATCTTCTAGA AGAAAATCAA 
CCAGTCGTTG TAACAGAAGA TGCAAGTAAG GTAAAAAAGA TTCATTTTAA GTTGTTGCTT 
AGAAGACCAT TCAACAAGGA ATTAGAAGTA AAAGTTATGC TTGAACCTTT AAGTGGTTAC 
TACGATATGA AGATTGGTAA AACCCCTCAA TAGATAGACT TAGTAGAATC TTCTAATAAT 
GTTTTAGAAT TTTCTTCGAA ATTAATTTAA TTCGAAAGAT ACGAATAACC AATTTATGGT 
ATTATTACTC CTAGAATGAC ATTTTTAAAT AATAAAATAT AATTCAAATT ATCTTATGTG 
ACCAGTGCTG TTAGTCACCA AACTTTGAAT TTGGGAATGA TAAATTAAAT CAAAGTTACT 
TAAGAAGAGC AATACTACAA AATTCCCATC TAATCAAATG AATCTGTATT TATTTACAAA 
AATGTTTTGA ATCAATTCGG AGACCAAGAT GAAGTAACAG TTATCGTTTC ATATGACCAA 
GCAAACGTCT AGCCTTAAAA AGGAGAAGCT ACTTCAATGA TAGTTCCTAA CTTCATTCCT 
TAAATAATCC CTAAAGAAGA TTTCGAATTA AGCTGTAAGA GAATTAAAGA ATTTTCTGTA 
GATCAAAATA ATTGCTTCCT TTTTGTTTCT GTTTCAGCTA AAAAAGAGGC TACTCTCCTT 
TTATATGCAG AAATTAACTC TAATGCTTAA TACATCTTTT CTGACTTCCC TAATACAGTT 
GCATTCAAAC CTAAATCTGA AAAGAAGCTC TATTATCCTG AACTTTTCAA TAAGAGATTC 
AATCTCTTCA AGAGCTCATC CTTCAACGGA GATGAATTAA TGATTTGTGC TAAAATATTT 
AACAACACTC TAAGCAGATA AGATTGGAAA TATCCCGTTA ATTGCTAGGC TGGTGATTAT 
GATTTCAAAT TCAGGACTTA AGATGATGAA AATTTCTTCT ATGAAATATA AGATAATAAT 
GGAGTTTGTG ATTTTGATAA GAAAGAATGT GGTATCTTAA TTTTCTTAAA AGATACATCT 
TTTAGTTTTT GGGAAACAAC AGATTTAATC ACTTTGACAT TGTAATAATC TCACACTACC 
TTACATCCTA GTTAGAGTAT TATTGATACT TTACCTCCTA ATGGTGCTAG ATTCTATTAT 
ATTGAATTAA GTGAAGTTAA GGATCAAAAG TTTATCATTG CTGCTACTGA GTACATTGAT 
GAATCTCTAG AATTGATTCT TTATATTGAT AGGGAAAAAG TTTTTTCAAC AAATAAGAAC 
CTTCCTTACA TTTTATTTGA CAAGGAGTTC AGAGATACCT TAAAAAAGAC ATACAAATTT 
GACAACAATA GCTAATTTGG ATTAGAAGTT AAATCAAGAA TCAAAGACAA GAATATCAAA 
TACTCTTTGC TGCTCTCTGT GAATCAAGAA AATGAAAAAT CATTTACAAA TATTAGCTTA 
GGATAGTCAT AATAGATTAA TTTAAAAGAT AACTAAGATT ATCAATACTT TGTTTTTAAG 
AATAAAGTTA AGGGACAACC ATTTAAAATT ATTTAGTCTT AACAAACTTA AGGTCACACC 
TAAATCACAG TTGCTTTATT AAACAAAGAA ACCAAAGACA AACTCCCACT ATAAAGCTAC 
ATTTCATAGA CTTATGAAAA TGTTGTTGAG ATTAGAGAGA AGCAAGATTA ATGTGAAAAG 
TAATGTACCT ACATCATTTA GTTGCGTACA ACAGAGAGGA ATGGAGCCTC TTTAACTCTA 
GCTGTTTAAA GATAGATAAT CTCGCTTCTC GAAAATATAT TGTAATCAAA TGAATTAAAC 
ACCTCAGAAA CATTTGTTTA CAACTTTAAC ACTTTGAATA AATCTACTTT ATCCATAGAT 
CTTTAAACAG GTTCTGTTTA TGTTAACATT ACCAATTCAA ATGGAAGAGA AATAATAAAA 
GACACAATAA ACAAGAATAT CTTACACACA TTCGATCTAC CTGAACTTTA AAACACTAAT 
CAATAATATT CCGTTACAAT TACAGCTTTA GCCTACTCTA AATTCAATAT CAAATTCGTT 
AATGAAAACA CTTACCCGAT GATCAGTTTT GACGTTCCTT TGAAAGAATC GAAATTAAGT 
TCACAATAGT CAAAGATATA TACAATCTAA ATGTAAGGAG ATAAGCTAGT AAATATTATG 
ATTTCCTACG CCTATGATGG AAAATACGAA GAAGGAGTTA AAGTTATAGA AGATATTTAT 
GAGACGGATG ATAAAATTCC AATTTTGTAG AATGTTTTGA GTGATATTTA TGACCCAGTT 
ACTAACTTGT ATATTCGTCA TTTGTAATTA ACAACTTCCT AGGGAATGAA AAAAGTTTTG 
ATGAAACTCA AAAATACATA GAAGAATGAT GTAAAGAAAT TGTCAATATA TTTAAGTTAA 
AGCTTCACTC TTTTGGATGA AGGCGTCTCT ACATTCTTTT ACTTTGATGG CGATGTTTAA 
TCCACTTTCT TATATGGCAT CATATTACCT GAAAAAGAAA GAAAGGTCTA TATCGAAATA 
AACTGTTTGA AGGGTGACTT GCACACTGTT GGAACCTATT AAAGAGATAG CGCAATAAAT 
GATAAATTCT AATTTACATT CACTCCTGGA ACTCGTTAAA TTTTAGATGT TGATGTAAGC 
ACTGGTAATT TCTACATTAA AATAAGGGGA TTAGCTAAGC ACAGCTAAGG TTTTATTAAA 
TTCGTCTCCT TCCCATCCAA AACTTAACTG CCAACTCTTG CTTTCCATAA GCCTACTTTA 
GATTTGCCTA CAATTACAGG TTTAAAAAGC TTAGAGAAAT GGGATGAATA TACTCATGTT 
AATTTCTCGT TTGAGCCCCT TGACTGTTCT GGCTACAAAT AAGACTTAGA AGACTTTTTT 
ATTGAAGATA TTATGTATTC ATTGTTGATA TCTAAGGATA AACAAATAAT CAAGGGTACC 
AACATGAAAT TTAGCTAGAT TGCAGGCGAT TTTAATTCAA TAGAATAAAA CTTAAATCTT 
TATCTTGAAA CAAATGTCAA GGTTCCTGTC CTCTTCTTTA GCTTTAATGA ATCCAAAGAA 
TGTATTAATT CTTGCCAAAA ATGTTAGAAA AAAGAAATAT CTGTTCCTTT GGATAACCAA 
ACTTTCTAAA AACACCTCAA CGATGGCACT CCATTTGTAA TAGTACGTGC AAGTATAGAT 
TGGAAAAACA AAGTTAATGG TTAATATTAC AGCTAAAACA TTTACTACAG TGAAGCAATC 
CTCGACCAAT CATAAATATT GGTTCCTATT AAGGAAATTT AAGATTAATC TACTCATGAA 
GGAATTCCAG TATTTGTTAT AGCACTTATT ATAATTGGAG CTCTTGTGCT TATTACTTTG 
TTAATCTTCT ACTTTAAAAA GTATAAATAA ACTGCAAAGA GACTCAATTT CGAATTAACT 
GATGTCCGTA ACGTAGCTGG CATTAGTTAA TCTCAAGACA CTTACAATGA TCCTAAAATG 
AAGCACATTC CTCTTGACGA AGAAATCAAC GAATGA

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

RefSeq	XP_001025447.1
CDS	1..5436
Translation	MRKKQQNLIGSVVVLALIFSCLFTVAAQDTILKLEQDAYGTLKQGETTYILKLEERQREDQYLIITAEGTFEGSEPDIYVNIKEKNLKSKVICKSYGFALCHVKGNQIDFAQELYVTVKCQTKCGYELVTFLEESTEINMRLNDITYAIFEDSKGNLKDEKLILNRVVMKFSSDLPPQESLENMIIEFELMNPISYTTFNVYFNFNERIPTKTYSESWGLNWGSGAGMGVLLKNKSGLSEGVYTMTIEAHEGAIIAIRAIGWGEIRYIKPFLVGGFTLSNARTMKYLNIDEQVYGDFKGKDLIIGLVPFGDPNLYADYRSISDLNVLENYWVSDELYDDRITITAKELKNSTINIAVNSKDNFSLYTMRAYYHLGKTPLSFDYPESGSLIAGELITYSLSLYGNQKANVTLVLKPREGSPGLLMKRCNLDEKEKCVFTKEDKKSAIKSKFNEQVITFYSDPDCSYKIEGLVCYYLIGVLNTDNDKEAKFTLLANNGLTHTILQENEIYHGAEFGKINYFKLDLEKYTQVTVSFLSSVKGVSMFASFDNIRPTVNNKIKQSFDHSLHLYTEELGDLNKVIYLGIQSDSAFASYDIAKITESNFSFYLLEENQPVVVTEDASKVKKIHFKLLLRRPFNKELEVKVMLEPLSGYYDMKIGKTPQIDLVESSNNVLEFSSKLIFERYEPIYGIITPRMTFLNNKIFKLSYVTSAVSHQTLNLGMINIKVTEEQYYKIPISNESVFIYKNVLNQFGDQDEVTVIVSYDQANVPKGEATSMIVPNFIPIIPKEDFELSCKRIKEFSVDQNNCFLFVSVSAKKEATLLLYAEINSNAYIFSDFPNTVAFKPKSEKKLYYPELFNKRFNLFKSSSFNGDELMICAKIFNNTLSRDWKYPVNCAGDYDFKFRTDDENFFYEIDNNGVCDFDKKECGILIFLKDTSFSFWETTDLITLTL*SHTTLHPSSIIDTLPPNGARFYYIELSEVKDQKFIIAATEYIDESLELILYIDREKVFSTNKNLPYILFDKEFRDTLKKTYKFDNNSFGLEVKSRIKDKNIKYSLLLSVNQENEKSFTNISLGS*INLKDNDYQYFVFKNKVKGQPFKIISQTGHTITVALLNKETKDKLPLSYISTYENVVEIREKQDCEKCTYIILRTTERNGASLTLAVRIISLLENILSNELNTSETFVYNFNTLNKSTLSIDLTGSVYVNITNSNGREIIKDTINKNILHTFDLPELNTNQYSVTITALAYSKFNIKFVNENTYPMISFDVPLKESKLSSQSKIYTIMGDKLVNIMISYAYDGKYEEGVKVIEDIYETDDKIPILNVLSDIYDPVTNLYIRHLLTTSGMKKVLMKLKNTKNDVKKLSIYLSSFTLLDEGVSTFFYFDGDVSTFLYGIILPEKERKVYIEINCLKGDLHTVGTYRDSAINDKFFTFTPGTRILDVDVSTGNFYIKIRGLAKHSGFIKFVSFPSKTLPTLAFHKPTLDLPTITGLKSLEKWDEYTHVNFSFEPLDCSGYKDLEDFFIEDIMYSLLISKDKQIIKGTNMKFSIAGDFNSIENLNLYLETNVKVPVLFFSFNESKECINSCQKCKKEISVPLDNQTFKHLNDGTPFVIVRASIDWKNKVNGYYSNIYYSEAILDQSILVPIKEIDSTHEGIPVFVIALIIIGALVLITLLIFYFKKYKTAKRLNFELTDVRNVAGIS*SQDTYNDPKMKHIPLDEEINE

Target ORF information:

RefSeq Version	XM_001025447.3
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_001025447.3

ORF Insert Sequence:

ATGAGGAAAA AACAACAAAA CTTGATTGGA TCAGTTGTTG TTTTAGCTTT AATATTTAGC 
TGCTTGTTTT AGACTGTTGC AGCTCAAGAT ACCATTTAAT TAAAGCTTGA ACAAGACGCA 
TACGGAACTT TAAAGCAAGG AGAAACATAG ACTTATATCC TTAAATTAGA GGAGAGACAA 
AGAGAAGATC AGTATCTGAT CATTACTGCA GAGGGTACTT TTGAAGGAAG TGAACCTGAT 
ATCTATGTCA ATATTAAGGA GTAAAAGAAC CTCTAAAAGT CTAAAGTAAT CTGCAAATCA 
TACGGATTCG CTCTCTGTCA TGTCAAGGGC AATCAAATAG ATTTTGCTCA AGAATTGTAT 
GTAACAGTTA AATGCCAAAC AAAGTGTGGG TATGAGCTAG TAACTTTCCT TGAAGAATCT 
ACCGAATAAA TAAATATGAG ATTAAATGAT ATCACATATG CTATTTTTGA GGATTCTAAG 
GGTAATTTAA AAGATGAAAA ACTCATATTA AATAGAGTAG TTTAGATGAA ATTCAGCTCA 
TAAGATTTGC CTCCACAAGA AAGTTTGGAA AATATGATTA TAGAATTTGA GTTGATGAAC 
CCAATATAAT CATACACAAC TTTCAATGTT TACTTTAACT TCAATGAAAG AATTCCAACT 
AAAACCTATA GTGAAAGTTG GGGATTAAAT TGGGGTTCTG GAGCTGGTAT GGGTGTTTTG 
TTAAAGAACA AATAGAGTGG CTTATAATCT GAAGGAGTAT ATACCATGAC AATAGAAGCA 
CATGAAGGAG CAATCATAGC AATTAGAGCT ATTGGTTGGG GTGAAATTAG GTACATCAAG 
CCATTCTAAC TGGTTGGAGG CTTTACATTA TCTAATGCTA GAACTATGAA ATATTAGCTC 
AATATAGACG AGCAAGTATA TGGTGACTTC AAAGGCAAGG ATCTTATTAT TGGTTTAGTT 
CCATTTTAAG GTGATCCTAA TCTCTATGCT GACTATAGAT CTATAAGTGA CCTTTAAAAT 
GTGTAGTTAG AAAATTATTA ATGGGTTTCT GATGAATTAT ATGATGATAG AATTACAATT 
ACTGCTAAGG AGCTATAAAA AAATAGCACA ATTAACATAG CTGTTAACTC TAAAGATAAC 
TTCTCTCTCT ATACTATGAG GGCATACTAT CACCTTGGAA AAACACCTTT AAGTTTTGAT 
TATCCTGAAT CTGGTAGTTT AATTGCAGGA GAACTAATTA CTTATTCTTT GTCTCTTTAT 
GGTAACCAAA AAGCAAATGT TACTTTGGTT CTTAAGCCTA GAGAGGGCTC ACCTGGATTG 
TTAATGAAGA GATGCAATTT AGATGAAAAG GAAAAGTGCG TTTTTACTAA AGAAGATAAA 
AAGTCTGCTA TAAAATCAAA ATTCAATTAG GAGCAAGTTA TTTAGACTTT CTATTCTGAC 
CCAGATTAAT GCTCTTAATA CAAAATTGAA GGTCTCTAAG TTTGCTATTA CCTAATAGGT 
GTTTTGAACA CTGACAATGA TAAAGAAGCC AAATTCACTT TACTTGCTAA CAATGGTTTG 
ACTCACACAA TCCTTCAAGA AAACGAGATT TATCATTAAG GAGCAGAGTT TGGAAAGATT 
AACTACTTCA AGTTGGATCT TGAGAAATAT ACACAAGTTA CTTAGGTTTC GTTCTAGTTA 
TCAAGTGTTA AGGGTTAGGT ATCTATGTTT GCATCTTTCG ATAACATCCG TCCAACTGTC 
AATAATAAAA TCAAGCAATC TTTCGATCAC TCTCTTCATC TCTACACAGA AGAATTAGGA 
GATCTTAATA AAGTTATATA TCTTGGTATT CAAAGTGACT CTGCTTTCGC TTCATATGAT 
ATCTAGGCTA AAATTACCTA AGAATCTAAC TTTTCATTCT ATCTTCTAGA AGAAAATCAA 
CCAGTCGTTG TAACAGAAGA TGCAAGTAAG GTAAAAAAGA TTCATTTTAA GTTGTTGCTT 
AGAAGACCAT TCAACAAGGA ATTAGAAGTA AAAGTTATGC TTGAACCTTT AAGTGGTTAC 
TACGATATGA AGATTGGTAA AACCCCTCAA TAGATAGACT TAGTAGAATC TTCTAATAAT 
GTTTTAGAAT TTTCTTCGAA ATTAATTTAA TTCGAAAGAT ACGAATAACC AATTTATGGT 
ATTATTACTC CTAGAATGAC ATTTTTAAAT AATAAAATAT AATTCAAATT ATCTTATGTG 
ACCAGTGCTG TTAGTCACCA AACTTTGAAT TTGGGAATGA TAAATTAAAT CAAAGTTACT 
TAAGAAGAGC AATACTACAA AATTCCCATC TAATCAAATG AATCTGTATT TATTTACAAA 
AATGTTTTGA ATCAATTCGG AGACCAAGAT GAAGTAACAG TTATCGTTTC ATATGACCAA 
GCAAACGTCT AGCCTTAAAA AGGAGAAGCT ACTTCAATGA TAGTTCCTAA CTTCATTCCT 
TAAATAATCC CTAAAGAAGA TTTCGAATTA AGCTGTAAGA GAATTAAAGA ATTTTCTGTA 
GATCAAAATA ATTGCTTCCT TTTTGTTTCT GTTTCAGCTA AAAAAGAGGC TACTCTCCTT 
TTATATGCAG AAATTAACTC TAATGCTTAA TACATCTTTT CTGACTTCCC TAATACAGTT 
GCATTCAAAC CTAAATCTGA AAAGAAGCTC TATTATCCTG AACTTTTCAA TAAGAGATTC 
AATCTCTTCA AGAGCTCATC CTTCAACGGA GATGAATTAA TGATTTGTGC TAAAATATTT 
AACAACACTC TAAGCAGATA AGATTGGAAA TATCCCGTTA ATTGCTAGGC TGGTGATTAT 
GATTTCAAAT TCAGGACTTA AGATGATGAA AATTTCTTCT ATGAAATATA AGATAATAAT 
GGAGTTTGTG ATTTTGATAA GAAAGAATGT GGTATCTTAA TTTTCTTAAA AGATACATCT 
TTTAGTTTTT GGGAAACAAC AGATTTAATC ACTTTGACAT TGTAATAATC TCACACTACC 
TTACATCCTA GTTAGAGTAT TATTGATACT TTACCTCCTA ATGGTGCTAG ATTCTATTAT 
ATTGAATTAA GTGAAGTTAA GGATCAAAAG TTTATCATTG CTGCTACTGA GTACATTGAT 
GAATCTCTAG AATTGATTCT TTATATTGAT AGGGAAAAAG TTTTTTCAAC AAATAAGAAC 
CTTCCTTACA TTTTATTTGA CAAGGAGTTC AGAGATACCT TAAAAAAGAC ATACAAATTT 
GACAACAATA GCTAATTTGG ATTAGAAGTT AAATCAAGAA TCAAAGACAA GAATATCAAA 
TACTCTTTGC TGCTCTCTGT GAATCAAGAA AATGAAAAAT CATTTACAAA TATTAGCTTA 
GGATAGTCAT AATAGATTAA TTTAAAAGAT AACTAAGATT ATCAATACTT TGTTTTTAAG 
AATAAAGTTA AGGGACAACC ATTTAAAATT ATTTAGTCTT AACAAACTTA AGGTCACACC 
TAAATCACAG TTGCTTTATT AAACAAAGAA ACCAAAGACA AACTCCCACT ATAAAGCTAC 
ATTTCATAGA CTTATGAAAA TGTTGTTGAG ATTAGAGAGA AGCAAGATTA ATGTGAAAAG 
TAATGTACCT ACATCATTTA GTTGCGTACA ACAGAGAGGA ATGGAGCCTC TTTAACTCTA 
GCTGTTTAAA GATAGATAAT CTCGCTTCTC GAAAATATAT TGTAATCAAA TGAATTAAAC 
ACCTCAGAAA CATTTGTTTA CAACTTTAAC ACTTTGAATA AATCTACTTT ATCCATAGAT 
CTTTAAACAG GTTCTGTTTA TGTTAACATT ACCAATTCAA ATGGAAGAGA AATAATAAAA 
GACACAATAA ACAAGAATAT CTTACACACA TTCGATCTAC CTGAACTTTA AAACACTAAT 
CAATAATATT CCGTTACAAT TACAGCTTTA GCCTACTCTA AATTCAATAT CAAATTCGTT 
AATGAAAACA CTTACCCGAT GATCAGTTTT GACGTTCCTT TGAAAGAATC GAAATTAAGT 
TCACAATAGT CAAAGATATA TACAATCTAA ATGTAAGGAG ATAAGCTAGT AAATATTATG 
ATTTCCTACG CCTATGATGG AAAATACGAA GAAGGAGTTA AAGTTATAGA AGATATTTAT 
GAGACGGATG ATAAAATTCC AATTTTGTAG AATGTTTTGA GTGATATTTA TGACCCAGTT 
ACTAACTTGT ATATTCGTCA TTTGTAATTA ACAACTTCCT AGGGAATGAA AAAAGTTTTG 
ATGAAACTCA AAAATACATA GAAGAATGAT GTAAAGAAAT TGTCAATATA TTTAAGTTAA 
AGCTTCACTC TTTTGGATGA AGGCGTCTCT ACATTCTTTT ACTTTGATGG CGATGTTTAA 
TCCACTTTCT TATATGGCAT CATATTACCT GAAAAAGAAA GAAAGGTCTA TATCGAAATA 
AACTGTTTGA AGGGTGACTT GCACACTGTT GGAACCTATT AAAGAGATAG CGCAATAAAT 
GATAAATTCT AATTTACATT CACTCCTGGA ACTCGTTAAA TTTTAGATGT TGATGTAAGC 
ACTGGTAATT TCTACATTAA AATAAGGGGA TTAGCTAAGC ACAGCTAAGG TTTTATTAAA 
TTCGTCTCCT TCCCATCCAA AACTTAACTG CCAACTCTTG CTTTCCATAA GCCTACTTTA 
GATTTGCCTA CAATTACAGG TTTAAAAAGC TTAGAGAAAT GGGATGAATA TACTCATGTT 
AATTTCTCGT TTGAGCCCCT TGACTGTTCT GGCTACAAAT AAGACTTAGA AGACTTTTTT 
ATTGAAGATA TTATGTATTC ATTGTTGATA TCTAAGGATA AACAAATAAT CAAGGGTACC 
AACATGAAAT TTAGCTAGAT TGCAGGCGAT TTTAATTCAA TAGAATAAAA CTTAAATCTT 
TATCTTGAAA CAAATGTCAA GGTTCCTGTC CTCTTCTTTA GCTTTAATGA ATCCAAAGAA 
TGTATTAATT CTTGCCAAAA ATGTTAGAAA AAAGAAATAT CTGTTCCTTT GGATAACCAA 
ACTTTCTAAA AACACCTCAA CGATGGCACT CCATTTGTAA TAGTACGTGC AAGTATAGAT 
TGGAAAAACA AAGTTAATGG TTAATATTAC AGCTAAAACA TTTACTACAG TGAAGCAATC 
CTCGACCAAT CATAAATATT GGTTCCTATT AAGGAAATTT AAGATTAATC TACTCATGAA 
GGAATTCCAG TATTTGTTAT AGCACTTATT ATAATTGGAG CTCTTGTGCT TATTACTTTG 
TTAATCTTCT ACTTTAAAAA GTATAAATAA ACTGCAAAGA GACTCAATTT CGAATTAACT 
GATGTCCGTA ACGTAGCTGG CATTAGTTAA TCTCAAGACA CTTACAATGA TCCTAAAATG 
AAGCACATTC CTCTTGACGA AGAAATCAAC GAATGA