TTHERM_00300170 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00300170
Entrez Gene ID	7838354
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001024544.2	XP_001024544.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00300170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00300170 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
OTe59196	XM_001024544.2 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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** 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_00300170 ( XM_001024544.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001024544.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe59196
Clone ID Related Accession (Same CDS sequence)	XM_001024544.2
Accession Version	XM_001024544.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5838bp) 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_001024544.1. COMPLETENESS: incomplete on both ends.

ATGAAATAAA CTATTAGAGA AGCAATTAAA GAAGTAACAG AAGGCTCTGA TTTTGAAGCT 
TCATTTACCA AAAACAAAAC TAAAGAGGAG TCTTCTATTT AGTAGGAAAA TAATTTAAAT 
AAGAATTTAC ATCTTTAACT TTAGCAAGAA GATTCTATTC TAAATGAAGA TATACTTAAG 
AGTTAAAGAT TAATAAAATA ATAATTCAGT ATTGATGTTA ATACCATTAG ATCATTAGGC 
TAGCGGAGTC CAAATAGTTT AAATTTCGAT CAAAGCTTTT TCTATAGTGA TTAAAAGGTT 
CCTAGCAAAG TTTAAGATGA GTTTTCCTAA TTGAGTTCAT TTATTTAAGA TTTAAATAAA 
AAAATAGCAG AAATAGTTAT ATAAAGTGAA GCAGATTTTC TTAAAATTTA CAAATAATAA 
ATGACTGAGG TATATAAAGA ATTAATGAAA TTAAAAAGAA GAATAGAAGA TGAAGACTTC 
AATTTAAAAA GAAATTTAAA AATTTAAGTA TTGACTGAAG AAAAAAACTA CTTTTATAAG 
CAAGCAGTTT TTTTAGATGA AAAATGTAGA GTTCTCGAAA ATGAGAACAA TGAATTAAAA 
TTTAAAAACA ATATACTTAA AGACGACCTT ACTAATTACT AAGGGCTAAT TATAGATGTC 
AAAAAAGAAA ATAAATAGCT TAAGTCAGAG CTTCTCTTTT TATACCAAAA TAGCAACTTG 
ACTCAATAAG AAAGCAAAAA ATAGCTTGCA AATAAAGAAA AATTTATACC TTCAGAATAA 
TAGATAGAAA TATAATAAGC TTTTGATTTT AAAAGATCAA CTTCTTAAAA CTCTTAAAAG 
AGCGTTAAAG AATAAATATT CAATAATACT TGTTTGCCTA AATCTTTATA AATAAAATAG 
GTAAAAAGAA GTAGCTCTTG TAAATTGTTA AATTTTAGTT AGGTAAATTA AAATTTAATA 
CCATCCACTC CTTAATCAAC TACAAATAGA ACTAAAATAT TCAAATAAAA ATAGTATTCC 
CAAGAAATAC AAACAAGTAA ATTGAATCAA ATATTAAACT AAAATAATTA ATACCAGCAA 
ATGCAACTAA AAGAATAGCA TTAATAATAA TATCAATAAA AATAAGAACA AAAAGCTTAA 
AATAAATCTT CTTCTGATAT TTAAGTGGCA TTTCAATAAA ACTAGATAAT AAAAAATCAC 
ACTGATTTAC TGAAATAATC AAAAAAAAAC TTGAAATTAG ACCTTCAATA ATCTATTAAA 
GCTATTAGTA ATATAGATTT AGATTATCCA AATTATCCAA ACTTTTTAAT AAAAATAATA 
ATTCTTGATA TTATGTAAAA TCCTCCTCTT GTAAAATAGG CTGAAGTAAG CTTCATATTT 
TCAAAGAATA GGTTTCAAGT AACCTTCCAT ATTACTATTC CTAATAATAT TAGCAAGTAA 
TAATTAATTA AAAATACAAT GGCTGATCTA AATCACGAAT TATCAGATTT TGATGAAGAG 
TAATCCTTTG AAAGCTAATG TGATATAATT GAGAAAGAAG TTTGTGTTAA GTGCAAAGAT 
TTGTTCATAC TTGAAGACTG CTAATCTTGT CCTATTGGTT ACTATAGAGA CAACAATAAT 
ACTTGCTAAA AATGTAAGAA AGGGGAAAAA TATTGTAATA AAGATTAAGT TATTTCATGT 
TTTGCAGAGT ATTAGCTTAT TAATAATAAA TGCTCATCTA AAGATGACGA TAATCTTGAT 
GAATGGTATG AAGATGGATA AAACCTTTAC TACTACTTTT TCTATGATCA AGGCATTATC 
AAAGCAAAAT TTAGTGACGA TATTTAATTA CTTACTATCA ACTAGGATGC TTAATATCAA 
TTCAGCTAAA TGAATTGTGA TCCCATAAAA GATACTGTTG TAATTTAAGA TACCAATTAA 
TGCCGAATTA ATCCTGAATT CAACAATATT TTTGAGATTA AGATGAGTAT TTCTTAATAC 
AAGCGAGTTA AATATAATTT AAGATTTATA AATTATTATT TATCATCAAT ACAATACTTA 
CCAGATAATA TCAAAGAAGA TCCTGTCATT TCAGATAATG AAAAAATATA TCATGAAATA 
AATGATTTAT CTAAAGAGTG TTCATTCAAA TACACTCACT ATAAAATATT TGGAGAAGTC 
ACTATCCCTA AAGACCATTT TAATGCAATA CAAGCAAATT AAATTAACTT TAATTATAAT 
TATTTTGGTT AGTCGTTACC TCTTAATTAG AATCAGTCTG GTATTAATAT TGAGTAGGAG 
GGAGAAATAG AAAATATTGA TCCTTAGAGG AAAAAAAATT TTGAAAGTAT CATAGATAGT 
TTAGAAAGAT ACCCTTAAGA TTTATTAATA GAATAGCTTA TACCTGTAGA AAATTATAAC 
ATTTACACAA TATTTATTGA GTGTTAATAT GCTGTCATAC CTATGTCTAA AAATTCATAT 
GTTGAGTTCG AAGTTGTACA GTCGTATGAA ATAGCTTTTG AAGTAGATAC TTTTAAAGAA 
GGAGATTCTT AATTCTTTTA AATTTTTATC AAAAATGAAA TTTCAAAGTT TAAAGTATTA 
AAAAAAGATT AAATTGTAGG ATATCTTACA ATTTACTTTA TAGAAGATAT GTTAAAAATT 
TTTGATTAAA ATTTATCATT TCATGGTGAT TATTATTAAT AAGAAGTAAA AGCTAATGAA 
TTTTTAAACG GAGAATATTT ATTTGAAGTA GGAATAAAAT ATTTTCTAGA TTAAGAAACT 
CAAAATAAAT AAGTAAAATA TTTCAAAATA AACAACTAAA ACTAAATGTA ATTGAAAATC 
ACAACAAACA ACATATCTCA TATGAATACT AATGAGTCTA TTATGATTTA AAGCTAGGTT 
ATGTATCCAT AAACCAATCA AGATATTTTA TATAATTGGA GTTGCTATGA TGTGTCAACA 
AAATAGAAAT GTCAGGATAA ATTAAATATT TTTAGTATGG CATAAAACCT TTAACTGTAA 
ATACCTTCTA GGTATTTGAA AAACAATAAT GAATATATTA TAAGAGTTCA TACATAATTT 
AATAAGTTTC AATAAAATTT GTTTGATGAG ATTAAATTTA AAACAGGATA ATTTGTTTTT 
GATATAGATT ATGATGAATC TTACAAAAAA TAACCTTTCA TTTAAAATTA AATTATAGAA 
TTTGAGATAA AAATGTAAAA TTAAACTTTG GAAAATTAAG ATCTGTTATT TTAATTAGAA 
TTCAATGCTT AAGGATTTAA TAGTGTTCTT TCTAAATTTT ACTCATAAAA TCTCATTTAA 
TTTAAGCGAG AAGAATATTT TTCATCAACA ATTTTAGAAA AAATTCAACA TATAAATATA 
ACATTTTATG TTATTGATTC TATTACTCAA GAATTCACAA AAACCTAACA ATATTTATTT 
AAGATAGGAT AACCTCCCTA AAACTGTCTA ATAAACATTT AGAATAAAGA TTAAAACTTA 
AAGGCATTTT AAGATGAGAT TCAAATAGAA GTTTATAATT GCACAAGCTC AAGTGAGGGT 
AGTTTGTATT TCTAATTTAT GTTTTATCAC TCTTTTGAAG AATACTAGAA AGAATTAAAT 
TATGGTAAAT AATATGAAAG AAATTATTTA ACTAAACTTT CTCCTTCTGA CTATGTTAAA 
ACTGTTTTAC CAGTGGGATA AATTTTTATT TTAGTGATTG CTTAAGATAA ATATAATACA 
AAATCAAGCT ATAGTAAATT AGTTGATGTG GAGAATGCAA CTTTAGATAA AATTTAATAT 
TAATAATTTT TAGATGAGCA ATTCAGAAAG ATTGAATATC ACTCTATGAT TAACTAAAAT 
GAAGAAATAT TGTTTCTATT AAATATGATA GCTGAGTGCA TTGTGGATAT AGAAAATAAA 
AATTCGATAC TATTCCAAAA TGATGACTCA CTTACTAAAA TGAAAGACTT GATTGAATAA 
AAGTTAAATA TTTTATCTTC TAAATTTAGC TATGATAATT ACCTTCAAGA ATTCATTATT 
AGAATTTATT AAAAGCTTTA CAACTAATTT GCAAACAAGG ATTAATAAAA AAATGTGTTT 
TAAGATATTT AAAATATTTT TGAAAGTATA AAAGAGTAAA GCAAGGGATT AAATCAAGTG 
AATAATGAGC AAAATGAATA ATTTTAAAAG TAACTTTACT CTTCTCTAGA CTTAATTCAT 
AAAGTAGTAT ATTGCAAAAA CAATCAAATT GATTAGAATT TATCAAACTG GTAAAATTAA 
TACATTAATC TAATGTGTGA CATAGTAGAT GAGTTAGCTC TAACATTAAA ACCTAACTAA 
AAGAACATTT AGTATGACTT CTAAGATTTT GTAGTAAAAG TGAGCTTAGT TAATAAAACA 
GAAGTAGCAA CTAATTACTT GTCTCTTACT TAATATCAAG AAAAAGCTTT TTAAAAACTA 
GAATCTTAAT ATTTTGAAAC TAAATAAATT TATTGGAAGG AAAATATTTA CTTTGATGAT 
AGTTAGTTTT TAGAAATATA CTCTGCTCCT ATTTAAAAAA AGGGAATGGA TTTTGTAAGG 
AGTTAAATGT AAAAATATCC TTCTATACTT ATAACTATTT GTGAATCTAT GAAAAATTAA 
GAAATTGATT TAAATAGGCT TCTTTTTTAA AAAGAAAAAC AAATAACTTA AAAAATGAAT 
TTAACAATTC GTTACAACTT TGAAGAAGTT GAATACAATA ATAAAATTAA GTGTATTTAA 
AAAATAGATT CGATATGGAC TACATAATAT TGTTCTAAAG TTTAAAAATA AATAAATAAT 
AAAATAATAG TGTCATGTGA ATGTAAAAGC CTTTCTTTTA CAACTCTTAT TACTGATTTA 
GATTATCTTA TTTCTTAAGA TAACTTTTAA AACTCTATTG ATGGTGAAGG AATTTCCAAA 
ATTTTGTCAT TTTCAAATTG GCACTAATAT GCTACTATTT ATGTTATATT TGGGATAAAT 
ATTATGTTTG CTTTATCAAT ATTTGTAGCA AAAAAAACAG ATAAAAAGTG CAAATTATTC 
ATAACATCTG ATTTTTTAGT AAGTTTGGAA TCTATTAATA CGCAACAAAA TCCCTTGGTA 
AAAATAAACT CGAAATAAAA TTAAGTTTGC TAGGAAGTAC AAAAATAAGA AGAAGAAAAA 
ATTAAGGGAT TAAAAGTTGT TGATATTTAA TCGGATGAAG AAAATTCTAC AGAAAAATAA 
AATTATTTAT CATAAAATAA ATAAAATGAG CAGAACCACA AAAAAACCTA AAATAAATTA 
GAAATAAAAA TAGTATTCTA ACAATATATT AAATCAATAT CATTTTTTAG AGCAATAGGA 
TTATTTCACT CTTTGTTTTC AATATTCTTA CTCTACAACA AAAAATAGTC AAGCCTTATT 
AGAATCTGTA ACTACTATTG TAAATTGATT TGGAAATTAG CAATAAATGT TGTGTTTGGG 
AATAATCTAA CCCTATCTTA GATTATGATA ATGTCAATTA TGTCTTCATT ATCTTTTGCT 
TTATATCAAA TAATATTTAT ATTGATTCAT AAATAAAAGA AGATCAGATG TCTAGGTTAT 
TTGTTTTGCT TTTTGTTTTC TCTCTTTAGC TACTATTTGA TACTAGTGTC TTTAGCTAAT 
TCGTCTGTAA GTTAGTCGAA TACTTGGATA TTAACATATG TTTGTTCTCT AATTGTGTGC 
ATCTTATTTT TAAGTATACT ATCATCAGCA TTAAAATTAG GTTTGGCATA TCAATTAGTA 
GGCTGTTTGA ATAGGAAAAA CATATTTCTG AAGTTTATAG GAGCAAGTTT AATACTGTAA 
TAGCTCAATG ATTTTTGA

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

RefSeq	XP_001024544.2
CDS	1..5838
Translation	MKTIREAIKEVTEGSDFEASFTKNKTKEESSIENNLNKNLHLLQEDSILNEDILKSRLIK*FSIDVNTIRSLGRSPNSLNFDQSFFYSDKVPSKVDEFSLSSFIDLNKKIAEIVISEADFLKIYKMTEVYKELMKLKRRIEDEDFNLKRNLKIVLTEEKNYFYKQAVFLDEKCRVLENENNELKFKNNILKDDLTNYGLIIDVKKENKLKSELLFLYQNSNLTQESKKLANKEKFIPSEIEIAFDFKRSTSNSKSVKEIFNNTCLPKSLIKVKRSSSCKLLNFSVNNLIPSTPSTTNRTKIFKKYSQEIQTSKLNQILNNNYQQMQLKEH*YQKEQKANKSSSDIVAFQNIIKNHTDLLKSKKNLKLDLQSIKAISNIDLDYPNYPNFLIKIIILDIMNPPLVKAEVSFIFSKNRFQVTFHITIPNNISKLIKNTMADLNHELSDFDEESFESCDIIEKEVCVKCKDLFILEDCSCPIGYYRDNNNTCKCKKGEKYCNKDVISCFAEYLINNKCSSKDDDNLDEWYEDGNLYYYFFYDQGIIKAKFSDDILLTINDAYQFSMNCDPIKDTVVIDTNCRINPEFNNIFEIKMSISYKRVKYNLRFINYYLSSIQYLPDNIKEDPVISDNEKIYHEINDLSKECSFKYTHYKIFGEVTIPKDHFNAIQANINFNYNYFGSLPLNNQSGINIEEGEIENIDPRKKNFESIIDSLERYPDLLIELIPVENYNIYTIFIECYAVIPMSKNSYVEFEVVQSYEIAFEVDTFKEGDSFFIFIKNEISKFKVLKKDIVGYLTIYFIEDMLKIFDNLSFHGDYYEVKANEFLNGEYLFEVGIKYFLDETQNKVKYFKINNNMLKITTNNISHMNTNESIMISVMYPTNQDILYNWSCYDVSTKKCQDKLNIFSMANLLIPSRYLKNNNEYIIRVHTFNKFQNLFDEIKFKTGFVFDIDYDESYKKPFINIIEFEIKMNTLENDLLFLEFNAGFNSVLSKFYSNLIFKREEYFSSTILEKIQHINITFYVIDSITQEFTKTQYLFKIGPPNCLININKDNLKAFDEIQIEVYNCTSSSEGSLYFFMFYHSFEEYKELNYGKYERNYLTKLSPSDYVKTVLPVGIFILVIADKYNTKSSYSKLVDVENATLDKIY*FLDEQFRKIEYHSMINNEEILFLLNMIAECIVDIENKNSILFQNDDSLTKMKDLIEKLNILSSKFSYDNYLQEFIIRIYKLYNFANKDKNVFDINIFESIKESKGLNQVNNEQNEFKLYSSLDLIHKVVYCKNNQIDNLSNWNYINLMCDIVDELALTLKPNKNIYDFDFVVKVSLVNKTEVATNYLSLTYQEKAFKLESYFETKIYWKENIYFDDSFLEIYSAPIKKGMDFVRSMKYPSILITICESMKNEIDLNRLLFKEKQITKMNLTIRYNFEEVEYNNKIKCIKIDSIWTTYCSKVKINNKIIVSCECKSLSFTTLITDLDYLISDNFNSIDGEGISKILSFSNWHYATIYVIFGINIMFALSIFVAKKTDKKCKLFITSDFLVSLESINTQQNPLVKINSKNVCEVQKEEEKIKGLKVVDISDEENSTEKNYLSNKNEQNHKKTNKLEIKIVFQYIKSISFFRAIGLFHSLFSIFLLYNKKSSLIRICNYYCKLIWKLAINVVFGNNLTLSIMIMSIMSSLSFALYQIIFILIHKKKIRCLGYLFCFLFSLFSYYLILVSLANSSVSSNTWILTYVCSLIVCILFLSILSSALKLGLAYQLVGCLNRKNIFLKFIGASLIL*LNDF

Target ORF information:

RefSeq Version	XM_001024544.2
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_001024544.2

ORF Insert Sequence:

ATGAAATAAA CTATTAGAGA AGCAATTAAA GAAGTAACAG AAGGCTCTGA TTTTGAAGCT 
TCATTTACCA AAAACAAAAC TAAAGAGGAG TCTTCTATTT AGTAGGAAAA TAATTTAAAT 
AAGAATTTAC ATCTTTAACT TTAGCAAGAA GATTCTATTC TAAATGAAGA TATACTTAAG 
AGTTAAAGAT TAATAAAATA ATAATTCAGT ATTGATGTTA ATACCATTAG ATCATTAGGC 
TAGCGGAGTC CAAATAGTTT AAATTTCGAT CAAAGCTTTT TCTATAGTGA TTAAAAGGTT 
CCTAGCAAAG TTTAAGATGA GTTTTCCTAA TTGAGTTCAT TTATTTAAGA TTTAAATAAA 
AAAATAGCAG AAATAGTTAT ATAAAGTGAA GCAGATTTTC TTAAAATTTA CAAATAATAA 
ATGACTGAGG TATATAAAGA ATTAATGAAA TTAAAAAGAA GAATAGAAGA TGAAGACTTC 
AATTTAAAAA GAAATTTAAA AATTTAAGTA TTGACTGAAG AAAAAAACTA CTTTTATAAG 
CAAGCAGTTT TTTTAGATGA AAAATGTAGA GTTCTCGAAA ATGAGAACAA TGAATTAAAA 
TTTAAAAACA ATATACTTAA AGACGACCTT ACTAATTACT AAGGGCTAAT TATAGATGTC 
AAAAAAGAAA ATAAATAGCT TAAGTCAGAG CTTCTCTTTT TATACCAAAA TAGCAACTTG 
ACTCAATAAG AAAGCAAAAA ATAGCTTGCA AATAAAGAAA AATTTATACC TTCAGAATAA 
TAGATAGAAA TATAATAAGC TTTTGATTTT AAAAGATCAA CTTCTTAAAA CTCTTAAAAG 
AGCGTTAAAG AATAAATATT CAATAATACT TGTTTGCCTA AATCTTTATA AATAAAATAG 
GTAAAAAGAA GTAGCTCTTG TAAATTGTTA AATTTTAGTT AGGTAAATTA AAATTTAATA 
CCATCCACTC CTTAATCAAC TACAAATAGA ACTAAAATAT TCAAATAAAA ATAGTATTCC 
CAAGAAATAC AAACAAGTAA ATTGAATCAA ATATTAAACT AAAATAATTA ATACCAGCAA 
ATGCAACTAA AAGAATAGCA TTAATAATAA TATCAATAAA AATAAGAACA AAAAGCTTAA 
AATAAATCTT CTTCTGATAT TTAAGTGGCA TTTCAATAAA ACTAGATAAT AAAAAATCAC 
ACTGATTTAC TGAAATAATC AAAAAAAAAC TTGAAATTAG ACCTTCAATA ATCTATTAAA 
GCTATTAGTA ATATAGATTT AGATTATCCA AATTATCCAA ACTTTTTAAT AAAAATAATA 
ATTCTTGATA TTATGTAAAA TCCTCCTCTT GTAAAATAGG CTGAAGTAAG CTTCATATTT 
TCAAAGAATA GGTTTCAAGT AACCTTCCAT ATTACTATTC CTAATAATAT TAGCAAGTAA 
TAATTAATTA AAAATACAAT GGCTGATCTA AATCACGAAT TATCAGATTT TGATGAAGAG 
TAATCCTTTG AAAGCTAATG TGATATAATT GAGAAAGAAG TTTGTGTTAA GTGCAAAGAT 
TTGTTCATAC TTGAAGACTG CTAATCTTGT CCTATTGGTT ACTATAGAGA CAACAATAAT 
ACTTGCTAAA AATGTAAGAA AGGGGAAAAA TATTGTAATA AAGATTAAGT TATTTCATGT 
TTTGCAGAGT ATTAGCTTAT TAATAATAAA TGCTCATCTA AAGATGACGA TAATCTTGAT 
GAATGGTATG AAGATGGATA AAACCTTTAC TACTACTTTT TCTATGATCA AGGCATTATC 
AAAGCAAAAT TTAGTGACGA TATTTAATTA CTTACTATCA ACTAGGATGC TTAATATCAA 
TTCAGCTAAA TGAATTGTGA TCCCATAAAA GATACTGTTG TAATTTAAGA TACCAATTAA 
TGCCGAATTA ATCCTGAATT CAACAATATT TTTGAGATTA AGATGAGTAT TTCTTAATAC 
AAGCGAGTTA AATATAATTT AAGATTTATA AATTATTATT TATCATCAAT ACAATACTTA 
CCAGATAATA TCAAAGAAGA TCCTGTCATT TCAGATAATG AAAAAATATA TCATGAAATA 
AATGATTTAT CTAAAGAGTG TTCATTCAAA TACACTCACT ATAAAATATT TGGAGAAGTC 
ACTATCCCTA AAGACCATTT TAATGCAATA CAAGCAAATT AAATTAACTT TAATTATAAT 
TATTTTGGTT AGTCGTTACC TCTTAATTAG AATCAGTCTG GTATTAATAT TGAGTAGGAG 
GGAGAAATAG AAAATATTGA TCCTTAGAGG AAAAAAAATT TTGAAAGTAT CATAGATAGT 
TTAGAAAGAT ACCCTTAAGA TTTATTAATA GAATAGCTTA TACCTGTAGA AAATTATAAC 
ATTTACACAA TATTTATTGA GTGTTAATAT GCTGTCATAC CTATGTCTAA AAATTCATAT 
GTTGAGTTCG AAGTTGTACA GTCGTATGAA ATAGCTTTTG AAGTAGATAC TTTTAAAGAA 
GGAGATTCTT AATTCTTTTA AATTTTTATC AAAAATGAAA TTTCAAAGTT TAAAGTATTA 
AAAAAAGATT AAATTGTAGG ATATCTTACA ATTTACTTTA TAGAAGATAT GTTAAAAATT 
TTTGATTAAA ATTTATCATT TCATGGTGAT TATTATTAAT AAGAAGTAAA AGCTAATGAA 
TTTTTAAACG GAGAATATTT ATTTGAAGTA GGAATAAAAT ATTTTCTAGA TTAAGAAACT 
CAAAATAAAT AAGTAAAATA TTTCAAAATA AACAACTAAA ACTAAATGTA ATTGAAAATC 
ACAACAAACA ACATATCTCA TATGAATACT AATGAGTCTA TTATGATTTA AAGCTAGGTT 
ATGTATCCAT AAACCAATCA AGATATTTTA TATAATTGGA GTTGCTATGA TGTGTCAACA 
AAATAGAAAT GTCAGGATAA ATTAAATATT TTTAGTATGG CATAAAACCT TTAACTGTAA 
ATACCTTCTA GGTATTTGAA AAACAATAAT GAATATATTA TAAGAGTTCA TACATAATTT 
AATAAGTTTC AATAAAATTT GTTTGATGAG ATTAAATTTA AAACAGGATA ATTTGTTTTT 
GATATAGATT ATGATGAATC TTACAAAAAA TAACCTTTCA TTTAAAATTA AATTATAGAA 
TTTGAGATAA AAATGTAAAA TTAAACTTTG GAAAATTAAG ATCTGTTATT TTAATTAGAA 
TTCAATGCTT AAGGATTTAA TAGTGTTCTT TCTAAATTTT ACTCATAAAA TCTCATTTAA 
TTTAAGCGAG AAGAATATTT TTCATCAACA ATTTTAGAAA AAATTCAACA TATAAATATA 
ACATTTTATG TTATTGATTC TATTACTCAA GAATTCACAA AAACCTAACA ATATTTATTT 
AAGATAGGAT AACCTCCCTA AAACTGTCTA ATAAACATTT AGAATAAAGA TTAAAACTTA 
AAGGCATTTT AAGATGAGAT TCAAATAGAA GTTTATAATT GCACAAGCTC AAGTGAGGGT 
AGTTTGTATT TCTAATTTAT GTTTTATCAC TCTTTTGAAG AATACTAGAA AGAATTAAAT 
TATGGTAAAT AATATGAAAG AAATTATTTA ACTAAACTTT CTCCTTCTGA CTATGTTAAA 
ACTGTTTTAC CAGTGGGATA AATTTTTATT TTAGTGATTG CTTAAGATAA ATATAATACA 
AAATCAAGCT ATAGTAAATT AGTTGATGTG GAGAATGCAA CTTTAGATAA AATTTAATAT 
TAATAATTTT TAGATGAGCA ATTCAGAAAG ATTGAATATC ACTCTATGAT TAACTAAAAT 
GAAGAAATAT TGTTTCTATT AAATATGATA GCTGAGTGCA TTGTGGATAT AGAAAATAAA 
AATTCGATAC TATTCCAAAA TGATGACTCA CTTACTAAAA TGAAAGACTT GATTGAATAA 
AAGTTAAATA TTTTATCTTC TAAATTTAGC TATGATAATT ACCTTCAAGA ATTCATTATT 
AGAATTTATT AAAAGCTTTA CAACTAATTT GCAAACAAGG ATTAATAAAA AAATGTGTTT 
TAAGATATTT AAAATATTTT TGAAAGTATA AAAGAGTAAA GCAAGGGATT AAATCAAGTG 
AATAATGAGC AAAATGAATA ATTTTAAAAG TAACTTTACT CTTCTCTAGA CTTAATTCAT 
AAAGTAGTAT ATTGCAAAAA CAATCAAATT GATTAGAATT TATCAAACTG GTAAAATTAA 
TACATTAATC TAATGTGTGA CATAGTAGAT GAGTTAGCTC TAACATTAAA ACCTAACTAA 
AAGAACATTT AGTATGACTT CTAAGATTTT GTAGTAAAAG TGAGCTTAGT TAATAAAACA 
GAAGTAGCAA CTAATTACTT GTCTCTTACT TAATATCAAG AAAAAGCTTT TTAAAAACTA 
GAATCTTAAT ATTTTGAAAC TAAATAAATT TATTGGAAGG AAAATATTTA CTTTGATGAT 
AGTTAGTTTT TAGAAATATA CTCTGCTCCT ATTTAAAAAA AGGGAATGGA TTTTGTAAGG 
AGTTAAATGT AAAAATATCC TTCTATACTT ATAACTATTT GTGAATCTAT GAAAAATTAA 
GAAATTGATT TAAATAGGCT TCTTTTTTAA AAAGAAAAAC AAATAACTTA AAAAATGAAT 
TTAACAATTC GTTACAACTT TGAAGAAGTT GAATACAATA ATAAAATTAA GTGTATTTAA 
AAAATAGATT CGATATGGAC TACATAATAT TGTTCTAAAG TTTAAAAATA AATAAATAAT 
AAAATAATAG TGTCATGTGA ATGTAAAAGC CTTTCTTTTA CAACTCTTAT TACTGATTTA 
GATTATCTTA TTTCTTAAGA TAACTTTTAA AACTCTATTG ATGGTGAAGG AATTTCCAAA 
ATTTTGTCAT TTTCAAATTG GCACTAATAT GCTACTATTT ATGTTATATT TGGGATAAAT 
ATTATGTTTG CTTTATCAAT ATTTGTAGCA AAAAAAACAG ATAAAAAGTG CAAATTATTC 
ATAACATCTG ATTTTTTAGT AAGTTTGGAA TCTATTAATA CGCAACAAAA TCCCTTGGTA 
AAAATAAACT CGAAATAAAA TTAAGTTTGC TAGGAAGTAC AAAAATAAGA AGAAGAAAAA 
ATTAAGGGAT TAAAAGTTGT TGATATTTAA TCGGATGAAG AAAATTCTAC AGAAAAATAA 
AATTATTTAT CATAAAATAA ATAAAATGAG CAGAACCACA AAAAAACCTA AAATAAATTA 
GAAATAAAAA TAGTATTCTA ACAATATATT AAATCAATAT CATTTTTTAG AGCAATAGGA 
TTATTTCACT CTTTGTTTTC AATATTCTTA CTCTACAACA AAAAATAGTC AAGCCTTATT 
AGAATCTGTA ACTACTATTG TAAATTGATT TGGAAATTAG CAATAAATGT TGTGTTTGGG 
AATAATCTAA CCCTATCTTA GATTATGATA ATGTCAATTA TGTCTTCATT ATCTTTTGCT 
TTATATCAAA TAATATTTAT ATTGATTCAT AAATAAAAGA AGATCAGATG TCTAGGTTAT 
TTGTTTTGCT TTTTGTTTTC TCTCTTTAGC TACTATTTGA TACTAGTGTC TTTAGCTAAT 
TCGTCTGTAA GTTAGTCGAA TACTTGGATA TTAACATATG TTTGTTCTCT AATTGTGTGC 
ATCTTATTTT TAAGTATACT ATCATCAGCA TTAAAATTAG GTTTGGCATA TCAATTAGTA 
GGCTGTTTGA ATAGGAAAAA CATATTTCTG AAGTTTATAG GAGCAAGTTT AATACTGTAA 
TAGCTCAATG ATTTTTGA