TTHERM_00285460 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00285460
Entrez Gene ID	7840087
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001018560.2	XP_001018560.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00285460 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00285460 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
OTe49857	XM_001018560.2 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00

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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_00285460 ( XM_001018560.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001018560.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe49857
Clone ID Related Accession (Same CDS sequence)	XM_001018560.2
Accession Version	XM_001018560.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4461bp) 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_002476365). On Jun 9, 2015 this sequence version replaced XM_001018560.1. COMPLETENESS: incomplete on the 3' end.

ATGATAAAAA CACTGTTATA GATATATTTT TTAATTTATA TTCTTGTGCT TTTACACAAA 
GTAACTGCAT AAGTAGATTT ACCATTGAAC TTATAAAATT TTATAGTGTA GAATTGTATT 
AATGATTGTA AGACAAATTG TTAATAAGGA TAATCAAGAA TGTAAATATT AGGAGGTAAT 
CAAGGCGCTG TTTAAGGAGT ACCAATAATA ACTTATTAAT AGTCTAATAT ATAGGCATTT 
TATGAAGCCA AATTAACATT TAATATTTAT TATATCCAAA ATTAAAACAT AAACTCTTTA 
GTAGTATTCT AAAATTAGAA TAATTGTACA AAATCAGGGT AAACTTTTTA ACCTTTGGGT 
ACTATAACTT AATAAACTGA TATTTACTAG GGATAAACTC TTTAATACAA TATATCGAAT 
TCTAGTTAAC TAAACCTAAA AATTTTTTCA TCACCAAGTC TTTAATTTGG AATTGATCTT 
TAGTCTATTA AGTTAACTGT AAATTATTGC AAGGACCCAC TATGCTCAGT TTGTGACTCT 
AGTTCTTGCT CATAATGCAA AGATAATGCT TAAATTGTTT CAGGTTCTTG TGTTTGCTAA 
GATAAATATT ATTGGGATGA TGATTTATAA AGTTGTTTGT AATGTGATAG AAAATGTAAA 
AAATGCTAAT TCTTTTCTGA TAATTGTACT GAATGTGATG GTAACAATAG AGACATAACT 
TAAAAATGTG CTTGTTTTTC ATATTTTTAA GAAATATATG ATTAAACAAA TAATTCATTT 
AGCTGTAAAT GTTTAGATAC TGATAATAGA ATTTAGTTGC AAGGTAGTTA GCAGTGTGTT 
TGCAAATCAA CACAATAAAC TACTGGTTAT TTTTAATTAA GAGACTAATA AAAATGTGAG 
TAGTGTGCAT AGTATTGCTA GGTTTGTGAT ACGTATCCCT CAAAATGCTC ATAATGCTCT 
TATAATCGTG ATCCTAATAA CGGATGCAAC TGTTTATGTG GATTTTATAA ATAGTTTCCT 
ACTTCTGACT CTTGTGTCTT ACTCCCTAAA TAATCAAGAG AATTATCAAA CGGATAATGT 
AAATGCAAGC AAGGATTTTA TGAAAATAAT TAGCCTGATT GCGATAATTG TCTTCAAAAG 
TGTGTAACTT GTGTAAATAA AAACTCTTGC TAAACCTGCC AACAAGGTAG AGATATCAAC 
AATGATTGCT AGTGCTTAAT TGGATACTAT GAATTTACTC CTCTTGCTCC TACTTGTGGA 
AAATGTGATT ACAAATGCTC AGAATGCATA ACAAGTGCAA ATAATTGTAC AAAATGCAGA 
GGAGATAGAA TAAACGCACC TTAGTGCTAG TGTCCCATCT TTAAATTTGA TAATAATTAA 
GAAAATTGTC TAGACTGTGA TTTAACTTGT TAAACATGTA GTGGAAGTAG TCCAACTAAT 
TGCTTAAATT GTATGAGTGA TAGAATATTT AATCCTTCAA ATAAAAGTTG TGAATGTAAA 
TAGGGACTAT ATCATGTTTT CAAACAAAGA CAGTGTGGTC AATGCTCTTA GGAGTGTCTT 
ACTTGTGTGA ATAACAAATT TTATTGCACT TCTTGTAAAT TCCCAGAAGA TTTTCTATTT 
GAAGGCAACT GTTATTGTGA TAAAAATAAC ACTTCTAAAA TAAGATAACA AGATGGTAGT 
TGCTCAGAGC CTAATTATCT TACATTTTAA ATTTATTCTA CTATAGATTA AATTAAATTT 
TAGAATTTAA TAATTATTGA ATTTGACGAG GATTTAATTT TAGATGATTA AATTAAACAA 
AAACTGTAAT AAATTTTATA GATTTAACAA ACTAAAATAT ACAGAAACCT AAAGTAGACT 
AGCTTTGAAG ATAAAACATA TTTTTAAAAT TCAGACCCCT AGTTTGCCTA GTTTATTGAT 
AATCAAGCAG GCTAAAGAAA TTTGTAATAA TTTAATGCAC AGTTTATATT TGAGAGCATC 
ACCAGTAACT CAGTGAAGTT CAGAGTTGTC TCTTCTGAAA GTTTTTCAGA TTTAGATCTC 
AAAATTACGT TAAAAAACAC AGAATTTGCT ATTTCAAAAA GCAAAAAAAG ATTATCTAAT 
GCAAATATTG CTAAATTTTG GAATATAAAT CTGGCAAACT AATACAATTT AAACAGTGAT 
TAAACTCATA CACAATAGCA ATTATAGACT ATGGAGAGTA TTAATAATTT AACTTTTTTT 
GGAGTATTTT AGCACCTTTA TTTATATTTT ATACTAATGC CAGGCTTTTA AATTATGGCA 
ATAATCCAGA TACTTCCAAT TTAACTACCT CCTAACTTGT ATAATGTTTG TAGAATGTTC 
AATCTCTTAA CCTTTTAAGT CAATTTTGAA TGGGGATTAC TTAATTATAA CTAATAAAAT 
ACAGTTTACA ATAAAGCTAT CTCTTCATAA TCTGAAGATA ATGCTATCCC ATAAAATTTT 
AGGAGATTAG GATTTTCTTC TAATTTTTTT AACAACTGTC TTGAAATAAT TATTTTGATC 
ATAATTATGA TAACGATTAC CTTTATATTA TATTTATTAT ACTCTCACAC TTAAGATAAG 
CTTTCAAAAT TATTTTAGTA TAAATCGTAC ATTACAAAGG CATTTAATTT CTCTCATAAT 
GTTATCTCTT ACTACATAGA AGCAACCATT TTCTTCCTTA TAATAGGTTT TTGGCTAAAT 
GCGATCTATG TATAAAATAA TGGTGTTAAC ATTTTCGGAT TAATTTTTTC TATAGCTGTC 
GTTATATTTT TAGGTTACTT TTTTACTTAT TAAGCTTGTT TAATCCAACT AAAAACAGAT 
ATGGTTGCAA ACAGGCATAT GAGTAATTTT TTGCTGATTT GCTTTTGGTA TCAAAAATTT 
TTTAAACTCT TTAGATATGT AAAAAAGGTG TTGATTTTAA GCATTTTAGT GATTTTTAAC 
TTTTCTCCTA TATCGTAAAT GGTATTAATA ATGCTGGTTT TTTTTACTTT TTTAGTCTTG 
AGCATAGTTA TAAGACCTTA TATGTACAAG GTAGATAACA TAATTCTAAT TTTAAATGAT 
TCTATATAAG CTATATTATC TGTGCTTTTG CTTACAATTA CTATATTGTA TGAAAAAAAG 
ATAAATAGTG CTTTTATAAT TAGCTAAGTT AATATAAATT AGTACATTAT TGTAGGCTGG 
GTTGCAGTTA GTTTTATTTC TTTATTTGCT ATTTTAAATG TTTTTTATCA GCTGTATAAT 
TTGAAACGTA TTTTTGATTT TATTTTTAAA GATATTCACA AAAACTAATT CCCATAGAAA 
AACAACTAAA GCCCAGATCA ATCAATTCTT AGGAAAACTT TAAATTAAGA GCAACTCTAT 
GGGATAGAAA ATATTTAAGA TGAGATAATT TAGCAAGCTG ATAAGAATTA TCTTGAATTT 
CTTAAAAACT AAAGATTATA AAAGCTATTA GATGATGAAA AAAGAAAATA TTTTGAAAAT 
GTAACTCTGT AAAATTAAAA ATAGTCTTTA ACTCCTGATT AAATGAGATA TATCAAGGCT 
TTAAATAGAA ACTCAATTTA TTAAAATTTT GAAATTAATC CTGCAAACTA ATAAATAAAC 
AACAAAACAA ATGTATAAGT TGGTACTTAA AATTATGTGA ATAGTTCTTA AACAGACATA 
AATTAAATAT AATTTTAGGC TACTAATTTT TAATAACCTG AAGTAAGATA AAATTATGAA 
CCTTAATATT TAATAGAATT AGTGACTAAT TAGAACTATG ATCAAGTTTA AAACTAAAAT 
ATAAATTAAA ATTTCATAAT TAACCCATAT TTGAAGAATA TGAGAGTAAA CTAAGCTGAG 
AGTCCAAAAG ATTAATTTTA AACACTTGAA AATGAAGAAT TGGAAGATTT TAACTATGAG 
CCAATATTTT CATAAAACAG TGCATCTAAT TATTAAGTAC CTTTAATTAA CAACTTAGAG 
CAGTAGTCTT ATTAATAACA ATAATAAATT TAATATCAAT TAGAATAGAA TATTACCAAT 
TAAGCCAATA ATTAAAACTA AAATATTTAG TAAGGCACTT AATAATTCAT TAAGTAAAAT 
GAAAATGAAA AATAGACTGA GGTTTTATAA ATTAAACCAA TATAAAACTA AAATGAAATG 
AACATTGATA AAATTAATGA ACTACAAAAA CAGTAATAAC AAATAATATA AACTCTTCCC 
TATAAAGAAT AAAATCAAGA AATTAATGAT TAAGCTTAAA TCTAAAATAA TAATCAAAAT 
CATGAAAACG AAAATATTAA TAATAACTTA CAAAATGAAG GAGACTATCA AAATTAAAAT 
GCTTACATAC CCTAATAATA ACCTTTCAGT CATAATTAAC TTGATGTCAT TTAAGAGAAT 
TTTAATGAAT AAGATTCAAA TTATTATTCT CCTGATTAAA TTATTTAGCG TATTTCAGAA 
TATAAAAAGT CAAATAATTG A

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

RefSeq	XP_001018560.2
CDS	67..4527
Translation	MIKTLLIYFLIYILVLLHKVTAVDLPLNLNFIVNCINDCKTNC*GSRMILGGNQGAVGVPIITY*SNIAFYEAKLTFNIYYIQNNINSLVVFNNNCTKSGTFPLGTITTDIYGTLYNISNSSLNLKIFSSPSLFGIDLSIKLTVNYCKDPLCSVCDSSSCSCKDNAIVSGSCVCDKYYWDDDLSCLCDRKCKKCFFSDNCTECDGNNRDITKCACFSYFEIYDTNNSFSCKCLDTDNRILQGSQCVCKSTQTTGYFLRD*KCECAYCVCDTYPSKCSCSYNRDPNNGCNCLCGFYKFPTSDSCVLLPKSRELSNGCKCKQGFYENNPDCDNCLQKCVTCVNKNSCTCQQGRDINNDCCLIGYYEFTPLAPTCGKCDYKCSECITSANNCTKCRGDRINAPCCPIFKFDNNENCLDCDLTCTCSGSSPTNCLNCMSDRIFNPSNKSCECKGLYHVFKQRQCGQCSECLTCVNNKFYCTSCKFPEDFLFEGNCYCDKNNTSKIRQDGSCSEPNYLTFIYSTIDIKFNLIIIEFDEDLILDDIKQKL*ILIQTKIYRNLKTSFEDKTYFNSDPFAFIDNQAGRNL*FNAQFIFESITSNSVKFRVVSSESFSDLDLKITLKNTEFAISKSKKRLSNANIAKFWNINLANYNLNSDTHTQQLTMESINNLTFFGVFHLYLYFILMPGFIMAIIQILPILPPNLYNVCRMFNLLTFVNFEWGLLNYNNTVYNKAISSSEDNAIPNFRRLGFSSNFFNNCLEIIILIIIMITITFILYLLYSHTDKLSKLFYKSYITKAFNFSHNVISYYIEATIFFLIIGFWLNAIYVNNGVNIFGLIFSIAVVIFLGYFFTYACLIQLKTDMVANRHMSNFLLICFWYQKFFKLFRYVKKVLILSILVIFNFSPISMVLIMLVFFTFLVLSIVIRPYMYKVDNIILILNDSIAILSVLLLTITILYEKKINSAFIISVNINYIIVGWVAVSFISLFAILNVFYQLYNLKRIFDFIFKDIHKNFPKNNSPDQSILRKTLNEQLYGIENIDEIIQADKNYLEFLKNRLKLLDDEKRKYFENVTLNKSLTPDMRYIKALNRNSIYNFEINPAN*INNKTNVVGTNYVNSSTDINIFATNFPEVRNYEPYLIELVTNNYDQVNNINNFIINPYLKNMRVNAESPKDFTLENEELEDFNYEPIFSNSASNYVPLINNLEQSYQIYQLENITNANNNNIGTFIKNENEKTEVLIKPINNEMNIDKINELQKQQIITLPYKENQEINDAINNNQNHENENINNNLQNEGDYQNNAYIP*PFSHNLDVIENFNEDSNYYSPDIIRISEYKKSNN

Target ORF information:

RefSeq Version	XM_001018560.2
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_001018560.2

ORF Insert Sequence:

ATGATAAAAA CACTGTTATA GATATATTTT TTAATTTATA TTCTTGTGCT TTTACACAAA 
GTAACTGCAT AAGTAGATTT ACCATTGAAC TTATAAAATT TTATAGTGTA GAATTGTATT 
AATGATTGTA AGACAAATTG TTAATAAGGA TAATCAAGAA TGTAAATATT AGGAGGTAAT 
CAAGGCGCTG TTTAAGGAGT ACCAATAATA ACTTATTAAT AGTCTAATAT ATAGGCATTT 
TATGAAGCCA AATTAACATT TAATATTTAT TATATCCAAA ATTAAAACAT AAACTCTTTA 
GTAGTATTCT AAAATTAGAA TAATTGTACA AAATCAGGGT AAACTTTTTA ACCTTTGGGT 
ACTATAACTT AATAAACTGA TATTTACTAG GGATAAACTC TTTAATACAA TATATCGAAT 
TCTAGTTAAC TAAACCTAAA AATTTTTTCA TCACCAAGTC TTTAATTTGG AATTGATCTT 
TAGTCTATTA AGTTAACTGT AAATTATTGC AAGGACCCAC TATGCTCAGT TTGTGACTCT 
AGTTCTTGCT CATAATGCAA AGATAATGCT TAAATTGTTT CAGGTTCTTG TGTTTGCTAA 
GATAAATATT ATTGGGATGA TGATTTATAA AGTTGTTTGT AATGTGATAG AAAATGTAAA 
AAATGCTAAT TCTTTTCTGA TAATTGTACT GAATGTGATG GTAACAATAG AGACATAACT 
TAAAAATGTG CTTGTTTTTC ATATTTTTAA GAAATATATG ATTAAACAAA TAATTCATTT 
AGCTGTAAAT GTTTAGATAC TGATAATAGA ATTTAGTTGC AAGGTAGTTA GCAGTGTGTT 
TGCAAATCAA CACAATAAAC TACTGGTTAT TTTTAATTAA GAGACTAATA AAAATGTGAG 
TAGTGTGCAT AGTATTGCTA GGTTTGTGAT ACGTATCCCT CAAAATGCTC ATAATGCTCT 
TATAATCGTG ATCCTAATAA CGGATGCAAC TGTTTATGTG GATTTTATAA ATAGTTTCCT 
ACTTCTGACT CTTGTGTCTT ACTCCCTAAA TAATCAAGAG AATTATCAAA CGGATAATGT 
AAATGCAAGC AAGGATTTTA TGAAAATAAT TAGCCTGATT GCGATAATTG TCTTCAAAAG 
TGTGTAACTT GTGTAAATAA AAACTCTTGC TAAACCTGCC AACAAGGTAG AGATATCAAC 
AATGATTGCT AGTGCTTAAT TGGATACTAT GAATTTACTC CTCTTGCTCC TACTTGTGGA 
AAATGTGATT ACAAATGCTC AGAATGCATA ACAAGTGCAA ATAATTGTAC AAAATGCAGA 
GGAGATAGAA TAAACGCACC TTAGTGCTAG TGTCCCATCT TTAAATTTGA TAATAATTAA 
GAAAATTGTC TAGACTGTGA TTTAACTTGT TAAACATGTA GTGGAAGTAG TCCAACTAAT 
TGCTTAAATT GTATGAGTGA TAGAATATTT AATCCTTCAA ATAAAAGTTG TGAATGTAAA 
TAGGGACTAT ATCATGTTTT CAAACAAAGA CAGTGTGGTC AATGCTCTTA GGAGTGTCTT 
ACTTGTGTGA ATAACAAATT TTATTGCACT TCTTGTAAAT TCCCAGAAGA TTTTCTATTT 
GAAGGCAACT GTTATTGTGA TAAAAATAAC ACTTCTAAAA TAAGATAACA AGATGGTAGT 
TGCTCAGAGC CTAATTATCT TACATTTTAA ATTTATTCTA CTATAGATTA AATTAAATTT 
TAGAATTTAA TAATTATTGA ATTTGACGAG GATTTAATTT TAGATGATTA AATTAAACAA 
AAACTGTAAT AAATTTTATA GATTTAACAA ACTAAAATAT ACAGAAACCT AAAGTAGACT 
AGCTTTGAAG ATAAAACATA TTTTTAAAAT TCAGACCCCT AGTTTGCCTA GTTTATTGAT 
AATCAAGCAG GCTAAAGAAA TTTGTAATAA TTTAATGCAC AGTTTATATT TGAGAGCATC 
ACCAGTAACT CAGTGAAGTT CAGAGTTGTC TCTTCTGAAA GTTTTTCAGA TTTAGATCTC 
AAAATTACGT TAAAAAACAC AGAATTTGCT ATTTCAAAAA GCAAAAAAAG ATTATCTAAT 
GCAAATATTG CTAAATTTTG GAATATAAAT CTGGCAAACT AATACAATTT AAACAGTGAT 
TAAACTCATA CACAATAGCA ATTATAGACT ATGGAGAGTA TTAATAATTT AACTTTTTTT 
GGAGTATTTT AGCACCTTTA TTTATATTTT ATACTAATGC CAGGCTTTTA AATTATGGCA 
ATAATCCAGA TACTTCCAAT TTAACTACCT CCTAACTTGT ATAATGTTTG TAGAATGTTC 
AATCTCTTAA CCTTTTAAGT CAATTTTGAA TGGGGATTAC TTAATTATAA CTAATAAAAT 
ACAGTTTACA ATAAAGCTAT CTCTTCATAA TCTGAAGATA ATGCTATCCC ATAAAATTTT 
AGGAGATTAG GATTTTCTTC TAATTTTTTT AACAACTGTC TTGAAATAAT TATTTTGATC 
ATAATTATGA TAACGATTAC CTTTATATTA TATTTATTAT ACTCTCACAC TTAAGATAAG 
CTTTCAAAAT TATTTTAGTA TAAATCGTAC ATTACAAAGG CATTTAATTT CTCTCATAAT 
GTTATCTCTT ACTACATAGA AGCAACCATT TTCTTCCTTA TAATAGGTTT TTGGCTAAAT 
GCGATCTATG TATAAAATAA TGGTGTTAAC ATTTTCGGAT TAATTTTTTC TATAGCTGTC 
GTTATATTTT TAGGTTACTT TTTTACTTAT TAAGCTTGTT TAATCCAACT AAAAACAGAT 
ATGGTTGCAA ACAGGCATAT GAGTAATTTT TTGCTGATTT GCTTTTGGTA TCAAAAATTT 
TTTAAACTCT TTAGATATGT AAAAAAGGTG TTGATTTTAA GCATTTTAGT GATTTTTAAC 
TTTTCTCCTA TATCGTAAAT GGTATTAATA ATGCTGGTTT TTTTTACTTT TTTAGTCTTG 
AGCATAGTTA TAAGACCTTA TATGTACAAG GTAGATAACA TAATTCTAAT TTTAAATGAT 
TCTATATAAG CTATATTATC TGTGCTTTTG CTTACAATTA CTATATTGTA TGAAAAAAAG 
ATAAATAGTG CTTTTATAAT TAGCTAAGTT AATATAAATT AGTACATTAT TGTAGGCTGG 
GTTGCAGTTA GTTTTATTTC TTTATTTGCT ATTTTAAATG TTTTTTATCA GCTGTATAAT 
TTGAAACGTA TTTTTGATTT TATTTTTAAA GATATTCACA AAAACTAATT CCCATAGAAA 
AACAACTAAA GCCCAGATCA ATCAATTCTT AGGAAAACTT TAAATTAAGA GCAACTCTAT 
GGGATAGAAA ATATTTAAGA TGAGATAATT TAGCAAGCTG ATAAGAATTA TCTTGAATTT 
CTTAAAAACT AAAGATTATA AAAGCTATTA GATGATGAAA AAAGAAAATA TTTTGAAAAT 
GTAACTCTGT AAAATTAAAA ATAGTCTTTA ACTCCTGATT AAATGAGATA TATCAAGGCT 
TTAAATAGAA ACTCAATTTA TTAAAATTTT GAAATTAATC CTGCAAACTA ATAAATAAAC 
AACAAAACAA ATGTATAAGT TGGTACTTAA AATTATGTGA ATAGTTCTTA AACAGACATA 
AATTAAATAT AATTTTAGGC TACTAATTTT TAATAACCTG AAGTAAGATA AAATTATGAA 
CCTTAATATT TAATAGAATT AGTGACTAAT TAGAACTATG ATCAAGTTTA AAACTAAAAT 
ATAAATTAAA ATTTCATAAT TAACCCATAT TTGAAGAATA TGAGAGTAAA CTAAGCTGAG 
AGTCCAAAAG ATTAATTTTA AACACTTGAA AATGAAGAAT TGGAAGATTT TAACTATGAG 
CCAATATTTT CATAAAACAG TGCATCTAAT TATTAAGTAC CTTTAATTAA CAACTTAGAG 
CAGTAGTCTT ATTAATAACA ATAATAAATT TAATATCAAT TAGAATAGAA TATTACCAAT 
TAAGCCAATA ATTAAAACTA AAATATTTAG TAAGGCACTT AATAATTCAT TAAGTAAAAT 
GAAAATGAAA AATAGACTGA GGTTTTATAA ATTAAACCAA TATAAAACTA AAATGAAATG 
AACATTGATA AAATTAATGA ACTACAAAAA CAGTAATAAC AAATAATATA AACTCTTCCC 
TATAAAGAAT AAAATCAAGA AATTAATGAT TAAGCTTAAA TCTAAAATAA TAATCAAAAT 
CATGAAAACG AAAATATTAA TAATAACTTA CAAAATGAAG GAGACTATCA AAATTAAAAT 
GCTTACATAC CCTAATAATA ACCTTTCAGT CATAATTAAC TTGATGTCAT TTAAGAGAAT 
TTTAATGAAT AAGATTCAAA TTATTATTCT CCTGATTAAA TTATTTAGCG TATTTCAGAA 
TATAAAAAGT CAAATAATTG A