TTHERM_00151400 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00151400
Entrez Gene ID	7840012
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001021676.2	XP_001021676.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00151400 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00151400 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
OTe53393	XM_001021676.2 Latest version!	Tetrahymena thermophila SB210 hypothetical protein 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_00151400 ( XM_001021676.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001021676.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe53393
Clone ID Related Accession (Same CDS sequence)	XM_001021676.2
Accession Version	XM_001021676.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4236bp) 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	hypothetical protein
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_002476317). On Jun 9, 2015 this sequence version replaced XM_001021676.1. COMPLETENESS: incomplete on the 3' end.

ATGAAGTCTA CAGATATTCA GTTTACTAAT AAGCATTTGC TAAAGCAATT TTTAAAATGT 
TAGAATTATT TTTAGGAACT GGAAGAGGAT TATGATATTA GCTCAATTTT AAATCAACTG 
GCTAATGATT TAATCATAAA ATAATATAGC AAAAACACTT TCCTTTTTCA TTACGATGCT 
AAAGAATCAA ATGATTGGTA CATTATACTA AAAGGAAAGG TTTCAATTTA TATTCCAAAA 
ATGAATCAAG AAATTATATA GGAAATGAAC TTACTAAAAT AGAAGTAAGC ATTAGAAACT 
GAATTACAAG ATTTAGAGCT TTAACCATCT ACAAAAGAAA ATAGAGAAAA AATTCGCTAA 
GCATAATTCA AAAAATAAGA GGTAGAAGAT GCTATTAGCA AAATCTCCTC TATCAAGTAT 
GATCACATTT TTTAAAAATT TTCTTCAAGC TACTATCAGC AGCATCCATA AATATTAAGT 
TTTAAATTTC TGAAATATGC AGGTGATGGA GAAGTCTTTG ATAAGAAATT TTATGAAAAA 
CCTGCAAGCG TATTTATTGA AGAAGACAGT ATCATAGGAT ATATAAAAAA TGATTTGTAC 
TAAAAAATAT TTTAAGGCAC GCAAAAAAAT AGATAAATTA TTACTTAAGC TCTCAAAAAA 
ATTCAACAAA AATAAGATTC AATTTATTAT ATGAAGCAAG TGAAAGAACA ATCTCCAAAT 
AATTCACCAA TAAGATCTTA AATAAAGAGC CAGTCACAAG AAAGGTTAAA TAAATAGTCT 
GTAGGAAGTT GTGAAAATTT TGGAATGTAT ATAGAGAATT TAAGTTAATA AAAGGAGGCA 
TAATAATCAA AAGAATATTC ATCTGGCTAG TTTAATAGTT CAAGGAAAGC TAGAACCAGA 
AGTAATTTTG AAATTTTTTT GTAAAAAGAG GTAAAAGAAT TGATCAGGAA GTAATCTACA 
CATTATTCAG ATTAAAAAAA TACTACAAAC AGTAACCAAT AAAAAAATAA GTTAGTCACT 
TAATCAAACG CATCTTCTCC TACTCAATAG AAGGATTAAT AAACAAATAA CAGTCTATTT 
GTTAGCAAAA ATAAGATTTA AAGAGGGAGT TTTATAGAAT TAATAAATAA TTAAAAGTTG 
CTAATTAACT AATAATAGCT CTTTATTTAG TAAAAAGATA AAATTTAAGG AGAGAAAAGC 
ATTCCTATAA ATCATTAGGT GTAACTTTAA GTAGGTGCTA ATTAACAGAA ACATGAATTA 
TAAAATTTGA AAAATAAAAC TGAGGTCTCT CCATAAAAAT AGGCTTGTTA AAATGAATAT 
GAGCAGTATA AGAGTTAAAG CTATAAGAAA TAACTAGACT TTCTCATTCA AAATTAGATT 
TAATCTTAGC AATAAAATTT TCATGAGCAG CAATCTCCAA TCATTTAATT TAAAGATTCG 
CATGATAGTA CTAATTCTAA CAAATTGATT TCTTAATAAC ATACGCAGTT TTCTAATTAA 
TTGAGTAGTG AAAGATAGTT TAAAAATGAC ACTGATCCTG TTAGATCTAG CTTTTTACCT 
ACGAGTAGTG AAAGCTTTGA TGATCATTAT GATTTAAGAA TATTGTCAGA AGGCTCAAAG 
AGGATATAAA AATAATCTAA TTTATTAGCC ATAGAGGAAG GTAAAAAAAA ATTATATCAA 
CACTCAAATA AGATTGATAT CTTCACTTTT AATATTGACT CTTTTCGTGA TTAAATAGCT 
TAGTAAAACT CTGAAGAAAA AAAAATTGTA AAAACAAGCT TAAATAATGA TAGTGATTTT 
TCAAAATTAT AAAAGTAAGA TGTAAATTTA CAACCTGGAT TTAATTTATT CAAGAATTAA 
AAAATATAAT AATCTTAAAA TTAATAGATA TAAACTCTAT CTGATCTAAA GCATACTTTA 
ACAAAAATAG ATCATGTCGA TTAAAATTTA AAATAAAATT AAGGATTGAA TAACAATTCT 
ATCAATATTT CTCAATAAAA ACTCAATAGA AATATTTAGA AAAATGAATT TTAAATAAAT 
TAATAATATA TTAAAAGCAT ATAAAGCTTA CAAGAAATTT AAACAGCAAA CTATGTATAA 
TCAGGCAAAA ATACTCATTA AAGTAATAAA AATTAGTTAG TATCTTAAAG CTTAAATAAC 
AGTGGCTCGT AGAATTAAAG TAATAATTAA GTAGCATTTT TGTAAATGGG AATATCACCA 
AATTTATTAG AAAAAAGTAA AAGCTATGCT GAAAATTTGA GAAAAAAGCA TAAAAAATAT 
ATGACTCGAA CTTAGTCTTA ACCATCCTTA ATATAAAATT GTTCTCCTAA TACTTCTAAT 
TAAAATTCCC CTTTTTCGAT GCCCAATAAA ATGAAAAATT AGCAAAACTA ACGACTAAGT 
TTTTCATAAT TGATGTAAAA ACAAGATTAA AACGATAGCA ACTTATTCAA TTTGGAGAGC 
AAAAACTAAA ACTATACTTT ATTTCAAAAT AATTAGAACC ATATAAATTC AGATTAATAC 
TTAAAATAAA AAAATAATGA TAAACATGTT ATTTACTCAT CTCCGTAATA GTTAAGTAGA 
ATCGCATTAC AAAGATGTTC TTCAACTTTA GGATTCTAAT CACCTTAACC TTATAGACTA 
GAGCGCCCAT AATCTTCAGG TTTAAGAGGC AAAAAAATAT CGATGAATTC AAAATATAGC 
TTTATTTAGG CCTTTTAAAA TAACAAATCT TAAATATAAA ATGCAGACTA ACGAATGCTT 
ACACCAAACA AAAGTGCCAT TAATTAGAAT TATAAAAATT AATTAGAACA AGAAGAACTA 
AATCATTATA CTAATGAGTA AATGGTGTTA TCTATCTCAA AAGATGGATC ACTTTAAGTA 
GGCCCTATTT CAAATAGTTA GTAAACTTAA AATTTTAATG AATCTGTATC AAATTCTCAA 
AAATTAATTA TGATTGGATA ACAAAATTAA AATGTTAAAA ATAGTTTAAA ATAAATAGGA 
TTAGAACTAA ATAAATAGGT TTAGCAATAA AAAATGTAAA AAATAGTTGT TCAATAAAGG 
GTTTAATCAG CAAAATATTC AAATAACTAA ATGAACCCTC ACTAGTTAGC AACTTAAAGC 
TAGATTTAAA AAGAATTACT AAAAAATAAA ACCTAGATTT CTAAAATTGT TAAAGGATCT 
ATTGTAAGCA AACTAACATC TGTATAACAA AATCTATTAA ACTCTTTACA AAATTAAAAC 
TAGTAAAATT CAGAGAGAAA GTCATTAGGA AATCAGCTTT AAGAAAATTC AATCAGAAAA 
GAGATTTTAA CTAACCTTCA AAGAAAAGTA GATACAAGAT AAAATTCCTT AATAAAGTTA 
CAGTAGTGCA ATAAGGATTA GATCTAGCAA CAAAATGTAA ATTAATAAAT ATAAGACTAT 
CAAAATGAAG ATTAATCTGA ATCAAAATTT ACTGATAAGC TAATTATATC TGAATAGCAA 
AAGTAATCAT AGGATTTTAA GATTAAATTA CAAAAACCTG TATAAGTTAA TTCTGTGATG 
TAGACAACTT CAACAATCAA AAGTTGCTTA AAATAAGGTA ATAAGAGTAA TAAAAACAAT 
ATTTAAGATT AAATTGAATA AGAGGAATCA ATCGATCAAT GTAAAGATGA ATACTATTTA 
TTGAAATTAA TTTAGTAAAG AGAATATGAT TCGCCAGAAA ATTATATAGG ATTTGAACCT 
GAACCTGAAG AGCAAGCTTA AGAGGAATCT AAACATGAAA ACGATGAATT TACTCTACCA 
AATTTTGGTA TGTATAAATC TAGCTCTTTT CATTTAAATT AATCATCTAA CAGTTAAACT 
AATTCTTAAA TTGAATGCTA AAGTAGTAAA GATGTAAACT AGTTAGAAAA TAAAACTACA 
AATGAAATAT TTAAACACAA AAAGATGATT TATAACACTG ATGGAGGTAG CAGAAGAAAA 
TCTAAATTGA TAAACAAATA AATTTAAGAA TAATTTAATA ATGCTGAATG CTATGATCAA 
GAATAGATAA CATTAGGATA AAATTCAAAT GAAGATCTAT TTAATGTATC AACTGTTTAA 
TAAAATGAGT TATAGTGCGA TCTATAAAGA GTTAAAATAC ACAGAAATAA TGAAGTAGAA 
TTAAATACAT AAACTTTTTA AAAAAGAAGG AGCTCTTAAG GATAAAAATT AGTAAATATT 
TTAGAGACTC CAAAATTTAC ATTTTAAAAA ATGTGA

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

RefSeq	XP_001021676.2
CDS	31..4266
Translation	MKSTDIQFTNKHLLKQFLKCNYFELEEDYDISSILNQLANDLIIKYSKNTFLFHYDAKESNDWYIILKGKVSIYIPKMNQEIIEMNLLKKALETELQDLELPSTKENREKIRAFKKEVEDAISKISSIKYDHIFKFSSSYYQQHPILSFKFLKYAGDGEVFDKKFYEKPASVFIEEDSIIGYIKNDLYKIFGTQKNRIITALKKIQQKDSIYYMKQVKEQSPNNSPIRSIKSQSQERLNKSVGSCENFGMYIENLSKEASKEYSSGFNSSRKARTRSNFEIFLKEVKELIRKSTHYSDKNTTNSNQKNKLVTSNASSPTQKD*TNNSLFVSKNKIRGSFIELINNKLLINLFIKDKIGEKSIPINHVLVGANQKHELNLKNKTEVSPKACNEYEQYKSSYKKLDFLIQNISQNFHEQQSPIIFKDSHDSTNSNKLIS*HTQFSNLSSERFKNDTDPVRSSFLPTSSESFDDHYDLRILSEGSKRIKSNLLAIEEGKKKLYQHSNKIDIFTFNIDSFRDIA*NSEEKKIVKTSLNNDSDFSKLKDVNLQPGFNLFKNKI*SN*ITLSDLKHTLTKIDHVDNLKNGLNNNSINISQKLNRNIKNEFIN*YIKSISLQEITANYVSGKNTHSNKNLVSSLNNSGSNSNNVAFLMGISPNLLEKSKSYAENLRKKHKKYMTRTSPSLINCSPNTSNNSPFSMPNKMKNQNRLSFSLMKQDNDSNLFNLESKNNYTLFQNNNHINSDYLKKNNDKHVIYSSP*LSRIALQRCSSTLGFSPPYRLERPSSGLRGKKISMNSKYSFIAFNNKSINADRMLTPNKSAINNYKNLEQEELNHYTNEMVLSISKDGSLVGPISNSTNFNESVSNSQKLIMIGQNNVKNSLKIGLELNKVQKMKIVVQRVSAKYSNNMNPHLATSIKELLKNKTISKIVKGSIVSKLTSVQNLLNSLQNNNSERKSLGNQLENSIRKEILTNLQRKVDTRNSLIKLQCNKDIQQNVN*IDYQNEDSESKFTDKLIISEQKSDFKIKLQKPVVNSVMTTSTIKSCLKGNKSNKNNIDIEEESIDQCKDEYYLLKLI*REYDSPENYIGFEPEPEEQAEESKHENDEFTLPNFGMYKSSSFHLNSSNSTNSIECSSKDVNLENKTTNEIFKHKKMIYNTDGGSRRKSKLINKIEFNNAECYDQEITLGNSNEDLFNVSTV*NELCDLRVKIHRNNEVELNTTFKRRSSGKLVNILETPKFTFKM

Target ORF information:

RefSeq Version	XM_001021676.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_001021676.2

ORF Insert Sequence:

ATGAAGTCTA CAGATATTCA GTTTACTAAT AAGCATTTGC TAAAGCAATT TTTAAAATGT 
TAGAATTATT TTTAGGAACT GGAAGAGGAT TATGATATTA GCTCAATTTT AAATCAACTG 
GCTAATGATT TAATCATAAA ATAATATAGC AAAAACACTT TCCTTTTTCA TTACGATGCT 
AAAGAATCAA ATGATTGGTA CATTATACTA AAAGGAAAGG TTTCAATTTA TATTCCAAAA 
ATGAATCAAG AAATTATATA GGAAATGAAC TTACTAAAAT AGAAGTAAGC ATTAGAAACT 
GAATTACAAG ATTTAGAGCT TTAACCATCT ACAAAAGAAA ATAGAGAAAA AATTCGCTAA 
GCATAATTCA AAAAATAAGA GGTAGAAGAT GCTATTAGCA AAATCTCCTC TATCAAGTAT 
GATCACATTT TTTAAAAATT TTCTTCAAGC TACTATCAGC AGCATCCATA AATATTAAGT 
TTTAAATTTC TGAAATATGC AGGTGATGGA GAAGTCTTTG ATAAGAAATT TTATGAAAAA 
CCTGCAAGCG TATTTATTGA AGAAGACAGT ATCATAGGAT ATATAAAAAA TGATTTGTAC 
TAAAAAATAT TTTAAGGCAC GCAAAAAAAT AGATAAATTA TTACTTAAGC TCTCAAAAAA 
ATTCAACAAA AATAAGATTC AATTTATTAT ATGAAGCAAG TGAAAGAACA ATCTCCAAAT 
AATTCACCAA TAAGATCTTA AATAAAGAGC CAGTCACAAG AAAGGTTAAA TAAATAGTCT 
GTAGGAAGTT GTGAAAATTT TGGAATGTAT ATAGAGAATT TAAGTTAATA AAAGGAGGCA 
TAATAATCAA AAGAATATTC ATCTGGCTAG TTTAATAGTT CAAGGAAAGC TAGAACCAGA 
AGTAATTTTG AAATTTTTTT GTAAAAAGAG GTAAAAGAAT TGATCAGGAA GTAATCTACA 
CATTATTCAG ATTAAAAAAA TACTACAAAC AGTAACCAAT AAAAAAATAA GTTAGTCACT 
TAATCAAACG CATCTTCTCC TACTCAATAG AAGGATTAAT AAACAAATAA CAGTCTATTT 
GTTAGCAAAA ATAAGATTTA AAGAGGGAGT TTTATAGAAT TAATAAATAA TTAAAAGTTG 
CTAATTAACT AATAATAGCT CTTTATTTAG TAAAAAGATA AAATTTAAGG AGAGAAAAGC 
ATTCCTATAA ATCATTAGGT GTAACTTTAA GTAGGTGCTA ATTAACAGAA ACATGAATTA 
TAAAATTTGA AAAATAAAAC TGAGGTCTCT CCATAAAAAT AGGCTTGTTA AAATGAATAT 
GAGCAGTATA AGAGTTAAAG CTATAAGAAA TAACTAGACT TTCTCATTCA AAATTAGATT 
TAATCTTAGC AATAAAATTT TCATGAGCAG CAATCTCCAA TCATTTAATT TAAAGATTCG 
CATGATAGTA CTAATTCTAA CAAATTGATT TCTTAATAAC ATACGCAGTT TTCTAATTAA 
TTGAGTAGTG AAAGATAGTT TAAAAATGAC ACTGATCCTG TTAGATCTAG CTTTTTACCT 
ACGAGTAGTG AAAGCTTTGA TGATCATTAT GATTTAAGAA TATTGTCAGA AGGCTCAAAG 
AGGATATAAA AATAATCTAA TTTATTAGCC ATAGAGGAAG GTAAAAAAAA ATTATATCAA 
CACTCAAATA AGATTGATAT CTTCACTTTT AATATTGACT CTTTTCGTGA TTAAATAGCT 
TAGTAAAACT CTGAAGAAAA AAAAATTGTA AAAACAAGCT TAAATAATGA TAGTGATTTT 
TCAAAATTAT AAAAGTAAGA TGTAAATTTA CAACCTGGAT TTAATTTATT CAAGAATTAA 
AAAATATAAT AATCTTAAAA TTAATAGATA TAAACTCTAT CTGATCTAAA GCATACTTTA 
ACAAAAATAG ATCATGTCGA TTAAAATTTA AAATAAAATT AAGGATTGAA TAACAATTCT 
ATCAATATTT CTCAATAAAA ACTCAATAGA AATATTTAGA AAAATGAATT TTAAATAAAT 
TAATAATATA TTAAAAGCAT ATAAAGCTTA CAAGAAATTT AAACAGCAAA CTATGTATAA 
TCAGGCAAAA ATACTCATTA AAGTAATAAA AATTAGTTAG TATCTTAAAG CTTAAATAAC 
AGTGGCTCGT AGAATTAAAG TAATAATTAA GTAGCATTTT TGTAAATGGG AATATCACCA 
AATTTATTAG AAAAAAGTAA AAGCTATGCT GAAAATTTGA GAAAAAAGCA TAAAAAATAT 
ATGACTCGAA CTTAGTCTTA ACCATCCTTA ATATAAAATT GTTCTCCTAA TACTTCTAAT 
TAAAATTCCC CTTTTTCGAT GCCCAATAAA ATGAAAAATT AGCAAAACTA ACGACTAAGT 
TTTTCATAAT TGATGTAAAA ACAAGATTAA AACGATAGCA ACTTATTCAA TTTGGAGAGC 
AAAAACTAAA ACTATACTTT ATTTCAAAAT AATTAGAACC ATATAAATTC AGATTAATAC 
TTAAAATAAA AAAATAATGA TAAACATGTT ATTTACTCAT CTCCGTAATA GTTAAGTAGA 
ATCGCATTAC AAAGATGTTC TTCAACTTTA GGATTCTAAT CACCTTAACC TTATAGACTA 
GAGCGCCCAT AATCTTCAGG TTTAAGAGGC AAAAAAATAT CGATGAATTC AAAATATAGC 
TTTATTTAGG CCTTTTAAAA TAACAAATCT TAAATATAAA ATGCAGACTA ACGAATGCTT 
ACACCAAACA AAAGTGCCAT TAATTAGAAT TATAAAAATT AATTAGAACA AGAAGAACTA 
AATCATTATA CTAATGAGTA AATGGTGTTA TCTATCTCAA AAGATGGATC ACTTTAAGTA 
GGCCCTATTT CAAATAGTTA GTAAACTTAA AATTTTAATG AATCTGTATC AAATTCTCAA 
AAATTAATTA TGATTGGATA ACAAAATTAA AATGTTAAAA ATAGTTTAAA ATAAATAGGA 
TTAGAACTAA ATAAATAGGT TTAGCAATAA AAAATGTAAA AAATAGTTGT TCAATAAAGG 
GTTTAATCAG CAAAATATTC AAATAACTAA ATGAACCCTC ACTAGTTAGC AACTTAAAGC 
TAGATTTAAA AAGAATTACT AAAAAATAAA ACCTAGATTT CTAAAATTGT TAAAGGATCT 
ATTGTAAGCA AACTAACATC TGTATAACAA AATCTATTAA ACTCTTTACA AAATTAAAAC 
TAGTAAAATT CAGAGAGAAA GTCATTAGGA AATCAGCTTT AAGAAAATTC AATCAGAAAA 
GAGATTTTAA CTAACCTTCA AAGAAAAGTA GATACAAGAT AAAATTCCTT AATAAAGTTA 
CAGTAGTGCA ATAAGGATTA GATCTAGCAA CAAAATGTAA ATTAATAAAT ATAAGACTAT 
CAAAATGAAG ATTAATCTGA ATCAAAATTT ACTGATAAGC TAATTATATC TGAATAGCAA 
AAGTAATCAT AGGATTTTAA GATTAAATTA CAAAAACCTG TATAAGTTAA TTCTGTGATG 
TAGACAACTT CAACAATCAA AAGTTGCTTA AAATAAGGTA ATAAGAGTAA TAAAAACAAT 
ATTTAAGATT AAATTGAATA AGAGGAATCA ATCGATCAAT GTAAAGATGA ATACTATTTA 
TTGAAATTAA TTTAGTAAAG AGAATATGAT TCGCCAGAAA ATTATATAGG ATTTGAACCT 
GAACCTGAAG AGCAAGCTTA AGAGGAATCT AAACATGAAA ACGATGAATT TACTCTACCA 
AATTTTGGTA TGTATAAATC TAGCTCTTTT CATTTAAATT AATCATCTAA CAGTTAAACT 
AATTCTTAAA TTGAATGCTA AAGTAGTAAA GATGTAAACT AGTTAGAAAA TAAAACTACA 
AATGAAATAT TTAAACACAA AAAGATGATT TATAACACTG ATGGAGGTAG CAGAAGAAAA 
TCTAAATTGA TAAACAAATA AATTTAAGAA TAATTTAATA ATGCTGAATG CTATGATCAA 
GAATAGATAA CATTAGGATA AAATTCAAAT GAAGATCTAT TTAATGTATC AACTGTTTAA 
TAAAATGAGT TATAGTGCGA TCTATAAAGA GTTAAAATAC ACAGAAATAA TGAAGTAGAA 
TTAAATACAT AAACTTTTTA AAAAAGAAGG AGCTCTTAAG GATAAAAATT AGTAAATATT 
TTAGAGACTC CAAAATTTAC ATTTTAAAAA ATGTGA