TTHERM_01345780 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01345780
Entrez Gene ID	7835460
Full Name	Serine/Threonine kinase domain protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001029696.2	XP_001029696.2	Serine/Threonine kinase domain protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_01345780 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01345780 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
OTe61223	XM_001029696.2 Latest version!	Tetrahymena thermophila SB210 Serine/Threonine kinase domain 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_01345780 ( XM_001029696.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001029696.2 Tetrahymena thermophila SB210 Serine/Threonine kinase domain protein partial mRNA.

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CloneID	OTe61223
Clone ID Related Accession (Same CDS sequence)	XM_001029696.2
Accession Version	XM_001029696.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4140bp) 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	Serine/Threonine kinase domain 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_002476040). On Jun 9, 2015 this sequence version replaced XM_001029696.1. COMPLETENESS: incomplete on both ends.

ATGGAGAATT ATCATATTCT TCATTAGATT GGTGAAGGTT CTTTTGGTAA AGTTTTTAAG 
GGTAGAAGAA AAAATACAGG ATAAATTTTG GCATTGAAAT TCATTTCAAA AAGAAATAAA 
TCTGAAAAAG ACTTAGCTAA TTTAAGGTAG GAAATTGAAA TTTTAAGACG ACTCAAGCAC 
GAAAACATTA TTCTTCTTTT AGATGCATTT GAGACTCCTC ATGAGTTTTG TGTTGTTACA 
GAATTTGCTT AGGGTGAATT GTTTGAAATA TTAGAAGATG ATAGAAGTCT ACCTGAATCT 
GAAGTTAGAA AAATAGCTTA GTAATTAATC TTAGCATTAG ACTACTTGCA TTCAAATAGA 
ATTATTCATA GAGACATGAA GCCTTAAAAT ATCTTAATTT CTGCAAATGG CGTTGTAAAA 
TTATGCGATT TCGGTTTTGC TCGTGCTTTG TCTTCAAATA CTTAAGTACT CACATCTATT 
AAAGGTACTC CACTCTATAT GGCTCCAGAG CTTGTTAAAG AATAACCTTA CAATCACACT 
GTTGATTTAT GGTCTCTAGG TGTTATTTTA TATGAACTGT TTGTAGGACA GCCTCCTTTT 
TATACAAACT CTATTTACAA ACTGATCGAT TTAATTATTA AAGACCCTGT TAAGTATCCT 
GATAATATGT CGTAAGAATT TAAAGATTTC TTAATGGGAC TGCTTAATAA AAACCCCAGT 
GAAAGAGCTG ATTGGCCAAA CCTTCTCAAT CATCCTTTTA TCCAAGAAAC TGAACCTGAA 
AAAGCTGAGA GAAGAAAGAG ACTAGAAAAA TACTAGCAAT GGGCAGGCTT GTAAGAGGTT 
AATGGATCTG ATGAAAAAGA AAATGCAGTT CCAAGTGTTT AATCAATTCC AAATCAACAA 
GCACCTTTAA CTCCAGGATT AAATGGATAA AAAAGAAAAG GTTCTTCTAC ACCAACAGCT 
TAATAGTAAA ACAATACAAA CATTTTAGCT TTTGATGGAG TAGGAGAAAA AAATAAAGTA 
GATAACAGAG ATGTTTCGCC TAGAAAAGTT GTTTGCACTG ATGAAATTTG GAGCAAGTAT 
GAATAATAAG CAAAAGATGA TAATGGAATT GCAGAACTTA GAAAAGATAC AGGATTTTTA 
GACAAACTCT TGTAATTATT AAAAATTAAT GTAAATGATG TTTTAAGAAA AGAAAAAAAA 
TCTTCCGTAT TAATCGGCTT AAAGGTATTG TGTTAAGTAA TAATCAGAGG TAGATCTGAT 
GATGACAATA AAATAGATAT TACTAAAAAC GCTCTTCTTC CTGGTTTGCT AATTAATCTA 
TTAAAGAATA TATTGAAAAT AGATTAAAGC AAGACTCTCA TCGATTTGAT ATGTGAATTG 
ATAAAGACTA TATGTCTGTT AGCTAAATCT ACTTTTGATA AGAATGTTGG TATTGAAAAT 
ACTTACATCT AGGTCTTTTT GCCTTAAATA CCTTAATTAA TAAAGTTGGG ATCTTCTAAC 
AATGATATTC CCCACTAATC TCTGCTTATT AACATTGTAA AGACTATTGG TATCTTTGGA 
AATTAAGCAA GCGCTAACCC TATCAGAAAT TACAATTTTT ACAAAGAATT AATTGAAATT 
AAATTTATTC CAGACAGTAT CGCATTACTC AAAAGCATGG AAAATGCATA AAGTTTACAC 
AACTTCATTA TTTAAGTCTT AGCTGTTCTT GTTCATCCAG TTTATGGTGA CATTTTTACT 
TTCCCATGGA AAAGAGGCCT GAGTGGTGCT GTTTCTGAAT TTTGTGAATG CTTGTATATT 
TTTGAATGCT TGAAAACTTA AGTTTACACT TGTTTGTAAG AAGTTGATTG GCTAAGCTTA 
TTTGTGCGCT TGTACAATTC AGAAGAAGAT AACTCAAAAT TAACAAAAAT ATCGATTTTA 
AGAATTGTTA TGCAAGGTGT CAGAACAATA AGAGAGTTAA TAGATAAGAT TTTGACAAAT 
AGACTTATGC TGACTACTCT GTAATAAAAT ATGTATAGCG ATGAGCCATT TATTAATGGA 
ACAGCTATGC AGATTATGAT TCATATAATG AAGCATCTTT CGAGCAAAAA AGACACTTAA 
ATTGATCTAT AAATCAATGT TTAGTTTATT CTTGATAACT TAGAGAAGAA TGTTTGGAAT 
CACCCTATTG TTGCAATAAT CTCTATTAAT TTGTTAGCTG AAATACTCTA AAATGACTCA 
GCACTTTCTG TTGCAATTAT TTAAAAATTC TAAAATGTTA ATTCTTACAA ATTACTCACA 
GAACTCTTAA ATCCTACAAA GAAAGTAAAT AAAATTGAAG AAATCAGAAA TATAGAAGGT 
TCTGGATTCG GTTGCCCAGT TTATGGATTC AATGATGGTA TAATTAACTT CTTACAGAGA 
TTATTATTTA GATATCATAG AGAGCATAGA AAACTAAGTG AGCTATTTGC TTTGTTTGAA 
TAAAGTGGTA TTGATAATAG CATCCTTAAT ATACTCACTA CTCTCAATTC TAAGAGTGAC 
ATTTCTCCAA AAGGTTTTGT GTCTTTCCTT ATACTTATTC ATGACACAAT AATCTCTGAC 
TTCGTTTAAT TTTCTAATAA AATTTTCCAA GAAAAAGTGT TATTAATTTT ATGTGAATTG 
CTTAAAGAGT CTTAACTTAA AGCTCTAAAT GAGTGGCCAA GCAGCTATGG AGGTGGTATG 
ATGTGCGTTC ACTTAATAAC TGCATAATTA CTTAGAATAT TTAATCTTCC TTTCACTCAT 
CCATCCCAAG AAAATGATTT AGAAAGAATA ACAAGAGAGC TTAATAACTC CGAGATTATT 
TTAAGCACTC TTAAAACTAT TTAATATCTA TAAAAAGATC ACATCGGTAT TGCTATTTAA 
TTGCTCTCTC GTCTTATTCT TAATACAGAA GATGACAAAT AATTTGCAGC ATAGTTTGTA 
AGCAATAACG GACTTTACAT CATTAAGAAG TATAATTTGT TGCATCATGA AAATCCTCAT 
CCTTTGATAG TTGATACACT CAATATTTTG AGCTAGCTCG CTCGTATATC TAAAAATTAT 
TATGATAATA TCCACGTAAT TGACATCTAC CAAGAATTAA AGAAGCTTAT TGTCCATAAA 
GAAGGTTCAG TAAGAGCCAA AGTATGTAAT TTCATAGGTA ACATTTGCCG TCATTCAAGT 
TATTTCTATG AAATGCTACT AAAAAATGAT TTAATTTCTG CTTGTATTGA ATGCTGCAAA 
GACTCAGACA AAGCTACAAG AAAGTTTGCA TGTTTTGCAG TTGGTAATGC TGGTTTTCAT 
AATGCTGCAC TTTATGAACA TCTCAGGCCT GTTGTGCCTT TACTTGTAGA TCTTCTAAAA 
GATCCAGAAG AAAAGACAAG AGCTAATGCA GCAGGAGCCT TAGGTAACTT TGTAAGAAAT 
TCAGATACTC TTACTTAAGA TTTAATCAAG CATAGAGCAC TCCATGCCAT GCTTGACGTT 
GTCTTGAATG ATATGGGTCC AAGTTTATCA CCCAAAAGAA TAGCATTATT CTCTATTGGA 
AATTTGTGTG TTTATCCAGA GTGCAGAAAG GTTTACATGG AAATGAATAT TCAAGCAATT 
ATAAAACAAA TTTAAGATGG TAATAATTAA GACCCTCAAA TATAAAAATA TGCAGCTAGA 
ATCCAGCAAA AGCTTAGTAA ATTGATAGTT GATATTTAAA TTGAAAAAAT AAAATTTATT 
TTAAAAAACA GATTAGGACA TGCAATAATG AAAATAGAAT CTCTGTAATA AAAAAATTTT 
TTATTAAATA ACCAACTGTA AAATATAAAT GACTCAAAAT AATTAATAAA AATTATATAT 
AAATAATTAA AAATATTTTT GTTTTTCTTT AATTGTGTTT GTTTTAAAGA CATTTCATAA 
AGACTATTTG TACAAAATTT ACCTATCTAT CTATCTATCT ATCTATCTAT CTATCTATCT 
ATCCTTCCAT TTCAAAAAAC TTTAAAAATA GTCAATTAAA AAATAAAGTT TTTTGTTTTA 
AAAAAATAAA TTCAAAATAT GTTTTTGGTT TTAAAAAAGT TAATTTAAAT TAAAATAAAT 
AGCAAATTTA AGATAATTAT AATTAAGACC CTTTAATATT AAAATATGCA ACTAAATTGA

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

RefSeq	XP_001029696.2
CDS	1..4140
Translation	MENYHILHIGEGSFGKVFKGRRKNTGILALKFISKRNKSEKDLANLREIEILRRLKHENIILLLDAFETPHEFCVVTEFAGELFEILEDDRSLPESEVRKIA*LILALDYLHSNRIIHRDMKPNILISANGVVKLCDFGFARALSSNTVLTSIKGTPLYMAPELVKEPYNHTVDLWSLGVILYELFVGQPPFYTNSIYKLIDLIIKDPVKYPDNMSEFKDFLMGLLNKNPSERADWPNLLNHPFIQETEPEKAERRKRLEKYQWAGLEVNGSDEKENAVPSVSIPNQQAPLTPGLNGKRKGSSTPTANNTNILAFDGVGEKNKVDNRDVSPRKVVCTDEIWSKYEAKDDNGIAELRKDTGFLDKLLLLKINVNDVLRKEKKSSVLIGLKVLCVIIRGRSDDDNKIDITKNALLPGLLINLLKNILKIDSKTLIDLICELIKTICLLAKSTFDKNVGIENTYIVFLPIPLIKLGSSNNDIPHSLLINIVKTIGIFGNASANPIRNYNFYKELIEIKFIPDSIALLKSMENASLHNFIIVLAVLVHPVYGDIFTFPWKRGLSGAVSEFCECLYIFECLKTVYTCLEVDWLSLFVRLYNSEEDNSKLTKISILRIVMQGVRTIRELIDKILTNRLMLTTL*NMYSDEPFINGTAMQIMIHIMKHLSSKKDTIDLINVFILDNLEKNVWNHPIVAIISINLLAEILNDSALSVAIIKFNVNSYKLLTELLNPTKKVNKIEEIRNIEGSGFGCPVYGFNDGIINFLQRLLFRYHREHRKLSELFALFESGIDNSILNILTTLNSKSDISPKGFVSFLILIHDTIISDFVFSNKIFQEKVLLILCELLKESLKALNEWPSSYGGGMMCVHLITALLRIFNLPFTHPSQENDLERITRELNNSEIILSTLKTIYLKDHIGIAILLSRLILNTEDDKFAAFVSNNGLYIIKKYNLLHHENPHPLIVDTLNILSLARISKNYYDNIHVIDIYQELKKLIVHKEGSVRAKVCNFIGNICRHSSYFYEMLLKNDLISACIECCKDSDKATRKFACFAVGNAGFHNAALYEHLRPVVPLLVDLLKDPEEKTRANAAGALGNFVRNSDTLTDLIKHRALHAMLDVVLNDMGPSLSPKRIALFSIGNLCVYPECRKVYMEMNIQAIIKQIDGNNDPQIKYAARIQQKLSKLIVDIIEKIKFILKNRLGHAIMKIESL*KNFLLNNQLNINDSKLIKIIYKLKIFLFFFNCVCFKDISRLFVQNLPIYLSIYLSIYLSILPFQKTLKIVNKIKFFVLKKIQNMFLVLKKLIIKINSKFKIIIIKTLYNMQLN

Target ORF information:

RefSeq Version	XM_001029696.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 Serine/Threonine kinase domain protein partial mRNA.

Target ORF information:

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

XM_001029696.2

ORF Insert Sequence:

ATGGAGAATT ATCATATTCT TCATTAGATT GGTGAAGGTT CTTTTGGTAA AGTTTTTAAG 
GGTAGAAGAA AAAATACAGG ATAAATTTTG GCATTGAAAT TCATTTCAAA AAGAAATAAA 
TCTGAAAAAG ACTTAGCTAA TTTAAGGTAG GAAATTGAAA TTTTAAGACG ACTCAAGCAC 
GAAAACATTA TTCTTCTTTT AGATGCATTT GAGACTCCTC ATGAGTTTTG TGTTGTTACA 
GAATTTGCTT AGGGTGAATT GTTTGAAATA TTAGAAGATG ATAGAAGTCT ACCTGAATCT 
GAAGTTAGAA AAATAGCTTA GTAATTAATC TTAGCATTAG ACTACTTGCA TTCAAATAGA 
ATTATTCATA GAGACATGAA GCCTTAAAAT ATCTTAATTT CTGCAAATGG CGTTGTAAAA 
TTATGCGATT TCGGTTTTGC TCGTGCTTTG TCTTCAAATA CTTAAGTACT CACATCTATT 
AAAGGTACTC CACTCTATAT GGCTCCAGAG CTTGTTAAAG AATAACCTTA CAATCACACT 
GTTGATTTAT GGTCTCTAGG TGTTATTTTA TATGAACTGT TTGTAGGACA GCCTCCTTTT 
TATACAAACT CTATTTACAA ACTGATCGAT TTAATTATTA AAGACCCTGT TAAGTATCCT 
GATAATATGT CGTAAGAATT TAAAGATTTC TTAATGGGAC TGCTTAATAA AAACCCCAGT 
GAAAGAGCTG ATTGGCCAAA CCTTCTCAAT CATCCTTTTA TCCAAGAAAC TGAACCTGAA 
AAAGCTGAGA GAAGAAAGAG ACTAGAAAAA TACTAGCAAT GGGCAGGCTT GTAAGAGGTT 
AATGGATCTG ATGAAAAAGA AAATGCAGTT CCAAGTGTTT AATCAATTCC AAATCAACAA 
GCACCTTTAA CTCCAGGATT AAATGGATAA AAAAGAAAAG GTTCTTCTAC ACCAACAGCT 
TAATAGTAAA ACAATACAAA CATTTTAGCT TTTGATGGAG TAGGAGAAAA AAATAAAGTA 
GATAACAGAG ATGTTTCGCC TAGAAAAGTT GTTTGCACTG ATGAAATTTG GAGCAAGTAT 
GAATAATAAG CAAAAGATGA TAATGGAATT GCAGAACTTA GAAAAGATAC AGGATTTTTA 
GACAAACTCT TGTAATTATT AAAAATTAAT GTAAATGATG TTTTAAGAAA AGAAAAAAAA 
TCTTCCGTAT TAATCGGCTT AAAGGTATTG TGTTAAGTAA TAATCAGAGG TAGATCTGAT 
GATGACAATA AAATAGATAT TACTAAAAAC GCTCTTCTTC CTGGTTTGCT AATTAATCTA 
TTAAAGAATA TATTGAAAAT AGATTAAAGC AAGACTCTCA TCGATTTGAT ATGTGAATTG 
ATAAAGACTA TATGTCTGTT AGCTAAATCT ACTTTTGATA AGAATGTTGG TATTGAAAAT 
ACTTACATCT AGGTCTTTTT GCCTTAAATA CCTTAATTAA TAAAGTTGGG ATCTTCTAAC 
AATGATATTC CCCACTAATC TCTGCTTATT AACATTGTAA AGACTATTGG TATCTTTGGA 
AATTAAGCAA GCGCTAACCC TATCAGAAAT TACAATTTTT ACAAAGAATT AATTGAAATT 
AAATTTATTC CAGACAGTAT CGCATTACTC AAAAGCATGG AAAATGCATA AAGTTTACAC 
AACTTCATTA TTTAAGTCTT AGCTGTTCTT GTTCATCCAG TTTATGGTGA CATTTTTACT 
TTCCCATGGA AAAGAGGCCT GAGTGGTGCT GTTTCTGAAT TTTGTGAATG CTTGTATATT 
TTTGAATGCT TGAAAACTTA AGTTTACACT TGTTTGTAAG AAGTTGATTG GCTAAGCTTA 
TTTGTGCGCT TGTACAATTC AGAAGAAGAT AACTCAAAAT TAACAAAAAT ATCGATTTTA 
AGAATTGTTA TGCAAGGTGT CAGAACAATA AGAGAGTTAA TAGATAAGAT TTTGACAAAT 
AGACTTATGC TGACTACTCT GTAATAAAAT ATGTATAGCG ATGAGCCATT TATTAATGGA 
ACAGCTATGC AGATTATGAT TCATATAATG AAGCATCTTT CGAGCAAAAA AGACACTTAA 
ATTGATCTAT AAATCAATGT TTAGTTTATT CTTGATAACT TAGAGAAGAA TGTTTGGAAT 
CACCCTATTG TTGCAATAAT CTCTATTAAT TTGTTAGCTG AAATACTCTA AAATGACTCA 
GCACTTTCTG TTGCAATTAT TTAAAAATTC TAAAATGTTA ATTCTTACAA ATTACTCACA 
GAACTCTTAA ATCCTACAAA GAAAGTAAAT AAAATTGAAG AAATCAGAAA TATAGAAGGT 
TCTGGATTCG GTTGCCCAGT TTATGGATTC AATGATGGTA TAATTAACTT CTTACAGAGA 
TTATTATTTA GATATCATAG AGAGCATAGA AAACTAAGTG AGCTATTTGC TTTGTTTGAA 
TAAAGTGGTA TTGATAATAG CATCCTTAAT ATACTCACTA CTCTCAATTC TAAGAGTGAC 
ATTTCTCCAA AAGGTTTTGT GTCTTTCCTT ATACTTATTC ATGACACAAT AATCTCTGAC 
TTCGTTTAAT TTTCTAATAA AATTTTCCAA GAAAAAGTGT TATTAATTTT ATGTGAATTG 
CTTAAAGAGT CTTAACTTAA AGCTCTAAAT GAGTGGCCAA GCAGCTATGG AGGTGGTATG 
ATGTGCGTTC ACTTAATAAC TGCATAATTA CTTAGAATAT TTAATCTTCC TTTCACTCAT 
CCATCCCAAG AAAATGATTT AGAAAGAATA ACAAGAGAGC TTAATAACTC CGAGATTATT 
TTAAGCACTC TTAAAACTAT TTAATATCTA TAAAAAGATC ACATCGGTAT TGCTATTTAA 
TTGCTCTCTC GTCTTATTCT TAATACAGAA GATGACAAAT AATTTGCAGC ATAGTTTGTA 
AGCAATAACG GACTTTACAT CATTAAGAAG TATAATTTGT TGCATCATGA AAATCCTCAT 
CCTTTGATAG TTGATACACT CAATATTTTG AGCTAGCTCG CTCGTATATC TAAAAATTAT 
TATGATAATA TCCACGTAAT TGACATCTAC CAAGAATTAA AGAAGCTTAT TGTCCATAAA 
GAAGGTTCAG TAAGAGCCAA AGTATGTAAT TTCATAGGTA ACATTTGCCG TCATTCAAGT 
TATTTCTATG AAATGCTACT AAAAAATGAT TTAATTTCTG CTTGTATTGA ATGCTGCAAA 
GACTCAGACA AAGCTACAAG AAAGTTTGCA TGTTTTGCAG TTGGTAATGC TGGTTTTCAT 
AATGCTGCAC TTTATGAACA TCTCAGGCCT GTTGTGCCTT TACTTGTAGA TCTTCTAAAA 
GATCCAGAAG AAAAGACAAG AGCTAATGCA GCAGGAGCCT TAGGTAACTT TGTAAGAAAT 
TCAGATACTC TTACTTAAGA TTTAATCAAG CATAGAGCAC TCCATGCCAT GCTTGACGTT 
GTCTTGAATG ATATGGGTCC AAGTTTATCA CCCAAAAGAA TAGCATTATT CTCTATTGGA 
AATTTGTGTG TTTATCCAGA GTGCAGAAAG GTTTACATGG AAATGAATAT TCAAGCAATT 
ATAAAACAAA TTTAAGATGG TAATAATTAA GACCCTCAAA TATAAAAATA TGCAGCTAGA 
ATCCAGCAAA AGCTTAGTAA ATTGATAGTT GATATTTAAA TTGAAAAAAT AAAATTTATT 
TTAAAAAACA GATTAGGACA TGCAATAATG AAAATAGAAT CTCTGTAATA AAAAAATTTT 
TTATTAAATA ACCAACTGTA AAATATAAAT GACTCAAAAT AATTAATAAA AATTATATAT 
AAATAATTAA AAATATTTTT GTTTTTCTTT AATTGTGTTT GTTTTAAAGA CATTTCATAA 
AGACTATTTG TACAAAATTT ACCTATCTAT CTATCTATCT ATCTATCTAT CTATCTATCT 
ATCCTTCCAT TTCAAAAAAC TTTAAAAATA GTCAATTAAA AAATAAAGTT TTTTGTTTTA 
AAAAAATAAA TTCAAAATAT GTTTTTGGTT TTAAAAAAGT TAATTTAAAT TAAAATAAAT 
AGCAAATTTA AGATAATTAT AATTAAGACC CTTTAATATT AAAATATGCA ACTAAATTGA