TTHERM_000465049 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_000465049
Entrez Gene ID	24439119
Full Name	cyclic nucleotide-binding domain protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_012800246.1	XP_012655700.1	cyclic nucleotide-binding domain protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_000465049 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_000465049 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
OTe59889	XM_012800246.1 Latest version!	Tetrahymena thermophila SB210 cyclic nucleotide-binding domain protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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_000465049 ( XM_012800246.1 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_012655700.1 Tetrahymena thermophila SB210 cyclic nucleotide-binding domain protein partial mRNA.

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CloneID	OTe59889
Clone ID Related Accession (Same CDS sequence)	XM_012800246.1
Accession Version	XM_012800246.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5184bp) 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	cyclic nucleotide-binding 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_002476155). COMPLETENESS: incomplete on both ends.

ATGATCATAA ATTCTTAGGA TTTAGATATT GTTACGTCTG GGAATTCCCT CAGATAAAAT 
CAAAATCGTA TGAATAAACT GTTTGATGAT GAAGACCATA AAAACTTGAA GAAATTTCAT 
TTGAAAAATT AGATGGATAA TGATATTCTA GTTAAAGATG AGCAAGATGA TATGTTTGAT 
ATAACAAATA TTATGAGTGA TTAATAAAGA TTATAAAGGT TAGGATATAA CTAGAACGCA 
TTACAGGTTC TTAAAAATTA AAATAATACA AATACAGGAA TTGATGAATT TACTGCTAAT 
TGGAAAAATC CTTCTGAAGT TAAGCAAGAC GCTCAAAAGA GCATAACAAT TTTAAATTTA 
TAAAGCATGG ACGAAACATC TAAAAACATG CTTCAGCAAA AAGATAATAA TAATTTCTAA 
AAACTATTAA TGTAAATGCA ATCACCAATA TCCTTCGATA ATAAGTAAAG TTTAATGAAT 
GCTATGAATG GAATAAATTC AAATAATGGT CGTATTCATA CTGAATAATC ATAGAAATAA 
GCACAAAAAA CAACTTTTCA GTATAATGTC TACTAAACTG CCAATAGACT ACGTCAAAAA 
TTAATTAGTA AACTTGAAAG AGTGAAGCTT TTGAATTTAA CTAATTTTCA TTTAAGATTG 
ATAGATGATT GGTCTAGTTT AATGAACAAT AGGCAATTTT CGTGTTAAAA TTTAGAATGC 
TAAATAAACT AAGATTTAGG GAATATCAAA AAAAGTAGTT GCTGCTTTCA AAGTACTTCT 
AAAAATATTT CAAATGTAAA TAATAAAGAT TAAAATAGTC TATTTATCAA GGAGACTTCT 
AAGTAGCTAG AATAAATATC AATAGGAAGC AATAGCAATT TTACATCAAA AAAGAAAATG 
ATTAATTTAT TTTAATCTGC TAGGAGCTTT AAAGATTAGC CTTTGCAAAG TACTGAAACA 
AGTTAGAAGC CAAAAACAGA GAGAAAGTCA ATTATTCAGA TTTATTCTAG CATTCTACTT 
TGGGTTACTT GCATAAAAAC AGCGATTAAT CCTACTGACC TAAAAAGATT AATTATTGAT 
TTACTTCAAG TTTTGTTTTT GATAATTTTC TATTTTTTTA TTACTCTCAG AGCAGTATTC 
GAAAATGAAA TAGATAGGCT TTTGATAAGC AACGATACAG ACATTAATTA AAATACAATA 
ATTTTCTATT TTGCATGTGT TGGATTCCCT TTATAATTAA TAGATTTATT TATGAGCTAT 
ATTACTGGAT TTTATAACAA AGGAATTTTA ATTACTGATG CAAATATAGC ATCACTGAGG 
TACTTTAAAA GGTTTTTTAT ATTTGATCTT GTCAGCATTT TGTGTCTTCT ATTTTTTATT 
ATTGGTAGCT AAGATCCACC GATTGTTATA AAAGTGCTAT ATTTTTTAAA GATTCAATCT 
AGTTTTTAAA GCCTAAAAAG ATTAAAATTA AAAGCTTCTA TTAATTAGTT CCGAAAATTA 
GTGTTTAAAA TTTTATATAA TGGAGCTATT TTTGGTCTTG TTTTGCATTC CTTTACAGTT 
ATTTGGATAG CCATAGGGAA AAATGAAAGC CGCTCTAATA CGTAAAAAGC TATGATAAAT 
ACTTCTTGGA TAGATTATAA TTAACTGACT AATTAAAACT GGCACTATCT GTACACAGCA 
TCTCTTTAAT TTATGTGCAG TAGTTTGATA TTCTAAGGAA TGTAGACTAA GACTCAGTCG 
GAGCAATTAT TCTTAGTTTT TACTTAAATC TTCTCAGTAT TTTTTATATA CAGATTTGTC 
TGTTCTTTTA TCAAGATGGC TAAATTATAC TCTTTCTCCG CTAGCTATTC TGATAAAGCT 
GTTTTTATCA GTAATTTCCT CCCCAAAAGA AATGTTCCTG AATAGATAAT AGTTGATGCT 
AAATAAAATT TAAAGTACAC ACTTACAAAA AAATATAAAT AAAATAGAGA GCACCAGTCA 
AAAAATTAAC TTAAATTGTT AAATTCTTCT TTAAAAGATA AAATAATAGA GTCAATAAAT 
AAAAAAATAA TTGACAAAAT GGAAATTATG AAAATTTTCA CTGAAAAATT TAAAACTTAG 
ATTTCAAAGC ATCTTGATGA GATATAATTT GAAAAAGGTT AGATAGTCTA TTACTAAGGA 
GAAGAGACTG ATTGTAATTT GTATTTCGTT GCTCAGGGAT AAGTTGAATT ATTCTATGTT 
ACAGAAAAGA GATGCAAAGA TGAAGAAAAC TATCTTGTTT TTCAAACAAT TTAAACTGGC 
CAGCATTTTG GCTAACTCAG TTTCTTTACT GGAATGCCAA GAGAATCATA TGCTCGCTGC 
TCTGAGGAGT CAATTGTTTT TAAGGTTAAT AGAGATTAAT TTAGAAATAT TATTTAAGAG 
AACTAAAAAG ACTTAGAGAT TTTTTGTGAA ATAAAAGATG ATTTGCTATT TTAAAATGAG 
CATAATTTGG TTTTCCAAGT ATGCTCTGCT TGTAAAAAAG AAAAGCATTA AGTGATTGAT 
TGCCCAGAGG TCCATTTTGT TGCAGATAAA GAGAAAATAA TTCTTAGTTA AAATTGTCCT 
AAAGTATAAT TAAGAAGTCC TGGATTTGCT AAAAGAAAAA AAAAAGATTT TAATGCACTC 
TCTGATTAAA ACGGGATTAA TCAAGCAGCT TAGAAAGTAG AATAAAATTC TTCTTTATAT 
AATAAATGCA TGTTTGATGC GATGAATACA AGTTGTGGAT TTTATGATCA AAGATTAAAT 
TAATCAAATT TGGAACTTGA CTAATTCAAT GACAATTTAA GTAAAGAGTC TGATGATGGT 
TTTAACAATG AAAATAATTA AAATACTAAG CATCAGCAAA GCTTAGAAGG CCTTCCTTCT 
AAAAATAATT TGGTTTATAC TGACATAGAC TAAGAGTAGT CAAATAGGAG AAAATCAGAA 
CATCATCTCT AGAATTTAAA CACTTTAAAC ACTACAAATA AGTAGAGATC TTTTACCAAG 
GAGGATGAAT TTTTTTTTGA GCAAAAGTCA GGGTAATCTT TCTTGTATCC TATCAGAAAG 
GATACTTCTC ATGCAATTAC CAATGTGATT AATAATGGTG CAAGCAGCTA GGGTAATATT 
TTGATTCCTA CCTAATAAGA ACTAGCAGTT AGTCCAATTC CTTCACTCAA CCAAGAATAG 
AGCTTTTTTT CAAACCAAAT CAAATCGAAA CCTTATTTAT CAAAGAATAA CAGCAACAAC 
ATTTAGTAAG ATGAATCTAT AAATAACTCA TCACAATTTC TTAACTTTTA ACACAACTAA 
AACAGTGAGT TTCCTTAAAG AAATCTCACT CCAGAAGATG TGTTTGATTA AAAAGTAAAT 
CATGCTAAAG AAATGATTCA CTCAGCTTCT CCAAATGTGC ACAGGAACAA AAAGAAAAAT 
CTTACTTGGA ATATAGTTGA TGAAGTCTAA CAAATGCAAA CAATTTGCAA TACCCCGCAA 
AACTAAACTG CAAAAACAAG TAACCAAAGT AACATAAATG TTAATAATTA GAATGTTCAT 
AGTAGCTTTG CAAATAGTAA CTAAAATGCT TTAAACCATA TTTCTAACAA CTGCAATATA 
AATAATACAG TAACTACTCC ACTTTCATAT TCCTCCTCAA ATATCATAAA CACTGTGAAC 
TAAATTCCTA ACTAAAATAT AAACAACAGT ATCAATAACA TAAATAACAA CAATGAACAA 
AACTATCAGG GCTCACCTTC AATGACTCAT CAGACAAGAA GAATATCTCA AACACCTAAA 
ACTTTGTATT AAATACACAA AGAAGAGTTA GGTATACTAT AAGGATACGA TGAAGTAATT 
GGAAAACATG TTTAAAGATA GAAATCAATA ATTTAGCATT AACTAGACAA TAATATAAAT 
CAAACACCAA AGTAAACAGA TTCTAACTAC TCCGAACAAG TTCAATACAA CTAATCTCCA 
CATATTGATA TATAAAATGG GTATAGCTCT ACAAAAGTTT TGGGTTCTTA GCCTTATATA 
AATAACAATC ATGGAATTGC TATAAATTAT AACAGCGGAA CGAATATCAA TAACATTATT 
CTTAACTCTA ATTCTTTAGG AAATAATTAT AATGATGCAA TAACTGAATA ATCAAAAGTT 
TAAAAGTAGA CTTCAACTCG TAAGAGAACT TCTAGTAAAT TTAATGATTC TTAATACAAA 
GCAGACTCAG ACTCTTAAAA CTCTGCTTCA TAATTTAAAA AAGTAGCTAA CAATAAAAAG 
AAGAAAATAT TAACTATCAT TTAAGAGTAG TCTCCACTAG TTAGAAGTGG TAACTAAATG 
AAAAAGCCTT CTTTAATAAA TCCTCTCTAA GCATCATAAG TAATGATGCC ATTTTCTATT 
TAATTCGATG AAAGTAATTC TAGCTAGCTA ATACCAATGG CTACATCGAT GTAATTCACA 
AATAACTACT TGGACTCCAA AAAGCAGTCG ATTGTCAAAG GGAAATCTCA ATTTAATAAC 
TCCTAATTGC TTAGTAGCAT AGATTTTTTA TCTACACAAC AGCAGTAACA TCTTCAATAA 
TTAAGCTAAA TAAACTAATA ACTAGGTATT TTGGGTGAAT TCTTCCCTGA TAAAGTGGAA 
TAATCAATGT TATATTCAGT TTATAACGAT AAATCTAAGC ATTCAATTAA ATCTAAGATT 
AATCTGCCAA AACTTAGCTA AGTAATACCT TAGCTGTAAA CCAATTTACA AAGCTATAAT 
AATCCAAATT AATAATTTTA GAATCAATAA TCTATAAGTA AATTTTTTTA GAATATGAAT 
GGAAGATTGC GCAAAAGCAT AGCTTTAAAA AAAATATAAA ATTACTAAGA ATAATTATAA 
GATTAATTAA ACTATTCTTA ATACGGCGAT AGCTTCTATT AAAACTTTGG AATGGATAGA 
AACTTGAGAA ATAATGAAAT AGATATAGGT TACTTTAACA AAAATTATAA TGCTTAGTAT 
GTACCATACA TTCCTAAGCT TGATGAAAAT TTAGAATCCA TTAAAGAATT TTAGTTTTAT 
AAGCCACACT ATAATATCAA GGTAATTCTG AAGTAGCTTG AAAGTTCATT AAAAAATAAA 
AAACTAAAAA CCAAATCTTT CCGATAACAA GGAAACTCTT TTTATGTATA TAGCTTAAAA 
ATTAAAAATA AAAACCAAAA ATGA

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

RefSeq	XP_012655700.1
CDS	1..5184
Translation	MIINSDLDIVTSGNSLRNQNRMNKLFDDEDHKNLKKFHLKNMDNDILVKDEQDDMFDITNIMSDRLRLGYNNALQVLKNNNTNTGIDEFTANWKNPSEVKQDAQKSITILNLSMDETSKNMLQQKDNNNFKLLMMQSPISFDNKSLMNAMNGINSNNGRIHTESKAQKTTFQYNVYTANRLRQKLISKLERVKLLNLTNFHLRLIDDWSSLMNNRQFSCNLECINDLGNIKKSSCCFQSTSKNISNVNNKDNSLFIKETSKLEISIGSNSNFTSKKKMINLFSARSFKDPLQSTETSKPKTERKSIIQIYSSILLWVTCIKTAINPTDLKRLIIDLLQVLFLIIFYFFITLRAVFENEIDRLLISNDTDINNTIIFYFACVGFPLLIDLFMSYITGFYNKGILITDANIASLRYFKRFFIFDLVSILCLLFFIIGSDPPIVIKVLYFLKIQSSFSLKRLKLKASINFRKLVFKILYNGAIFGLVLHSFTVIWIAIGKNESRSNTKAMINTSWIDYNLTNNWHYLYTASLFMCSSLIFGMTKTQSEQLFLVFTIFSVFFIYRFVCSFIKMAKLYSFSASYSDKAVFISNFLPKRNVPEIIVDAKNLKYTLTKKYKNREHQSKNLKLLNSSLKDKIIESINKKIIDKMEIMKIFTEKFKTISKHLDEIFEKGIVYYGEETDCNLYFVAQGVELFYVTEKRCKDEENYLVFQTITGQHFGLSFFTGMPRESYARCSEESIVFKVNRDFRNIIENKDLEIFCEIKDDLLFNEHNLVFQVCSACKKEKHVIDCPEVHFVADKEKIILSNCPKVLRSPGFAKRKKKDFNALSDNGINQAAKVENSSLYNKCMFDAMNTSCGFYDQRLNSNLELDFNDNLSKESDDGFNNENNNTKHQQSLEGLPSKNNLVYTDIDESNRRKSEHHLNLNTLNTTNKRSFTKEDEFFFEQKSGSFLYPIRKDTSHAITNVINNGASSGNILIPTELAVSPIPSLNQESFFSNQIKSKPYLSKNNSNNI*DESINNSSQFLNFHNNSEFPRNLTPEDVFDKVNHAKEMIHSASPNVHRNKKKNLTWNIVDEVQMQTICNTPQNTAKTSNQSNINVNNNVHSSFANSNNALNHISNNCNINNTVTTPLSYSSSNIINTVNIPNNINNSINNINNNNEQNYQGSPSMTHQTRRISQTPKTLYIHKEELGILGYDEVIGKHVRKSIIHLDNNINQTPKTDSNYSEQVQYNSPHIDINGYSSTKVLGSPYINNNHGIAINYNSGTNINNIILNSNSLGNNYNDAITESKVKTSTRKRTSSKFNDSYKADSDSNSASFKKVANNKKKKILTIIESPLVRSGNMKKPSLINPLASVMMPFSIFDESNSSLIPMATSMFTNNYLDSKKQSIVKGKSQFNNSLLSSIDFLSTQQQHLQLSINLGILGEFFPDKVESMLYSVYNDKSKHSIKSKINLPKLSVIPLTNLQSYNNPNFNQSISKFFNMNGRLRKSIALKKINYELDLNYSYGDSFYNFGMDRNLRNNEIDIGYFNKNYNAYVPYIPKLDENLESIKEFFYKPHYNIKVILKLESSLKNKKLKTKSFR*QGNSFYVYSLKIKNKNQK

Target ORF information:

RefSeq Version	XM_012800246.1
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 cyclic nucleotide-binding domain protein partial mRNA.

Target ORF information:

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

XM_012800246.1

ORF Insert Sequence:

ATGATCATAA ATTCTTAGGA TTTAGATATT GTTACGTCTG GGAATTCCCT CAGATAAAAT 
CAAAATCGTA TGAATAAACT GTTTGATGAT GAAGACCATA AAAACTTGAA GAAATTTCAT 
TTGAAAAATT AGATGGATAA TGATATTCTA GTTAAAGATG AGCAAGATGA TATGTTTGAT 
ATAACAAATA TTATGAGTGA TTAATAAAGA TTATAAAGGT TAGGATATAA CTAGAACGCA 
TTACAGGTTC TTAAAAATTA AAATAATACA AATACAGGAA TTGATGAATT TACTGCTAAT 
TGGAAAAATC CTTCTGAAGT TAAGCAAGAC GCTCAAAAGA GCATAACAAT TTTAAATTTA 
TAAAGCATGG ACGAAACATC TAAAAACATG CTTCAGCAAA AAGATAATAA TAATTTCTAA 
AAACTATTAA TGTAAATGCA ATCACCAATA TCCTTCGATA ATAAGTAAAG TTTAATGAAT 
GCTATGAATG GAATAAATTC AAATAATGGT CGTATTCATA CTGAATAATC ATAGAAATAA 
GCACAAAAAA CAACTTTTCA GTATAATGTC TACTAAACTG CCAATAGACT ACGTCAAAAA 
TTAATTAGTA AACTTGAAAG AGTGAAGCTT TTGAATTTAA CTAATTTTCA TTTAAGATTG 
ATAGATGATT GGTCTAGTTT AATGAACAAT AGGCAATTTT CGTGTTAAAA TTTAGAATGC 
TAAATAAACT AAGATTTAGG GAATATCAAA AAAAGTAGTT GCTGCTTTCA AAGTACTTCT 
AAAAATATTT CAAATGTAAA TAATAAAGAT TAAAATAGTC TATTTATCAA GGAGACTTCT 
AAGTAGCTAG AATAAATATC AATAGGAAGC AATAGCAATT TTACATCAAA AAAGAAAATG 
ATTAATTTAT TTTAATCTGC TAGGAGCTTT AAAGATTAGC CTTTGCAAAG TACTGAAACA 
AGTTAGAAGC CAAAAACAGA GAGAAAGTCA ATTATTCAGA TTTATTCTAG CATTCTACTT 
TGGGTTACTT GCATAAAAAC AGCGATTAAT CCTACTGACC TAAAAAGATT AATTATTGAT 
TTACTTCAAG TTTTGTTTTT GATAATTTTC TATTTTTTTA TTACTCTCAG AGCAGTATTC 
GAAAATGAAA TAGATAGGCT TTTGATAAGC AACGATACAG ACATTAATTA AAATACAATA 
ATTTTCTATT TTGCATGTGT TGGATTCCCT TTATAATTAA TAGATTTATT TATGAGCTAT 
ATTACTGGAT TTTATAACAA AGGAATTTTA ATTACTGATG CAAATATAGC ATCACTGAGG 
TACTTTAAAA GGTTTTTTAT ATTTGATCTT GTCAGCATTT TGTGTCTTCT ATTTTTTATT 
ATTGGTAGCT AAGATCCACC GATTGTTATA AAAGTGCTAT ATTTTTTAAA GATTCAATCT 
AGTTTTTAAA GCCTAAAAAG ATTAAAATTA AAAGCTTCTA TTAATTAGTT CCGAAAATTA 
GTGTTTAAAA TTTTATATAA TGGAGCTATT TTTGGTCTTG TTTTGCATTC CTTTACAGTT 
ATTTGGATAG CCATAGGGAA AAATGAAAGC CGCTCTAATA CGTAAAAAGC TATGATAAAT 
ACTTCTTGGA TAGATTATAA TTAACTGACT AATTAAAACT GGCACTATCT GTACACAGCA 
TCTCTTTAAT TTATGTGCAG TAGTTTGATA TTCTAAGGAA TGTAGACTAA GACTCAGTCG 
GAGCAATTAT TCTTAGTTTT TACTTAAATC TTCTCAGTAT TTTTTATATA CAGATTTGTC 
TGTTCTTTTA TCAAGATGGC TAAATTATAC TCTTTCTCCG CTAGCTATTC TGATAAAGCT 
GTTTTTATCA GTAATTTCCT CCCCAAAAGA AATGTTCCTG AATAGATAAT AGTTGATGCT 
AAATAAAATT TAAAGTACAC ACTTACAAAA AAATATAAAT AAAATAGAGA GCACCAGTCA 
AAAAATTAAC TTAAATTGTT AAATTCTTCT TTAAAAGATA AAATAATAGA GTCAATAAAT 
AAAAAAATAA TTGACAAAAT GGAAATTATG AAAATTTTCA CTGAAAAATT TAAAACTTAG 
ATTTCAAAGC ATCTTGATGA GATATAATTT GAAAAAGGTT AGATAGTCTA TTACTAAGGA 
GAAGAGACTG ATTGTAATTT GTATTTCGTT GCTCAGGGAT AAGTTGAATT ATTCTATGTT 
ACAGAAAAGA GATGCAAAGA TGAAGAAAAC TATCTTGTTT TTCAAACAAT TTAAACTGGC 
CAGCATTTTG GCTAACTCAG TTTCTTTACT GGAATGCCAA GAGAATCATA TGCTCGCTGC 
TCTGAGGAGT CAATTGTTTT TAAGGTTAAT AGAGATTAAT TTAGAAATAT TATTTAAGAG 
AACTAAAAAG ACTTAGAGAT TTTTTGTGAA ATAAAAGATG ATTTGCTATT TTAAAATGAG 
CATAATTTGG TTTTCCAAGT ATGCTCTGCT TGTAAAAAAG AAAAGCATTA AGTGATTGAT 
TGCCCAGAGG TCCATTTTGT TGCAGATAAA GAGAAAATAA TTCTTAGTTA AAATTGTCCT 
AAAGTATAAT TAAGAAGTCC TGGATTTGCT AAAAGAAAAA AAAAAGATTT TAATGCACTC 
TCTGATTAAA ACGGGATTAA TCAAGCAGCT TAGAAAGTAG AATAAAATTC TTCTTTATAT 
AATAAATGCA TGTTTGATGC GATGAATACA AGTTGTGGAT TTTATGATCA AAGATTAAAT 
TAATCAAATT TGGAACTTGA CTAATTCAAT GACAATTTAA GTAAAGAGTC TGATGATGGT 
TTTAACAATG AAAATAATTA AAATACTAAG CATCAGCAAA GCTTAGAAGG CCTTCCTTCT 
AAAAATAATT TGGTTTATAC TGACATAGAC TAAGAGTAGT CAAATAGGAG AAAATCAGAA 
CATCATCTCT AGAATTTAAA CACTTTAAAC ACTACAAATA AGTAGAGATC TTTTACCAAG 
GAGGATGAAT TTTTTTTTGA GCAAAAGTCA GGGTAATCTT TCTTGTATCC TATCAGAAAG 
GATACTTCTC ATGCAATTAC CAATGTGATT AATAATGGTG CAAGCAGCTA GGGTAATATT 
TTGATTCCTA CCTAATAAGA ACTAGCAGTT AGTCCAATTC CTTCACTCAA CCAAGAATAG 
AGCTTTTTTT CAAACCAAAT CAAATCGAAA CCTTATTTAT CAAAGAATAA CAGCAACAAC 
ATTTAGTAAG ATGAATCTAT AAATAACTCA TCACAATTTC TTAACTTTTA ACACAACTAA 
AACAGTGAGT TTCCTTAAAG AAATCTCACT CCAGAAGATG TGTTTGATTA AAAAGTAAAT 
CATGCTAAAG AAATGATTCA CTCAGCTTCT CCAAATGTGC ACAGGAACAA AAAGAAAAAT 
CTTACTTGGA ATATAGTTGA TGAAGTCTAA CAAATGCAAA CAATTTGCAA TACCCCGCAA 
AACTAAACTG CAAAAACAAG TAACCAAAGT AACATAAATG TTAATAATTA GAATGTTCAT 
AGTAGCTTTG CAAATAGTAA CTAAAATGCT TTAAACCATA TTTCTAACAA CTGCAATATA 
AATAATACAG TAACTACTCC ACTTTCATAT TCCTCCTCAA ATATCATAAA CACTGTGAAC 
TAAATTCCTA ACTAAAATAT AAACAACAGT ATCAATAACA TAAATAACAA CAATGAACAA 
AACTATCAGG GCTCACCTTC AATGACTCAT CAGACAAGAA GAATATCTCA AACACCTAAA 
ACTTTGTATT AAATACACAA AGAAGAGTTA GGTATACTAT AAGGATACGA TGAAGTAATT 
GGAAAACATG TTTAAAGATA GAAATCAATA ATTTAGCATT AACTAGACAA TAATATAAAT 
CAAACACCAA AGTAAACAGA TTCTAACTAC TCCGAACAAG TTCAATACAA CTAATCTCCA 
CATATTGATA TATAAAATGG GTATAGCTCT ACAAAAGTTT TGGGTTCTTA GCCTTATATA 
AATAACAATC ATGGAATTGC TATAAATTAT AACAGCGGAA CGAATATCAA TAACATTATT 
CTTAACTCTA ATTCTTTAGG AAATAATTAT AATGATGCAA TAACTGAATA ATCAAAAGTT 
TAAAAGTAGA CTTCAACTCG TAAGAGAACT TCTAGTAAAT TTAATGATTC TTAATACAAA 
GCAGACTCAG ACTCTTAAAA CTCTGCTTCA TAATTTAAAA AAGTAGCTAA CAATAAAAAG 
AAGAAAATAT TAACTATCAT TTAAGAGTAG TCTCCACTAG TTAGAAGTGG TAACTAAATG 
AAAAAGCCTT CTTTAATAAA TCCTCTCTAA GCATCATAAG TAATGATGCC ATTTTCTATT 
TAATTCGATG AAAGTAATTC TAGCTAGCTA ATACCAATGG CTACATCGAT GTAATTCACA 
AATAACTACT TGGACTCCAA AAAGCAGTCG ATTGTCAAAG GGAAATCTCA ATTTAATAAC 
TCCTAATTGC TTAGTAGCAT AGATTTTTTA TCTACACAAC AGCAGTAACA TCTTCAATAA 
TTAAGCTAAA TAAACTAATA ACTAGGTATT TTGGGTGAAT TCTTCCCTGA TAAAGTGGAA 
TAATCAATGT TATATTCAGT TTATAACGAT AAATCTAAGC ATTCAATTAA ATCTAAGATT 
AATCTGCCAA AACTTAGCTA AGTAATACCT TAGCTGTAAA CCAATTTACA AAGCTATAAT 
AATCCAAATT AATAATTTTA GAATCAATAA TCTATAAGTA AATTTTTTTA GAATATGAAT 
GGAAGATTGC GCAAAAGCAT AGCTTTAAAA AAAATATAAA ATTACTAAGA ATAATTATAA 
GATTAATTAA ACTATTCTTA ATACGGCGAT AGCTTCTATT AAAACTTTGG AATGGATAGA 
AACTTGAGAA ATAATGAAAT AGATATAGGT TACTTTAACA AAAATTATAA TGCTTAGTAT 
GTACCATACA TTCCTAAGCT TGATGAAAAT TTAGAATCCA TTAAAGAATT TTAGTTTTAT 
AAGCCACACT ATAATATCAA GGTAATTCTG AAGTAGCTTG AAAGTTCATT AAAAAATAAA 
AAACTAAAAA CCAAATCTTT CCGATAACAA GGAAACTCTT TTTATGTATA TAGCTTAAAA 
ATTAAAAATA AAAACCAAAA ATGA