TTHERM_01002840 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01002840
Entrez Gene ID	7832154
Full Name	ATPase, histidine kinase-, DNA gyrase B
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001030882.2	XP_001030882.2	ATPase, histidine kinase-, DNA gyrase B

Pathways from BioSystems
Gene Ontology

The following TTHERM_01002840 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01002840 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
OTe60897	XM_001030882.2 Latest version!	Tetrahymena thermophila SB210 ATPase, histidine kinase-, DNA gyrase B 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_01002840 ( XM_001030882.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001030882.2 Tetrahymena thermophila SB210 ATPase, histidine kinase-, DNA gyrase B partial mRNA.

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CloneID	OTe60897
Clone ID Related Accession (Same CDS sequence)	XM_001030882.2
Accession Version	XM_001030882.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5082bp) 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	ATPase, histidine kinase-, DNA gyrase B
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_002476075). On Jun 9, 2015 this sequence version replaced XM_001030882.1. COMPLETENESS: incomplete on both ends.

ATGATGAAAA TGAATATTAA TGAGAAGGTA AACATAACTC ATCTTTTAAA AAATAATATG 
AATAATTTAG TAGTTTAGAA CAATTTATCT AAGAGCAATA ATCATGTAAT AAATGATTAA 
GTTAGCTTAC TTGAGCACAA CAGCAATTTG CATGCACTCA AAAAGCAATT TAATTCTATT 
TTAAATTATG AAGATGCTTT TCAATAATCC TCTAACGATA TGAGTAAAAG CTTCTTTTAA 
TAAAACTTAA AAAATGGAGC ATATTTATCA ATGGTAGGGA GAGATAAATT TGATTATGTA 
AGTTAAATTA ATAGAAATAA TCAAAGTTAT CAATAGAGTT AATCCCAATT TAGCTAGAAT 
AAAGTTCAAT ATATTTAACA ATGCATGAAT TAAATTCAAA CTGGTATTTT ACTTGTCAGT 
CAAAACAAAA AACTACTTTA TAGTAACAAA CATTTCAGAA AAATCTTTGT TAATTTCAAC 
AGTAACAATT AAGCAATAAA CACAGGAAGC CATTTTGCAC CCTAGATAAA AAATAGATCA 
CAAAGCACTT ACAGTAATAT AAATACAAAT TACCAAGCTA ACTCTGATAA TTTGAAAGCT 
TTTAGCTAAT TTCTTTAATT AAAAATTTAA ATGGATTATC AATATTAATA ATAAAATAAA 
ACCTCAAAAG ATACATAAAC TCAAAATTGT AAGACAAATC GAAGCAAAAA GAAAAAATCT 
CTAATTAAAC TAGAAACAAA ATTGGATTAA ATATTGGAAG AGCAAAGGTT AACGAGAGAA 
CTTCAACGTT AAAGCTCCCC TAAAAATAAA TAAAAATAAG AATAATTTGG TTCTGTGATT 
TATAATTAAT ATCATCCAAG TAAACCTACT CCAAGTTCTT CTAATATAAA CTATAAAAAT 
GGACAATTAT CTCCTCGTTC TTAAATTAGA AAACTAACGA CTGTTGAAGT AGTAACTAAT 
TCTGATAAGA AGGATTAAGT AAGGATTGAT AGAAATCAAA TTAATAATTA AGAAAGAAGA 
TTAAGTATTG ATTGTAAATC TCTTGGGCAT ATTGGTATTC TCCCTAGCAT ATTAGTCCAA 
ACATAGAATT AAGTTCCAGC TAATCCATAG ATTAATAGCA GCGTTAACTA ATCAAGTAAT 
TTTAATAGTC ATTTAAATGT AAATATCTCT CCAACAAAAA CAGGTAGTAA TACTATCTTT 
GGTAAAAATT CTAACAAAAA AAATACTTTT CTCTATAACG ATAAGCAGAA TTCAAATTAT 
TAATTATCAG TTGATCAATC AACTAAAAGA GTTTTACAAT GTGCTATTCC TTCAAGTATA 
AAAAAAATAT TCTCCAAAAA GAATTTGTAA GTTGATGATA TAATTAATTA CCTGATAATC 
CACTCAGTTT CTCCACAGTT TTAGAAAATG AATACAGATA ATCAAATTTT ATCTGTTGGA 
AGCCTAGAAA GTAAGAATAC CTTATTTTCG CCCAAAGCTT GTGCCAGCCC AAACACTCCT 
CTCATCAATA AAACGCAAGT GAATTTGGCT TCTAAAAATT ACTTCTAAAT GGAATCTAAA 
GAAAATAAAT CAATTTAATT GGATTAAGTC ATCAGTAATA ATCATTTAAG AATTAGCAAT 
AACGAAATAG AATAAGATTT TGACCCAAAC AATAACATTT AAGATGATGA TTTGATGAAA 
AATTCAGTAG AAAAAGAAGG ATAGTCTACT CTTTATGCCC AAGTAGAAAA AGAGTCTGCT 
TACGGTGAAG CTACTACTAC TGGAGATAAC TTTACGTGCT AAAGGAGTAA GGCTGATACC 
CTTTTTTCGA CCTAGAAAAT GTATAATTAT TACATTTAAA ATAATTAATT GCATGTATTG 
GTGAATCTTT GTGACGAAGA GGAAGAAAAC GAAGAAGAAA ATTCAAACAT AGTTGTATTA 
GAAGTAAAAT TTATGGTTTT TATTGAAATA GAAGATTAAT TTGAAGAAAA GTAAGTTTTT 
GTTTAAGTGG AAGACATAAC GAAGCTAAAA TAATTTGTAG AAGATGAGAA TTTAGAAATA 
TATAAGAATA AGATACTTTC ATCTATCACT CATGAGCTTA AAACACCATT GAATTGCAGC 
ATACAAATGC TTGATATGCT TTTGTAAAAT GACGACATTT CTGATGTCTT AAAATAAATT 
TTTATCATCC CTGCTCTTAA TTCTAATCAT CTACTGCTTA ATATTATTAA TGACATACTT 
GATCTTGCCT AAATCAATTA TGGAAAATTC ACTATGTTTT TCTCTGAATT TGAGTTAAGT 
AAAATATGTG CTGAATGTGT AAATTTGATT AGCATGCAAG CTTTGCAAAA AAACTTGGAT 
GTAGAACTCG ATTTAGATCC TCTTATACCT TAAACCATAA ATTCCGATTA AAGCAGAATA 
AGATAAGTTC TACTTAATTT ATTGAGTAAT GCATTGAAAT TTACATAAAA TGGCAAAATT 
ACGATTCGCA CTCATCTAAT AGAAGATAAC TTAATTTAAG TAGATATTGA GGATACGGGC 
TGTGGTATAC CAGAAAAAAA TTTAAATAAA ATTATTGGTA GATTTGGAAA AAAGGACCAT 
CAAAATATCA ATCACTAACT AAATACTTTT GGGGGAGGTT TAGGATTAAC TATAGCAAAC 
AATTTAGCAA CTGGGCTAGG AGGAAATCGC AGACTTTAAG TGCAGAGCAT TGAGAATGTT 
GGGAGTAAAT TTTCGTTTTG TATAGTCAAT CAACCTCTAA ATAAAGTTGG GTGTAATTTC 
TAGTATCAAA ATTTATTTAG CTAAGAAATC ATTAAATGGG ATTACGTTTC TGAATAAAAG 
CAGCTCCCTT ATTTACCTTA ATAAATACAA AATCAATAAG AAAGTAACAA TACAAGTAAT 
AATAAGAATG GAAGCACTAA TGGTGTACCA TAGTCTTTAA TTAGCATTAG CAACAAAAGT 
AAAAAAAGGA ATGATGAATA ATCACTCAAA TCTCTCAAAT ATAACAATCC TATTTAATCA 
CTTATCAAGT TTAACACTGA AATAATGATT AACGCTAACA ATAACAATAA TAATAACTCA 
GCTTTAAATC ACTTTTATCA CATGAGCAGT ATTGCAAAAT CTATAAATGA ACCACTTTTT 
ATGAGCTAAA ATGTGAACAG TTAAATTGAA GGAGTAAAAA GTAAGAAGTT CCAACTTTCT 
TTTCGTGACC TGAGCTAACA CGATGAATAA GGCTCATTTG TTGAAAGTTC TTTTTTACCT 
TAGCAGTAAC AGCACCACTA TTAGTAATAG GGACACAAAA TTAAATAGGG AGATTAGCCT 
AACTCTAAAC TTTTTTTTAA TGATATTTTA GTTGATAATA TAAGGTGCGA AAGCTAGCTC 
ACTTTAAGGA TGAAACCAGA TACTGAATCC AATATTGAAA ATCCTATAAA GTAAAGCGCA 
AGTTATTCAC CAGCCCACTA ATATAAGGCT TATAAGTAAT ATGAAAATAG TTTCACAACT 
CAAACTTTTT AAGATGCTAA AAGCAGATAA AGCAGTAGAA ATGCAAAAAA CGGAAACATC 
CAAAAAAATT TTACGTACTC AGAACTAATG CCATAGCTTC CTTCATCAAG TTTGTAAAAT 
AGTGGATCCT TAATCAATTG CTACTAAGAA AGCAAAAATT AAAAGTCTTT AAAATCAAAA 
GCATAAATTT ATTAACAAGA TGATTCCTCT CCCTAAGAAA GCTTTCATAG AAAAACTAAT 
AAAGCAAAAT CTTTTCTTTC TTAGTTCAGA GACCAAGATC AACCAATACA TCTCAATGAT 
AAAAAGAGCA GATAAAAGGA ATTAATGGAT GACGAATCTT GTGAAATTTA ATTCAATGAA 
AGCAGCTTTA TTTAAATTTA GGAGCCAAAC AAATCCCTAA ATTTAAAGGT ATCCCAAAAA 
AGAATAAACA ATCAAAATAA TGAATTTTCA GTCCCTTACT ATGCTTACCA AGCAAATTAA 
TAGGAATTAG TTGAAGAAAA AGGAGATTAG TAAAATTATT AGTCATAAAA CAACTTATAT 
GACAATTTTA GGTTTGATAG TGGTTAAGAT TTTATGGAAA TAAAAGTACA ATATAATGAC 
AATGTTAAAA ACATCAGCAG CTAAACAAGT AGTATTAACT AAATCATATA AAAAAAATTG 
GCTAAGAAAG ATTTTAATAT TTTTTCTGAC TCATTTGCTT AAATAAGAGA AAGCGCAGAA 
TTGGGTAGCA ACTTAAGTAA AACGATGGAT GAAATAAAAA TTGCAGAAAA ACACAGTTCC 
CTTAACTTTA AAGAGTCAGT TTATGACATA AATCAAATTA ACTTAAATAG TAAAGAAACT 
AAATTTTCTC AATCTCCAGA AAACACAAAA ATATCAAAAT TGGAGCAATC TATTGAGAAA 
TTTACACAAT AAACTTTAGA TAAATATTCA AAAATTATGC ATAACTACAA ACAGTCTGCA 
GATGCTAATA GTAATGGCAC TAATAAAGAT AGCATAATTA TTTCAGAAAA TAGGCTATCA 
AAAAGCTAAG AAATTAATTT TAAATAAATA GAAGACCCTA TGAATTAACT TTCATATTAA 
AATATGGAAA TTTCGAAAAA TAATAGTACA GATAACTAAA ATAAAGCTAA ATTGATTGAA 
TACAATAAGA ATAGAACATG CAAATGCTCA AACATATTGA TAGTAGACGA TAATGAATTT 
AATATTTACA CATTAGAAAT TAGACTCAAG ATGTACGGGT TCATAACAGA CCGTGCAACA 
AGCGGAATGG CAGCTATTTA ATTAGTTAGA AATAAGTTAG AGATAAATAC ATGCTGTAAC 
CTTTACTTGC TAATTTTTAT GGATATTGAT ATGCCAGTTA AAAATGGTTA TGAAACTACC 
TCTGAAATAC TTCAGTGCTA CAAAGAAAAA AAAATCTAAA AACCTCCACC AATTTCAGCT 
TGCACGGCCT ATGTACAGCA ATCAGAAAAA GCTAAAGCTA TTTAATCTGG AATGTAATTT 
TACATAACAA AACCTATAAA TCAAGGACTT CTAGAAGATA CTTTACTTTA AACAATATTA 
AACGAATCAA AGATGCAGGT AAAATAGTAA AAAATACTAT GA

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

RefSeq	XP_001030882.2
CDS	1..5082
Translation	MMKMNINEKVNITHLLKNNMNNLVVNNLSKSNNHVINDVSLLEHNSNLHALKKQFNSILNYEDAFQSSNDMSKSFFNLKNGAYLSMVGRDKFDYVSINRNNQSYQSSQFSNKVQYIQCMNIQTGILLVSQNKKLLYSNKHFRKIFVNFNSNNAINTGSHFAPIKNRSQSTYSNINTNYQANSDNLKAFSFLLKIMDYQY**NKTSKDTTQNCKTNRSKKKKSLIKLETKLDILEEQRLTRELQRSSPKNKKEFGSVIYNYHPSKPTPSSSNINYKNGQLSPRSIRKLTTVEVVTNSDKKDVRIDRNQINNERRLSIDCKSLGHIGILPSILVQTNVPANPINSSVNSSNFNSHLNVNISPTKTGSNTIFGKNSNKKNTFLYNDKQNSNYLSVDQSTKRVLQCAIPSSIKKIFSKKNLVDDIINYLIIHSVSPQFKMNTDNQILSVGSLESKNTLFSPKACASPNTPLINKTQVNLASKNYFMESKENKSILDVISNNHLRISNNEIEDFDPNNNIDDDLMKNSVEKEGSTLYAQVEKESAYGEATTTGDNFTCRSKADTLFSTKMYNYYINNLHVLVNLCDEEEENEEENSNIVVLEVKFMVFIEIEDFEEKVFVVEDITKLKFVEDENLEIYKNKILSSITHELKTPLNCSIQMLDMLLNDDISDVLKIFIIPALNSNHLLLNIINDILDLAINYGKFTMFFSEFELSKICAECVNLISMQALQKNLDVELDLDPLIPTINSDSRIRVLLNLLSNALKFTNGKITIRTHLIEDNLIVDIEDTGCGIPEKNLNKIIGRFGKKDHQNINHLNTFGGGLGLTIANNLATGLGGNRRLVQSIENVGSKFSFCIVNQPLNKVGCNFYQNLFSEIIKWDYVSEKQLPYLPIQNQESNNTSNNKNGSTNGVPSLISISNKSKKRNDESLKSLKYNNPISLIKFNTEIMINANNNNNNNSALNHFYHMSSIAKSINEPLFMSNVNSIEGVKSKKFQLSFRDLSHDEGSFVESSFLPQQHHY*GHKIKGDPNSKLFFNDILVDNIRCESLTLRMKPDTESNIENPIKSASYSPAHYKAYKYENSFTTQTFDAKSRSSRNAKNGNIQKNFTYSELMPLPSSSLNSGSLINCYESKNKSLKSKAIYQDDSSPESFHRKTNKAKSFLSFRDQDQPIHLNDKKSRKELMDDESCEIFNESSFIIEPNKSLNLKVSQKRINNQNNEFSVPYYAYQANELVEEKGDNYSNNLYDNFRFDSGDFMEIKVQYNDNVKNISSTSSINIIKKLAKKDFNIFSDSFAIRESAELGSNLSKTMDEIKIAEKHSSLNFKESVYDINQINLNSKETKFSQSPENTKISKLEQSIEKFTQTLDKYSKIMHNYKQSADANSNGTNKDSIIISENRLSKSEINFKIEDPMNLSYNMEISKNNSTDNNKAKLIEYNKNRTCKCSNILIVDDNEFNIYTLEIRLKMYGFITDRATSGMAAILVRNKLEINTCCNLYLLIFMDIDMPVKNGYETTSEILQCYKEKKIKPPPISACTAYVQQSEKAKAISGMFYITKPINQGLLEDTLLTILNESKMQVK*KIL

Target ORF information:

RefSeq Version	XM_001030882.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 ATPase, histidine kinase-, DNA gyrase B partial mRNA.

Target ORF information:

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

XM_001030882.2

ORF Insert Sequence:

ATGATGAAAA TGAATATTAA TGAGAAGGTA AACATAACTC ATCTTTTAAA AAATAATATG 
AATAATTTAG TAGTTTAGAA CAATTTATCT AAGAGCAATA ATCATGTAAT AAATGATTAA 
GTTAGCTTAC TTGAGCACAA CAGCAATTTG CATGCACTCA AAAAGCAATT TAATTCTATT 
TTAAATTATG AAGATGCTTT TCAATAATCC TCTAACGATA TGAGTAAAAG CTTCTTTTAA 
TAAAACTTAA AAAATGGAGC ATATTTATCA ATGGTAGGGA GAGATAAATT TGATTATGTA 
AGTTAAATTA ATAGAAATAA TCAAAGTTAT CAATAGAGTT AATCCCAATT TAGCTAGAAT 
AAAGTTCAAT ATATTTAACA ATGCATGAAT TAAATTCAAA CTGGTATTTT ACTTGTCAGT 
CAAAACAAAA AACTACTTTA TAGTAACAAA CATTTCAGAA AAATCTTTGT TAATTTCAAC 
AGTAACAATT AAGCAATAAA CACAGGAAGC CATTTTGCAC CCTAGATAAA AAATAGATCA 
CAAAGCACTT ACAGTAATAT AAATACAAAT TACCAAGCTA ACTCTGATAA TTTGAAAGCT 
TTTAGCTAAT TTCTTTAATT AAAAATTTAA ATGGATTATC AATATTAATA ATAAAATAAA 
ACCTCAAAAG ATACATAAAC TCAAAATTGT AAGACAAATC GAAGCAAAAA GAAAAAATCT 
CTAATTAAAC TAGAAACAAA ATTGGATTAA ATATTGGAAG AGCAAAGGTT AACGAGAGAA 
CTTCAACGTT AAAGCTCCCC TAAAAATAAA TAAAAATAAG AATAATTTGG TTCTGTGATT 
TATAATTAAT ATCATCCAAG TAAACCTACT CCAAGTTCTT CTAATATAAA CTATAAAAAT 
GGACAATTAT CTCCTCGTTC TTAAATTAGA AAACTAACGA CTGTTGAAGT AGTAACTAAT 
TCTGATAAGA AGGATTAAGT AAGGATTGAT AGAAATCAAA TTAATAATTA AGAAAGAAGA 
TTAAGTATTG ATTGTAAATC TCTTGGGCAT ATTGGTATTC TCCCTAGCAT ATTAGTCCAA 
ACATAGAATT AAGTTCCAGC TAATCCATAG ATTAATAGCA GCGTTAACTA ATCAAGTAAT 
TTTAATAGTC ATTTAAATGT AAATATCTCT CCAACAAAAA CAGGTAGTAA TACTATCTTT 
GGTAAAAATT CTAACAAAAA AAATACTTTT CTCTATAACG ATAAGCAGAA TTCAAATTAT 
TAATTATCAG TTGATCAATC AACTAAAAGA GTTTTACAAT GTGCTATTCC TTCAAGTATA 
AAAAAAATAT TCTCCAAAAA GAATTTGTAA GTTGATGATA TAATTAATTA CCTGATAATC 
CACTCAGTTT CTCCACAGTT TTAGAAAATG AATACAGATA ATCAAATTTT ATCTGTTGGA 
AGCCTAGAAA GTAAGAATAC CTTATTTTCG CCCAAAGCTT GTGCCAGCCC AAACACTCCT 
CTCATCAATA AAACGCAAGT GAATTTGGCT TCTAAAAATT ACTTCTAAAT GGAATCTAAA 
GAAAATAAAT CAATTTAATT GGATTAAGTC ATCAGTAATA ATCATTTAAG AATTAGCAAT 
AACGAAATAG AATAAGATTT TGACCCAAAC AATAACATTT AAGATGATGA TTTGATGAAA 
AATTCAGTAG AAAAAGAAGG ATAGTCTACT CTTTATGCCC AAGTAGAAAA AGAGTCTGCT 
TACGGTGAAG CTACTACTAC TGGAGATAAC TTTACGTGCT AAAGGAGTAA GGCTGATACC 
CTTTTTTCGA CCTAGAAAAT GTATAATTAT TACATTTAAA ATAATTAATT GCATGTATTG 
GTGAATCTTT GTGACGAAGA GGAAGAAAAC GAAGAAGAAA ATTCAAACAT AGTTGTATTA 
GAAGTAAAAT TTATGGTTTT TATTGAAATA GAAGATTAAT TTGAAGAAAA GTAAGTTTTT 
GTTTAAGTGG AAGACATAAC GAAGCTAAAA TAATTTGTAG AAGATGAGAA TTTAGAAATA 
TATAAGAATA AGATACTTTC ATCTATCACT CATGAGCTTA AAACACCATT GAATTGCAGC 
ATACAAATGC TTGATATGCT TTTGTAAAAT GACGACATTT CTGATGTCTT AAAATAAATT 
TTTATCATCC CTGCTCTTAA TTCTAATCAT CTACTGCTTA ATATTATTAA TGACATACTT 
GATCTTGCCT AAATCAATTA TGGAAAATTC ACTATGTTTT TCTCTGAATT TGAGTTAAGT 
AAAATATGTG CTGAATGTGT AAATTTGATT AGCATGCAAG CTTTGCAAAA AAACTTGGAT 
GTAGAACTCG ATTTAGATCC TCTTATACCT TAAACCATAA ATTCCGATTA AAGCAGAATA 
AGATAAGTTC TACTTAATTT ATTGAGTAAT GCATTGAAAT TTACATAAAA TGGCAAAATT 
ACGATTCGCA CTCATCTAAT AGAAGATAAC TTAATTTAAG TAGATATTGA GGATACGGGC 
TGTGGTATAC CAGAAAAAAA TTTAAATAAA ATTATTGGTA GATTTGGAAA AAAGGACCAT 
CAAAATATCA ATCACTAACT AAATACTTTT GGGGGAGGTT TAGGATTAAC TATAGCAAAC 
AATTTAGCAA CTGGGCTAGG AGGAAATCGC AGACTTTAAG TGCAGAGCAT TGAGAATGTT 
GGGAGTAAAT TTTCGTTTTG TATAGTCAAT CAACCTCTAA ATAAAGTTGG GTGTAATTTC 
TAGTATCAAA ATTTATTTAG CTAAGAAATC ATTAAATGGG ATTACGTTTC TGAATAAAAG 
CAGCTCCCTT ATTTACCTTA ATAAATACAA AATCAATAAG AAAGTAACAA TACAAGTAAT 
AATAAGAATG GAAGCACTAA TGGTGTACCA TAGTCTTTAA TTAGCATTAG CAACAAAAGT 
AAAAAAAGGA ATGATGAATA ATCACTCAAA TCTCTCAAAT ATAACAATCC TATTTAATCA 
CTTATCAAGT TTAACACTGA AATAATGATT AACGCTAACA ATAACAATAA TAATAACTCA 
GCTTTAAATC ACTTTTATCA CATGAGCAGT ATTGCAAAAT CTATAAATGA ACCACTTTTT 
ATGAGCTAAA ATGTGAACAG TTAAATTGAA GGAGTAAAAA GTAAGAAGTT CCAACTTTCT 
TTTCGTGACC TGAGCTAACA CGATGAATAA GGCTCATTTG TTGAAAGTTC TTTTTTACCT 
TAGCAGTAAC AGCACCACTA TTAGTAATAG GGACACAAAA TTAAATAGGG AGATTAGCCT 
AACTCTAAAC TTTTTTTTAA TGATATTTTA GTTGATAATA TAAGGTGCGA AAGCTAGCTC 
ACTTTAAGGA TGAAACCAGA TACTGAATCC AATATTGAAA ATCCTATAAA GTAAAGCGCA 
AGTTATTCAC CAGCCCACTA ATATAAGGCT TATAAGTAAT ATGAAAATAG TTTCACAACT 
CAAACTTTTT AAGATGCTAA AAGCAGATAA AGCAGTAGAA ATGCAAAAAA CGGAAACATC 
CAAAAAAATT TTACGTACTC AGAACTAATG CCATAGCTTC CTTCATCAAG TTTGTAAAAT 
AGTGGATCCT TAATCAATTG CTACTAAGAA AGCAAAAATT AAAAGTCTTT AAAATCAAAA 
GCATAAATTT ATTAACAAGA TGATTCCTCT CCCTAAGAAA GCTTTCATAG AAAAACTAAT 
AAAGCAAAAT CTTTTCTTTC TTAGTTCAGA GACCAAGATC AACCAATACA TCTCAATGAT 
AAAAAGAGCA GATAAAAGGA ATTAATGGAT GACGAATCTT GTGAAATTTA ATTCAATGAA 
AGCAGCTTTA TTTAAATTTA GGAGCCAAAC AAATCCCTAA ATTTAAAGGT ATCCCAAAAA 
AGAATAAACA ATCAAAATAA TGAATTTTCA GTCCCTTACT ATGCTTACCA AGCAAATTAA 
TAGGAATTAG TTGAAGAAAA AGGAGATTAG TAAAATTATT AGTCATAAAA CAACTTATAT 
GACAATTTTA GGTTTGATAG TGGTTAAGAT TTTATGGAAA TAAAAGTACA ATATAATGAC 
AATGTTAAAA ACATCAGCAG CTAAACAAGT AGTATTAACT AAATCATATA AAAAAAATTG 
GCTAAGAAAG ATTTTAATAT TTTTTCTGAC TCATTTGCTT AAATAAGAGA AAGCGCAGAA 
TTGGGTAGCA ACTTAAGTAA AACGATGGAT GAAATAAAAA TTGCAGAAAA ACACAGTTCC 
CTTAACTTTA AAGAGTCAGT TTATGACATA AATCAAATTA ACTTAAATAG TAAAGAAACT 
AAATTTTCTC AATCTCCAGA AAACACAAAA ATATCAAAAT TGGAGCAATC TATTGAGAAA 
TTTACACAAT AAACTTTAGA TAAATATTCA AAAATTATGC ATAACTACAA ACAGTCTGCA 
GATGCTAATA GTAATGGCAC TAATAAAGAT AGCATAATTA TTTCAGAAAA TAGGCTATCA 
AAAAGCTAAG AAATTAATTT TAAATAAATA GAAGACCCTA TGAATTAACT TTCATATTAA 
AATATGGAAA TTTCGAAAAA TAATAGTACA GATAACTAAA ATAAAGCTAA ATTGATTGAA 
TACAATAAGA ATAGAACATG CAAATGCTCA AACATATTGA TAGTAGACGA TAATGAATTT 
AATATTTACA CATTAGAAAT TAGACTCAAG ATGTACGGGT TCATAACAGA CCGTGCAACA 
AGCGGAATGG CAGCTATTTA ATTAGTTAGA AATAAGTTAG AGATAAATAC ATGCTGTAAC 
CTTTACTTGC TAATTTTTAT GGATATTGAT ATGCCAGTTA AAAATGGTTA TGAAACTACC 
TCTGAAATAC TTCAGTGCTA CAAAGAAAAA AAAATCTAAA AACCTCCACC AATTTCAGCT 
TGCACGGCCT ATGTACAGCA ATCAGAAAAA GCTAAAGCTA TTTAATCTGG AATGTAATTT 
TACATAACAA AACCTATAAA TCAAGGACTT CTAGAAGATA CTTTACTTTA AACAATATTA 
AACGAATCAA AGATGCAGGT AAAATAGTAA AAAATACTAT GA