TTHERM_00502310 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00502310
Entrez Gene ID	7825633
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001022285.3	XP_001022285.3	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00502310 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00502310 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
OTe54655	XM_001022285.3 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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_00502310 ( XM_001022285.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001022285.3 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe54655
Clone ID Related Accession (Same CDS sequence)	XM_001022285.3
Accession Version	XM_001022285.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5736bp) 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_002476262). On Jun 9, 2015 this sequence version replaced XM_001022285.2. COMPLETENESS: incomplete on both ends.

ATGAATTAAA CATACATGGA AAGCTTTAGT TATTTTGGCA GTAACTCTTT TAATAGATAT 
TAAAGCAAAA GAGGTACAAG GAATACTTCA CCCATCTAAG AAAACTCTTT GCGTATAAGA 
GAGATTGCTC AGTAAAATAT TTATATAATG TTTCCTAATG CTAGAGATCC GTTGACTGGT 
ATTACTTCAC AAAATAACAG ATTAAATTAG AAAATAAACT CAAAATCGAC CACATAACTA 
CCAAAGCTCT AAGCTGGATC AGAAAATTTT TCAAAAACAA TTTCAACTCA TGCCTCTCTC 
ACATAGAAAA CATTTAATAA AACTATCCTA GAAATAGGTG AAAAAAATGA AACATTAGTT 
AAACCTTTTA TGACGACTAA AAGAAGTGAA GTAAATTAGA TTTAGGGAAT GTTTAAAACG 
GTTAGAAAAA GTTCTAAACA AAATTATTTT GGACTAGATA ACTCTTTAGA ATATGATTTT 
CCATTTCACC AAATAGTAGA TTTTGTTAAA AATCACAGCC AAGGATTCGA AAATAAATTA 
AATACTGATT TGCACAAACA CTACTAGAGA ATGTATATAA AAAATAAGTT TAAAATCAAA 
AAGTTAAGGC ATGATAAAAA AGAAAGAATC ATAAAGATAC GAGAAAGAAT CATATAAGAC 
AATAAATAAT TGGAAGAAAG GAGAATGTAA ATAAAGTAAA TGCTAATAGA ACATAGTAAA 
CCTAACAATG AAAAAACTAT ATCAAATGAT AAAACACCTT TATAAGTCAA GCAGTTTGTA 
TTGCAACAGA ATATTAAAGA TTTGTCTGAA TTTGATGAAA TACTAAACAA ATACGAATAA 
TACTTTAAAA ATAGCAATCA AGATAGTATT GATGGGGAAG TAAAAAAGGA AGATTTTAAT 
AGATTGCATG ATTTGTACAA TGAAACTACA ACTAAGCAGT AGGTGGTTCA ATAATTTTAA 
TACAAAGAAG GTGGGTTACT TCACAAATTA ATGATTAAAT AGAACTAAAA AAAGGAATTG 
CATGTAATAA AAACTTAAAA CGATAGTCTT GCATAAAGGG ATATCTTTGA AGATCACAAA 
AAGAGCATAA AAACTGTTGA AGATATTTTT ATAGAATAAA TTATTTATTT TATTCAATAA 
AACGGAATTG CAGCTTTATC GCCTGTAGAT TATTTTAACT TTAGAGGTAT TGTGATCAAT 
CGTAAAAATT AATACAAATA AATGCTCTCA GAGTTAGATG ATATTATCGA AATCAAAAGG 
CACATAAAAT ACAACACAGA AGGGCAGAGA AAGAAAAAAT AGGAAGAGTA GGAGGAAGAA 
TAAGCAAAAT TTTATATTAC TTAAGAATAA TCATCAATAG TGCGCAAATC TTAAATTGAG 
ACAAATGATC AGACTTATTA AGATTCCATA TTAAATTATA AAAACTCTTT ATCTACAAGT 
ATAGGAACTG AAAGAGTAGT TCTCCATCCT AAAATTCTAG AGTTTATTCC TCCAAATTCT 
TTTTTGCCAA GGCTATAAGA CTAATAGAGT TTAAGCAAAA GGAATTTTTA AATTAACAGT 
GATTTTTATA ACAGCTTTAA AAATAACACA TCTATAGAAA ATAATAACAA TAACATTAAT 
GACAGCGATA AATTTGGCAT GAATAACGAC CAAAGCTCTA TGTTTTAGCT CTCGTCTCAT 
CGAATTGAAG ATAATAATTC AATTAAAAAA ATAATTGAAG AAGGAATGAC AACAGAAAGA 
GGTAAATCTG TTCAAAATCT TACTGAAAGA AGTAAAGAAA GTTAAGATGA ATATGATGCT 
GATCTGAATT AACTTTAATA TTTAATGGAG TTGAATAATT AAAATGAGAA TACTGAGAGA 
GACTAAGAAG AAGCCATGAG GATGAAGCTA CAAATTATTA AATTAATGAT GAAAGATGAT 
AAAAAATCTA TTATGAAGAA ATTAACAGAA AGAATATTAA GTAAAATAGA ATAGAGGAGG 
GAAGTATTAT TAAGGTAAAT TGAAAAAGAA GAGAATAAAG AAAAACTGGA AGAGTTATAG 
CAGGAATTAT AAAGAGAAAT AAAGAAAAAG AATGTATAGC TACTTTTGCT TACTCATACT 
AACAGTTTAA AAAAAGTTTC TCATCGCTTA ATGTATGAGT ATGATTAGTA AGCTTAGTAT 
TATAGAGAAT TGAGCAACTC TGCTTCTCTT GCAGGGTCAG AAAACTTAAA TTCACCAACT 
AATGAATTGA AAGATAGTAT TTCTCCACTT GCATTTGAGA CAATATTTAA TTTGATAGAT 
GATCCAGATG ATGTAGTAGC AAATTTTATA ATAAATTAAA TGGATAAACA AGGTACATTA 
GAAAATCTAC TAAATCATTT GAAATCTTAA GAATCATAAA CTGGAAGTAT TGATATAGAC 
AAAGTTAAAG ATTACATTTT AATGATCAAT AACAGCATAC CATAAGAAGA AATTAAAAAT 
TTGGAAATGA AAAATGGTAA AATAGTGGGG AGAATTAAAA AATAAGAGAA GAACCGTAAA 
AGTTAAGAAG AAATTCAAAT TCATTAAGAT GAAGTTATTG AACCAGTTGA AGATGATAAT 
AAATAAACAG AATAAGTTGA AAAATTAGAA TAAGATAACC CTGACTACTA TAAATTTTAC 
CAAAAAAATA AACCAGAAAA AATATAAATA AGATTAAAAG ATAAGACTTC TGATGAAACT 
AGAAATATGA GATTAAAAAG TGACTAAAGT CCTCATGGAA GTGAATAATC ATAAGATGCA 
AGTGGCCTAA GTGTTGATAA TGAAAACAAC GATTAAAAGA CATCCAAAAA AGATTAAATT 
AAGAAAAGAT AGAATCCAAA TTCTAAATCA TTTAAGAATA AAATTAATGT TTATTAAGAT 
CTGAATAACT CAAAATTAAA AGATCTCGCA AGAGTTGGAA GTTCTTATAG TGAAACTAGC 
TAATCAAGTA ATAATGTTAG GTCAAAACAA AATTCACATT TCTAACGAGA ACTAATTAAT 
AACGAATCTA CTGCCAGAAA AGAAGTATTA CTAAATTTGA AAGGTTATGA AAATGCATAA 
GACATATTAC TAGGTGAATT TACGGCTGAG GAATAAATTC GAGCTTAAGA AGAACTTCGT 
TTAAGAAGAG AAGAAGAATA AAGAAAAATA AAAACTATTG GTAAAAAAAT GAATTTTACT 
GAAAATGACG ATGATCCTGA ACTAATGAGA TTAAAAGAGC TTATATAATT TTCTGAAACA 
TAGAAAAGAA ATTAAAGTTT TAACGTAAAA ATGCAACATA AAAAAGGAAA TAAATCTAAA 
TTTGCTAGAT CTAACTCATA AACCAAAGAA GAAAATCAAT TGTAAGTTGT GGATTAATAG 
TAATAATAAT AACAGTAAAG AAGGAGAAGT ACTATTGATA TTCCATAGAT TTCTTAAACA 
AAATACGGAA ATAAAAGAAT CAGTAAACTT GGCAATACAA AAGACGGTGA AGATATACCC 
TAATTTTATC AAGAATTTAT GAAATAAAAA AATAAATAAA ATGATGTGTA TGAAGAAATA 
GAAATTGAAG TTACTGATAC ATCAGATACT GAATCACAGT ACGATGAAAA CGGTTAATTA 
ATACCTAAAT AAAAAAAGAA GAAGAAGAAA ATAATTTTGG TCAAGAAAGG AGAGAATGGT 
AGCATTACTC TAGACTAGCA GTAATAACTA CCTCAAGGTT TCAAGATAAC AAAAGATGGC 
AAAATTGTAA AAGTAGAAAA AATTACTCTA GAAGATGGTA CTGTGATTGA AGTAGAGAAA 
GAGGTGAAGT AAAATAAATT GAGATAATTA GTTTAAGATG AGAATGGAAA TATGGTTTAA 
AAAGTTGATA AAATAAAAAT CAAGAAATTT AAAGTTGTTA AAAGAATTCT TGAAAATGGT 
ACAGTGTAAG AAACAGAGGT AACAGATAAT GATAGTGATC TCAATGAATC TATAAGCACT 
GATAAAATTA GTGTCTCAAT AGATGAAAGT GCTTCTAGGC CTCTAACACC AAATACAAGA 
TAATAAATGA TATATGAGAA ATAAAAGAAG AAGAAAGAAT AAATGAAGTA AGAATTAAAA 
GAAAGTCCAA GAAAGAAAAA AAAAATAATT AAAAGAGTGA TTAAATCAAA TGGTGAAATA 
GAAGAAATTA TTACAGAAGT AGATGATCCT ATAGGAGGTG AAGAAATTTA AGAGTATGAT 
TCTAAAGGGA ACCTCACTAA ATAACTTTTT ATTCCTGCTG AATAGAAGAA AGATTAGAAC 
AAATTAATCA TAAAAAAATT AAATTCACCA GGTTCTCAAA ATGTACCATC GAATAGTGGA 
GGTAGCACTA AAAATAAAAA GAAATAAAAA GAAAAGGTTT AAGAGGAATG GTTTAATGAA 
GATGGCACAC CGTGGGTTTC TTCAAAAAAT AAAAAGAATT AGGGTGGTGC TAACAACAAC 
CAAGATGGAG GATTTGGATC AACAACAAAC AGAAAAAAAT AAGAATCAAA TGCTTCCAAT 
TTGAGTAAAA TATCTCAAAA AATCGAAAAG GAAGTAAAAC AAGAACCTCC TAAGCCACCT 
GAAAAAATAA AATAAATAAT TGATGGCCGA GAAATAGAAT ATATGCCATT AGCTTCTAAC 
GAGTCTTTTC ACTCTGATGA TATTCCATCC TCTTTAATTG ATGATAGTCA AAGCATAAAG 
AGTGCTGATT TGAACTAAAT GGATGCTGAT AAGAAGAAAA TGTATTAAAA AATTAAAAAG 
AAAAGGGAAT AAGCAAAGTA AAAAAAAATA AGAGAATAAT TAGAAAAAGA AATCAAGGAC 
TTTAGAAAGA ATAATGTTTT TACAGAACTA GAATAATTAA TGAAGTAAAA TTTGTCATTG 
AGAGAACTGA AAAGATAAAT CGAAGTATAT TTAGAAATGC TTAAAGGAAA AAACATGGAT 
GACGAAACTA AATACAATAT TTTCTTATAT CTCTAAAGGA AGGAATAATT GGTAACTTTT 
TTGATTGCTT TTGAAGATAA TTTTGAGAGC AATGTTATGA TAAGACCTGA TGTTATGCAG 
GAAATTAGAC AATTCTTGAA AAAAAGGGTC AGCCTGGTCA AAGCTGATAA TGAAAAAAAA 
ATGAAATTTA CTAGACCAGT AGTAATGCCT GATGGTAATG GACTCTCTCT ATTTGAAGAA 
TTTAAAGGAG ATAATATTTC AGAGTGGGAA ATTAGATAAA TTATGAAGTA TGCTTCATAC 
AACTAAGACG TTTAAAAAAT AATTGATAGA TTGAGATAAT TTAAATAAGA TACAAATGCT 
ATCATTTAAT TGAAACTTAT GCTTAAAAGA CTAGAAACTA AAGTAATTTA GACGGATTTA 
GACTATTTAC ATATTATGAA TTAAAATGAT GATTATATTT AAAATCTGTA AAATGCAGAT 
AATTAATCTA GAAGCAAATA ATCAAGTCTT TACTAAAGTA AGGACAAGAT AATAAAAGAT 
ACATAAGATT AATTCAATTA AAAAATAGAA GCTCTAAGAA AATGTAAGCA AAAAAATCCT 
GAAAAATTTT AAGGGTTGTT GACTTAATTT TAAACAGTAA AAAGCGATTC AAATATATTT 
AAGGCACTTA AAAATGAACT TGCTGAGAAA GCTGATAAAT TAAATATGCA TACAGCAAAA 
GTTACTTAGG CTATGTGGAC AAATAGAATG AAAAATTTCG GTGTGACAAA AGTTAACTTT 
AATATGGTGA AAACTTAAAA AATACCTAAT ATATGA

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

RefSeq	XP_001022285.3
CDS	1..5736
Translation	MNTYMESFSYFGSNSFNRYSKRGTRNTSPIENSLRIREIAQNIYIMFPNARDPLTGITSQNNRLNKINSKSTTLPKLAGSENFSKTISTHASLTKTFNKTILEIGEKNETLVKPFMTTKRSEVNIGMFKTVRKSSKQNYFGLDNSLEYDFPFHQIVDFVKNHSQGFENKLNTDLHKHYRMYIKNKFKIKKLRHDKKERIIKIRERIIDNKLEERRMIKMLIEHSKPNNEKTISNDKTPLVKQFVLQQNIKDLSEFDEILNKYEYFKNSNQDSIDGEVKKEDFNRLHDLYNETTTKQVVQFYKEGGLLHKLMIKNKKELHVIKTNDSLARDIFEDHKKSIKTVEDIFIEIIYFIQNGIAALSPVDYFNFRGIVINRKNYKMLSELDDIIEIKRHIKYNTEGQRKKKEEEEEAKFYITESSIVRKSIETNDQTYDSILNYKNSLSTSIGTERVVLHPKILEFIPPNSFLPRLD*SLSKRNFINSDFYNSFKNNTSIENNNNNINDSDKFGMNNDQSSMFLSSHRIEDNNSIKKIIEEGMTTERGKSVQNLTERSKESDEYDADLNLYLMELNNNENTERDEEAMRMKLQIIKLMMKDDKKSIMKKLTERILSKIERREVLLRIEKEENKEKLEELQELREIKKKNVLLLLTHTNSLKKVSHRLMYEYDAYYRELSNSASLAGSENLNSPTNELKDSISPLAFETIFNLIDDPDDVVANFIINMDKQGTLENLLNHLKSESTGSIDIDKVKDYILMINNSIPEEIKNLEMKNGKIVGRIKKEKNRKSEEIQIHDEVIEPVEDDNKTEVEKLEDNPDYYKFYQKNKPEKIIRLKDKTSDETRNMRLKSDSPHGSESDASGLSVDNENNDKTSKKDIKKRNPNSKSFKNKINVYDLNNSKLKDLARVGSSYSETSSSNNVRSKQNSHFRELINNESTARKEVLLNLKGYENADILLGEFTAEEIRAEELRLRREEERKIKTIGKKMNFTENDDDPELMRLKELIFSETKRNSFNVKMQHKKGNKSKFARSNSTKEENQLVVD****QRRRSTIDIPISTKYGNKRISKLGNTKDGEDIPFYQEFMKKNKNDVYEEIEIEVTDTSDTESQYDENGLIPKKKKKKKIILVKKGENGSITLDQ*LPQGFKITKDGKIVKVEKITLEDGTVIEVEKEVKNKLRLVDENGNMVKVDKIKIKKFKVVKRILENGTVETEVTDNDSDLNESISTDKISVSIDESASRPLTPNTR*MIYEKKKKKEMKELKESPRKKKKIIKRVIKSNGEIEEIITEVDDPIGGEEIEYDSKGNLTKLFIPAEKKDNKLIIKKLNSPGSQNVPSNSGGSTKNKKKKEKVEEWFNEDGTPWVSSKNKKNGGANNNQDGGFGSTTNRKKESNASNLSKISQKIEKEVKQEPPKPPEKIKIIDGREIEYMPLASNESFHSDDIPSSLIDDSQSIKSADLNMDADKKKMYKIKKKREAKKKIRELEKEIKDFRKNNVFTELELMKNLSLRELKRIEVYLEMLKGKNMDDETKYNIFLYLRKELVTFLIAFEDNFESNVMIRPDVMQEIRQFLKKRVSLVKADNEKKMKFTRPVVMPDGNGLSLFEEFKGDNISEWEIRIMKYASYNDVKIIDRLRFKDTNAIILKLMLKRLETKVITDLDYLHIMNNDDYINLNADNSRSKSSLYSKDKIIKDTDFNKIEALRKCKQKNPEKFGLLTFTVKSDSNIFKALKNELAEKADKLNMHTAKVTAMWTNRMKNFGVTKVNFNMVKTKIPNI

Target ORF information:

RefSeq Version	XM_001022285.3
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_001022285.3

ORF Insert Sequence:

ATGAATTAAA CATACATGGA AAGCTTTAGT TATTTTGGCA GTAACTCTTT TAATAGATAT 
TAAAGCAAAA GAGGTACAAG GAATACTTCA CCCATCTAAG AAAACTCTTT GCGTATAAGA 
GAGATTGCTC AGTAAAATAT TTATATAATG TTTCCTAATG CTAGAGATCC GTTGACTGGT 
ATTACTTCAC AAAATAACAG ATTAAATTAG AAAATAAACT CAAAATCGAC CACATAACTA 
CCAAAGCTCT AAGCTGGATC AGAAAATTTT TCAAAAACAA TTTCAACTCA TGCCTCTCTC 
ACATAGAAAA CATTTAATAA AACTATCCTA GAAATAGGTG AAAAAAATGA AACATTAGTT 
AAACCTTTTA TGACGACTAA AAGAAGTGAA GTAAATTAGA TTTAGGGAAT GTTTAAAACG 
GTTAGAAAAA GTTCTAAACA AAATTATTTT GGACTAGATA ACTCTTTAGA ATATGATTTT 
CCATTTCACC AAATAGTAGA TTTTGTTAAA AATCACAGCC AAGGATTCGA AAATAAATTA 
AATACTGATT TGCACAAACA CTACTAGAGA ATGTATATAA AAAATAAGTT TAAAATCAAA 
AAGTTAAGGC ATGATAAAAA AGAAAGAATC ATAAAGATAC GAGAAAGAAT CATATAAGAC 
AATAAATAAT TGGAAGAAAG GAGAATGTAA ATAAAGTAAA TGCTAATAGA ACATAGTAAA 
CCTAACAATG AAAAAACTAT ATCAAATGAT AAAACACCTT TATAAGTCAA GCAGTTTGTA 
TTGCAACAGA ATATTAAAGA TTTGTCTGAA TTTGATGAAA TACTAAACAA ATACGAATAA 
TACTTTAAAA ATAGCAATCA AGATAGTATT GATGGGGAAG TAAAAAAGGA AGATTTTAAT 
AGATTGCATG ATTTGTACAA TGAAACTACA ACTAAGCAGT AGGTGGTTCA ATAATTTTAA 
TACAAAGAAG GTGGGTTACT TCACAAATTA ATGATTAAAT AGAACTAAAA AAAGGAATTG 
CATGTAATAA AAACTTAAAA CGATAGTCTT GCATAAAGGG ATATCTTTGA AGATCACAAA 
AAGAGCATAA AAACTGTTGA AGATATTTTT ATAGAATAAA TTATTTATTT TATTCAATAA 
AACGGAATTG CAGCTTTATC GCCTGTAGAT TATTTTAACT TTAGAGGTAT TGTGATCAAT 
CGTAAAAATT AATACAAATA AATGCTCTCA GAGTTAGATG ATATTATCGA AATCAAAAGG 
CACATAAAAT ACAACACAGA AGGGCAGAGA AAGAAAAAAT AGGAAGAGTA GGAGGAAGAA 
TAAGCAAAAT TTTATATTAC TTAAGAATAA TCATCAATAG TGCGCAAATC TTAAATTGAG 
ACAAATGATC AGACTTATTA AGATTCCATA TTAAATTATA AAAACTCTTT ATCTACAAGT 
ATAGGAACTG AAAGAGTAGT TCTCCATCCT AAAATTCTAG AGTTTATTCC TCCAAATTCT 
TTTTTGCCAA GGCTATAAGA CTAATAGAGT TTAAGCAAAA GGAATTTTTA AATTAACAGT 
GATTTTTATA ACAGCTTTAA AAATAACACA TCTATAGAAA ATAATAACAA TAACATTAAT 
GACAGCGATA AATTTGGCAT GAATAACGAC CAAAGCTCTA TGTTTTAGCT CTCGTCTCAT 
CGAATTGAAG ATAATAATTC AATTAAAAAA ATAATTGAAG AAGGAATGAC AACAGAAAGA 
GGTAAATCTG TTCAAAATCT TACTGAAAGA AGTAAAGAAA GTTAAGATGA ATATGATGCT 
GATCTGAATT AACTTTAATA TTTAATGGAG TTGAATAATT AAAATGAGAA TACTGAGAGA 
GACTAAGAAG AAGCCATGAG GATGAAGCTA CAAATTATTA AATTAATGAT GAAAGATGAT 
AAAAAATCTA TTATGAAGAA ATTAACAGAA AGAATATTAA GTAAAATAGA ATAGAGGAGG 
GAAGTATTAT TAAGGTAAAT TGAAAAAGAA GAGAATAAAG AAAAACTGGA AGAGTTATAG 
CAGGAATTAT AAAGAGAAAT AAAGAAAAAG AATGTATAGC TACTTTTGCT TACTCATACT 
AACAGTTTAA AAAAAGTTTC TCATCGCTTA ATGTATGAGT ATGATTAGTA AGCTTAGTAT 
TATAGAGAAT TGAGCAACTC TGCTTCTCTT GCAGGGTCAG AAAACTTAAA TTCACCAACT 
AATGAATTGA AAGATAGTAT TTCTCCACTT GCATTTGAGA CAATATTTAA TTTGATAGAT 
GATCCAGATG ATGTAGTAGC AAATTTTATA ATAAATTAAA TGGATAAACA AGGTACATTA 
GAAAATCTAC TAAATCATTT GAAATCTTAA GAATCATAAA CTGGAAGTAT TGATATAGAC 
AAAGTTAAAG ATTACATTTT AATGATCAAT AACAGCATAC CATAAGAAGA AATTAAAAAT 
TTGGAAATGA AAAATGGTAA AATAGTGGGG AGAATTAAAA AATAAGAGAA GAACCGTAAA 
AGTTAAGAAG AAATTCAAAT TCATTAAGAT GAAGTTATTG AACCAGTTGA AGATGATAAT 
AAATAAACAG AATAAGTTGA AAAATTAGAA TAAGATAACC CTGACTACTA TAAATTTTAC 
CAAAAAAATA AACCAGAAAA AATATAAATA AGATTAAAAG ATAAGACTTC TGATGAAACT 
AGAAATATGA GATTAAAAAG TGACTAAAGT CCTCATGGAA GTGAATAATC ATAAGATGCA 
AGTGGCCTAA GTGTTGATAA TGAAAACAAC GATTAAAAGA CATCCAAAAA AGATTAAATT 
AAGAAAAGAT AGAATCCAAA TTCTAAATCA TTTAAGAATA AAATTAATGT TTATTAAGAT 
CTGAATAACT CAAAATTAAA AGATCTCGCA AGAGTTGGAA GTTCTTATAG TGAAACTAGC 
TAATCAAGTA ATAATGTTAG GTCAAAACAA AATTCACATT TCTAACGAGA ACTAATTAAT 
AACGAATCTA CTGCCAGAAA AGAAGTATTA CTAAATTTGA AAGGTTATGA AAATGCATAA 
GACATATTAC TAGGTGAATT TACGGCTGAG GAATAAATTC GAGCTTAAGA AGAACTTCGT 
TTAAGAAGAG AAGAAGAATA AAGAAAAATA AAAACTATTG GTAAAAAAAT GAATTTTACT 
GAAAATGACG ATGATCCTGA ACTAATGAGA TTAAAAGAGC TTATATAATT TTCTGAAACA 
TAGAAAAGAA ATTAAAGTTT TAACGTAAAA ATGCAACATA AAAAAGGAAA TAAATCTAAA 
TTTGCTAGAT CTAACTCATA AACCAAAGAA GAAAATCAAT TGTAAGTTGT GGATTAATAG 
TAATAATAAT AACAGTAAAG AAGGAGAAGT ACTATTGATA TTCCATAGAT TTCTTAAACA 
AAATACGGAA ATAAAAGAAT CAGTAAACTT GGCAATACAA AAGACGGTGA AGATATACCC 
TAATTTTATC AAGAATTTAT GAAATAAAAA AATAAATAAA ATGATGTGTA TGAAGAAATA 
GAAATTGAAG TTACTGATAC ATCAGATACT GAATCACAGT ACGATGAAAA CGGTTAATTA 
ATACCTAAAT AAAAAAAGAA GAAGAAGAAA ATAATTTTGG TCAAGAAAGG AGAGAATGGT 
AGCATTACTC TAGACTAGCA GTAATAACTA CCTCAAGGTT TCAAGATAAC AAAAGATGGC 
AAAATTGTAA AAGTAGAAAA AATTACTCTA GAAGATGGTA CTGTGATTGA AGTAGAGAAA 
GAGGTGAAGT AAAATAAATT GAGATAATTA GTTTAAGATG AGAATGGAAA TATGGTTTAA 
AAAGTTGATA AAATAAAAAT CAAGAAATTT AAAGTTGTTA AAAGAATTCT TGAAAATGGT 
ACAGTGTAAG AAACAGAGGT AACAGATAAT GATAGTGATC TCAATGAATC TATAAGCACT 
GATAAAATTA GTGTCTCAAT AGATGAAAGT GCTTCTAGGC CTCTAACACC AAATACAAGA 
TAATAAATGA TATATGAGAA ATAAAAGAAG AAGAAAGAAT AAATGAAGTA AGAATTAAAA 
GAAAGTCCAA GAAAGAAAAA AAAAATAATT AAAAGAGTGA TTAAATCAAA TGGTGAAATA 
GAAGAAATTA TTACAGAAGT AGATGATCCT ATAGGAGGTG AAGAAATTTA AGAGTATGAT 
TCTAAAGGGA ACCTCACTAA ATAACTTTTT ATTCCTGCTG AATAGAAGAA AGATTAGAAC 
AAATTAATCA TAAAAAAATT AAATTCACCA GGTTCTCAAA ATGTACCATC GAATAGTGGA 
GGTAGCACTA AAAATAAAAA GAAATAAAAA GAAAAGGTTT AAGAGGAATG GTTTAATGAA 
GATGGCACAC CGTGGGTTTC TTCAAAAAAT AAAAAGAATT AGGGTGGTGC TAACAACAAC 
CAAGATGGAG GATTTGGATC AACAACAAAC AGAAAAAAAT AAGAATCAAA TGCTTCCAAT 
TTGAGTAAAA TATCTCAAAA AATCGAAAAG GAAGTAAAAC AAGAACCTCC TAAGCCACCT 
GAAAAAATAA AATAAATAAT TGATGGCCGA GAAATAGAAT ATATGCCATT AGCTTCTAAC 
GAGTCTTTTC ACTCTGATGA TATTCCATCC TCTTTAATTG ATGATAGTCA AAGCATAAAG 
AGTGCTGATT TGAACTAAAT GGATGCTGAT AAGAAGAAAA TGTATTAAAA AATTAAAAAG 
AAAAGGGAAT AAGCAAAGTA AAAAAAAATA AGAGAATAAT TAGAAAAAGA AATCAAGGAC 
TTTAGAAAGA ATAATGTTTT TACAGAACTA GAATAATTAA TGAAGTAAAA TTTGTCATTG 
AGAGAACTGA AAAGATAAAT CGAAGTATAT TTAGAAATGC TTAAAGGAAA AAACATGGAT 
GACGAAACTA AATACAATAT TTTCTTATAT CTCTAAAGGA AGGAATAATT GGTAACTTTT 
TTGATTGCTT TTGAAGATAA TTTTGAGAGC AATGTTATGA TAAGACCTGA TGTTATGCAG 
GAAATTAGAC AATTCTTGAA AAAAAGGGTC AGCCTGGTCA AAGCTGATAA TGAAAAAAAA 
ATGAAATTTA CTAGACCAGT AGTAATGCCT GATGGTAATG GACTCTCTCT ATTTGAAGAA 
TTTAAAGGAG ATAATATTTC AGAGTGGGAA ATTAGATAAA TTATGAAGTA TGCTTCATAC 
AACTAAGACG TTTAAAAAAT AATTGATAGA TTGAGATAAT TTAAATAAGA TACAAATGCT 
ATCATTTAAT TGAAACTTAT GCTTAAAAGA CTAGAAACTA AAGTAATTTA GACGGATTTA 
GACTATTTAC ATATTATGAA TTAAAATGAT GATTATATTT AAAATCTGTA AAATGCAGAT 
AATTAATCTA GAAGCAAATA ATCAAGTCTT TACTAAAGTA AGGACAAGAT AATAAAAGAT 
ACATAAGATT AATTCAATTA AAAAATAGAA GCTCTAAGAA AATGTAAGCA AAAAAATCCT 
GAAAAATTTT AAGGGTTGTT GACTTAATTT TAAACAGTAA AAAGCGATTC AAATATATTT 
AAGGCACTTA AAAATGAACT TGCTGAGAAA GCTGATAAAT TAAATATGCA TACAGCAAAA 
GTTACTTAGG CTATGTGGAC AAATAGAATG AAAAATTTCG GTGTGACAAA AGTTAACTTT 
AATATGGTGA AAACTTAAAA AATACCTAAT ATATGA