TTHERM_00498220 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00498220
Entrez Gene ID	7835359
Full Name	WD repeat protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001028010.3	XP_001028010.2	WD repeat protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00498220 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00498220 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
OTe63101	XM_001028010.3 Latest version!	Tetrahymena thermophila SB210 WD repeat protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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_00498220 ( XM_001028010.3 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001028010.2 Tetrahymena thermophila SB210 WD repeat protein partial mRNA.

Price & Availability↑

CloneID	OTe63101
Clone ID Related Accession (Same CDS sequence)	XM_001028010.3
Accession Version	XM_001028010.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5523bp) 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	WD repeat 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_002475926). On Jun 9, 2015 this sequence version replaced XM_001028010.2. COMPLETENESS: incomplete on both ends.

ATGAGTGATT AAGGTTTAAA CGATTAACAA TAAGAGGAGT TTTAGAATTA ACCTGAAGTT 
ATAGAAAATA ATCAAGATGA AGGATAATCT TAAGCTTAAA ATGAAGTAGA TTAAAATTAA 
TAATAAGAAT CTTTTAAATT AGAAAATCCA GCAGATCCAA ACTTTCCAGT CGAAGATGCC 
ACTACCCTTA ACTATAAAAA ATAAGTATAA GAATAAGAAA ATTTAGCTTA ATCTGAAGAA 
TAGAGCCAAT AAAAATCAAA TATCAAGGGT TCTGCTTCAA GCCAAATGGA ATAAAGTGTG 
GCAGGATAAA ATTTACCCGA TTTGAATATT TTAGGAAATG CATCAATAAT TAAGCAACAA 
CAATAAGAAA ATCAATAAGA AATTGATGAG ATGTAAGAAG TTGAATAGGA GATTCCAAAA 
ATTCCTGATG ATTTCTTTTA TGAAGAAAAC CATGTAGAAA CATAAATCGC TGATTCAGAA 
ATATCTAAAA ATGCAGCTCA ATTTTATGAA TGCTTCGGTT TTGATACAGC TAAAAAATAT 
AATGTCAGCA TGCTTGATAA TGATAATTTA ATTTATTCAG CTGGTATCAC ATATCAAATC 
TTCAATATTG TTACAAGAGA AATAAGGCCA TATTTCTCAA AAGATTAAGG CGGTATAGGC 
AGCATAGCTG TTAATCCAAA TAAAACTCAC TTCGCAGTAG CTGAGAAAGG AGATCATCCA 
AATATATACA TCTACGAATA CCCATCATTT AAATTATATA GAATTCTTCG TAAAGGAACT 
GAATTATCAT ATAGCTCTGT TTGTTTTTCA AATAATGGAG AAATTATTGC AGCAGTTGGA 
TCTTATCCTG ATTATACTAT TTCTTTATGG AACTGGAAGC AAGAAGTGAT CATCTTAAAA 
GCTAAAGCTT TTTCACAAGA AGTTTACAGT GTTAATTTTT CAAATTATAG TGAAAATATT 
TTAGCCACTT CTGGTTTGGG TCATATTAAA TTTTGGAAAG TTGCTGAAAC TTTTACCGGT 
TTGAAGCTAA AGGGTGAAAT AGCAAAATTC GGTTAAGTTG AATTGTCTGA TGTTATTGGT 
TATTATATTC ACTAAGATGG TAAGGTTTTA TCAGGTACTG AATATGGTAC ATTATTACTT 
TGGGAAGGTA ATCTCATTAA ATGTGTTATC TATATTGATG AGGAAACTTA AACAAAATGT 
CATAATGGTT GCATCAATGT AGTATTTAAG CATGGAGATG ATATTGTTAC TGCAGCTGAT 
GATGGATATA TTAGATTTTG GGATTATGCT ACTATTGATA ACTCAGAGAG TGATGATTTT 
GGTAACTTTT ATATGAAACC AAATAGTGAA ATTCTCATTA AGACTGATGA TGATAGACCT 
GCTAATATCA CTTAAATTTT GGTTTAAGAA AACTTTTGGA TTGTGATAGA TGCTAACGGA 
AGAATACAAA AAATTAAAAT TTCAGAAAAT AAAACTGATT ATGAAATGGA AACTCTACTT 
GAAATGAATT CAGGAAGATT AAATGATATT ATCGTAAGTC CTATATAAAA TGGAGCTATT 
ACCGTAGGAG ATGATGGTGC TGTTAGACTT TGGGATTATG TTTAACGCAA AGAGCATTAT 
CATAGAGTTT TCTAAGGAAA AGCAACATGT GCAGAGTGGC TTCCATATAC TATGAAAAAT 
AAATCAGCTC GTATTATTTT AGCTGGTTTT TCAAATGGTA TAGTTAGATG GCTTCTGCTT 
AACTAAAATG GTTTTCACCT TCTAAGAGCT ACAAAAGTGC ACAATGAGTC AATTAAATTT 
ATTAAAGTAT CTCCTGATGG ATCAATTATT GCCATATTTT CAGAATCTGG TGACATTTTC 
CTAATTGAGC AACATCCTAG CGATTTCTAA AAAATTGATC CATTCTGCTT ATTTGAAACC 
AAATTTAAAA TTAATTCAGT TGTTTGGGAT AGAATGGGAG AAAAATTATT ACTTGCTTGC 
GATGATGGAA ATATTCATGA AATAATGGTT CCTAAAAAAG ACTAATGCGA CACAAGCGAA 
ACATATTTAA AAGAATTCAG GTCCAGATCT TATAAAATTA GGATGATGGA GTCCTAAAAA 
CCAAAGACTG AAGAAATGGA ATTGGAATTT TTGCTTAGAA GAAACAAAAA TGAAGATAAA 
AAGGAAGAAG TTGAATGGGA TCCTGAAAGC ATAATGAATG TTTGCTATTA TGATTATTCT 
TGCACGAAAA TACTTGCAAC AGTTTAAGGA AAATTTTTAG GACATATTTA CATCATTGAT 
TGGAATAAGG ACAGACCTAT TGATAGCTTA CCTATTGCTA AAATTCCAAC TGTTAATATG 
AATTTTGTTG ATGATGATAT TCTACTTATC AGTTTCAAGG ATGGATCTTG GTAATTAAGA 
CATAAAAATG ACTTAAAGAT TAACATGCTT GTAAGAACTC ATGACAGAGA TACAGGTGCT 
ATAAAAAAAG TAGTTATGAA TCATGAAAAG AAGTGTGTAA TGTCAGTTGG TAATGATGGC 
ACATTATTCA TTTACAAGAT TGATCTTCCT TCTATCAAAA AAATTACAAG AGGAGAAATT 
ATTGAAGACT TTTAGTTTGA AGAGTTTGTT GGAGGTTTGG GAGAGCACTC TTTTGCTGAA 
TAAATTGAAC TTTCTGATAA TGAAGAAAAT GAAATCAAAG ATGATTCTGT TTACTCTATT 
TAAGAAGCTA AGCTTTTAGC AGAGGAAGAC TTCAAGAGAA ATGAAGCTCA AAAGAAAAAG 
GATAAAGTGA AAGAAGTAAT CAAAGACTTG GTTCGTTAAT TTGAGTAATT GAAGTAACAG 
AACTCCACAA TCGATGAAGT TGCTAGACTA ACAGATTAAG AAATGACTGT TGATCACGAA 
TTTATTGAAA TGTTGAACAA GAGAGTCGAA GAGGATTTAG AGGAAACAAA GGAAGAGCTA 
AAATGGGATG CTGAATATTG CAAATTAAAG ACTAAAAAAT TAACAAACTA TGTAAAAAAT 
GAACTAATCA TGGATACTTT TTCTGTAAAA GCCATCAAAA AAAGTAATGT TATCGTAAGC 
ACTTTCAAGG TTAAAAAGAT GTCGGAATTT ATGAAGTAAA ATCTTGAGGA AATATTTGAA 
GTTATTGAAG AAGAAAAGCG TAATCAAGAA GAAGCAAGAT AAAATGCTAT GAGCTAAAAT 
CTTAACCAAA CTAACTTTGG TGGTGACTAA ACAATATCTA ATAAAGGTAT GCAAGAAACT 
GTTAAAAAGG ATTAAACCCT TTAAAAATAA GAAGAAGATA AACTTAAAAA GACTGTTATG 
CCAAATATGC AAGGCCAGTA GTAGGGCGAT AAAAAGGGAG AGACAACTCA TCTTTCTGCA 
AGCAAACAAG AAAAACTAGA AAATAAATTG AAAGAACAAA AGATTAGATA AGAAATGGAG 
GAGTTAGAAA AAAAGAAACC TACTAAAGAG TCTTTTGAGC CAGATCATCT TAGAGATATT 
AATCATGCTA TGGAAACCTT GGGTGACTAC AAACTAAAGA GTTCACCTAC TTACAATGTT 
CCTGAAAACT AAAGAATGAA TGAAAGCAAG AAAAAGAAGC ATATGTTCTT ACTTGATGAA 
TTTATTTATA ACACTAAGAT GAAATTCAAT AATGAAATTG TTTCTTTAAG AGAAAGAAAA 
ACATCATTAA TAGATAAAAT ATCAAATTAC AATAAGAGGA TAACAGAAAT TAATAAATAG 
CTTGGCATTA ATGAAACTTT GTTCACTCTT ACACTAGACA AGTAATTAGA AGCAGTTGAC 
TAGTTTGATG TCACAGAAGA GTAAATTGAT TAATACGAAT AATAAAAGAA TAAGGAAACT 
GCTCAGCAAT CTAAAAAAGG AGGTGCTTAG GAAAAAACAT AATAATAGTA ACAATCATCA 
GAAAAGCAAG ATGATAAGGA AAAGGATGGT AAAAAAGAAA AGAAAGTAGA TATTACAGCA 
GGATTCAAAC CCAGAAAAGG TGCCAAAGTT CAAGGTTCTG AATTAGAGGA TGAACTTAAG 
TCTATTAATT AAATGATTCT AAATGCAGAA AAAAAGAGAA TGCTTGATGA AATAAACGAA 
GAAATAGAAG AATTTGATAA GTAGGTAGTA AATTGCTAAA ACGAAAAAAA ATGTATTGAA 
AGCGACATGA CAATAGCTTA AATGAAGTTT GTCACTTACT ACCAAGAATT GCTTATCCTA 
GCTGATATGG AAGAATAGGA TGAAAAATAT ATTAAAGACT TACTCAACCA TAAAAGAGAA 
AAGGCTGACT TAGAGGAATA AAGCAGCAAA ATAGTAGGCG AATTGACTGC CTTAGCTAAT 
AAGGATTCAT AAAATGAAAA AGAACTTACT GAATAAATGA AGGTATTCAA AGAATTGGTT 
TATCCTGAAG ATGATAATAA AAGAGAAAAA ATCCATCAAT ACTATCTGAG AAAGTATAAG 
AAAAACAAAG CTAAATAGTT AAAATTGAGA AATCATGAAG AAGAAAATGA AGATTTTGAT 
GAAGATGAAA TGGATAGTGA AGACGATGAT GATGATGACT TCATGGATGA TGACGATGAT 
GAAAAACCTG ATATCACTCC TGTTGAAAAT GACACTAAAA TCAGGGAAAT TATTGACAAG 
ATTTGTGATT TAGAAGACTA GCAAGAAACA AACCGCAAAG AAAAAGCAGA TTTAGAAAGA 
TAGAAAAATC AAATTTCAGT TAAAATATAA AGCACTCTTA AAGAGCTCTA GAAAGCTGAG 
GAGAAATTAA GAGCTTACCA AAGAGAAAAG CTCCAAAAAG TAAACTAACT TGATGTATCT 
TTTTGCTTAT AAGTTGACTA AATCAAAAAC TTAATTGAAA TGGGTAACTA ATAGTAGCAT 
ATTTTACCTG AAGATTTAAA GAAATCTATA TTGTTTACTT AAAATGAAAG AAATAAGTTA 
TCTCTCAGAA TAGAATAATT AAGATAAGAA CAAAAGGAAA TTGAGTAAAG CAAGAAAACT 
CTTGAAAAGA GAAAGAGATA CCTATAAATT AAGATAAATA AAAAGAATGC TTTGATTGAT 
GAGCTAAGCA AAAAATATAA TGAAAAGCAT ATGCTTAAGT TTGGTGATAT CATAGATTTG 
AAGATTCTTG ATGCTCTCGA GCCCACAAAA CAAGTATTGG AAATGAGAGA AAAGTTTAAA 
GAAGAAGAAA AAACTTCAAT ATTAAGAGTT GAGAAAGCCA AGTAAATGCT TTAAGAAAAA 
AAGAATGTTC TTCTTTAGGC TAAGAAGGAA AACACTAGTA TAATAACTAG TATCACAAAG 
CTTGGATAGG ACTTGATGAA ACTTTCCAAA AAGTTAGATT CAACTAATAA ACAGCTTTTC 
AAAGAAGATA ACGAAGATAA AAAGAACAAA CAAGATTTAG AAAAGGAAAG ATAAAATTAT 
AAAGATCTTG TTAGATTCCT TTCAAAAGAA ATAGAAGACC TTAAAACAGA AATAGGTTTA 
TTCAAAAGAA AAGGTGGACA TATTTATACA ATGGTTACTT CTAATAAAAA GAATTTTAAT 
TGA

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

RefSeq	XP_001028010.2
CDS	1..5523
Translation	MSDGLNDQEEFNPEVIENNQDEGSANEVDN*ESFKLENPADPNFPVEDATTLNYKKVEENLASEESQKSNIKGSASSQMESVAGNLPDLNILGNASIIKQQQENQEIDEMEVEEIPKIPDDFFYEENHVETIADSEISKNAAQFYECFGFDTAKKYNVSMLDNDNLIYSAGITYQIFNIVTREIRPYFSKDGGIGSIAVNPNKTHFAVAEKGDHPNIYIYEYPSFKLYRILRKGTELSYSSVCFSNNGEIIAAVGSYPDYTISLWNWKQEVIILKAKAFSQEVYSVNFSNYSENILATSGLGHIKFWKVAETFTGLKLKGEIAKFGVELSDVIGYYIHDGKVLSGTEYGTLLLWEGNLIKCVIYIDEETTKCHNGCINVVFKHGDDIVTAADDGYIRFWDYATIDNSESDDFGNFYMKPNSEILIKTDDDRPANITILVENFWIVIDANGRIQKIKISENKTDYEMETLLEMNSGRLNDIIVSPINGAITVGDDGAVRLWDYVRKEHYHRVFGKATCAEWLPYTMKNKSARIILAGFSNGIVRWLLLNNGFHLLRATKVHNESIKFIKVSPDGSIIAIFSESGDIFLIEQHPSDFKIDPFCLFETKFKINSVVWDRMGEKLLLACDDGNIHEIMVPKKDCDTSETYLKEFRSRSYKIRMMESKPKTEEMELEFLLRRNKNEDKKEEVEWDPESIMNVCYYDYSCTKILATVGKFLGHIYIIDWNKDRPIDSLPIAKIPTVNMNFVDDDILLISFKDGSWLRHKNDLKINMLVRTHDRDTGAIKKVVMNHEKKCVMSVGNDGTLFIYKIDLPSIKKITRGEIIEDFFEEFVGGLGEHSFAEIELSDNEENEIKDDSVYSIEAKLLAEEDFKRNEAQKKKDKVKEVIKDLVRFELKQNSTIDEVARLTDEMTVDHEFIEMLNKRVEEDLEETKEELKWDAEYCKLKTKKLTNYVKNELIMDTFSVKAIKKSNVIVSTFKVKKMSEFMKNLEEIFEVIEEEKRNQEEARNAMSNLNQTNFGGDTISNKGMQETVKKDTLKEEDKLKKTVMPNMQGQGDKKGETTHLSASKQEKLENKLKEQKIREMEELEKKKPTKESFEPDHLRDINHAMETLGDYKLKSSPTYNVPENRMNESKKKKHMFLLDEFIYNTKMKFNNEIVSLRERKTSLIDKISNYNKRITEINKLGINETLFTLTLDKLEAVDFDVTEEIDYE*KNKETAQQSKKGGAEKT***QSSEKQDDKEKDGKKEKKVDITAGFKPRKGAKVQGSELEDELKSINMILNAEKKRMLDEINEEIEEFDKVVNCNEKKCIESDMTIAMKFVTYYQELLILADMEEDEKYIKDLLNHKREKADLEESSKIVGELTALANKDSNEKELTEMKVFKELVYPEDDNKREKIHQYYLRKYKKNKAKLKLRNHEEENEDFDEDEMDSEDDDDDDFMDDDDDEKPDITPVENDTKIREIIDKICDLEDQETNRKEKADLERKNQISVKISTLKELKAEEKLRAYQREKLQKVNLDVSFCLVDIKNLIEMGN*HILPEDLKKSILFTNERNKLSLRIELREQKEIESKKTLEKRKRYLIKINKKNALIDELSKKYNEKHMLKFGDIIDLKILDALEPTKQVLEMREKFKEEEKTSILRVEKAKMLEKKNVLLAKKENTSIITSITKLGDLMKLSKKLDSTNKQLFKEDNEDKKNKQDLEKER*NYKDLVRFLSKEIEDLKTEIGLFKRKGGHIYTMVTSNKKNFN

Target ORF information:

RefSeq Version	XM_001028010.3
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 WD repeat protein partial mRNA.

Target ORF information:

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

XM_001028010.3

ORF Insert Sequence:

ATGAGTGATT AAGGTTTAAA CGATTAACAA TAAGAGGAGT TTTAGAATTA ACCTGAAGTT 
ATAGAAAATA ATCAAGATGA AGGATAATCT TAAGCTTAAA ATGAAGTAGA TTAAAATTAA 
TAATAAGAAT CTTTTAAATT AGAAAATCCA GCAGATCCAA ACTTTCCAGT CGAAGATGCC 
ACTACCCTTA ACTATAAAAA ATAAGTATAA GAATAAGAAA ATTTAGCTTA ATCTGAAGAA 
TAGAGCCAAT AAAAATCAAA TATCAAGGGT TCTGCTTCAA GCCAAATGGA ATAAAGTGTG 
GCAGGATAAA ATTTACCCGA TTTGAATATT TTAGGAAATG CATCAATAAT TAAGCAACAA 
CAATAAGAAA ATCAATAAGA AATTGATGAG ATGTAAGAAG TTGAATAGGA GATTCCAAAA 
ATTCCTGATG ATTTCTTTTA TGAAGAAAAC CATGTAGAAA CATAAATCGC TGATTCAGAA 
ATATCTAAAA ATGCAGCTCA ATTTTATGAA TGCTTCGGTT TTGATACAGC TAAAAAATAT 
AATGTCAGCA TGCTTGATAA TGATAATTTA ATTTATTCAG CTGGTATCAC ATATCAAATC 
TTCAATATTG TTACAAGAGA AATAAGGCCA TATTTCTCAA AAGATTAAGG CGGTATAGGC 
AGCATAGCTG TTAATCCAAA TAAAACTCAC TTCGCAGTAG CTGAGAAAGG AGATCATCCA 
AATATATACA TCTACGAATA CCCATCATTT AAATTATATA GAATTCTTCG TAAAGGAACT 
GAATTATCAT ATAGCTCTGT TTGTTTTTCA AATAATGGAG AAATTATTGC AGCAGTTGGA 
TCTTATCCTG ATTATACTAT TTCTTTATGG AACTGGAAGC AAGAAGTGAT CATCTTAAAA 
GCTAAAGCTT TTTCACAAGA AGTTTACAGT GTTAATTTTT CAAATTATAG TGAAAATATT 
TTAGCCACTT CTGGTTTGGG TCATATTAAA TTTTGGAAAG TTGCTGAAAC TTTTACCGGT 
TTGAAGCTAA AGGGTGAAAT AGCAAAATTC GGTTAAGTTG AATTGTCTGA TGTTATTGGT 
TATTATATTC ACTAAGATGG TAAGGTTTTA TCAGGTACTG AATATGGTAC ATTATTACTT 
TGGGAAGGTA ATCTCATTAA ATGTGTTATC TATATTGATG AGGAAACTTA AACAAAATGT 
CATAATGGTT GCATCAATGT AGTATTTAAG CATGGAGATG ATATTGTTAC TGCAGCTGAT 
GATGGATATA TTAGATTTTG GGATTATGCT ACTATTGATA ACTCAGAGAG TGATGATTTT 
GGTAACTTTT ATATGAAACC AAATAGTGAA ATTCTCATTA AGACTGATGA TGATAGACCT 
GCTAATATCA CTTAAATTTT GGTTTAAGAA AACTTTTGGA TTGTGATAGA TGCTAACGGA 
AGAATACAAA AAATTAAAAT TTCAGAAAAT AAAACTGATT ATGAAATGGA AACTCTACTT 
GAAATGAATT CAGGAAGATT AAATGATATT ATCGTAAGTC CTATATAAAA TGGAGCTATT 
ACCGTAGGAG ATGATGGTGC TGTTAGACTT TGGGATTATG TTTAACGCAA AGAGCATTAT 
CATAGAGTTT TCTAAGGAAA AGCAACATGT GCAGAGTGGC TTCCATATAC TATGAAAAAT 
AAATCAGCTC GTATTATTTT AGCTGGTTTT TCAAATGGTA TAGTTAGATG GCTTCTGCTT 
AACTAAAATG GTTTTCACCT TCTAAGAGCT ACAAAAGTGC ACAATGAGTC AATTAAATTT 
ATTAAAGTAT CTCCTGATGG ATCAATTATT GCCATATTTT CAGAATCTGG TGACATTTTC 
CTAATTGAGC AACATCCTAG CGATTTCTAA AAAATTGATC CATTCTGCTT ATTTGAAACC 
AAATTTAAAA TTAATTCAGT TGTTTGGGAT AGAATGGGAG AAAAATTATT ACTTGCTTGC 
GATGATGGAA ATATTCATGA AATAATGGTT CCTAAAAAAG ACTAATGCGA CACAAGCGAA 
ACATATTTAA AAGAATTCAG GTCCAGATCT TATAAAATTA GGATGATGGA GTCCTAAAAA 
CCAAAGACTG AAGAAATGGA ATTGGAATTT TTGCTTAGAA GAAACAAAAA TGAAGATAAA 
AAGGAAGAAG TTGAATGGGA TCCTGAAAGC ATAATGAATG TTTGCTATTA TGATTATTCT 
TGCACGAAAA TACTTGCAAC AGTTTAAGGA AAATTTTTAG GACATATTTA CATCATTGAT 
TGGAATAAGG ACAGACCTAT TGATAGCTTA CCTATTGCTA AAATTCCAAC TGTTAATATG 
AATTTTGTTG ATGATGATAT TCTACTTATC AGTTTCAAGG ATGGATCTTG GTAATTAAGA 
CATAAAAATG ACTTAAAGAT TAACATGCTT GTAAGAACTC ATGACAGAGA TACAGGTGCT 
ATAAAAAAAG TAGTTATGAA TCATGAAAAG AAGTGTGTAA TGTCAGTTGG TAATGATGGC 
ACATTATTCA TTTACAAGAT TGATCTTCCT TCTATCAAAA AAATTACAAG AGGAGAAATT 
ATTGAAGACT TTTAGTTTGA AGAGTTTGTT GGAGGTTTGG GAGAGCACTC TTTTGCTGAA 
TAAATTGAAC TTTCTGATAA TGAAGAAAAT GAAATCAAAG ATGATTCTGT TTACTCTATT 
TAAGAAGCTA AGCTTTTAGC AGAGGAAGAC TTCAAGAGAA ATGAAGCTCA AAAGAAAAAG 
GATAAAGTGA AAGAAGTAAT CAAAGACTTG GTTCGTTAAT TTGAGTAATT GAAGTAACAG 
AACTCCACAA TCGATGAAGT TGCTAGACTA ACAGATTAAG AAATGACTGT TGATCACGAA 
TTTATTGAAA TGTTGAACAA GAGAGTCGAA GAGGATTTAG AGGAAACAAA GGAAGAGCTA 
AAATGGGATG CTGAATATTG CAAATTAAAG ACTAAAAAAT TAACAAACTA TGTAAAAAAT 
GAACTAATCA TGGATACTTT TTCTGTAAAA GCCATCAAAA AAAGTAATGT TATCGTAAGC 
ACTTTCAAGG TTAAAAAGAT GTCGGAATTT ATGAAGTAAA ATCTTGAGGA AATATTTGAA 
GTTATTGAAG AAGAAAAGCG TAATCAAGAA GAAGCAAGAT AAAATGCTAT GAGCTAAAAT 
CTTAACCAAA CTAACTTTGG TGGTGACTAA ACAATATCTA ATAAAGGTAT GCAAGAAACT 
GTTAAAAAGG ATTAAACCCT TTAAAAATAA GAAGAAGATA AACTTAAAAA GACTGTTATG 
CCAAATATGC AAGGCCAGTA GTAGGGCGAT AAAAAGGGAG AGACAACTCA TCTTTCTGCA 
AGCAAACAAG AAAAACTAGA AAATAAATTG AAAGAACAAA AGATTAGATA AGAAATGGAG 
GAGTTAGAAA AAAAGAAACC TACTAAAGAG TCTTTTGAGC CAGATCATCT TAGAGATATT 
AATCATGCTA TGGAAACCTT GGGTGACTAC AAACTAAAGA GTTCACCTAC TTACAATGTT 
CCTGAAAACT AAAGAATGAA TGAAAGCAAG AAAAAGAAGC ATATGTTCTT ACTTGATGAA 
TTTATTTATA ACACTAAGAT GAAATTCAAT AATGAAATTG TTTCTTTAAG AGAAAGAAAA 
ACATCATTAA TAGATAAAAT ATCAAATTAC AATAAGAGGA TAACAGAAAT TAATAAATAG 
CTTGGCATTA ATGAAACTTT GTTCACTCTT ACACTAGACA AGTAATTAGA AGCAGTTGAC 
TAGTTTGATG TCACAGAAGA GTAAATTGAT TAATACGAAT AATAAAAGAA TAAGGAAACT 
GCTCAGCAAT CTAAAAAAGG AGGTGCTTAG GAAAAAACAT AATAATAGTA ACAATCATCA 
GAAAAGCAAG ATGATAAGGA AAAGGATGGT AAAAAAGAAA AGAAAGTAGA TATTACAGCA 
GGATTCAAAC CCAGAAAAGG TGCCAAAGTT CAAGGTTCTG AATTAGAGGA TGAACTTAAG 
TCTATTAATT AAATGATTCT AAATGCAGAA AAAAAGAGAA TGCTTGATGA AATAAACGAA 
GAAATAGAAG AATTTGATAA GTAGGTAGTA AATTGCTAAA ACGAAAAAAA ATGTATTGAA 
AGCGACATGA CAATAGCTTA AATGAAGTTT GTCACTTACT ACCAAGAATT GCTTATCCTA 
GCTGATATGG AAGAATAGGA TGAAAAATAT ATTAAAGACT TACTCAACCA TAAAAGAGAA 
AAGGCTGACT TAGAGGAATA AAGCAGCAAA ATAGTAGGCG AATTGACTGC CTTAGCTAAT 
AAGGATTCAT AAAATGAAAA AGAACTTACT GAATAAATGA AGGTATTCAA AGAATTGGTT 
TATCCTGAAG ATGATAATAA AAGAGAAAAA ATCCATCAAT ACTATCTGAG AAAGTATAAG 
AAAAACAAAG CTAAATAGTT AAAATTGAGA AATCATGAAG AAGAAAATGA AGATTTTGAT 
GAAGATGAAA TGGATAGTGA AGACGATGAT GATGATGACT TCATGGATGA TGACGATGAT 
GAAAAACCTG ATATCACTCC TGTTGAAAAT GACACTAAAA TCAGGGAAAT TATTGACAAG 
ATTTGTGATT TAGAAGACTA GCAAGAAACA AACCGCAAAG AAAAAGCAGA TTTAGAAAGA 
TAGAAAAATC AAATTTCAGT TAAAATATAA AGCACTCTTA AAGAGCTCTA GAAAGCTGAG 
GAGAAATTAA GAGCTTACCA AAGAGAAAAG CTCCAAAAAG TAAACTAACT TGATGTATCT 
TTTTGCTTAT AAGTTGACTA AATCAAAAAC TTAATTGAAA TGGGTAACTA ATAGTAGCAT 
ATTTTACCTG AAGATTTAAA GAAATCTATA TTGTTTACTT AAAATGAAAG AAATAAGTTA 
TCTCTCAGAA TAGAATAATT AAGATAAGAA CAAAAGGAAA TTGAGTAAAG CAAGAAAACT 
CTTGAAAAGA GAAAGAGATA CCTATAAATT AAGATAAATA AAAAGAATGC TTTGATTGAT 
GAGCTAAGCA AAAAATATAA TGAAAAGCAT ATGCTTAAGT TTGGTGATAT CATAGATTTG 
AAGATTCTTG ATGCTCTCGA GCCCACAAAA CAAGTATTGG AAATGAGAGA AAAGTTTAAA 
GAAGAAGAAA AAACTTCAAT ATTAAGAGTT GAGAAAGCCA AGTAAATGCT TTAAGAAAAA 
AAGAATGTTC TTCTTTAGGC TAAGAAGGAA AACACTAGTA TAATAACTAG TATCACAAAG 
CTTGGATAGG ACTTGATGAA ACTTTCCAAA AAGTTAGATT CAACTAATAA ACAGCTTTTC 
AAAGAAGATA ACGAAGATAA AAAGAACAAA CAAGATTTAG AAAAGGAAAG ATAAAATTAT 
AAAGATCTTG TTAGATTCCT TTCAAAAGAA ATAGAAGACC TTAAAACAGA AATAGGTTTA 
TTCAAAAGAA AAGGTGGACA TATTTATACA ATGGTTACTT CTAATAAAAA GAATTTTAAT 
TGA