TTHERM_00285250 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00285250
Entrez Gene ID	7840072
Full Name	WD domain, G-beta repeat protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001018539.2	XP_001018539.1	WD domain, G-beta repeat protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_00285250 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00285250 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
OTe49980	XM_001018539.2 Latest version!	Tetrahymena thermophila SB210 WD domain, G-beta repeat protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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_00285250 ( XM_001018539.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001018539.1 Tetrahymena thermophila SB210 WD domain, G-beta repeat protein partial mRNA.

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CloneID	OTe49980
Clone ID Related Accession (Same CDS sequence)	XM_001018539.2
Accession Version	XM_001018539.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6651bp) 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 domain, G-beta 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_002476365). On Jun 9, 2015 this sequence version replaced XM_001018539.1. COMPLETENESS: incomplete on the 3' end.

ATGTCTTATA ACTCCTCTTA AAAATACATT TCTATTCATA TTTAATGGAC TAGAGCTTTG 
TTTTCATCAG TTAAAATAGA TAAGTCCCTT AAGTAAAAGA ATATTAGCTG CATTTCAATG 
ATCAGAGATT AAAAAGATTT CACAGAAACA TAATTAAGTA AAAAAGTTTA ATAATAAATA 
ATAGATTTAG TATCAAAAGG GGCTTCTTCT AAAAATGTAA GCAAATTTAT TCAGAAAAAC 
TATGAGCTAT AATAAGATTT AAAGATGCTT TAGCCAAAGA AATTAAAAAT CTTAGGAGGT 
GGGTGTGTTT CCTCTTCTAA TGTAAGAAAA GTCAACTCTA ATACAATAGT AAAAAAAGAA 
ATGTCTTAAG CTAAATAAAG AAGAAAAAGA AATGAGTAAT CGATAGTAAA AGCTGATATT 
TTAAAATTAA ACGAAGAAAT GGAAGCTATT ATAAACACCA AGGAAGATGA TATCTACAAC 
GGAAAAACTT ACGTCTTAGA TACTATACTT CCCATTTTAA ATAAGTAAAG TGTTGTATCA 
AATAGACCTC TTCATTAAAA GCTATCTAAA ATTCTCTAGA AAGCAATAAA TTTGGTAATT 
AGAGTTAATT CATAGGGAGC TTCTAATGAT AAAGATGGAA AAAATAATAA ATAAGATTTA 
GATAAAAATA AAGAGAATAA TATTGAAGAG AAAGATGATG TAGAAGAAGA TGTTGACGAT 
AAAGAACTTG ATGAGGATCT AGTTTGGACT GAAAAAGATA AAGCAGATAT GGATGCGACA 
TTTACAAATA TTATTGATAG AATCAACGCT AGAATAAGTA AGGAGCCTTT GTTGAACCAA 
CTTTATTGTG TTACAATGGT AAGAAATATT TTAAGGACCA AGAAACATGC CTTAAAACTA 
ATGGATGAAG CTATTAGATA TGGAGTACCC CTTTTTGGAT TAGTTAGAAA CTAAGATCCA 
ACACTTTTGT TGATGCTGGC TGTTAAAGGA CTTTAATTGA TGGATTTACA GTAAACAAAA 
CATATGGTGC AAAAAATGAT GAATTTTTAA CTTCAAGCAT TGCAGTGTGC TAAAAATTTA 
CCAGAAGACT TAAAAAAGTA AAGTAAAAAT GTTTAAATGC TATTTGCTTA CTTTAATGCG 
CTTGATGAAA TTATTAGCAA GAAAAATAAA GAATCTTGGG AAGTTTAATA CTTTTGCTTA 
ATGCAAATAA ATGATTTAAT TAAAATAATG ATTGATCTAA ATGAAGTGAT ATAGATTAGT 
AACAGTAGTC CTCATTGGAA TAGCTTTTTA AAAGATGAAG AAAAGGGTAT GTTTACTATT 
TGTCAAAAAA GGATGTCTAT GAGTGGAATC TTCATAGTAA ACGCACTAGA TACTTTCCTG 
TTAAATCACA AATTTTTAAG AAGTATTTCT TTAGATATAA TAATTAATTT GCTTAAGCTT 
ATTAAGATTG CTGAATCTAA GCATTAGCAG AGTGATAAAA ATCAAAACTA AAAAGTTAAA 
GAAGAAATTG CTTAAGTTTT ATATCAAAGA TGGCTTTTTG AAACCAACAA TCAAATTCGT 
ACATAATTTA TAGATGAAGA TGTTTTACAG TCTGTTGACG AAGTTGTATA AAAGAAAAAT 
GGAGGGAAAC ATAGAAAAAG CAATTAAAAT TAAGAACATT AACAGCTAGG ATAGTAGTAA 
TCATTAAAAT AAGAATAATT ATCTGTAGGT GCTATTTAAA CGGAAGATTA GGAAGAAAGA 
ATTTTAATTG ATTTTGCAAA TTAAGAGCAG TTGGCTTTAC AAGAAATTTA GAAATAAATT 
CAGCAATAGT AAGGAAAATG CTTAGCTGAA TTAGAAAAAG AATTCAACAG CATGAATGAA 
ACATTTGATT GTATGAAGTC TGCTGATGGT ATCAAAAAAG TTATTAAACT AAGATAAACT 
GAAATTTGGA AACAGAGTAT TTTAAACAGA AGAGAATAAG GAGAAATATA AAAAGATGAT 
GCTTTGTTAG AAAGCATCAA TTTGTATGTA AATTAAAGAT TGTAAGAAAA AGTATTTTCT 
GAATAAGAAG AAAATTAATA AAAGCCTAAA GAAGTTGATG CTCTGAGCTT TATTATGAAT 
TCTTTTATTT AGAAGAAAAC TGATCTTAAT TATCACACCC CTCTTTTAAG TGTGGTAGCT 
AACGGTGGTA TGGGTAAATC AATGCTCTTC AAAAAAATAG AAATGGAGTT ATTAGACGAT 
TTTAGTAAGG ATTCTTAGCA AGCAGTTTAT GAAAGAGTTC CTATTATTAT AAAAATGGCT 
GATTTAGATT CAGAAAATCC CAATTTAATT TCTTACTTAG ACAACTAGCC TATTTTTAAA 
GAATTAAGGC TAGATGCTTC TGTGTTAAAA ACATCTGAAT TAAAAAAGCT AATTTTATTT 
GATGCATTTG ATGAATACAA AGGTAAACCT TTTAATCTGT GGACGACTTT CAATTTAACT 
GAGTGGAAGA ATACTAAAGT GATTGTATCC TCAAGAGAAG AAAATTTATC TAAAGATGAT 
TATAAACTTT ACTTTTCTGT ATCTGAGGGT AATGATTAAG AAAAAAAGAA CCAAAATTTC 
TTAGTTTATA AACTGATCAA ATTTGGAAAA GAATAGCTGC TAGAATTTGC GAAAAAATCA 
TTCAATCAAG AATAAAAATA GGATACTGAT CAAAAGCGTG TAGATTTACT TGCTTCGTTC 
ACTTAAATAA TAGAAGAAAA CTCTCAGATA TTAAAGTTAA TCAGTCTTCC TATAAATGCT 
TTTATTTTTA TTAGAACTCT TCCTTCTCTT TTAAGCTAAA ATTCAAATAT TTCAATTAGA 
AATTAGACAG AATTGTAGGA AATATTTTTT AACTATTAAT TTGAAAGAGA TTCTTTGTTG 
TAGCCTAGAG CAGGAACTGA TTAAGGTTTA AGAGAATTAT ACAAAATGTA ATTCTTTGAT 
CTTTTCTAAA GAATAGCTAT TAATATGTTT AAATAATCTA TCTTAAGCGT AGACATTTAC 
GATGTTTAGA TTGATCTTTT ACCACAGATA AAAAAGAAAT TGAACTCTCA AGAATAAAAA 
TAGCTTTTAC AATTCTTGTA AGATTATCGC AACCCATAAA TAATTACTCT GGCTGATGAT 
ACAGGAAGAG ACTTATATAC AGTTAAATTT TTACACAAAT CGTTATATGA ATATTTTGTA 
GCTAGAGCTA TGAAGTTTGA CTTTGACAAG CTAGAATGGA ATAATCAAAA GCTGATTGAT 
TTATCATTTG AAGAAATATC TAAATTTGCA ATTAATAGCA GATATATTAT GGTAAAAGGT 
AAAAGTGAAA TTTGTATTTT GTAATAATTC GCTAGAATGA TTAAGCCTAT CATATAAAAG 
AGAGAATTCT TGCAACAATG TGAGAAGGAA GAGTCAATAT AGGGCTAACA TAATTTTATA 
TAGATTATGC TCTTAACTAG AAAGCAGTTC CATGGAGAAA AGCTAGATAT TGCGTCTTCC 
AATATGCTTA GTGCTATAGC AAACAGCAAA ATATCTCTAA CAGGATTAAA GTTAACAAGG 
TGCTCCTTCA AGAAAGCATA TTTATATTAT TATAGAGGAA ATATTGATTT CACTGGATCT 
AATTTAAAAG AAGCAATGCT CGGTTAGTGC TTAGCTGATT ATTCAAGAAG TAAAACTGAA 
TATGCTTAGA CTTAAGATTC GATTAGTGAT TGGAAAAGCG ACTCCATTTA CTCTTTTAGT 
TGCTGTGTTA TTCCTTCAAA TTAAAAAAAT AATGATAAAC TAAGCATAAT TACAGGCTCA 
TTTAGTGGAT TTGTAAATTA ATATGTTCTT GAGTTAAATG GAAATTATTC AAAAGATAAT 
AATCAATTTT ATGTAATTCC TTCAAAGAAA ATGTACGAAA TAACAAAATC AAAAAGATTA 
TATAAAGGAG AAATAACTAA CATCGAATAA TTCGAAAACA AATATTTTGT ATCACAGAAA 
AAAAATATAA TTGTTCTTGA TGAAAATGGA GAAGAAATTT TTATATTTTA AGCTCACACA 
TAAGATATTA AATTTATAGA CATTAACTAC TAATTAAAGC ACTTGGTGAC TTGCGATATA 
AATAAGTAAT TGAGATTTTG GAATATCTCT AAGCAGTTTC AATTAATATC TTCATTTGAT 
GAAGTGCATT AAGAAGTCAT GACTTCGATT TGTTATTCTC AGACCTAAAA TATTCTAGTG 
AGTTCATCGA AAGGAAAAAA ATGCAAAGTT TGGAAAATGG AAGGAAGTGA ATATGTGATG 
AAGTATGAAA TTGATGTGGG ACAGCCAGTT GACAAAATGA TTTTTACGCC AGATGGAAAA 
TAGATCTTAG TTTCTCAAGG ATTCATGAAA GGTTTAGTTA CTATTTCTCT TGATGAAAAT 
AAATCAGAAG AGAAGTAAGC TACTAATCTT ACCATTCCTT TTGCAAGCAA AATGAAATTT 
TCACCTGATA ATAAATATTT GGCAATTATA TGCTCAAATT CAACATCGAT ATTTGATGTT 
AACAAAAAAT ATGAAAAAAT TCAAACTCTT TAATTCAATT CTTATGAGTC TTCTCCTATA 
GATATTGCCT TCAGTAGCAA TTCAAAATAT ATTGTAGCTA CAGGTTATGA TAGCAGCTGT 
GCAGTTTGGG ATATTTCTTA AGACTTCAAA TTAGTTAGTA GTATTACAGG TCATTAATCT 
AGTATTCTCA ACTTAAGTTA TTCACCTGAT GGTAAATATA TATTTAGTAC ATCAAGATAC 
TATATTTTCG TTTGGCAAGA AATAAAATTA CGAGATGGCT CCTTAAATTA TGAGGTAATA 
TCTACAATAT CATTAGACAA TTACTATTAT ATTGAAGGAT TAGCTTTCTT AAATAATTAG 
AGTCCTAATC ACTATAAGTT TTCAATAATT AGCAATGCAA GTTACTTTAC ACTTTATGAA 
TTTAATTGTT CAGATAATAA AATTTCTTTA ATAAAAAACT GTAATATTGA AGATCAGTAG 
AACAGATAAA AACCTGTAGC ATTATAATAT TAAAAAAGCG ATAAATATTT ACTTTCTGCA 
ACTACTTAGG AATTAAATTT ATTTGATGTT GCATCTGATT ATACTTTAAT CAGATAATTT 
TCACCTAATA CAGCAGATTA AAAAATAACT TGTAGCTGCT TTTATTCAGA TTTACAAAAA 
GACTTCCACC TATTAATAAT TGGGTACAGT AGTAATACAT TTGACTTATG GGATATTTCT 
GAAAGAAGTT TAATTGAGAA ATATAAAACA GTTACAGTGC AAGGTTCGCT TGCTAAAATG 
ATTTGCTCTC CATGCGATAC AATTTTAGCA ACTGTGACAT CTGATAATAT AATTTAATTG 
TGGCACACTC AAAAAGATTT TGCTCTATAT ACAACAATAA GTGCTGTAAA AGACACAATA 
TATTCAATAG CATTTAGTTA AGATTCTCAA TTCCTTAGCT GCATTACTGA AGACAAGAGC 
ATCAAGATTT TCTCTTAATA GAATAACTTT GAAACATTTA AAATGTTGAA ACATGATATT 
GACACAACAA TAGGCTGTAT TTCATTTCAA CCTAATAATT CTTAATAGTT AATGACTTCA 
TTGAATAATG AAATTACTAT TTGGAATCTT TAAGAGACTT ATGAGATAGA TGATAATTTA 
TAAGGCCACA CTGAAAGTAT ATCATCGACA TGCTTTTCTT ATGATGGTAG TTATTTAGTT 
ACTGCAAGTT CAGATTCTAT AATGAAACTT TGGTACAATT TATCAGCTTA AGATAAGAGT 
CTGATTCCTT TGTTTGAGTT AGTCTCTACT ATAAAATTAA ATACTCCTAA CAATTATACT 
GTATCAGTAA TAGTGTTCAT GAAGGATAAT AAAAGTTTCT TAACAGGATG TGATGATGGA 
TCAATTAGAT TATGGCTCAT TGAATAATTA TATATAACCC CAGCTTTTAC AATCCAAAAA 
GATTAATAAG TTAAGGCTAT TTCAAGCATT TCCATAGATG CAAACACAAA TAAATATATA 
GCAATGGCTT GTTAAAAAGA GTTCATAAGA TTTTATACTT AAAATACTAA ATAAAAGAGC 
TTAGAATTTT ATAAATAGGT AGATTTTGAA CAAGCCATTC ATTCTGTTTT GTTTTCTCCA 
AATAATAAAT ACCTAGCAGC AGGTACCAAT AACGGAAAAG TTTATATATT AGAAAGTGAA 
GAAAAATCAG ATTAAAACGC TACTTTCAAT GTTTTATGTT AGTTTAATGA TGATGAGTCT 
ACTGAATTTG TAAATAATTT AGCTTTTACC AAAGACAGTA AATACTTAAT AGCTGCTTTT 
TTCAGTAAAA TTCTATTGGT ATATGACATA GAGAATAGAG TTGTTACTTA AAAAGTTACT 
TATTCTGATA TTTGTAGCCG TTTAGAAATC TCAGGAGATG GAAAAATCTT AGTACTTTCT 
AGCTATAAAA ATGCATTTTA TTTATTTACA TGTAATTCAG ATTCTGAAGA TAGAAAAGAA 
ATCTTAAAAT ATATTAAAAA GAACACTGAT CACTCTAATT CTATTTTTTC TATAAGTATT 
TGTTAGAGTT CTAATTTATT GTGTTCTGGC TCACGTGACT CAACATGTAG GTTATGGGAA 
TTTTCAAATA GCTAAAATGA TATTTTAGTT AAAAATATCC AAACTCTTTG A

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

RefSeq	XP_001018539.1
CDS	55..6705
Translation	MSYNSSKYISIHIWTRALFSSVKIDKSLKKNISCISMIRDKDFTETLSKKVIIDLVSKGASSKNVSKFIQKNYELDLKMLPKKLKILGGGCVSSSNVRKVNSNTIVKKEMSAKRRKRNESIVKADILKLNEEMEAIINTKEDDIYNGKTYVLDTILPILNKSVVSNRPLHKLSKILKAINLVIRVNSGASNDKDGKNNKDLDKNKENNIEEKDDVEEDVDDKELDEDLVWTEKDKADMDATFTNIIDRINARISKEPLLNQLYCVTMVRNILRTKKHALKLMDEAIRYGVPLFGLVRNDPTLLLMLAVKGLLMDLQTKHMVQKMMNFLQALQCAKNLPEDLKKSKNVMLFAYFNALDEIISKKNKESWEVYFCLMQINDLIKIMIDLNEVIISNSSPHWNSFLKDEEKGMFTICQKRMSMSGIFIVNALDTFLLNHKFLRSISLDIIINLLKLIKIAESKHQSDKNQNKVKEEIAVLYQRWLFETNNQIRTFIDEDVLQSVDEVVKKNGGKHRKSNNEHQLG*SLKELSVGAITEDEERILIDFANEQLALQEIKIQQ*GKCLAELEKEFNSMNETFDCMKSADGIKKVIKLRTEIWKQSILNRREGEIKDDALLESINLYVNRLEKVFSEEENKPKEVDALSFIMNSFIKKTDLNYHTPLLSVVANGGMGKSMLFKKIEMELLDDFSKDSQAVYERVPIIIKMADLDSENPNLISYLDNPIFKELRLDASVLKTSELKKLILFDAFDEYKGKPFNLWTTFNLTEWKNTKVIVSSREENLSKDDYKLYFSVSEGNDEKKNQNFLVYKLIKFGKELLEFAKKSFNQEKDTDQKRVDLLASFTIIEENSQILKLISLPINAFIFIRTLPSLLSNSNISIRNTELEIFFNYFERDSLLPRAGTDGLRELYKMFFDLFRIAINMFKSILSVDIYDVIDLLPQIKKKLNSQEKLLQFLDYRNPIITLADDTGRDLYTVKFLHKSLYEYFVARAMKFDFDKLEWNNQKLIDLSFEEISKFAINSRYIMVKGKSEICILFARMIKPIIKREFLQQCEKEESIGHNFIIMLLTRKQFHGEKLDIASSNMLSAIANSKISLTGLKLTRCSFKKAYLYYYRGNIDFTGSNLKEAMLGCLADYSRSKTEYATDSISDWKSDSIYSFSCCVIPSNKNNDKLSIITGSFSGFVNYVLELNGNYSKDNNQFYVIPSKKMYEITKSKRLYKGEITNIEFENKYFVSQKKNIIVLDENGEEIFIFAHTDIKFIDINYLKHLVTCDINKLRFWNISKQFQLISSFDEVHEVMTSICYSQTNILVSSSKGKKCKVWKMEGSEYVMKYEIDVGQPVDKMIFTPDGKILVSQGFMKGLVTISLDENKSEEKATNLTIPFASKMKFSPDNKYLAIICSNSTSIFDVNKKYEKIQTLFNSYESSPIDIAFSSNSKYIVATGYDSSCAVWDISDFKLVSSITGHSSILNLSYSPDGKYIFSTSRYYIFVWQEIKLRDGSLNYEVISTISLDNYYYIEGLAFLNNSPNHYKFSIISNASYFTLYEFNCSDNKISLIKNCNIEDQNRKPVALYKSDKYLLSATTELNLFDVASDYTLIRFSPNTADKITCSCFYSDLQKDFHLLIIGYSSNTFDLWDISERSLIEKYKTVTVQGSLAKMICSPCDTILATVTSDNIILWHTQKDFALYTTISAVKDTIYSIAFSDSQFLSCITEDKSIKIFSNNFETFKMLKHDIDTTIGCISFQPNNSLMTSLNNEITIWNLETYEIDDNLGHTESISSTCFSYDGSYLVTASSDSIMKLWYNLSADKSLIPLFELVSTIKLNTPNNYTVSVIVFMKDNKSFLTGCDDGSIRLWLIELYITPAFTIQKD*VKAISSISIDANTNKYIAMACKEFIRFYTNTKKSLEFYKVDFEQAIHSVLFSPNNKYLAAGTNNGKVYILESEEKSDNATFNVLCFNDDESTEFVNNLAFTKDSKYLIAAFFSKILLVYDIENRVVTKVTYSDICSRLEISGDGKILVLSSYKNAFYLFTCNSDSEDRKEILKYIKKNTDHSNSIFSISICSSNLLCSGSRDSTCRLWEFSNSNDILVKNIQTL

Target ORF information:

RefSeq Version	XM_001018539.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 WD domain, G-beta repeat protein partial mRNA.

Target ORF information:

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

XM_001018539.2

ORF Insert Sequence:

ATGTCTTATA ACTCCTCTTA AAAATACATT TCTATTCATA TTTAATGGAC TAGAGCTTTG 
TTTTCATCAG TTAAAATAGA TAAGTCCCTT AAGTAAAAGA ATATTAGCTG CATTTCAATG 
ATCAGAGATT AAAAAGATTT CACAGAAACA TAATTAAGTA AAAAAGTTTA ATAATAAATA 
ATAGATTTAG TATCAAAAGG GGCTTCTTCT AAAAATGTAA GCAAATTTAT TCAGAAAAAC 
TATGAGCTAT AATAAGATTT AAAGATGCTT TAGCCAAAGA AATTAAAAAT CTTAGGAGGT 
GGGTGTGTTT CCTCTTCTAA TGTAAGAAAA GTCAACTCTA ATACAATAGT AAAAAAAGAA 
ATGTCTTAAG CTAAATAAAG AAGAAAAAGA AATGAGTAAT CGATAGTAAA AGCTGATATT 
TTAAAATTAA ACGAAGAAAT GGAAGCTATT ATAAACACCA AGGAAGATGA TATCTACAAC 
GGAAAAACTT ACGTCTTAGA TACTATACTT CCCATTTTAA ATAAGTAAAG TGTTGTATCA 
AATAGACCTC TTCATTAAAA GCTATCTAAA ATTCTCTAGA AAGCAATAAA TTTGGTAATT 
AGAGTTAATT CATAGGGAGC TTCTAATGAT AAAGATGGAA AAAATAATAA ATAAGATTTA 
GATAAAAATA AAGAGAATAA TATTGAAGAG AAAGATGATG TAGAAGAAGA TGTTGACGAT 
AAAGAACTTG ATGAGGATCT AGTTTGGACT GAAAAAGATA AAGCAGATAT GGATGCGACA 
TTTACAAATA TTATTGATAG AATCAACGCT AGAATAAGTA AGGAGCCTTT GTTGAACCAA 
CTTTATTGTG TTACAATGGT AAGAAATATT TTAAGGACCA AGAAACATGC CTTAAAACTA 
ATGGATGAAG CTATTAGATA TGGAGTACCC CTTTTTGGAT TAGTTAGAAA CTAAGATCCA 
ACACTTTTGT TGATGCTGGC TGTTAAAGGA CTTTAATTGA TGGATTTACA GTAAACAAAA 
CATATGGTGC AAAAAATGAT GAATTTTTAA CTTCAAGCAT TGCAGTGTGC TAAAAATTTA 
CCAGAAGACT TAAAAAAGTA AAGTAAAAAT GTTTAAATGC TATTTGCTTA CTTTAATGCG 
CTTGATGAAA TTATTAGCAA GAAAAATAAA GAATCTTGGG AAGTTTAATA CTTTTGCTTA 
ATGCAAATAA ATGATTTAAT TAAAATAATG ATTGATCTAA ATGAAGTGAT ATAGATTAGT 
AACAGTAGTC CTCATTGGAA TAGCTTTTTA AAAGATGAAG AAAAGGGTAT GTTTACTATT 
TGTCAAAAAA GGATGTCTAT GAGTGGAATC TTCATAGTAA ACGCACTAGA TACTTTCCTG 
TTAAATCACA AATTTTTAAG AAGTATTTCT TTAGATATAA TAATTAATTT GCTTAAGCTT 
ATTAAGATTG CTGAATCTAA GCATTAGCAG AGTGATAAAA ATCAAAACTA AAAAGTTAAA 
GAAGAAATTG CTTAAGTTTT ATATCAAAGA TGGCTTTTTG AAACCAACAA TCAAATTCGT 
ACATAATTTA TAGATGAAGA TGTTTTACAG TCTGTTGACG AAGTTGTATA AAAGAAAAAT 
GGAGGGAAAC ATAGAAAAAG CAATTAAAAT TAAGAACATT AACAGCTAGG ATAGTAGTAA 
TCATTAAAAT AAGAATAATT ATCTGTAGGT GCTATTTAAA CGGAAGATTA GGAAGAAAGA 
ATTTTAATTG ATTTTGCAAA TTAAGAGCAG TTGGCTTTAC AAGAAATTTA GAAATAAATT 
CAGCAATAGT AAGGAAAATG CTTAGCTGAA TTAGAAAAAG AATTCAACAG CATGAATGAA 
ACATTTGATT GTATGAAGTC TGCTGATGGT ATCAAAAAAG TTATTAAACT AAGATAAACT 
GAAATTTGGA AACAGAGTAT TTTAAACAGA AGAGAATAAG GAGAAATATA AAAAGATGAT 
GCTTTGTTAG AAAGCATCAA TTTGTATGTA AATTAAAGAT TGTAAGAAAA AGTATTTTCT 
GAATAAGAAG AAAATTAATA AAAGCCTAAA GAAGTTGATG CTCTGAGCTT TATTATGAAT 
TCTTTTATTT AGAAGAAAAC TGATCTTAAT TATCACACCC CTCTTTTAAG TGTGGTAGCT 
AACGGTGGTA TGGGTAAATC AATGCTCTTC AAAAAAATAG AAATGGAGTT ATTAGACGAT 
TTTAGTAAGG ATTCTTAGCA AGCAGTTTAT GAAAGAGTTC CTATTATTAT AAAAATGGCT 
GATTTAGATT CAGAAAATCC CAATTTAATT TCTTACTTAG ACAACTAGCC TATTTTTAAA 
GAATTAAGGC TAGATGCTTC TGTGTTAAAA ACATCTGAAT TAAAAAAGCT AATTTTATTT 
GATGCATTTG ATGAATACAA AGGTAAACCT TTTAATCTGT GGACGACTTT CAATTTAACT 
GAGTGGAAGA ATACTAAAGT GATTGTATCC TCAAGAGAAG AAAATTTATC TAAAGATGAT 
TATAAACTTT ACTTTTCTGT ATCTGAGGGT AATGATTAAG AAAAAAAGAA CCAAAATTTC 
TTAGTTTATA AACTGATCAA ATTTGGAAAA GAATAGCTGC TAGAATTTGC GAAAAAATCA 
TTCAATCAAG AATAAAAATA GGATACTGAT CAAAAGCGTG TAGATTTACT TGCTTCGTTC 
ACTTAAATAA TAGAAGAAAA CTCTCAGATA TTAAAGTTAA TCAGTCTTCC TATAAATGCT 
TTTATTTTTA TTAGAACTCT TCCTTCTCTT TTAAGCTAAA ATTCAAATAT TTCAATTAGA 
AATTAGACAG AATTGTAGGA AATATTTTTT AACTATTAAT TTGAAAGAGA TTCTTTGTTG 
TAGCCTAGAG CAGGAACTGA TTAAGGTTTA AGAGAATTAT ACAAAATGTA ATTCTTTGAT 
CTTTTCTAAA GAATAGCTAT TAATATGTTT AAATAATCTA TCTTAAGCGT AGACATTTAC 
GATGTTTAGA TTGATCTTTT ACCACAGATA AAAAAGAAAT TGAACTCTCA AGAATAAAAA 
TAGCTTTTAC AATTCTTGTA AGATTATCGC AACCCATAAA TAATTACTCT GGCTGATGAT 
ACAGGAAGAG ACTTATATAC AGTTAAATTT TTACACAAAT CGTTATATGA ATATTTTGTA 
GCTAGAGCTA TGAAGTTTGA CTTTGACAAG CTAGAATGGA ATAATCAAAA GCTGATTGAT 
TTATCATTTG AAGAAATATC TAAATTTGCA ATTAATAGCA GATATATTAT GGTAAAAGGT 
AAAAGTGAAA TTTGTATTTT GTAATAATTC GCTAGAATGA TTAAGCCTAT CATATAAAAG 
AGAGAATTCT TGCAACAATG TGAGAAGGAA GAGTCAATAT AGGGCTAACA TAATTTTATA 
TAGATTATGC TCTTAACTAG AAAGCAGTTC CATGGAGAAA AGCTAGATAT TGCGTCTTCC 
AATATGCTTA GTGCTATAGC AAACAGCAAA ATATCTCTAA CAGGATTAAA GTTAACAAGG 
TGCTCCTTCA AGAAAGCATA TTTATATTAT TATAGAGGAA ATATTGATTT CACTGGATCT 
AATTTAAAAG AAGCAATGCT CGGTTAGTGC TTAGCTGATT ATTCAAGAAG TAAAACTGAA 
TATGCTTAGA CTTAAGATTC GATTAGTGAT TGGAAAAGCG ACTCCATTTA CTCTTTTAGT 
TGCTGTGTTA TTCCTTCAAA TTAAAAAAAT AATGATAAAC TAAGCATAAT TACAGGCTCA 
TTTAGTGGAT TTGTAAATTA ATATGTTCTT GAGTTAAATG GAAATTATTC AAAAGATAAT 
AATCAATTTT ATGTAATTCC TTCAAAGAAA ATGTACGAAA TAACAAAATC AAAAAGATTA 
TATAAAGGAG AAATAACTAA CATCGAATAA TTCGAAAACA AATATTTTGT ATCACAGAAA 
AAAAATATAA TTGTTCTTGA TGAAAATGGA GAAGAAATTT TTATATTTTA AGCTCACACA 
TAAGATATTA AATTTATAGA CATTAACTAC TAATTAAAGC ACTTGGTGAC TTGCGATATA 
AATAAGTAAT TGAGATTTTG GAATATCTCT AAGCAGTTTC AATTAATATC TTCATTTGAT 
GAAGTGCATT AAGAAGTCAT GACTTCGATT TGTTATTCTC AGACCTAAAA TATTCTAGTG 
AGTTCATCGA AAGGAAAAAA ATGCAAAGTT TGGAAAATGG AAGGAAGTGA ATATGTGATG 
AAGTATGAAA TTGATGTGGG ACAGCCAGTT GACAAAATGA TTTTTACGCC AGATGGAAAA 
TAGATCTTAG TTTCTCAAGG ATTCATGAAA GGTTTAGTTA CTATTTCTCT TGATGAAAAT 
AAATCAGAAG AGAAGTAAGC TACTAATCTT ACCATTCCTT TTGCAAGCAA AATGAAATTT 
TCACCTGATA ATAAATATTT GGCAATTATA TGCTCAAATT CAACATCGAT ATTTGATGTT 
AACAAAAAAT ATGAAAAAAT TCAAACTCTT TAATTCAATT CTTATGAGTC TTCTCCTATA 
GATATTGCCT TCAGTAGCAA TTCAAAATAT ATTGTAGCTA CAGGTTATGA TAGCAGCTGT 
GCAGTTTGGG ATATTTCTTA AGACTTCAAA TTAGTTAGTA GTATTACAGG TCATTAATCT 
AGTATTCTCA ACTTAAGTTA TTCACCTGAT GGTAAATATA TATTTAGTAC ATCAAGATAC 
TATATTTTCG TTTGGCAAGA AATAAAATTA CGAGATGGCT CCTTAAATTA TGAGGTAATA 
TCTACAATAT CATTAGACAA TTACTATTAT ATTGAAGGAT TAGCTTTCTT AAATAATTAG 
AGTCCTAATC ACTATAAGTT TTCAATAATT AGCAATGCAA GTTACTTTAC ACTTTATGAA 
TTTAATTGTT CAGATAATAA AATTTCTTTA ATAAAAAACT GTAATATTGA AGATCAGTAG 
AACAGATAAA AACCTGTAGC ATTATAATAT TAAAAAAGCG ATAAATATTT ACTTTCTGCA 
ACTACTTAGG AATTAAATTT ATTTGATGTT GCATCTGATT ATACTTTAAT CAGATAATTT 
TCACCTAATA CAGCAGATTA AAAAATAACT TGTAGCTGCT TTTATTCAGA TTTACAAAAA 
GACTTCCACC TATTAATAAT TGGGTACAGT AGTAATACAT TTGACTTATG GGATATTTCT 
GAAAGAAGTT TAATTGAGAA ATATAAAACA GTTACAGTGC AAGGTTCGCT TGCTAAAATG 
ATTTGCTCTC CATGCGATAC AATTTTAGCA ACTGTGACAT CTGATAATAT AATTTAATTG 
TGGCACACTC AAAAAGATTT TGCTCTATAT ACAACAATAA GTGCTGTAAA AGACACAATA 
TATTCAATAG CATTTAGTTA AGATTCTCAA TTCCTTAGCT GCATTACTGA AGACAAGAGC 
ATCAAGATTT TCTCTTAATA GAATAACTTT GAAACATTTA AAATGTTGAA ACATGATATT 
GACACAACAA TAGGCTGTAT TTCATTTCAA CCTAATAATT CTTAATAGTT AATGACTTCA 
TTGAATAATG AAATTACTAT TTGGAATCTT TAAGAGACTT ATGAGATAGA TGATAATTTA 
TAAGGCCACA CTGAAAGTAT ATCATCGACA TGCTTTTCTT ATGATGGTAG TTATTTAGTT 
ACTGCAAGTT CAGATTCTAT AATGAAACTT TGGTACAATT TATCAGCTTA AGATAAGAGT 
CTGATTCCTT TGTTTGAGTT AGTCTCTACT ATAAAATTAA ATACTCCTAA CAATTATACT 
GTATCAGTAA TAGTGTTCAT GAAGGATAAT AAAAGTTTCT TAACAGGATG TGATGATGGA 
TCAATTAGAT TATGGCTCAT TGAATAATTA TATATAACCC CAGCTTTTAC AATCCAAAAA 
GATTAATAAG TTAAGGCTAT TTCAAGCATT TCCATAGATG CAAACACAAA TAAATATATA 
GCAATGGCTT GTTAAAAAGA GTTCATAAGA TTTTATACTT AAAATACTAA ATAAAAGAGC 
TTAGAATTTT ATAAATAGGT AGATTTTGAA CAAGCCATTC ATTCTGTTTT GTTTTCTCCA 
AATAATAAAT ACCTAGCAGC AGGTACCAAT AACGGAAAAG TTTATATATT AGAAAGTGAA 
GAAAAATCAG ATTAAAACGC TACTTTCAAT GTTTTATGTT AGTTTAATGA TGATGAGTCT 
ACTGAATTTG TAAATAATTT AGCTTTTACC AAAGACAGTA AATACTTAAT AGCTGCTTTT 
TTCAGTAAAA TTCTATTGGT ATATGACATA GAGAATAGAG TTGTTACTTA AAAAGTTACT 
TATTCTGATA TTTGTAGCCG TTTAGAAATC TCAGGAGATG GAAAAATCTT AGTACTTTCT 
AGCTATAAAA ATGCATTTTA TTTATTTACA TGTAATTCAG ATTCTGAAGA TAGAAAAGAA 
ATCTTAAAAT ATATTAAAAA GAACACTGAT CACTCTAATT CTATTTTTTC TATAAGTATT 
TGTTAGAGTT CTAATTTATT GTGTTCTGGC TCACGTGACT CAACATGTAG GTTATGGGAA 
TTTTCAAATA GCTAAAATGA TATTTTAGTT AAAAATATCC AAACTCTTTG A