TTHERM_00283880 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00283880
Entrez Gene ID	7829792
Full Name	transmembrane protein, putative
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001018244.2	XP_001018244.2	transmembrane protein, putative

Pathways from BioSystems
Gene Ontology

The following TTHERM_00283880 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00283880 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
OTe49449	XM_001018244.2 Latest version!	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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_00283880 ( XM_001018244.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001018244.2 Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

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CloneID	OTe49449
Clone ID Related Accession (Same CDS sequence)	XM_001018244.2
Accession Version	XM_001018244.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6900bp) 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	transmembrane protein, putative
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_002476370). On Jun 9, 2015 this sequence version replaced XM_001018244.1. COMPLETENESS: incomplete on both ends.

ATGAAAGATT AAAGCAAAAG AAAATAAAAT GAAGATTTAA ATTTAAATAA AGATCAGCAA 
TCAACAACAA TTTAATTGAA GGATCAGCTT GGATAATTAA AAGGTTAATT TAAGCAATAG 
TAAATTGATT AGAGTAGAAG GAGTTGTGAT TTTAACTTGT CTGAGCGTTT GTTTGAGACA 
TATACTTAAT ATTTCCATAA AGTCTTATAC AAGATTAATA AGCCGCTGTG GCTATCACTT 
ATACTTTTAT TCATTAATTT TTTACAAATG TAAATATTAA GCTTCACAAG CGATCTAAAG 
AATAAAATCA GCAATTTATA ATATGAATCT TATGCAAATG ATCTTTATAA TATATTAGAA 
TATAGTCACT TTCTTAAGGT AATTAATATT GTCACAAAGA ATGATGATAG ATTAAGCTAG 
CACATAATGA ATATAATTTC TTTCTCTTTC AACCTTCAGT TTTTATTGTT TTTAACTTTG 
GCTGTTATCA TGAATCTCAA AAAAGATAAT AAAGGAAATA TTTTAATATA AATTTTTCTG 
ATTTTTGAAT CTATATATCT ATAATTATTT GGCTATATAT TCTACGTTCC TTAAATCTAC 
TCTGCTTCTA TTATTATTTT CAATGACAAC TTTTAAGATA ACCCGATTTA ATTCTCATTT 
GCTTCTATTT CTCTTATCTT AACCATAATA GTAGGTTTTA TATTTCATAC ACATGACTTT 
GATTACAGAT TTATATTATG CAATCATTTA TCAAAACGAC ACAGTAACTG GTCCTTTGTT 
AGGATGATTA GCGAAACTCT TATTACTGGC CTGTTTTCTT AAGGATCTAA TGGATGGCTA 
ATTAATTTAC TGTTATTACT TACAGGCATA TTAAATATTT TAGAATTTAT AATTTCCTTA 
CCATTCTATT CTAAGAGCGT TTAAGTTTTA TTTGTTTCAT TAAGCATCAA TAGAATATTT 
ATGAGCTTGA TCTTCTTTAT CTATCTGATC AATGTTTAAA TGAATTCACT TTTAATAGTT 
TAAGTTTGCG TTGTCACAAT TTGCTTCGAA TTGGGAAGAA GGATTCATTC AGTTAGATAT 
AGATATATTT TGTTTAATCT AATTTCTCTT AATTAAACGA ACAAAAAGGG ATTTTCACCA 
AAACTATTTG ATTAGATTAC TCGCTACATT TATTACAATT ATGACTACTT CTATGAAGAT 
TACATGGTAA ATAAGACAGG AGTTTTTTAT GAGACCGTCT ATCTTAATCA TATTTAATCT 
TGCTTCAAAT AAAAATGTTA TTGTCACTCC ATTTAAACTG ATAGTCAATA TGATATTAAT 
TTCTTAGGTG ATAAAAACAG AAAGTCTTTC ATGGACTTTT TTCTCATGGA AATTATGGAA 
AATTATATAA ATTAGTTTAA AAATGTTGAA GATAATTACA AAAAATTCAT TTACACTTAC 
ATTAATTTTT TAATCGATGT GAAATCAATT CCTTAAAAAG TAAGTTACGA GCTCCTTAAA 
ATGAAAAACA ATTCGCTTCA TAATTATAAT AACTCGCAAG ATAACAGCAA ATAAACCTTA 
GGCTCACAAA AAAGTGGAGG TGTTTCTTCG TTTGTTGAAT GCCTCATTTA TGAATAAATG 
AAAGAAAGGT CTGAAAAAAA ATTTTCTTTG TATTATTCAA AGGACGAATT TTAGAATTAA 
AGGCTAAATT TAGAATTGGT CATTGAATTT GATGATCTTC TAAATAGTTC ACATATATTT 
CTTTAAGATA TTGTTTATTT ATAAGGAACA TTTTATGCAT TTTTGTCTTA AGATTACCTG 
AATATAGAAT AGATAGAAAA TAAAGGCAGA TAATTAAAGC AGAGGAGAGA TTTTTTAAAA 
CAGTACATTT AGCGCATGTT TGATATAAAT TATTCTAACT CTACCTTAAT TGAAATAGCA 
TTAATTTATA GTCAGTCGTT AGATTTTGAA AATAAAAGTA TAAGAGAATA CATCAAGCAA 
AGCAAAAGAT TGATAATTAG GAATTTAAAG AAAGAAGATT TGAATATCGA CCTCTTCAAA 
AATGAATCTT GTACCTTAAA AATTTCTCTT TTAAGTGAAA TGGCTATAGT GAAATAGGTC 
TCAAGTTAAT TCGAAACAAT TCTAGGATAT TCTCAGAAAG AGATTTAAGA ATAGAAAGCT 
AGCTTAATAG TTCCAGGTTT TTTCCAAAAG CCTTTCTAAG ATTATATTCA TTAATTTATA 
AATTCAAACG ATTTTAGCTA AATTCTTTGT TCTAAGATGC TAGTTTTCCC ACTTAAATTC 
TAAGGATTTA TTCTACCTAT GTATATGAGA TGTTGCACGT ATTAATCGTT AAACGACTTT 
GGAGTATGCG CTTACCTTGA AAAAGACGAT TAAAAAAAAT AGTATATTAT TATAGATGAT 
TCTGGATTAA TCCTTGATAT TTCAGAAGAA ATATTTAATT GTGCATTTTC TTTCGGAAAT 
AATAAATTGC AAAACATCAA AAGAGTTGAT TTACTCAAAA TTTTACCTGT TTTAGGATGT 
TTACTGAAAT CTAAAAATGA TGAATAATAA GAATTTCTAA ATGTGGGAAA TGGAAAGAAA 
ACAACAAAAG AGATACAAAC TTTAATGATT ATCAATCCTC GAATTCAAAA ATAATACATA 
GATACAACTA ATAGCTTAGA AGAATATTAT AAAAAGACGT TTTCACAGTT TAAAGGAAAA 
GGATATCGTT ACATTTTAAT TTAATGGAGT TTTTAAGAGC AACTATTAAA TTAAGGACAA 
AGTATTAAGT ATGTTCAAAT AACAAAATTC AGAAAACTAG ACACATAGAA ATATGCAAAT 
CTGATAACGA TGCAGATAGA ATGTGCTAAG CATTTTATGA ATACTCACTT AGATTTGAAT 
TTAGCTATAG ATGTTGCTTC TTATATAAAT CTATTCCAAG CAGGTGTATC AACAACATTG 
ACTAACTAGT CAACTTTTAA TTAAAGAACA GATACAAGGT TATACAATAA AACTTTTTTA 
AAATCGATTA TGCAATTCGA AAGCTTGATT ACTTCAAGGC ATTTGGGCAA TAACTACTTG 
TTAAAGCAAG TATAGCAGTA GCAAAATAAT TAGGCTAATT AAAGTACAAA TACAACTGCT 
GTAAATAGTA CTTATGCTAA CCAAAACCAT TCGTCTTCTC TAAATTCAGA GTTTTAAATA 
AATAAATAGT TGGGTAAATA GTTGTCTTTA ATTTAGACTT AAGCTAAAGA TTATTTGGCA 
AATAGCCATC ATCATATAAA TTCTCTTTAA TATGCTAAAA GTCTGCATCC AGAAACCAAG 
TAAAACTCTT TAAGCAAGCT TGAGAAAGAT AACATCTAAG AATCTTCTGA TTTAGATTAA 
GATATTAATG TATTTTCTGA GAGATAGATA ATGAACAAAT AAGCCACCAA TATAAACTTA 
GAAGAGTCAG AAGTAATTGA AGAAAGTTAA TAATAAAGCG AAGATCTCAC TGCTATTTAT 
TCATATAAAA AAAAGACTTT CTTAGCACCT AAATAAAATT TGCTTGCTAA AAACATAGCT 
AATTCTTTAG AAAATTTGTA ATATTAATCT CCAAGAGGTG CTTATAATGA AAAGGATTTG 
AATCTAATTG CTCAATCTCC TTTGATGCCT TTATCTCCTA AATTTAACGA AAACTCAAAT 
CTTATTTAAG AAAAAGAAGA ATTAGTAGAT TAAAGTAAGT TAGAATATAC TGCCAACATA 
GAAGCCATTG ATTAAAGTCA TTTAAATCCA TCATTTATTA TTTCAAATAA CAACTTATTA 
TCAGGTAGGG CATAACCAAT TATAGTATCT TAAAAGCCAA TTATTAATTT ATAGAGTAGT 
TCTAATAATC CATTATTTTC TTTAGAAGTG TTTGATGAAA ATCACATACC TTTAAATCAT 
AGTAGGATTG AAGCTTATAA TAATACTTCA TCTTAGCAAA TTTCCTTGAA TAATTTAGAA 
AAAAACTCTA ATAGTTATAA TAAAAGCTAA TTTGCTAATT AAGACAATTT TTATGAAAAA 
ATAGGTGACA ATATTGTTGA AAATAATAGA TCCTATTAAA ATTTAAGCAA CTAAAGCTCT 
TTAGCAACCG GTCATTTTGC CTATAATAAT GCTCCCAATA ACTAATATAA TATAAATATT 
CCTAGTACCC AAGTTAATAA TAGTAATAAT AATACTAATA ATAATAATAA TAATAATATT 
AATAATAATA ATAACAATTA AAATTCTATT TAATCTATAT AAGAGATATA AGCAGGCTAA 
TCAACACCTA CTTCATCTTT AAAATAAAAT TCCTAAGGTA ATAATGTTGC AAGCAATTTA 
AATAACCCAA GTACTGCTGC TTTTTTGAAT AAAAAGTTTA ATAGCACCTT AGATGGTATA 
GCCTTTAATG GTGTTGCTTA ATAGGCTGCA GGAAGTGGTT CAAATATGAG CTTTTCATCA 
ACAAACTAAA TTAATAGTAT AACCAGCTTA GCTTAGCTAA ATAACATCAG TAATAAAATT 
ATTAAAGAGG ATAGCAAAAG AAGAAAATCT TTATTTAGTT CTCGTAGGAT AACTTCGCCA 
ACGAAAAAAT AAACACACGT TTCATTTAAG AGTAACGAAA AACCTGATAG ACAAGCAAAT 
GATAAAAATT TACTTGATTT AAATAAATAT AACTTTGATC AATTCTAATT TTATGGGGCA 
GACAAATCTT AAGAAATTTG GGAAGAAGAC AGCTCAAGTG GTAGCATTAA TGATGATTCA 
GAGAATTTTT AAAACAAGCA AAAAATTAAT AGCTTAGATG TTGTTAATGA AGAAGCAGAG 
ATAATGGATA TTTCTCATTT CATATAAAAC ACAAAAGAAT CAAATAACTT TAAAAAATCT 
AAAAAGACAA ACGTTGCAGG TTAAAATTAA GATTCAATTC ATTCATCATA AACTCAAAAC 
TCCTCAAGAA GACTCTACGT AATCAAAGTT GTTAGATCGA AGAAACTTTC TAAGCTTTTT 
ATAACTGCTA ATATAGCAGG ATATATTGGA TTACTTCTTC TATTAATAAT GACTTCCGGA 
TTGTATGCTG TATCTTATTC GTATTTTTAG GATCAATACT ATTCAATGGT AAATATGCCT 
TTGTTCAACG ATATGTATTC TTCATTCAGT CATTTAATGA AATGCTCAAA TCAAATCCTC 
TTGTATAAAA ATAATTACTT TTAACTTGAT AAAAATTACT TAAACTAGCT TTAAAAAAAT 
TTAACAAACA TTGAAGTGAC TTTGAATTAA AATTTCAAAG ATAATCTCTA TCAACTTGTT 
TTAAATAAAT AAAATATGGA TTACTTAACA TATGCTTACA ATACAAAAGC TAAAATAAGT 
ATATATCCTA CACCTTATGT ATACGACAAT GTAGTTACTT TGTCAGTAAG TATCCTATAT 
TCTTTTATAA TCCTGTGCGG ATACTTATAT AAATATATCT TTCCTTCTAG TTTGTATGAT 
GCTGTTATTG GAGAAGTATT CAGTGTAGCA AATCTTAGGT CATATTAAAA GTCTATGGAC 
ACAATTTAGA GCATGGCTGT GTAATTTAGC TATAATTCTT TCAATTAAAT AGATAATAAT 
TACAATATTT CATTGTCTAT CATAATAGTT GTTTCTTTTA TAGTTACTAT CATTGTCTAT 
TTTATGAATA TAATGTTTAT TACCAATAGA GAAAATATTT TAAAATTATT TGCTACTTTC 
TCTCCAGAGC TGCTTTAAAG GCTTATAAAT AACTTAGATG AGCAACTAAA GTAATTGTTT 
AGTATAAGAA ATGTCATCAA TTCTACATAA TTAAATACTT TGTAAATAAA TGTAGATAAA 
AAAGGAAGTA CTCATGGGAT AGTAAGTGGT AATTTGAGTA AAGGAATATC GGCATCAGTA 
CACAGCCTTA GTAAACTTTA GCTATATGGA AGAAAAACTA TTTCATTAAC CAACTCATTG 
CCCAAATTTA GTCTTTCTTC AATGTTGATT TGCTTACTAT CACTAGTTAT TGTAGCAACA 
TATCCAGTAG TGAACTTGGT CGTCAAAAAT AATTTGAAAA AAGAGAGCTA AACACAAGTT 
TAGGAGCTCA ACTATATATT ATCTGTACCT GCGCAGCTTG GATAGCTGCT TTAAGCTCAT 
TATGGTACTA TGGGATGGTA ATATTAAGGA TTTTAAGGAG TATAGGATCC AAACAACATT 
TATTACAATA TGACCAACTT ATTCACTATT TAAAATTAAG TTTTGATAAA TAATTTATAC 
TCATTGCTTT CTCTTAGTTA AAGTTTTTAA AGAGACTAAT AAAGTAACTA CAATAAATAC 
TTTTATCCAT TGTTAGATAA AAATGTTTGT GAAGTACTTA AATAAACAAC CAAATATAAC 
GACCCTTATA TGATGAGCAT CTGCAGCACA GTGTTTTCTG GTATATTTGA ATAGGGTTAT 
ATAATTGCCT TAAAAAACTT TTTAGGATTA GTGGATTAGC TTTCTTAAAT ATACAATAAT 
ACAAACTCTT AATAGCTATA AGCTACTCTC ATTTAATGGA ATAATAATAT AAATTAAGGT 
TCTAATTCCT ATAATACAAT TCCTGTACCT GGGTTCGTAG CATTAGATGA TTCTTTTGAG 
CTTATAATTT ACATTTCTGG TTTTTTGAAG GAATTTGTAA TAGAATAATA TCAAAATACA 
TTTTAAAAGA CTTAAACCTA TTTCATTTTA CTTTTTGTTT ACTCTCTACT TATTTTCATT 
CTTCTTTTCT TGCTAGGGTG GTACTAATTT TTTAATTCAC AGCTCGAAAA GATCTACGAA 
TGCAGAAACC TTTTAACAAT TTTCTAGATA TAAACCTTAT TAGAAAATCC ATATATCATG 
TCCTATTTTA AATAAATTAT CTCATATTCT TCAAACAACT CTAACTCTTA ATAAAATTGA

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

RefSeq	XP_001018244.2
CDS	1..6900
Translation	MKDSKRKNEDLNLNKDQQSTTILKDQLGLKGFKQIDSRRSCDFNLSERLFETYTYFHKVLYKINKPLWLSLILLFINFLQMILSFTSDLKNKISNLYESYANDLYNILEYSHFLKVINIVTKNDDRLSHIMNIISFSFNLQFLLFLTLAVIMNLKKDNKGNILIIFLIFESIYLLFGYIFYVPIYSASIIIFNDNFDNPIFSFASISLILTIIVGFIFHTHDFDYRFILCNHLSKRHSNWSFVRMISETLITGLFSGSNGWLINLLLLLTGILNILEFIISLPFYSKSVVLFVSLSINRIFMSLIFFIYLINVMNSLLIVVCVVTICFELGRRIHSVRYRYILFNLISLNTNKKGFSPKLFDITRYIYYNYDYFYEDYMVNKTGVFYETVYLNHISCFKKCYCHSITDSQYDINFLGDKNRKSFMDFFLMEIMENYINFKNVEDNYKKFIYTYINFLIDVKSIPKVSYELLKMKNNSLHNYNNSQDNSKTLGSQKSGGVSSFVECLIYEMKERSEKKFSLYYSKDEFNRLNLELVIEFDDLLNSSHIFLDIVYLGTFYAFLSDYLNIEIENKGRLKQRRDFLKQYIRMFDINYSNSTLIEIALIYSQSLDFENKSIREYIKQSKRLIIRNLKKEDLNIDLFKNESCTLKISLLSEMAIVKVSSFETILGYSQKEIEKASLIVPGFFQKPFDYIHFINSNDFSILCSKMLVFPLKFGFILPMYMRCCTYSLNDFGVCAYLEKDDKKYIIIDDSGLILDISEEIFNCAFSFGNNKLQNIKRVDLLKILPVLGCLLKSKNDEEFLNVGNGKKTTKEIQTLMIINPRIQKYIDTTNSLEEYYKKTFSQFKGKGYRYILIWSFEQLLNGQSIKYVQITKFRKLDTKYANLITMQIECAKHFMNTHLDLNLAIDVASYINLFQAGVSTTLTNSTFNRTDTRLYNKTFLKSIMQFESLITSRHLGNNYLLKQVQQNNANSTNTTAVNSTYANQNHSSSLNSEFINKLGKLSLITAKDYLANSHHHINSLYAKSLHPETKNSLSKLEKDNIESSDLDDINVFSERIMNKATNINLEESEVIEES*SEDLTAIYSYKKKTFLAPKNLLAKNIANSLENLYSPRGAYNEKDLNLIAQSPLMPLSPKFNENSNLIEKEELVDSKLEYTANIEAIDSHLNPSFIISNNNLLSGRAPIIVSKPIINLSSSNNPLFSLEVFDENHIPLNHSRIEAYNNTSSQISLNNLEKNSNSYNKSFANDNFYEKIGDNIVENNRSYNLSNSSLATGHFAYNNAPNNYNINIPSTQVNNSNNNTNNNNNNNINNNNNNNSISIEIAGSTPTSSLKNSGNNVASNLNNPSTAAFLNKKFNSTLDGIAFNGVAAAGSGSNMSFSSTNINSITSLALNNISNKIIKEDSKRRKSLFSSRRITSPTKKTHVSFKSNEKPDRQANDKNLLDLNKYNFDQFFYGADKSEIWEEDSSSGSINDDSENFNKQKINSLDVVNEEAEIMDISHFINTKESNNFKKSKKTNVAGNDSIHSSTQNSSRRLYVIKVVRSKKLSKLFITANIAGYIGLLLLLIMTSGLYAVSYSYFDQYYSMVNMPLFNDMYSSFSHLMKCSNQILLYKNNYFLDKNYLNLKNLTNIEVTLNNFKDNLYQLVLNKNMDYLTYAYNTKAKISIYPTPYVYDNVVTLSVSILYSFIILCGYLYKYIFPSSLYDAVIGEVFSVANLRSYKSMDTISMAVFSYNSFNIDNNYNISLSIIIVVSFIVTIIVYFMNIMFITNRENILKLFATFSPELLRLINNLDEQLKLFSIRNVINSTLNTLINVDKKGSTHGIVSGNLSKGISASVHSLSKLLYGRKTISLTNSLPKFSLSSMLICLLSLVIVATYPVVNLVVKNNLKKESTQVELNYILSVPAQLGLLAHYGTMGWYGFGVDPNNIYYNMTNLFTINVLINNLYSLLSLSSFRD*SNYNKYFYPLLDKNVCEVLKTTKYNDPYMMSICSTVFSGIFEGYIIALKNFLGLVDLSIYNNTNSLATLIWNNNINGSNSYNTIPVPGFVALDDSFELIIYISGFLKEFVIEYQNTFKTTYFILLFVYSLLIFILLFLLGWYFFNSQLEKIYECRNLLTIFITLLENPYIMSYFKIISYSSNNSNS*N

Target ORF information:

RefSeq Version	XM_001018244.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 transmembrane protein, putative partial mRNA.

Target ORF information:

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

XM_001018244.2

ORF Insert Sequence:

ATGAAAGATT AAAGCAAAAG AAAATAAAAT GAAGATTTAA ATTTAAATAA AGATCAGCAA 
TCAACAACAA TTTAATTGAA GGATCAGCTT GGATAATTAA AAGGTTAATT TAAGCAATAG 
TAAATTGATT AGAGTAGAAG GAGTTGTGAT TTTAACTTGT CTGAGCGTTT GTTTGAGACA 
TATACTTAAT ATTTCCATAA AGTCTTATAC AAGATTAATA AGCCGCTGTG GCTATCACTT 
ATACTTTTAT TCATTAATTT TTTACAAATG TAAATATTAA GCTTCACAAG CGATCTAAAG 
AATAAAATCA GCAATTTATA ATATGAATCT TATGCAAATG ATCTTTATAA TATATTAGAA 
TATAGTCACT TTCTTAAGGT AATTAATATT GTCACAAAGA ATGATGATAG ATTAAGCTAG 
CACATAATGA ATATAATTTC TTTCTCTTTC AACCTTCAGT TTTTATTGTT TTTAACTTTG 
GCTGTTATCA TGAATCTCAA AAAAGATAAT AAAGGAAATA TTTTAATATA AATTTTTCTG 
ATTTTTGAAT CTATATATCT ATAATTATTT GGCTATATAT TCTACGTTCC TTAAATCTAC 
TCTGCTTCTA TTATTATTTT CAATGACAAC TTTTAAGATA ACCCGATTTA ATTCTCATTT 
GCTTCTATTT CTCTTATCTT AACCATAATA GTAGGTTTTA TATTTCATAC ACATGACTTT 
GATTACAGAT TTATATTATG CAATCATTTA TCAAAACGAC ACAGTAACTG GTCCTTTGTT 
AGGATGATTA GCGAAACTCT TATTACTGGC CTGTTTTCTT AAGGATCTAA TGGATGGCTA 
ATTAATTTAC TGTTATTACT TACAGGCATA TTAAATATTT TAGAATTTAT AATTTCCTTA 
CCATTCTATT CTAAGAGCGT TTAAGTTTTA TTTGTTTCAT TAAGCATCAA TAGAATATTT 
ATGAGCTTGA TCTTCTTTAT CTATCTGATC AATGTTTAAA TGAATTCACT TTTAATAGTT 
TAAGTTTGCG TTGTCACAAT TTGCTTCGAA TTGGGAAGAA GGATTCATTC AGTTAGATAT 
AGATATATTT TGTTTAATCT AATTTCTCTT AATTAAACGA ACAAAAAGGG ATTTTCACCA 
AAACTATTTG ATTAGATTAC TCGCTACATT TATTACAATT ATGACTACTT CTATGAAGAT 
TACATGGTAA ATAAGACAGG AGTTTTTTAT GAGACCGTCT ATCTTAATCA TATTTAATCT 
TGCTTCAAAT AAAAATGTTA TTGTCACTCC ATTTAAACTG ATAGTCAATA TGATATTAAT 
TTCTTAGGTG ATAAAAACAG AAAGTCTTTC ATGGACTTTT TTCTCATGGA AATTATGGAA 
AATTATATAA ATTAGTTTAA AAATGTTGAA GATAATTACA AAAAATTCAT TTACACTTAC 
ATTAATTTTT TAATCGATGT GAAATCAATT CCTTAAAAAG TAAGTTACGA GCTCCTTAAA 
ATGAAAAACA ATTCGCTTCA TAATTATAAT AACTCGCAAG ATAACAGCAA ATAAACCTTA 
GGCTCACAAA AAAGTGGAGG TGTTTCTTCG TTTGTTGAAT GCCTCATTTA TGAATAAATG 
AAAGAAAGGT CTGAAAAAAA ATTTTCTTTG TATTATTCAA AGGACGAATT TTAGAATTAA 
AGGCTAAATT TAGAATTGGT CATTGAATTT GATGATCTTC TAAATAGTTC ACATATATTT 
CTTTAAGATA TTGTTTATTT ATAAGGAACA TTTTATGCAT TTTTGTCTTA AGATTACCTG 
AATATAGAAT AGATAGAAAA TAAAGGCAGA TAATTAAAGC AGAGGAGAGA TTTTTTAAAA 
CAGTACATTT AGCGCATGTT TGATATAAAT TATTCTAACT CTACCTTAAT TGAAATAGCA 
TTAATTTATA GTCAGTCGTT AGATTTTGAA AATAAAAGTA TAAGAGAATA CATCAAGCAA 
AGCAAAAGAT TGATAATTAG GAATTTAAAG AAAGAAGATT TGAATATCGA CCTCTTCAAA 
AATGAATCTT GTACCTTAAA AATTTCTCTT TTAAGTGAAA TGGCTATAGT GAAATAGGTC 
TCAAGTTAAT TCGAAACAAT TCTAGGATAT TCTCAGAAAG AGATTTAAGA ATAGAAAGCT 
AGCTTAATAG TTCCAGGTTT TTTCCAAAAG CCTTTCTAAG ATTATATTCA TTAATTTATA 
AATTCAAACG ATTTTAGCTA AATTCTTTGT TCTAAGATGC TAGTTTTCCC ACTTAAATTC 
TAAGGATTTA TTCTACCTAT GTATATGAGA TGTTGCACGT ATTAATCGTT AAACGACTTT 
GGAGTATGCG CTTACCTTGA AAAAGACGAT TAAAAAAAAT AGTATATTAT TATAGATGAT 
TCTGGATTAA TCCTTGATAT TTCAGAAGAA ATATTTAATT GTGCATTTTC TTTCGGAAAT 
AATAAATTGC AAAACATCAA AAGAGTTGAT TTACTCAAAA TTTTACCTGT TTTAGGATGT 
TTACTGAAAT CTAAAAATGA TGAATAATAA GAATTTCTAA ATGTGGGAAA TGGAAAGAAA 
ACAACAAAAG AGATACAAAC TTTAATGATT ATCAATCCTC GAATTCAAAA ATAATACATA 
GATACAACTA ATAGCTTAGA AGAATATTAT AAAAAGACGT TTTCACAGTT TAAAGGAAAA 
GGATATCGTT ACATTTTAAT TTAATGGAGT TTTTAAGAGC AACTATTAAA TTAAGGACAA 
AGTATTAAGT ATGTTCAAAT AACAAAATTC AGAAAACTAG ACACATAGAA ATATGCAAAT 
CTGATAACGA TGCAGATAGA ATGTGCTAAG CATTTTATGA ATACTCACTT AGATTTGAAT 
TTAGCTATAG ATGTTGCTTC TTATATAAAT CTATTCCAAG CAGGTGTATC AACAACATTG 
ACTAACTAGT CAACTTTTAA TTAAAGAACA GATACAAGGT TATACAATAA AACTTTTTTA 
AAATCGATTA TGCAATTCGA AAGCTTGATT ACTTCAAGGC ATTTGGGCAA TAACTACTTG 
TTAAAGCAAG TATAGCAGTA GCAAAATAAT TAGGCTAATT AAAGTACAAA TACAACTGCT 
GTAAATAGTA CTTATGCTAA CCAAAACCAT TCGTCTTCTC TAAATTCAGA GTTTTAAATA 
AATAAATAGT TGGGTAAATA GTTGTCTTTA ATTTAGACTT AAGCTAAAGA TTATTTGGCA 
AATAGCCATC ATCATATAAA TTCTCTTTAA TATGCTAAAA GTCTGCATCC AGAAACCAAG 
TAAAACTCTT TAAGCAAGCT TGAGAAAGAT AACATCTAAG AATCTTCTGA TTTAGATTAA 
GATATTAATG TATTTTCTGA GAGATAGATA ATGAACAAAT AAGCCACCAA TATAAACTTA 
GAAGAGTCAG AAGTAATTGA AGAAAGTTAA TAATAAAGCG AAGATCTCAC TGCTATTTAT 
TCATATAAAA AAAAGACTTT CTTAGCACCT AAATAAAATT TGCTTGCTAA AAACATAGCT 
AATTCTTTAG AAAATTTGTA ATATTAATCT CCAAGAGGTG CTTATAATGA AAAGGATTTG 
AATCTAATTG CTCAATCTCC TTTGATGCCT TTATCTCCTA AATTTAACGA AAACTCAAAT 
CTTATTTAAG AAAAAGAAGA ATTAGTAGAT TAAAGTAAGT TAGAATATAC TGCCAACATA 
GAAGCCATTG ATTAAAGTCA TTTAAATCCA TCATTTATTA TTTCAAATAA CAACTTATTA 
TCAGGTAGGG CATAACCAAT TATAGTATCT TAAAAGCCAA TTATTAATTT ATAGAGTAGT 
TCTAATAATC CATTATTTTC TTTAGAAGTG TTTGATGAAA ATCACATACC TTTAAATCAT 
AGTAGGATTG AAGCTTATAA TAATACTTCA TCTTAGCAAA TTTCCTTGAA TAATTTAGAA 
AAAAACTCTA ATAGTTATAA TAAAAGCTAA TTTGCTAATT AAGACAATTT TTATGAAAAA 
ATAGGTGACA ATATTGTTGA AAATAATAGA TCCTATTAAA ATTTAAGCAA CTAAAGCTCT 
TTAGCAACCG GTCATTTTGC CTATAATAAT GCTCCCAATA ACTAATATAA TATAAATATT 
CCTAGTACCC AAGTTAATAA TAGTAATAAT AATACTAATA ATAATAATAA TAATAATATT 
AATAATAATA ATAACAATTA AAATTCTATT TAATCTATAT AAGAGATATA AGCAGGCTAA 
TCAACACCTA CTTCATCTTT AAAATAAAAT TCCTAAGGTA ATAATGTTGC AAGCAATTTA 
AATAACCCAA GTACTGCTGC TTTTTTGAAT AAAAAGTTTA ATAGCACCTT AGATGGTATA 
GCCTTTAATG GTGTTGCTTA ATAGGCTGCA GGAAGTGGTT CAAATATGAG CTTTTCATCA 
ACAAACTAAA TTAATAGTAT AACCAGCTTA GCTTAGCTAA ATAACATCAG TAATAAAATT 
ATTAAAGAGG ATAGCAAAAG AAGAAAATCT TTATTTAGTT CTCGTAGGAT AACTTCGCCA 
ACGAAAAAAT AAACACACGT TTCATTTAAG AGTAACGAAA AACCTGATAG ACAAGCAAAT 
GATAAAAATT TACTTGATTT AAATAAATAT AACTTTGATC AATTCTAATT TTATGGGGCA 
GACAAATCTT AAGAAATTTG GGAAGAAGAC AGCTCAAGTG GTAGCATTAA TGATGATTCA 
GAGAATTTTT AAAACAAGCA AAAAATTAAT AGCTTAGATG TTGTTAATGA AGAAGCAGAG 
ATAATGGATA TTTCTCATTT CATATAAAAC ACAAAAGAAT CAAATAACTT TAAAAAATCT 
AAAAAGACAA ACGTTGCAGG TTAAAATTAA GATTCAATTC ATTCATCATA AACTCAAAAC 
TCCTCAAGAA GACTCTACGT AATCAAAGTT GTTAGATCGA AGAAACTTTC TAAGCTTTTT 
ATAACTGCTA ATATAGCAGG ATATATTGGA TTACTTCTTC TATTAATAAT GACTTCCGGA 
TTGTATGCTG TATCTTATTC GTATTTTTAG GATCAATACT ATTCAATGGT AAATATGCCT 
TTGTTCAACG ATATGTATTC TTCATTCAGT CATTTAATGA AATGCTCAAA TCAAATCCTC 
TTGTATAAAA ATAATTACTT TTAACTTGAT AAAAATTACT TAAACTAGCT TTAAAAAAAT 
TTAACAAACA TTGAAGTGAC TTTGAATTAA AATTTCAAAG ATAATCTCTA TCAACTTGTT 
TTAAATAAAT AAAATATGGA TTACTTAACA TATGCTTACA ATACAAAAGC TAAAATAAGT 
ATATATCCTA CACCTTATGT ATACGACAAT GTAGTTACTT TGTCAGTAAG TATCCTATAT 
TCTTTTATAA TCCTGTGCGG ATACTTATAT AAATATATCT TTCCTTCTAG TTTGTATGAT 
GCTGTTATTG GAGAAGTATT CAGTGTAGCA AATCTTAGGT CATATTAAAA GTCTATGGAC 
ACAATTTAGA GCATGGCTGT GTAATTTAGC TATAATTCTT TCAATTAAAT AGATAATAAT 
TACAATATTT CATTGTCTAT CATAATAGTT GTTTCTTTTA TAGTTACTAT CATTGTCTAT 
TTTATGAATA TAATGTTTAT TACCAATAGA GAAAATATTT TAAAATTATT TGCTACTTTC 
TCTCCAGAGC TGCTTTAAAG GCTTATAAAT AACTTAGATG AGCAACTAAA GTAATTGTTT 
AGTATAAGAA ATGTCATCAA TTCTACATAA TTAAATACTT TGTAAATAAA TGTAGATAAA 
AAAGGAAGTA CTCATGGGAT AGTAAGTGGT AATTTGAGTA AAGGAATATC GGCATCAGTA 
CACAGCCTTA GTAAACTTTA GCTATATGGA AGAAAAACTA TTTCATTAAC CAACTCATTG 
CCCAAATTTA GTCTTTCTTC AATGTTGATT TGCTTACTAT CACTAGTTAT TGTAGCAACA 
TATCCAGTAG TGAACTTGGT CGTCAAAAAT AATTTGAAAA AAGAGAGCTA AACACAAGTT 
TAGGAGCTCA ACTATATATT ATCTGTACCT GCGCAGCTTG GATAGCTGCT TTAAGCTCAT 
TATGGTACTA TGGGATGGTA ATATTAAGGA TTTTAAGGAG TATAGGATCC AAACAACATT 
TATTACAATA TGACCAACTT ATTCACTATT TAAAATTAAG TTTTGATAAA TAATTTATAC 
TCATTGCTTT CTCTTAGTTA AAGTTTTTAA AGAGACTAAT AAAGTAACTA CAATAAATAC 
TTTTATCCAT TGTTAGATAA AAATGTTTGT GAAGTACTTA AATAAACAAC CAAATATAAC 
GACCCTTATA TGATGAGCAT CTGCAGCACA GTGTTTTCTG GTATATTTGA ATAGGGTTAT 
ATAATTGCCT TAAAAAACTT TTTAGGATTA GTGGATTAGC TTTCTTAAAT ATACAATAAT 
ACAAACTCTT AATAGCTATA AGCTACTCTC ATTTAATGGA ATAATAATAT AAATTAAGGT 
TCTAATTCCT ATAATACAAT TCCTGTACCT GGGTTCGTAG CATTAGATGA TTCTTTTGAG 
CTTATAATTT ACATTTCTGG TTTTTTGAAG GAATTTGTAA TAGAATAATA TCAAAATACA 
TTTTAAAAGA CTTAAACCTA TTTCATTTTA CTTTTTGTTT ACTCTCTACT TATTTTCATT 
CTTCTTTTCT TGCTAGGGTG GTACTAATTT TTTAATTCAC AGCTCGAAAA GATCTACGAA 
TGCAGAAACC TTTTAACAAT TTTCTAGATA TAAACCTTAT TAGAAAATCC ATATATCATG 
TCCTATTTTA AATAAATTAT CTCATATTCT TCAAACAACT CTAACTCTTA ATAAAATTGA