TTHERM_01260750 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01260750
Entrez Gene ID	7835080
Full Name	PAS domain S-box protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001029883.2	XP_001029883.2	PAS domain S-box protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_01260750 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01260750 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
OTe60948	XM_001029883.2 Latest version!	Tetrahymena thermophila SB210 PAS domain S-box 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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_01260750 ( XM_001029883.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001029883.2 Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.

Price & Availability↑

CloneID	OTe60948
Clone ID Related Accession (Same CDS sequence)	XM_001029883.2
Accession Version	XM_001029883.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5214bp) 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	PAS domain S-box 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_002476061). On Jun 9, 2015 this sequence version replaced XM_001029883.1. COMPLETENESS: incomplete on both ends.

ATGGGAGAGT CAACTCTCTA AATTAAAAAA AGAGGTGCTG TGAATTTAGA TGAAATCTCT 
TCACTAGAAG CATTTATTTA AAAGATTAAG AATATTACAT TTTAGGTTCT TTCTGTGCTG 
CTTAAAAATG AAGAAGAAGA TGTATTAGGC ATGTACTTTG CAGTGGCAGT GGACTACTTG 
TAGATGTTTA GTTTTCCTTT TAACAAGAAG CTCAAACATG TATGGAAAGC CACTACTTTT 
TTGGATATCA TATTCTAAAT TTTTGATCTA TTTAATATCT AAAACTATAT GCCACGCATA 
AATTTTTATA CTTATTTAGC AGGGGTTTAT TTATTAGTCT TTGTTATTCT ATTAGTTATT 
TTAGATATAT TGTATGTCTC TTATTCCTTT TCGCAAAAGA AGTTTAGTAT TACCTGGCCT 
TTGAAAGTTC TTAACTAAGT TACTTCTTAT TTAGTTACTG TATTCTTTTT ACCTATTACA 
GAGACTCTTA TTTCTCTCTT GGAATGTGAG GAAGAAAATG GTCATTTGGT TCTAGCTAGT 
TTTAACGACT AAGTTTGCTG GCAAGGATGG GTACTATTTC ATCAAATCAT ATCTTCTTTA 
TTCAATTTAA TTTTTGTTAT CATCAGTTCT ATTGTAGCAC TAACTTTCTT TGAGCCTAGA 
ATGACATCTA AAAACAGAAC TGCTAGATAA GACTCTATTG GAGAGGTTGT TTTTATTATT 
ACCAAAGTAG CTTGCTAAGT ATTATTTAAT TTCATTCCTG AGGGAAATGA TTGGTTTTTA 
GCACTTCTAA CATTTGTTTT GAGCTGTGCT CTATTTTGGG CTTACAATTT CGAGGAACCC 
TATTATGATA AAGAGGTTGG AACTTTCTTT AATATAGTTA CTACCTATTA TTTATGGACA 
AACACGATGC TAGTTATTAG CCTTATTTTT TATGAGACGA GCTTTAATGG AGGACTTATT 
ATTTGGATTC TCGGTCTTCC ATTTATCATT TTAATCATGC TAACTAAAAG ATAGAGTAAA 
ATTAAGACTC TTATTGACAG TCAAATGAAA TTTAAAAGTG GTGAATAAGT TCAAAATCAT 
TTAAGGTACG TGCTAACATT GATTCAAAAT TAAAAATATG ATAAAAATTC TTATATGTTA 
CTGATTGGTT ATGTAGAAAA ACACAAAGAA ACATGCACTG AAGAAGATTG CCCTCTAAAA 
AGAAAAAAGA TGAGAAGAGG CAAACAATTA GATATTGAAA TTGAAGAAGT TATTAAAAAT 
TTAATCAGAG AATTAGGAAG GCTTTATCAG AATGGTTTAA GAAAATTCCC AACTTGCACT 
AAACTAAGAC TGTCATATGC TTTCTTTTTG TTAGAAAGAC TGAAAAAGAA AGAAGATGCT 
TTAGCTTAGT TCAAGATAAG CTTGACAACA AAGCCTACTT TTGACGAATA ATTCATCATT 
TATAGATATA TCGAAATGAT TTCATAGAGC TCTGAAGAAG TGGAAGAAGA ATCAGATGAA 
GAGGAAGAAA CAGATGTTGT AAAAAAAATA GAATTTGAGT CTCACTTATC ATAATTTGAG 
GAATACATCA AATTAGCTGC ATAAAGACAC AAGGAGTTTT GGGCTAATTT GAAAGAAGAT 
AACAACATTG CCTTGGGAAG GTTGAATGTT CTTGGTTCTG GTATTAGTCA GTATGTGTTT 
AAGGCTAAAG ACCACTTTAC AAGGATGATT AAAATAAACT CTTCATTTCC ATAGCCTTTC 
AAGGTTTATG GATAGTTTTT AATAAAAGTT CTAAACCAGA AAGAGGCAGG ATTAGAAATG 
GTTTAAAAGG GTAGAGAAAT AGCTTTAGAA TCTGGAAATA AGGGCTAAAA AAAAGAGGAT 
ATAGAAAGCT TTAAAAATGA ACCTATTCCT TTTATTATAA CTTAAAAGAG AAGAGCAGGA 
TAAACTACTA TCTAAAATGT TAATTTATTA TTTTCTGTAT TTTTTTCATA CCAAAGGGAT 
GAAATTATTG GCAAAGATCT CAGCTTTATT TTGCCTAATT TGTACGTTCC TTTCCACGAA 
AGTTTAGTAG ACTAATTTCA AGAAAATGTG AACTAATCTA ATTTTAGAAG TTAGTATTTG 
AATAATCCTT AATAAAGGTT TGCTAAAAAT AGAAACGGAT ACATATTTCC TATTATTTAC 
AATATTCGAC CATTAAATGA AGATTTTACT AAGTATTGTG CCACCTTCGA AGCAGATTAA 
TCAGCTAAAA ATGCTATATT TATTATGATA AATGATAACT TTGAAATTAC TGATTTTTCA 
AGCTCAGCCC TCACAAATTT TGACTTAAAT CCATCTATTT TGAAAAATTA AAAACTTTCA 
ATCAAAATCT CTTCAATAAT ACCTGATTGG GAATAAGATT AAGATACCTA CGTTCTAAAA 
GGAAAAGAGT TTACCTTTAA TCAACAATAA TATTTTTGCA ATAGCACTAA ATTACTCATT 
CCTATTGAAA TCAAAGATGC TTTTGATAAT GATGAGTAAT TTAGATATGA GCTAATTGGG 
TTTCAGCTAA AGTTAGATAA ACTTGAGAAA AATTTAATAT AAGTAGGTCA TAAAGAGTCA 
CTTTAAAATT CATCTCTATA AGATGCTAAG CTACCAGCGG TTGTCTTGTA AGGACCTACT 
ACGAGTTTCA GTTAAAAAAA TATTCAAATA GGTTCTGCAA GAGAGATAAC TTCTTTTTAA 
AACATATCGA TAATGCAGAC TTTAAATACC CCTACATACA ATTCTAATGC AGCCATAAAT 
ACTAGCTATC AAAGTAATAA TTAAAATTTA GCAGAAGGCA ATAATTAGAT AAACAATAGA 
ATTACTAAAT TAAAAATTAA TAACTCTGCA AATAGCAAAA ATTAAACTGA CTTAATAGGA 
TAGTTGGGTG TATAATAAAA TAGCTCTAGG AGTTTAAACT TAAAGAAAAA CCATGGAGAA 
GAATATGAAA TAGAGATTTC ACCCATTGTT CTAGTGGAAT AAAAAAAAAT TATGTCAAAT 
AGTTTATCAG AAAACGAAAT AAATTCATAG AACTAAATTC TTGGAGATGG CAACAAAGTA 
AATAATTTAT CAAGATTCAT TTTTGATTTT TACAAAACGC CTCTCGAAGA TGACTCATTT 
GGAGATGATT AAAATACAAG CTTGAGTTCT AAATTGTAAG ATTAAAAAGA TTATGGAAAA 
GATATCAAAA TTAAAAGGCT AATTAACAAC TAGGTCGTTA ATGTTTACGA AAGTGATTTA 
AATGACATAT AATCTGATGA TGATGATGAT AACGAAGATA GTGTATTTAA TCAAAATAAA 
GAAGATTACT ATTTGTCTAA GAAAGAATAT GTAGTATTTA ATTAGCCTGA TATAGTTCAA 
ATTATAAATA GAGCCTTAAA TACGGAATAC AGACATAAAT CAATTTAACT TTTCGAGTAA 
ATCAGTATCT TATGGTTGCT AATTATTTTA GGAATAAGCA TATTTTAATT TGTATATTCA 
CTGCAACAAC TGAATGATTA TTCTAATTTT ATTGATCTTG TTTAAACACT TTCTGATAGA 
AATACTATAA ATACTTACTT AGTTTCAGAT GTAATTGATT TGGTTTTACT TTCTTAAAAC 
AAGTACTTGT CAGGCTATTT AACTTTTGAA AGCGTTTAGT AAGATATTAG CTCCATAATA 
TAATAGGCAT CTAATTTAAC CTCAAGCATG AGATATTAAG AATTCCAGTT TATTGGTGTT 
GATCATAATT TATACAATAT AAACTTTTAT TCTGGTAAAC TAACCGATCC CGTTGCTGTA 
CAGCAAATTG AACCATAAAA TTTCTTCAAT TTATTAACTT CACTCTGTGC TATCGTTGCC 
AATTAGAATC CATAATAAGT AAATCTAAAT AATGGGATTG TAAACACTAT CATATATAAC 
TACTATAATT TTATTCAAGC ATATATGATG AATTAAACCT AACATATAAG CTAGATTATA 
AGAAATAAAT TAGATTCTAT AGATTATAGT CTTATTATTT CAATAGTTAT TTTAACAGTA 
CTAAGTACTG CAAGTACTAC TAGTCTAATT TTCCTGATGG TATATATAAA AGATGAAAGG 
GAAAACATTC TGTTTTTGTT CTTGGATATC CCTCTCAAGC ATATTAATTA CCTTTATAGA 
AATTGTGATT CTTTTTTGAA AAAATTCACT TCAATTTAAG AAATGATTTA AAAAAGTGAA 
GTTTAAGGCT ACGAGAGCTC TGATGACGAA TAAGAAGAAA TTAATACTGA TTATACTAGA 
TTTAAAGTAA CAGACCATGA CATTGAATAA GATGAAAAGG AGCAATAAAA AGAAATTATG 
AAAAAAAGGA GAAAAAATAT AGAAAATTAT AAAAAAAATA AATTTTAAGG TTAAGAAGTG 
ATGGTGCTCA AGCACCTGTT GATGATAATT TTGTCTCTAG CTTTTGCAAT AGTCAATATT 
TTAACAATGA TGAGCACAAA AGAAGTTGTT AATTTCTTAT GGGAGTAATA CTTCTATGAT 
TTATAAATAG TTTTAAATAT TGGAAATGAT TTAAATGTTT AAAAAATAAT GCTTTTATAA 
TAAAACTATC CAATTGCTAA TACGACTGCT TTCAATTACT CAGTTTAAAA TTATAAATAT 
ATTTTAGGAA GAAATAGTTA AATCGGAGAT TTTAATTTCA AGATAATGAA TGAATAGCTT 
TAAATAAGAG ATCTCTATTT AAACGTATAC TATCAAAATG CTTGCTTGTC GCTGGAAGAA 
CAATCATTAT AATAATAATG TCAAGCAATG ATAGAAGGAA GTATAAAATA TGGAATTGAT 
AATGTGATGT AGTTCTATTT TGCTTTGTTC GAAGCTAATA CTTAAGGCTT AATTGACAAA 
GTCAATCCAG ATAATATTTT GTTTAGAAAA GAGATGGTAG AAGGAGATGT CTCTTTGTAT 
AAGCATATCT ATCCAATAAT GAAATAATTT ACCACGAAAG AAAATGATAT TGTAGATGAA 
GATATTAGCT CAACGAAAAG ACTTTAGACA TTAATTTTGA TATTGTTTAT GTTGTTCTTA 
ATATTTCTAT TTATAATATT TTGGCTACCC AATATTAGCT CCATGAATAC ATAAATAAAC 
AGAACTATAA CAATGCTCGA TATGATACCA CTTAAAGTAA TCAAAGAAAA TCATAAAATT 
AGAATGTTTG TTAAAAAGTT GATAGATTAA TAGAGAAAAA TGTTTAAAAA GTGA

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

RefSeq	XP_001029883.2
CDS	1..5214
Translation	MGESTLIKKRGAVNLDEISSLEAFIKIKNITFVLSVLLKNEEEDVLGMYFAVAVDYLMFSFPFNKKLKHVWKATTFLDIIFIFDLFNINYMPRINFYTYLAGVYLLVFVILLVILDILYVSYSFSQKKFSITWPLKVLNVTSYLVTVFFLPITETLISLLECEEENGHLVLASFNDVCWQGWVLFHQIISSLFNLIFVIISSIVALTFFEPRMTSKNRTARDSIGEVVFIITKVACVLFNFIPEGNDWFLALLTFVLSCALFWAYNFEEPYYDKEVGTFFNIVTTYYLWTNTMLVISLIFYETSFNGGLIIWILGLPFIILIMLTKRSKIKTLIDSQMKFKSGEVQNHLRYVLTLIQNKYDKNSYMLLIGYVEKHKETCTEEDCPLKRKKMRRGKQLDIEIEEVIKNLIRELGRLYQNGLRKFPTCTKLRLSYAFFLLERLKKKEDALAFKISLTTKPTFDEFIIYRYIEMISSSEEVEEESDEEEETDVVKKIEFESHLSFEEYIKLAARHKEFWANLKEDNNIALGRLNVLGSGISQYVFKAKDHFTRMIKINSSFPPFKVYGFLIKVLNQKEAGLEMVKGREIALESGNKGKKEDIESFKNEPIPFIITKRRAGTTINVNLLFSVFFSYQRDEIIGKDLSFILPNLYVPFHESLVDFQENVNSNFRSYLNNP*RFAKNRNGYIFPIIYNIRPLNEDFTKYCATFEADSAKNAIFIMINDNFEITDFSSSALTNFDLNPSILKNKLSIKISSIIPDWEDDTYVLKGKEFTFNQQYFCNSTKLLIPIEIKDAFDNDEFRYELIGFQLKLDKLEKNLIVGHKESLNSSLDAKLPAVVLGPTTSFSKNIQIGSAREITSFNISIMQTLNTPTYNSNAAINTSYQSNNNLAEGNNINNRITKLKINNSANSKNTDLIGLGVNSSRSLNLKKNHGEEYEIEISPIVLVEKKIMSNSLSENEINSNILGDGNKVNNLSRFIFDFYKTPLEDDSFGDDNTSLSSKLDKDYGKDIKIKRLINNVVNVYESDLNDISDDDDDNEDSVFNQNKEDYYLSKKEYVVFNPDIVQIINRALNTEYRHKSILFEISILWLLIILGISIFFVYSLQQLNDYSNFIDLVTLSDRNTINTYLVSDVIDLVLLSNKYLSGYLTFESVDISSIIASNLTSSMRYEFQFIGVDHNLYNINFYSGKLTDPVAVQQIEPNFFNLLTSLCAIVANNP*VNLNNGIVNTIIYNYYNFIQAYMMNTHISIIRNKLDSIDYSLIISIVILTVLSTASTTSLIFLMVYIKDERENILFLFLDIPLKHINYLYRNCDSFLKKFTSIEMIKSEVGYESSDDEEEINTDYTRFKVTDHDIEDEKEQKEIMKKRRKNIENYKKNKFGEVMVLKHLLMIILSLAFAIVNILTMMSTKEVVNFLWEYFYDLIVLNIGNDLNVKIMLLNYPIANTTAFNYSVNYKYILGRNSIGDFNFKIMNELIRDLYLNVYYQNACLSLEEQSL*CQAMIEGSIKYGIDNVMFYFALFEANTGLIDKVNPDNILFRKEMVEGDVSLYKHIYPIMKFTTKENDIVDEDISSTKRLTLILILFMLFLIFLFIIFWLPNISSMNTINRTITMLDMIPLKVIKENHKIRMFVKKLID**RKMFKK

Target ORF information:

RefSeq Version	XM_001029883.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 PAS domain S-box protein partial mRNA.

Target ORF information:

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

XM_001029883.2

ORF Insert Sequence:

ATGGGAGAGT CAACTCTCTA AATTAAAAAA AGAGGTGCTG TGAATTTAGA TGAAATCTCT 
TCACTAGAAG CATTTATTTA AAAGATTAAG AATATTACAT TTTAGGTTCT TTCTGTGCTG 
CTTAAAAATG AAGAAGAAGA TGTATTAGGC ATGTACTTTG CAGTGGCAGT GGACTACTTG 
TAGATGTTTA GTTTTCCTTT TAACAAGAAG CTCAAACATG TATGGAAAGC CACTACTTTT 
TTGGATATCA TATTCTAAAT TTTTGATCTA TTTAATATCT AAAACTATAT GCCACGCATA 
AATTTTTATA CTTATTTAGC AGGGGTTTAT TTATTAGTCT TTGTTATTCT ATTAGTTATT 
TTAGATATAT TGTATGTCTC TTATTCCTTT TCGCAAAAGA AGTTTAGTAT TACCTGGCCT 
TTGAAAGTTC TTAACTAAGT TACTTCTTAT TTAGTTACTG TATTCTTTTT ACCTATTACA 
GAGACTCTTA TTTCTCTCTT GGAATGTGAG GAAGAAAATG GTCATTTGGT TCTAGCTAGT 
TTTAACGACT AAGTTTGCTG GCAAGGATGG GTACTATTTC ATCAAATCAT ATCTTCTTTA 
TTCAATTTAA TTTTTGTTAT CATCAGTTCT ATTGTAGCAC TAACTTTCTT TGAGCCTAGA 
ATGACATCTA AAAACAGAAC TGCTAGATAA GACTCTATTG GAGAGGTTGT TTTTATTATT 
ACCAAAGTAG CTTGCTAAGT ATTATTTAAT TTCATTCCTG AGGGAAATGA TTGGTTTTTA 
GCACTTCTAA CATTTGTTTT GAGCTGTGCT CTATTTTGGG CTTACAATTT CGAGGAACCC 
TATTATGATA AAGAGGTTGG AACTTTCTTT AATATAGTTA CTACCTATTA TTTATGGACA 
AACACGATGC TAGTTATTAG CCTTATTTTT TATGAGACGA GCTTTAATGG AGGACTTATT 
ATTTGGATTC TCGGTCTTCC ATTTATCATT TTAATCATGC TAACTAAAAG ATAGAGTAAA 
ATTAAGACTC TTATTGACAG TCAAATGAAA TTTAAAAGTG GTGAATAAGT TCAAAATCAT 
TTAAGGTACG TGCTAACATT GATTCAAAAT TAAAAATATG ATAAAAATTC TTATATGTTA 
CTGATTGGTT ATGTAGAAAA ACACAAAGAA ACATGCACTG AAGAAGATTG CCCTCTAAAA 
AGAAAAAAGA TGAGAAGAGG CAAACAATTA GATATTGAAA TTGAAGAAGT TATTAAAAAT 
TTAATCAGAG AATTAGGAAG GCTTTATCAG AATGGTTTAA GAAAATTCCC AACTTGCACT 
AAACTAAGAC TGTCATATGC TTTCTTTTTG TTAGAAAGAC TGAAAAAGAA AGAAGATGCT 
TTAGCTTAGT TCAAGATAAG CTTGACAACA AAGCCTACTT TTGACGAATA ATTCATCATT 
TATAGATATA TCGAAATGAT TTCATAGAGC TCTGAAGAAG TGGAAGAAGA ATCAGATGAA 
GAGGAAGAAA CAGATGTTGT AAAAAAAATA GAATTTGAGT CTCACTTATC ATAATTTGAG 
GAATACATCA AATTAGCTGC ATAAAGACAC AAGGAGTTTT GGGCTAATTT GAAAGAAGAT 
AACAACATTG CCTTGGGAAG GTTGAATGTT CTTGGTTCTG GTATTAGTCA GTATGTGTTT 
AAGGCTAAAG ACCACTTTAC AAGGATGATT AAAATAAACT CTTCATTTCC ATAGCCTTTC 
AAGGTTTATG GATAGTTTTT AATAAAAGTT CTAAACCAGA AAGAGGCAGG ATTAGAAATG 
GTTTAAAAGG GTAGAGAAAT AGCTTTAGAA TCTGGAAATA AGGGCTAAAA AAAAGAGGAT 
ATAGAAAGCT TTAAAAATGA ACCTATTCCT TTTATTATAA CTTAAAAGAG AAGAGCAGGA 
TAAACTACTA TCTAAAATGT TAATTTATTA TTTTCTGTAT TTTTTTCATA CCAAAGGGAT 
GAAATTATTG GCAAAGATCT CAGCTTTATT TTGCCTAATT TGTACGTTCC TTTCCACGAA 
AGTTTAGTAG ACTAATTTCA AGAAAATGTG AACTAATCTA ATTTTAGAAG TTAGTATTTG 
AATAATCCTT AATAAAGGTT TGCTAAAAAT AGAAACGGAT ACATATTTCC TATTATTTAC 
AATATTCGAC CATTAAATGA AGATTTTACT AAGTATTGTG CCACCTTCGA AGCAGATTAA 
TCAGCTAAAA ATGCTATATT TATTATGATA AATGATAACT TTGAAATTAC TGATTTTTCA 
AGCTCAGCCC TCACAAATTT TGACTTAAAT CCATCTATTT TGAAAAATTA AAAACTTTCA 
ATCAAAATCT CTTCAATAAT ACCTGATTGG GAATAAGATT AAGATACCTA CGTTCTAAAA 
GGAAAAGAGT TTACCTTTAA TCAACAATAA TATTTTTGCA ATAGCACTAA ATTACTCATT 
CCTATTGAAA TCAAAGATGC TTTTGATAAT GATGAGTAAT TTAGATATGA GCTAATTGGG 
TTTCAGCTAA AGTTAGATAA ACTTGAGAAA AATTTAATAT AAGTAGGTCA TAAAGAGTCA 
CTTTAAAATT CATCTCTATA AGATGCTAAG CTACCAGCGG TTGTCTTGTA AGGACCTACT 
ACGAGTTTCA GTTAAAAAAA TATTCAAATA GGTTCTGCAA GAGAGATAAC TTCTTTTTAA 
AACATATCGA TAATGCAGAC TTTAAATACC CCTACATACA ATTCTAATGC AGCCATAAAT 
ACTAGCTATC AAAGTAATAA TTAAAATTTA GCAGAAGGCA ATAATTAGAT AAACAATAGA 
ATTACTAAAT TAAAAATTAA TAACTCTGCA AATAGCAAAA ATTAAACTGA CTTAATAGGA 
TAGTTGGGTG TATAATAAAA TAGCTCTAGG AGTTTAAACT TAAAGAAAAA CCATGGAGAA 
GAATATGAAA TAGAGATTTC ACCCATTGTT CTAGTGGAAT AAAAAAAAAT TATGTCAAAT 
AGTTTATCAG AAAACGAAAT AAATTCATAG AACTAAATTC TTGGAGATGG CAACAAAGTA 
AATAATTTAT CAAGATTCAT TTTTGATTTT TACAAAACGC CTCTCGAAGA TGACTCATTT 
GGAGATGATT AAAATACAAG CTTGAGTTCT AAATTGTAAG ATTAAAAAGA TTATGGAAAA 
GATATCAAAA TTAAAAGGCT AATTAACAAC TAGGTCGTTA ATGTTTACGA AAGTGATTTA 
AATGACATAT AATCTGATGA TGATGATGAT AACGAAGATA GTGTATTTAA TCAAAATAAA 
GAAGATTACT ATTTGTCTAA GAAAGAATAT GTAGTATTTA ATTAGCCTGA TATAGTTCAA 
ATTATAAATA GAGCCTTAAA TACGGAATAC AGACATAAAT CAATTTAACT TTTCGAGTAA 
ATCAGTATCT TATGGTTGCT AATTATTTTA GGAATAAGCA TATTTTAATT TGTATATTCA 
CTGCAACAAC TGAATGATTA TTCTAATTTT ATTGATCTTG TTTAAACACT TTCTGATAGA 
AATACTATAA ATACTTACTT AGTTTCAGAT GTAATTGATT TGGTTTTACT TTCTTAAAAC 
AAGTACTTGT CAGGCTATTT AACTTTTGAA AGCGTTTAGT AAGATATTAG CTCCATAATA 
TAATAGGCAT CTAATTTAAC CTCAAGCATG AGATATTAAG AATTCCAGTT TATTGGTGTT 
GATCATAATT TATACAATAT AAACTTTTAT TCTGGTAAAC TAACCGATCC CGTTGCTGTA 
CAGCAAATTG AACCATAAAA TTTCTTCAAT TTATTAACTT CACTCTGTGC TATCGTTGCC 
AATTAGAATC CATAATAAGT AAATCTAAAT AATGGGATTG TAAACACTAT CATATATAAC 
TACTATAATT TTATTCAAGC ATATATGATG AATTAAACCT AACATATAAG CTAGATTATA 
AGAAATAAAT TAGATTCTAT AGATTATAGT CTTATTATTT CAATAGTTAT TTTAACAGTA 
CTAAGTACTG CAAGTACTAC TAGTCTAATT TTCCTGATGG TATATATAAA AGATGAAAGG 
GAAAACATTC TGTTTTTGTT CTTGGATATC CCTCTCAAGC ATATTAATTA CCTTTATAGA 
AATTGTGATT CTTTTTTGAA AAAATTCACT TCAATTTAAG AAATGATTTA AAAAAGTGAA 
GTTTAAGGCT ACGAGAGCTC TGATGACGAA TAAGAAGAAA TTAATACTGA TTATACTAGA 
TTTAAAGTAA CAGACCATGA CATTGAATAA GATGAAAAGG AGCAATAAAA AGAAATTATG 
AAAAAAAGGA GAAAAAATAT AGAAAATTAT AAAAAAAATA AATTTTAAGG TTAAGAAGTG 
ATGGTGCTCA AGCACCTGTT GATGATAATT TTGTCTCTAG CTTTTGCAAT AGTCAATATT 
TTAACAATGA TGAGCACAAA AGAAGTTGTT AATTTCTTAT GGGAGTAATA CTTCTATGAT 
TTATAAATAG TTTTAAATAT TGGAAATGAT TTAAATGTTT AAAAAATAAT GCTTTTATAA 
TAAAACTATC CAATTGCTAA TACGACTGCT TTCAATTACT CAGTTTAAAA TTATAAATAT 
ATTTTAGGAA GAAATAGTTA AATCGGAGAT TTTAATTTCA AGATAATGAA TGAATAGCTT 
TAAATAAGAG ATCTCTATTT AAACGTATAC TATCAAAATG CTTGCTTGTC GCTGGAAGAA 
CAATCATTAT AATAATAATG TCAAGCAATG ATAGAAGGAA GTATAAAATA TGGAATTGAT 
AATGTGATGT AGTTCTATTT TGCTTTGTTC GAAGCTAATA CTTAAGGCTT AATTGACAAA 
GTCAATCCAG ATAATATTTT GTTTAGAAAA GAGATGGTAG AAGGAGATGT CTCTTTGTAT 
AAGCATATCT ATCCAATAAT GAAATAATTT ACCACGAAAG AAAATGATAT TGTAGATGAA 
GATATTAGCT CAACGAAAAG ACTTTAGACA TTAATTTTGA TATTGTTTAT GTTGTTCTTA 
ATATTTCTAT TTATAATATT TTGGCTACCC AATATTAGCT CCATGAATAC ATAAATAAAC 
AGAACTATAA CAATGCTCGA TATGATACCA CTTAAAGTAA TCAAAGAAAA TCATAAAATT 
AGAATGTTTG TTAAAAAGTT GATAGATTAA TAGAGAAAAA TGTTTAAAAA GTGA