TTHERM_01364620 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_01364620
Entrez Gene ID	7843714
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001025493.2	XP_001025493.2	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following TTHERM_01364620 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_01364620 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
OTe60595	XM_001025493.2 Latest version!	Tetrahymena thermophila SB210 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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_01364620 ( XM_001025493.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001025493.2 Tetrahymena thermophila SB210 hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OTe60595
Clone ID Related Accession (Same CDS sequence)	XM_001025493.2
Accession Version	XM_001025493.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5574bp) 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_002476093). On May 1, 2007 this sequence version replaced XM_001025493.1. COMPLETENESS: incomplete on both ends.

ATGTCTTTAT CCTGTCCTTA GGGATAGTTT GATAATGATG GGGTTTGCTA ACCTTGTTCT 
AGCTGCAATT TTTGTAACTC GTTAGAAAAT TACAATAATT AGAGGGATTG TTTTCTATGT 
TTATCTAAGC CGCCATACAG CTTAACTTAG AGATTGGATG GATCATGCTA AAAAAATTGT 
CCACCTGGAC TTACTTATAA TGTCTGGAGT CTAGCATGTA CAAATGGTTG TGACACATCA 
CAATGCGTTT GTAATAATTC AAAATGCGAT TCTTGCTTGA ATAGTTCTTA TACAATTTAT 
CCTGATTACA ATACTTGTTA TTTGTGCTTG AATAATTCTA CTTAGATAGG GAATTTATGC 
TTAAAATGCA ATTTGAATTA ATTTGTTGAT CTTCCCAATA AAAAATGCAC TAACTGCGAT 
AAATATGGTC CTTGTGAGAA ATGCGATCAA AATAGATGCT TATAATGCTA CTCTTCAGCA 
TGCTACAATG GATTTGATAG AATATAATGT ATAATTGTTT CATTTGATAT GTTTAAAGTT 
GGAGACATTT GCTTTAATAA GCAGTCATCT TGCAAGACAT ACTCATAGAA ATCTTTAAAA 
GAAGATAAGA AGCAAATTAT TTGTGACGAA TGTGTTGATC CAAGTTATGT TAAATATGAT 
GATGGTTCAT GCTAAAGCTA ATGCTCTTTG AAACATGAAA TTTTTGATGG TGTTTGCTCG 
CCTTGTTCTA ATAACTGTCT TAAATGCCCA AATCTAAATG AATGCACATA ATGCGAAAAA 
AATAAGTTTA TTTTTAACAA TTCTTCTTGT GTTTCTGAAA CAGAATGCAA AAAAAATCCA 
GAATATTATG TAAATACTGT ATCAAAAACA TGTGAAAAGT GCTAAACTGA CAATGGTTTC 
TTTTTCTCTG GAGGTAAGTG CTAGAAATGC CACTCCTCAT GCAAATAATG CTCAGGAAAT 
TTATACAATT AATGTTCTTC ATGTTATGAT GGGTCTGTTT TGTTGAGTGA CAACACTTGT 
TTTACATGTA TGGTTAATGA TGGATACTAC TTAGACAAGT CCAATAACTG CAATCAATGC 
CATTATTCTT GCAAGACTTG CAATGGAGGC TTGGACTCAG ATTGTTTAAC TTGTAAAGGA 
AATTTTGTTT TAGATTCTTT GTCTAAAAAA TGTATTTGCA AGATTAATAA CTGCATAACA 
TGTTCTTCAG ATGGTTCCAT ATGCGAGAAA TGTATCGAAG GATATGCTGG AGCTGATTGT 
TTAGAATGCA ACAAGGTAAC TTTAGGCAAA TACATTGAAA ATAATACTTG CAAAGATTGC 
AATAGTTCAT GCAAGACATG TGTAGGACCA CTTGCAACAG ATTGTATTGA ATGCAAAAGA 
GAGGCATATA AGGTAGATCC ATCAAGTAAA TTATGCTAAT GTGCAATAAA TAACTGCTAA 
TAATGTAATA CAGAAGGTAC TGAATGCTTG AAATGTATTG GAGGATATGC TAAAAAAGAA 
GGTCAATGCA TTTTTTGTGA TGAATAAAAT GGGTTTTTTA TTGATTTGAA TAATATATGC 
TAAAAATGTC ATTCGAGTTG TCTTAAATGC AATGGACCTA ATGAAAATAA CTGTTTATAA 
TGCAAAAATA GTGGATTTAA ATTAGATTTA GCAACTAGTA AATGTATTTG TACAATAGAA 
AATTGTGTTT AATGTTCTGA AGATGGCCAA TCTTGCTAGA AATGTATTGA TAATTATACA 
TATGTGAATA AGGTATGTAC CCTATGTGAC TTAAACAATG GTTATTATCT TGAAAGTGGT 
ATTTGTAAAA AATGTGACGA GTCTTGCGGT AGTTGCTTAG GGCCTACAAA ATATGATTGC 
AAAACATGTG TGTAGAAAGA CTTTAAATAT GATCCAAAAT AAAAATTATG TGTTATTGAA 
AACTGCAAAA CCTTATCTGG TATGAATTGC GTTGATTGTT AAGATGGGTT TGTGTTGAAT 
AAGAACTAAT GCATTTTTTG TGACACTTCA AACTAAAAGT ACATTTAAAA TAATAGCTGC 
TTATAATGTC ATGAAAGCTG TAAAACATGT CATGGTCCTT CTGAGAGAGA CTGTGATGTT 
TGCTAGATCG CATTATTTGA AAAAGACAAA AATAATAACA ACATATGTTC TTGTGCAATA 
AAAAATTGTA AATCTTGTAG TAGTGATGGA AGTAAATGCT TAGAGTGTCT TGATAATTAT 
GTAAATAAGA ATGATTCATG TTAGTTTTGT GATGAGCAAA ATGGTTATCA CTTTAATAAA 
ATTTCAAATA AATGTAATAA ATGTCATGAA AGTTGTAAAA CTTGTTATGG CCCATCAGAT 
GCAGAATGCA AAGAATGCAT CAAACAGTTT TATAAGCCAA ATAAAAATAA TAAATACTTG 
TGTTAGTGTG TATTAGAAAA TTGCGAAAAA TGCAATGAAG ATGGAAGTAA GTGCTTGAAA 
TGTGAAGATA AATACTTTAT CGATAAAGGA ATCTGCCAAT ATTGCGATAT TAATTCATTT 
AATTATGATA AAATAAATTA AAAATGCTAT AAATGCCACT CTTCCTGCTT AACTTGCAAT 
GGACCAACAG AAAAAGATTG TACAAAATGC ATAAATTCTA ATTTTATTCA TGACCCTTCT 
AACTCTAACA TTTGTAAATG CAAAATATAA AACTGTTAAA ATTGTTCTTA AGATGGAAGC 
CAATGCTTGT AGTGTGCTGA TAATTTTAGT CCAAACTAGC AGAAAACTTA ATGTGATTAC 
TGTGAAACTA AAAATTAATT TTTCATTGAA AAATCTACAA ATTCTTGTTT AAGTTGTCAT 
GAAGACTGCA AGACATGTGT TGGCTAGCAA AAAAATGAAT GCACAAATTG CATGCACAAA 
GGATAGACAT TAAATGAAAA AAATATCTGT TCTTGTCCAT AAAGTGAGTG TTTATTCTGT 
CAAATTGATA CAAACACTTA AAAAAACAAA TGCAGATGCG AAAAATGTTA TTGTAAAGTT 
GAAAACTGTG AAAAATGTAG CTAATAAGAT GAAAATACTT GTGAAAAATG CAAAGATGAT 
TTTATTTTGA TGGAAAAAGG ATAAAAATGT TAACAGCTAA CTCAATGCAA AGTAGAAAAC 
TGCTTAGAAT GCTCACTTAA CTCAGAAAAT TCATGTGAAA GATGCAAATA AAATTATCAA 
TTAAATAAAA TCAATAAATG TGTTGAAATA GTAAAAGAAG AATCATATTA ATTTAATTCA 
AAAATTCAAG TAACTAATGA TGGATATAAA ATAACATTAT AATTTTAACA ACCACTTTAA 
TTCAAAGATG ATAATTTGAA AAATATTTTC TCTATCGAAA TAACTCAAAT AAGTAGCTCT 
GATTATTAGT ATGAAATACA AAAGATATCT GAATAGCAAA TTAAAATTAA CATTTCGTTA 
AATATTGCAT GCAAAGAAGA AACGATGCAT TTGAAAATAA AAGACGAAAA ATTTATTTAA 
TTGAATCATC TCTCTAAAAC AGAAGATTCT TTGCTATTAG ACAATTATGT AAAGCTAACA 
GAAGATCAAA AGTAATAACA AAAAGAAATT CAAACAGCAA GCTAAAGTAT TACCTCTACA 
GTTGTGGGAA CAATTATACC TTTGGCACTT CTTGGTAACT TTTATATTGT TTTTAGCATG 
CTCGATATTA CAGGATTGAT CTATTATCTC CTTTATCTAG ACATAAGATA TCCTTTTAAC 
GTGACCAGCT TTTGCAATTT ATTTTAAAAT TTCTAATTTG CTTTCGTCCC AAACATGCTC 
TTACAGTTCC TAGACCCAAA TTACACTCAA TGGGCTCCAA AGAAATTCAT AGAAAATTAA 
TCAGATGGCT ATTTTCTTCA TGGAGCAGGA CAAAGTTTTA CAATCATAAC AATTATAATG 
TCTATATACT TTGGTCTAAA AATACTTCAA CTTGTACCTA TTAAAGCTTT TTAGTAATAT 
ATTAACCAAA AAGTAAAAGG AGGATGGGAA TACAGTGGAT TTCTAGATTT AATTTGGACA 
GTTTATCTCT ACGTCTTAGT CTCTTCGCTG TTGCAAGTTT TCACTTTTGA AATTTATGAT 
AATTCTTCGT ATATTAACTA CATTCTATTT GTAATATGCT TTATAGCTGT TTTTGGTATC 
CCTATAAAAT TTACATAAAT ATTGTACAAA TCTAAAAACA CAAAAGACGA TGAATTTCTA 
AATTAAAGAC TCAGTTCTCT TGTGGCAGGT TTGAAGCTTT TTAATTAAGA TGAGAATACA 
AACGAAGAAT GCCAAAATTT AGATAATCAA AACTAAAATG AAGATGATGA ATTCGTTGAA 
GATAAATAAA ACAAAGAAAA TAAATTAGCA GAAGGCTAAA CAGTTAATAA TAGAGTTGAA 
ATTAAGGTAA TATCGCCTAA ATAATAAAGT AGACAATAAG ATTTAAGTTT TTAATAAATC 
TAAAATGTAA ACATGCAATA AATTACATAA GATTTAAACA TACTTTAAAT CTAAGACTCA 
AACATGCCTT AAAGTATGAA TTTGAAAGAT TAGTAAAGTC AAATTGAGAA TTGTATTGAA 
TAATAAGCAG TAGCTGATGG ATTTGACAAC TAATTTAATT AGAATTCAGC AAAATTCATT 
GATCAACCTA AATAAATTTC AAATATCTTT GGATCTTAAA GAATGTCTTT AGCAAATCTT 
TTGGAAAAAA AATCAACAAG GGAACTTATG CAAATGAAAT ATAGCAAGTA CACAAACATG 
GTTTTGTATT ACAGAAAGAT AATTTTTTCA TGTATAATTG TTTACCTTCA TGATTATACC 
TATGTCTAAA TAGCATTGCT CTCAGTTTTA ACTTTGTCTG TAGCAATTTT CTATTTGTAT 
ATAATGCCTT AAGTTAGTTA TTTTGATAAC CTCAAAAACG GATTAAGTGA ATTAGTTTTA 
ATTATCATCA TTTTTTCAGC CAGCCTTTTA AAGAACGACC CCAAAGACCA ATCAGAAGAA 
GACAGAATTA AGATAGGATG GATCTTTGTA TCTTGCACAT CCCTCATAAT TACAGTTTAA 
GCCTTAGATT TGATATTTGA GCTTTGTAGA AATCTTCTGC AAAGCATCTT GTCTATTTTC 
AGAAAAAAGG TACCAAAAAC AGTGCCAATT GTTGAAGAGA AAAAAGTGAA AAAAAGAAGA 
CCAAGTTGCA AATCAAATCA AAAGTTTGCT CTTTAGGCAA ATAATATCTA ATTGTAAAGC 
AATAAATTTA TTAGCTCGTA ATTTAGCTTA AAGAGCATCG ACCAGATAAG TAAACAAGAA 
GAATAAAACC CTTAAATGTT TGGAGAGTCT CCTTGCCGTA CTAGAATATT AGATGATTTT 
GAGTCATCAA GCCCAGTGAA ATCTTAAAGA AAAAGAAGAA CTCTTAAACT GCAAACCTAA 
TTAAAACAGG TTTCAATCAT TCCAATAAAC GTGTAAAGCA GCAACTTAAA CGCAAATATA 
CAGTCTTATG ATTAAGAAAT ACAGTTATTT GACTAAACAA ACAATATTTA ACCAGCATCT 
GCCTCAAGAT CTTTCATTTA AGATATAACT TCTAGACAAT TTACAAAAAG ATGA

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

RefSeq	XP_001025493.2
CDS	1..5574
Translation	MSLSCPGFDNDGVCPCSSCNFCNSLENYNNRDCFLCLSKPPYSLTRLDGSCKNCPPGLTYNVWSLACTNGCDTSQCVCNNSKCDSCLNSSYTIYPDYNTCYLCLNNSTIGNLCLKCNLNFVDLPNKKCTNCDKYGPCEKCDQNRCLCYSSACYNGFDRICIIVSFDMFKVGDICFNKQSSCKTYSKSLKEDKKQIICDECVDPSYVKYDDGSCSCSLKHEIFDGVCSPCSNNCLKCPNLNECTCEKNKFIFNNSSCVSETECKKNPEYYVNTVSKTCEKCTDNGFFFSGGKCKCHSSCKCSGNLYNCSSCYDGSVLLSDNTCFTCMVNDGYYLDKSNNCNQCHYSCKTCNGGLDSDCLTCKGNFVLDSLSKKCICKINNCITCSSDGSICEKCIEGYAGADCLECNKVTLGKYIENNTCKDCNSSCKTCVGPLATDCIECKREAYKVDPSSKLCCAINNCCNTEGTECLKCIGGYAKKEGQCIFCDENGFFIDLNNICKCHSSCLKCNGPNENNCLCKNSGFKLDLATSKCICTIENCVCSEDGQSCKCIDNYTYVNKVCTLCDLNNGYYLESGICKKCDESCGSCLGPTKYDCKTCVKDFKYDPKKLCVIENCKTLSGMNCVDCDGFVLNKNCIFCDTSNKYINNSCLCHESCKTCHGPSERDCDVCIALFEKDKNNNNICSCAIKNCKSCSSDGSKCLECLDNYVNKNDSCFCDEQNGYHFNKISNKCNKCHESCKTCYGPSDAECKECIKQFYKPNKNNKYLCCVLENCEKCNEDGSKCLKCEDKYFIDKGICQYCDINSFNYDKINKCYKCHSSCLTCNGPTEKDCTKCINSNFIHDPSNSNICKCKINCNCSDGSQCLCADNFSPNQKTCDYCETKNFFIEKSTNSCLSCHEDCKTCVGQKNECTNCMHKGTLNEKNICSCPSECLFCQIDTNTKNKCRCEKCYCKVENCEKCS*DENTCEKCKDDFILMEKGKCQLTQCKVENCLECSLNSENSCERCKNYQLNKINKCVEIVKEESYFNSKIQVTNDGYKITLFQPLFKDDNLKNIFSIEITQISSSDYYEIQKISEQIKINISLNIACKEETMHLKIKDEKFILNHLSKTEDSLLLDNYVKLTEDQKQKEIQTASSITSTVVGTIIPLALLGNFYIVFSMLDITGLIYYLLYLDIRYPFNVTSFCNLFNFFAFVPNMLLQFLDPNYTQWAPKKFIENSDGYFLHGAGQSFTIITIIMSIYFGLKILQLVPIKAFYINQKVKGGWEYSGFLDLIWTVYLYVLVSSLLQVFTFEIYDNSSYINYILFVICFIAVFGIPIKFTILYKSKNTKDDEFLNRLSSLVAGLKLFNDENTNEECQNLDNQNNEDDEFVEDKNKENKLAEGTVNNRVEIKVISPKSRQDLSF*INVNMQITDLNILIDSNMPSMNLKDSQIENCIEAVADGFDNFNNSAKFIDQPKISNIFGSRMSLANLLEKKSTRELMQMKYSKYTNMVLYYRKIIFSCIIVYLHDYTYVIALLSVLTLSVAIFYLYIMPVSYFDNLKNGLSELVLIIIIFSASLLKNDPKDQSEEDRIKIGWIFVSCTSLIITVALDLIFELCRNLLQSILSIFRKKVPKTVPIVEEKKVKKRRPSCKSNQKFALANNILSNKFISSFSLKSIDQISKQEENPMFGESPCRTRILDDFESSSPVKSRKRRTLKLQTLKQVSIIPINVSSNLNANIQSYDEIQLFDTNNIPASASRSFI*DITSRQFTKR

Target ORF information:

RefSeq Version	XM_001025493.2
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_001025493.2

ORF Insert Sequence:

ATGTCTTTAT CCTGTCCTTA GGGATAGTTT GATAATGATG GGGTTTGCTA ACCTTGTTCT 
AGCTGCAATT TTTGTAACTC GTTAGAAAAT TACAATAATT AGAGGGATTG TTTTCTATGT 
TTATCTAAGC CGCCATACAG CTTAACTTAG AGATTGGATG GATCATGCTA AAAAAATTGT 
CCACCTGGAC TTACTTATAA TGTCTGGAGT CTAGCATGTA CAAATGGTTG TGACACATCA 
CAATGCGTTT GTAATAATTC AAAATGCGAT TCTTGCTTGA ATAGTTCTTA TACAATTTAT 
CCTGATTACA ATACTTGTTA TTTGTGCTTG AATAATTCTA CTTAGATAGG GAATTTATGC 
TTAAAATGCA ATTTGAATTA ATTTGTTGAT CTTCCCAATA AAAAATGCAC TAACTGCGAT 
AAATATGGTC CTTGTGAGAA ATGCGATCAA AATAGATGCT TATAATGCTA CTCTTCAGCA 
TGCTACAATG GATTTGATAG AATATAATGT ATAATTGTTT CATTTGATAT GTTTAAAGTT 
GGAGACATTT GCTTTAATAA GCAGTCATCT TGCAAGACAT ACTCATAGAA ATCTTTAAAA 
GAAGATAAGA AGCAAATTAT TTGTGACGAA TGTGTTGATC CAAGTTATGT TAAATATGAT 
GATGGTTCAT GCTAAAGCTA ATGCTCTTTG AAACATGAAA TTTTTGATGG TGTTTGCTCG 
CCTTGTTCTA ATAACTGTCT TAAATGCCCA AATCTAAATG AATGCACATA ATGCGAAAAA 
AATAAGTTTA TTTTTAACAA TTCTTCTTGT GTTTCTGAAA CAGAATGCAA AAAAAATCCA 
GAATATTATG TAAATACTGT ATCAAAAACA TGTGAAAAGT GCTAAACTGA CAATGGTTTC 
TTTTTCTCTG GAGGTAAGTG CTAGAAATGC CACTCCTCAT GCAAATAATG CTCAGGAAAT 
TTATACAATT AATGTTCTTC ATGTTATGAT GGGTCTGTTT TGTTGAGTGA CAACACTTGT 
TTTACATGTA TGGTTAATGA TGGATACTAC TTAGACAAGT CCAATAACTG CAATCAATGC 
CATTATTCTT GCAAGACTTG CAATGGAGGC TTGGACTCAG ATTGTTTAAC TTGTAAAGGA 
AATTTTGTTT TAGATTCTTT GTCTAAAAAA TGTATTTGCA AGATTAATAA CTGCATAACA 
TGTTCTTCAG ATGGTTCCAT ATGCGAGAAA TGTATCGAAG GATATGCTGG AGCTGATTGT 
TTAGAATGCA ACAAGGTAAC TTTAGGCAAA TACATTGAAA ATAATACTTG CAAAGATTGC 
AATAGTTCAT GCAAGACATG TGTAGGACCA CTTGCAACAG ATTGTATTGA ATGCAAAAGA 
GAGGCATATA AGGTAGATCC ATCAAGTAAA TTATGCTAAT GTGCAATAAA TAACTGCTAA 
TAATGTAATA CAGAAGGTAC TGAATGCTTG AAATGTATTG GAGGATATGC TAAAAAAGAA 
GGTCAATGCA TTTTTTGTGA TGAATAAAAT GGGTTTTTTA TTGATTTGAA TAATATATGC 
TAAAAATGTC ATTCGAGTTG TCTTAAATGC AATGGACCTA ATGAAAATAA CTGTTTATAA 
TGCAAAAATA GTGGATTTAA ATTAGATTTA GCAACTAGTA AATGTATTTG TACAATAGAA 
AATTGTGTTT AATGTTCTGA AGATGGCCAA TCTTGCTAGA AATGTATTGA TAATTATACA 
TATGTGAATA AGGTATGTAC CCTATGTGAC TTAAACAATG GTTATTATCT TGAAAGTGGT 
ATTTGTAAAA AATGTGACGA GTCTTGCGGT AGTTGCTTAG GGCCTACAAA ATATGATTGC 
AAAACATGTG TGTAGAAAGA CTTTAAATAT GATCCAAAAT AAAAATTATG TGTTATTGAA 
AACTGCAAAA CCTTATCTGG TATGAATTGC GTTGATTGTT AAGATGGGTT TGTGTTGAAT 
AAGAACTAAT GCATTTTTTG TGACACTTCA AACTAAAAGT ACATTTAAAA TAATAGCTGC 
TTATAATGTC ATGAAAGCTG TAAAACATGT CATGGTCCTT CTGAGAGAGA CTGTGATGTT 
TGCTAGATCG CATTATTTGA AAAAGACAAA AATAATAACA ACATATGTTC TTGTGCAATA 
AAAAATTGTA AATCTTGTAG TAGTGATGGA AGTAAATGCT TAGAGTGTCT TGATAATTAT 
GTAAATAAGA ATGATTCATG TTAGTTTTGT GATGAGCAAA ATGGTTATCA CTTTAATAAA 
ATTTCAAATA AATGTAATAA ATGTCATGAA AGTTGTAAAA CTTGTTATGG CCCATCAGAT 
GCAGAATGCA AAGAATGCAT CAAACAGTTT TATAAGCCAA ATAAAAATAA TAAATACTTG 
TGTTAGTGTG TATTAGAAAA TTGCGAAAAA TGCAATGAAG ATGGAAGTAA GTGCTTGAAA 
TGTGAAGATA AATACTTTAT CGATAAAGGA ATCTGCCAAT ATTGCGATAT TAATTCATTT 
AATTATGATA AAATAAATTA AAAATGCTAT AAATGCCACT CTTCCTGCTT AACTTGCAAT 
GGACCAACAG AAAAAGATTG TACAAAATGC ATAAATTCTA ATTTTATTCA TGACCCTTCT 
AACTCTAACA TTTGTAAATG CAAAATATAA AACTGTTAAA ATTGTTCTTA AGATGGAAGC 
CAATGCTTGT AGTGTGCTGA TAATTTTAGT CCAAACTAGC AGAAAACTTA ATGTGATTAC 
TGTGAAACTA AAAATTAATT TTTCATTGAA AAATCTACAA ATTCTTGTTT AAGTTGTCAT 
GAAGACTGCA AGACATGTGT TGGCTAGCAA AAAAATGAAT GCACAAATTG CATGCACAAA 
GGATAGACAT TAAATGAAAA AAATATCTGT TCTTGTCCAT AAAGTGAGTG TTTATTCTGT 
CAAATTGATA CAAACACTTA AAAAAACAAA TGCAGATGCG AAAAATGTTA TTGTAAAGTT 
GAAAACTGTG AAAAATGTAG CTAATAAGAT GAAAATACTT GTGAAAAATG CAAAGATGAT 
TTTATTTTGA TGGAAAAAGG ATAAAAATGT TAACAGCTAA CTCAATGCAA AGTAGAAAAC 
TGCTTAGAAT GCTCACTTAA CTCAGAAAAT TCATGTGAAA GATGCAAATA AAATTATCAA 
TTAAATAAAA TCAATAAATG TGTTGAAATA GTAAAAGAAG AATCATATTA ATTTAATTCA 
AAAATTCAAG TAACTAATGA TGGATATAAA ATAACATTAT AATTTTAACA ACCACTTTAA 
TTCAAAGATG ATAATTTGAA AAATATTTTC TCTATCGAAA TAACTCAAAT AAGTAGCTCT 
GATTATTAGT ATGAAATACA AAAGATATCT GAATAGCAAA TTAAAATTAA CATTTCGTTA 
AATATTGCAT GCAAAGAAGA AACGATGCAT TTGAAAATAA AAGACGAAAA ATTTATTTAA 
TTGAATCATC TCTCTAAAAC AGAAGATTCT TTGCTATTAG ACAATTATGT AAAGCTAACA 
GAAGATCAAA AGTAATAACA AAAAGAAATT CAAACAGCAA GCTAAAGTAT TACCTCTACA 
GTTGTGGGAA CAATTATACC TTTGGCACTT CTTGGTAACT TTTATATTGT TTTTAGCATG 
CTCGATATTA CAGGATTGAT CTATTATCTC CTTTATCTAG ACATAAGATA TCCTTTTAAC 
GTGACCAGCT TTTGCAATTT ATTTTAAAAT TTCTAATTTG CTTTCGTCCC AAACATGCTC 
TTACAGTTCC TAGACCCAAA TTACACTCAA TGGGCTCCAA AGAAATTCAT AGAAAATTAA 
TCAGATGGCT ATTTTCTTCA TGGAGCAGGA CAAAGTTTTA CAATCATAAC AATTATAATG 
TCTATATACT TTGGTCTAAA AATACTTCAA CTTGTACCTA TTAAAGCTTT TTAGTAATAT 
ATTAACCAAA AAGTAAAAGG AGGATGGGAA TACAGTGGAT TTCTAGATTT AATTTGGACA 
GTTTATCTCT ACGTCTTAGT CTCTTCGCTG TTGCAAGTTT TCACTTTTGA AATTTATGAT 
AATTCTTCGT ATATTAACTA CATTCTATTT GTAATATGCT TTATAGCTGT TTTTGGTATC 
CCTATAAAAT TTACATAAAT ATTGTACAAA TCTAAAAACA CAAAAGACGA TGAATTTCTA 
AATTAAAGAC TCAGTTCTCT TGTGGCAGGT TTGAAGCTTT TTAATTAAGA TGAGAATACA 
AACGAAGAAT GCCAAAATTT AGATAATCAA AACTAAAATG AAGATGATGA ATTCGTTGAA 
GATAAATAAA ACAAAGAAAA TAAATTAGCA GAAGGCTAAA CAGTTAATAA TAGAGTTGAA 
ATTAAGGTAA TATCGCCTAA ATAATAAAGT AGACAATAAG ATTTAAGTTT TTAATAAATC 
TAAAATGTAA ACATGCAATA AATTACATAA GATTTAAACA TACTTTAAAT CTAAGACTCA 
AACATGCCTT AAAGTATGAA TTTGAAAGAT TAGTAAAGTC AAATTGAGAA TTGTATTGAA 
TAATAAGCAG TAGCTGATGG ATTTGACAAC TAATTTAATT AGAATTCAGC AAAATTCATT 
GATCAACCTA AATAAATTTC AAATATCTTT GGATCTTAAA GAATGTCTTT AGCAAATCTT 
TTGGAAAAAA AATCAACAAG GGAACTTATG CAAATGAAAT ATAGCAAGTA CACAAACATG 
GTTTTGTATT ACAGAAAGAT AATTTTTTCA TGTATAATTG TTTACCTTCA TGATTATACC 
TATGTCTAAA TAGCATTGCT CTCAGTTTTA ACTTTGTCTG TAGCAATTTT CTATTTGTAT 
ATAATGCCTT AAGTTAGTTA TTTTGATAAC CTCAAAAACG GATTAAGTGA ATTAGTTTTA 
ATTATCATCA TTTTTTCAGC CAGCCTTTTA AAGAACGACC CCAAAGACCA ATCAGAAGAA 
GACAGAATTA AGATAGGATG GATCTTTGTA TCTTGCACAT CCCTCATAAT TACAGTTTAA 
GCCTTAGATT TGATATTTGA GCTTTGTAGA AATCTTCTGC AAAGCATCTT GTCTATTTTC 
AGAAAAAAGG TACCAAAAAC AGTGCCAATT GTTGAAGAGA AAAAAGTGAA AAAAAGAAGA 
CCAAGTTGCA AATCAAATCA AAAGTTTGCT CTTTAGGCAA ATAATATCTA ATTGTAAAGC 
AATAAATTTA TTAGCTCGTA ATTTAGCTTA AAGAGCATCG ACCAGATAAG TAAACAAGAA 
GAATAAAACC CTTAAATGTT TGGAGAGTCT CCTTGCCGTA CTAGAATATT AGATGATTTT 
GAGTCATCAA GCCCAGTGAA ATCTTAAAGA AAAAGAAGAA CTCTTAAACT GCAAACCTAA 
TTAAAACAGG TTTCAATCAT TCCAATAAAC GTGTAAAGCA GCAACTTAAA CGCAAATATA 
CAGTCTTATG ATTAAGAAAT ACAGTTATTT GACTAAACAA ACAATATTTA ACCAGCATCT 
GCCTCAAGAT CTTTCATTTA AGATATAACT TCTAGACAAT TTACAAAAAG ATGA