TTHERM_00725970 cDNA ORF clone, Tetrahymena thermophila SB210

Gene
Clones
gRNAs

Summary

Gene Symbol	TTHERM_00725970
Entrez Gene ID	7845495
Full Name	group 1 family glycosyltransferase
Gene Type	protein-coding
Organism	Tetrahymena thermophila SB210

mRNA and Protein(s)

mRNA	Protein	Name
XM_001027120.2	XP_001027120.2	group 1 family glycosyltransferase

Pathways from BioSystems
Gene Ontology

The following TTHERM_00725970 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTHERM_00725970 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
OTe62336	XM_001027120.2 Latest version!	Tetrahymena thermophila SB210 group 1 family glycosyltransferase partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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
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*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_00725970 ( XM_001027120.2 ) cDNA ORF clone, Tetrahymena thermophila SB210 -> XP_001027120.2 Tetrahymena thermophila SB210 group 1 family glycosyltransferase partial mRNA.

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CloneID	OTe62336
Clone ID Related Accession (Same CDS sequence)	XM_001027120.2
Accession Version	XM_001027120.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5550bp) 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	group 1 family glycosyltransferase
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_002475971). On May 1, 2007 this sequence version replaced XM_001027120.1. COMPLETENESS: incomplete on both ends.

ATGAGTTCAG GATCAGCTAC AAAGATCTTT AGCTTCAATT TAGAGTTGGC TCTTATCAAC 
CATTTGAGAT CATTCAAACC CTATAACAAT GATCACAAAT TTGAGCCTGG TTATATTGAA 
AGTATTTACG CCTACTTATT TTAGTATTAG GGTGATATGG AAGCTGAAAT GTTTGATGAC 
TATTGCTAGT AAAATGGAGG CCTTAGTATG AAATAAGTCG TCCTTTTCAT ACACTTCGCA 
TTTGGCTCTA TTGCTAACTT GAAGGAATTA ATAACAAAAC TCAATCATAA GGGTGAAATA 
GTTGATATCT CAAAATCTCA AATTAACAAA ACCAATATTC TATGTGTCCA CTCCATTATG 
GATTTATAGA ATACTATCGA CCATCAAAAG ATTAATGAGC TTTAAGAATC ATCAAAACCA 
TCTTCTCTTT AGTCTCTCAA GATAAGCATA ATTATGGAAG ATCTTTAATA TGATTAAGGG 
TCAAATACAC TATACATTCC TTACCATATC CTCAAATTAG GTATCCAAGC CAAGGGAAAG 
CTCGATATCT ACTTAACTTC ATATATTGCT CACATTCTCA ATAAGAATTT GAAAATCAAT 
TTATTCCATG CTCATTTTGC TTTTTCTGCA AAGTAAGGAA AAGCTTAAGT TTACACAGAA 
AACTATCACA AAATGCTAGT ATAAATTTAT AAAGGTGTTA GCTAACTAAA ATTTGACAAG 
GCTACTTATC ACTATTATCG TTAGAAGATG GTTAATTTTG CTAAGGATAG CAAATTCTTC 
AAAGAAACAG AAGTTCAAGC TACTTTATTA GAACTTGAAA GAACTTTATC TGATATGATT 
ATTGCCAGAG ATCCTAAATT AAATCATTAC TTTGAAAAAC TTATGATAGG TATGCTTGGT 
TCTCCTATAT AAGTTATTCG CGATCATGCA GTTATTATGC TTAATATCTT ATACGATGGT 
GTTGATTGGT CAAGAAGAGC TCCCTTCTCT ACTAAGATTT CAAAGGTTAA ATCTAAATTC 
TTAATAGACT ATTTAATTGA ATCAGACTAA TATGATGAAA ACATTGTCTT CTTAGTTAAA 
TCTCTTATTT TCCTTCCTAG TACTAGATAA AATGTTATCT CAATCCACAA ACCTAGAATA 
AAAGAATTTG CAGTTGTAGG AAACAAAAGA TACATTAGTG TTTAGTTAGA TTTAGGTAGA 
TTCAAAAGAT GCGGTTTTTA CGATTGGAAG CTTGTAAAAT TAATGGAAAC TGGTGAAATT 
ATGTCTGTTT ACAAGATTGC AGATTTGAGA GATAGATCTG ATAAGGAAGA TTCTGAATTC 
ACTACTAGAC CAGTTTAAGG TCGTTTTATA GTCCATCCTG AAGATTCAAA AGACCTTTAA 
ATGCACGAAA TTTTTGTTGA TCTTCAAGAT GGTGTTCCTG ATGAAAAGGG TAAAATAGTT 
AAAAGAGGTA ACTTCCGTAA AGTAAAAGAT AAATTACCTG CTTATAAGCA AATGGGTTTA 
AATGCTGTTT ATCTTATGGG TGCATTAGAA AGAGACAATG GTATATATTT AGATGAATAA 
ACTAAGTAAT TTAATGTAAA GAGACCAGAA GTTTCACCTC TGTCTATTAC ATGCCGTTCA 
ACACCTAACT CTATGCTTGG TGGCAAGTAA TCTTTTAAGG AATTAACCAA AAAAGCTTCA 
GAATTAGGAA TGAGAATCAT TGTTGATTGT TTAACTAGAA TTAGTTCTTC TCGTGCTCAC 
AAAAAGTACA GAAATTTGAT TATCCACTCT TTAGATTAAT AAGGAAAGCA AACTCCAGTA 
TTTGGTTCTG ATGGTAGAGC TATCTTCTTT GAAGATACTA CTCTTTTAAA TTACAGAAAA 
AAGAAAGTTT GGGATTTGAT GATAGAAGAA ATTACAAGTT TTACTGACAC TTATAATGTT 
AGCGGTTTAC ATTTAGATAA TGGACAAGCT TGGCCTCAAA TCTTCAGATT AGATAGAGAT 
GAAATGTATA GAAAAGACAC CGATGCAACA GATGCCTATA CTGAGAAGCA AATCTTTGAA 
GGAGAATTAG TCGAGCAAAA CGAAGATTGC GGTTATTGGG CTTCTTCTTA CAAGGATATC 
CTTCCCAATC CGTTTATCGT TAAGTTGTGC AGAAATTTAT GGTCAAGATA CCCTAATTTC 
TTAATTCTTT GTGAAGTCTG GGGATCCTTC GGTGAATAAG ATGTCCGTGA AGTTTCTGTT 
ATTTAATCTG GTCCCATTCC TAGAACTTTC AAAATTCCAA TCGCTTTGTC ATAAATATTT 
GGTGAAAACT TACGTAAGGA TGGAACAATT ACTTCAATTG AAAGAAAAAC CGTCTCTGTC 
TTCAAAAAAT GGTACTTAGC CTAGAGAGAA ATTCTTCCAG AAGGTTCTCT AGTTATTTAA 
TCTACTACCT ATCACACTTG GCCTTACCCT GCCTTATTAT ACAAGAAGGG TACTTGGGCA 
GCTGTAGATT TATTCTTTAC TTTATGTGAT ATTCCAATGA CTTTCATTGG TGAATTAGAT 
GGTCATGCCT TCAAGATTAA GACAACAAAT ATCTTTTCAC AAGTAAGAAT AGAATAGAAT 
GATGAATCAG AGACAGATTT AACTACCATC AAAGAAACAG AAGAAGATAC TAATTACATT 
TAAGAAGTTT AAAAAAAGTA GAAAAAGAGA TAAAGTATTA GATAAATTGA ATCCTAATTA 
TTCTTGTCAG ACGAAGGATA AGGATTCGGA TGGTCTGGAT ATGAACCCAG AACTGTTAGT 
AAGAGAAAAT CAATAGTCAG AGTTAGCAGT GGCTAATCAT TTGATGATGT CAATTCATTA 
AATGAACATA CTAAATCTTT TGTTTAGAGT TAAGGTGAAT GGTTTGGCCC TTCTCTTTAA 
AATATTAGCA AACACTATGA AAGCAGAAGA TTACTCCGTT AAACTAAAAA ACCTCTTAAA 
TAAGGTGTTT TCATTCCACT TCTCGCTGAA CACAAATTTG GATGGCACAC TCATGTCATA 
GCTTACTGCA GAATGACTAA AAAGCAATTT TGTATTGTTG TTATCAACTT TAATGATGCC 
CCTGTTTAGG CCTATATCAA TTTAAAACCT CTCAGATAAT ACTTCCCTAA TTACGAAGAT 
TCTGACTTAG TTGTTCAAAT GGAAAGTTGG GTCAAGGACG AGAAATACGA AGACAATTAA 
CTTGATCACT ACTTCATTGG TGAATTAATT AATGAAAGAT TGTTTATTTC TCTCCATAAC 
TTCCACAGTC ATATTTGGGG TTTCAATTTA TTTTCTGATG ATGGAACAAA ATAAAGAGTA 
GCAGAAAGTC ACTCATTTGC TCGTTTCAAG CAATCCTTAA GCTTAACAAT TCCTATGACT 
ATCTATTCAA ACGATATTGC TTCTCAACTT ATCAAATTAC TTTCTAGAAA GCCTAATCTT 
TAAGATTTTG TTAATGGCTA TGCCTACCTA TACAATACTA AACTAAAAGA CGTTAACTTA 
AATAATGCCA TTGCTATTTT GAGAGATTTC TAGAAGGACA ATGCTTTGAA ATGCAGATTA 
TTTGCATACT TCTAAGCTCT CATCAATAAA AATGCCGAAA ATCCTAAGAT AGAGGAGAAG 
ATAGAATTCT TTAAAAAGAC TTAAGAAGTA GTTGAAAGCA ATAAGCTTGG TCCAATCTGC 
TTTGTTACCC CAGAATATGC TAAGTGGACA AAAACCGGAG GTTTGGGTGT AATGACTGAT 
GAGCTTTCAA GAGGTCTCGT AGATTTAGGT GAAGATGTAT ATGTAGTCAC TCCAATTTAT 
GATAATAAAC TTAAAGAAAA GCCTGATCTT CTTGAAAAAG ATGGTTTCAA GCACACTGAT 
ACCATTTCTT ATTATATTGG TGGCACTGAA TACTAGGTAG GTGTACACTT TGGTGAGTAT 
AAAGGAGTTA AAATTTACTT TTTACACAAT GCTGATATGT TCCCAGCACC TTTTGCTGGT 
GATGATGCCG TTTATACAGT TAAGAGTATT GCTTTATATG CTAGAGTTAC TCTTGAATTA 
CTTTGTAGAA AGGGAATAAT TCCTGCTCTT ATAGTAAGCA ACGACTGGTA TTCTGGATTA 
ATTCCTGGTT ATATAAAAAA TAAAACTTTC GGAGAAACTT TCTCAGGAAC TAAGATATTC 
CATATTGCTC ATAACTTGGA TACTACCTAT GAAGGTAGAT AATATCCTAA TCCTCAATAA 
GGAGACTTAG GTTGGATTCA TGAACTACCT ACACATTGGC TTATTGATCC CTACTGGAAG 
AATCTTGTTG TCAATCCTTC TAGATGTGCC TTTATGACTT GTGATAATTG GGGTACAGTT 
TCCCATTCTT ACAAGTATTA ACTTCTCAGA GAAAGTGCTT TGACTCCTAT ATTATCTAAC 
TTCCCTAACG CCTTTTCTTT CCCCAATGGT TTAAATATTT AAGAAAGATT GTAAATGATC 
AAAAATCTCC CTACATCTGA TGATCATCTT AAGGCTAAGG AAAAAATTCA ACAAAAGTAT 
TTTGGTTTCT AATTACTTGA CAACAGTTTC TGTCTGTTCG GTTTCGTAGG TAGAATTACC 
GAGTAAAAAG GTATTCATCT TATTTTAGAG TGTGCTGAAG ATTTGATTAG ACAATCTAAT 
GGAAAAATTT AGATTATTCT TGGTGGTAAT GCAAATTATA AGGAAGAATA TGCCTAGATT 
TGTGCTGAGA AAATTAACTA CTTGAGAAAT AAGCACCCCA ACAATTTCTG GGGAGATCCA 
GATCTCTTCT TTAGAGATGG TCCCCTTATT AACGTAGGTT GCGATTTCGG ATTAATGCCT 
AGCAAATTTG AACCTGGTGG TATTGTCTAG CATGAATTCT TCGTCGGTTC TACTCCAGTT 
ATTGCAATGA AAACTGGTGG TTTATAAGAT ACTGTAACTG ATTTTAACGA ATAAACTGAG 
AAAGGTAGTG GATTCACTTT TGAGCATCAT AACTCACATG GATTTGCTTA TGCAGTTACT 
AAAGCACTTA AATTATTTAA AAACGAAAGT TTATACAACA AATTACGTAA ATCATCTTTC 
TAAGCAGCTA TTGATGTTAG TGAAGTTTCA AAGGCCTATG AAGGAGAATT CTATAGAATG 
TTCAATAAAA ACTTTATCGA TAAACAAACT CTCACAGCTG AACTTTAAAA GATTGACTGT 
ACCTTCGATA TTGAAAAATA CTAGCCTTAG TAAATGGTAG GAAGAGTTTC TGGCAGAATT 
CAAACAAGAG AAACTAAGAC ATAATAGTTG TTCTAGAATG CATTAAACAA GGTTGCTAAA 
GATGATAAGA AAAGCATATA ATTCAAGATT AATGTAGACA GCTCTAAGTT ACCTAAATAA 
GTATAGATTA TTGGTTCATT CGATAATTGG TAGAATAAGC GTCCCTTGAA GTACGATTAA 
TTCTCTCGTG AATGGAAAAT TACTCTTAAT CTTCCTAGAG GTGATTATTT CTACAAATAT 
ATTATTGATG ATGAATGGAT TTGCAGTGAT GATGATGCAA AGGATACTGA TATCTATGGC 
TATCTCAATA ATTTCATATC AGTAGACTGA

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

RefSeq	XP_001027120.2
CDS	1..5550
Translation	MSSGSATKIFSFNLELALINHLRSFKPYNNDHKFEPGYIESIYAYLFYGDMEAEMFDDYC*NGGLSMKVVLFIHFAFGSIANLKELITKLNHKGEIVDISKSQINKTNILCVHSIMDLNTIDHQKINELESSKPSSLSLKISIIMEDLYDGSNTLYIPYHILKLGIQAKGKLDIYLTSYIAHILNKNLKINLFHAHFAFSAKGKAVYTENYHKMLVIYKGVSLKFDKATYHYYRKMVNFAKDSKFFKETEVQATLLELERTLSDMIIARDPKLNHYFEKLMIGMLGSPIVIRDHAVIMLNILYDGVDWSRRAPFSTKISKVKSKFLIDYLIESDYDENIVFLVKSLIFLPSTRNVISIHKPRIKEFAVVGNKRYISVLDLGRFKRCGFYDWKLVKLMETGEIMSVYKIADLRDRSDKEDSEFTTRPVGRFIVHPEDSKDLMHEIFVDLQDGVPDEKGKIVKRGNFRKVKDKLPAYKQMGLNAVYLMGALERDNGIYLDETKFNVKRPEVSPLSITCRSTPNSMLGGKSFKELTKKASELGMRIIVDCLTRISSSRAHKKYRNLIIHSLDGKQTPVFGSDGRAIFFEDTTLLNYRKKKVWDLMIEEITSFTDTYNVSGLHLDNGQAWPQIFRLDRDEMYRKDTDATDAYTEKQIFEGELVEQNEDCGYWASSYKDILPNPFIVKLCRNLWSRYPNFLILCEVWGSFGEDVREVSVISGPIPRTFKIPIALSIFGENLRKDGTITSIERKTVSVFKKWYLAREILPEGSLVISTTYHTWPYPALLYKKGTWAAVDLFFTLCDIPMTFIGELDGHAFKIKTTNIFSQVRIENDESETDLTTIKETEEDTNYIEVKKKKRSIRIESLFLSDEGGFGWSGYEPRTVSKRKSIVRVSSGSFDDVNSLNEHTKSFVSGEWFGPSLNISKHYESRRLLRTKKPLKGVFIPLLAEHKFGWHTHVIAYCRMTKKQFCIVVINFNDAPVAYINLKPLRYFPNYEDSDLVVQMESWVKDEKYEDNLDHYFIGELINERLFISLHNFHSHIWGFNLFSDDGTKRVAESHSFARFKQSLSLTIPMTIYSNDIASQLIKLLSRKPNLDFVNGYAYLYNTKLKDVNLNNAIAILRDFKDNALKCRLFAYFALINKNAENPKIEEKIEFFKKTEVVESNKLGPICFVTPEYAKWTKTGGLGVMTDELSRGLVDLGEDVYVVTPIYDNKLKEKPDLLEKDGFKHTDTISYYIGGTEYVGVHFGEYKGVKIYFLHNADMFPAPFAGDDAVYTVKSIALYARVTLELLCRKGIIPALIVSNDWYSGLIPGYIKNKTFGETFSGTKIFHIAHNLDTTYEGRYPNPQGDLGWIHELPTHWLIDPYWKNLVVNPSRCAFMTCDNWGTVSHSYKYLLRESALTPILSNFPNAFSFPNGLNIERLMIKNLPTSDDHLKAKEKIQQKYFGFLLDNSFCLFGFVGRITEKGIHLILECAEDLIRQSNGKIIILGGNANYKEEYAICAEKINYLRNKHPNNFWGDPDLFFRDGPLINVGCDFGLMPSKFEPGGIVHEFFVGSTPVIAMKTGGLDTVTDFNETEKGSGFTFEHHNSHGFAYAVTKALKLFKNESLYNKLRKSSFAAIDVSEVSKAYEGEFYRMFNKNFIDKQTLTAELKIDCTFDIEKYPMVGRVSGRIQTRETKTLFNALNKVAKDDKKSIFKINVDSSKLPKVIIGSFDNWNKRPLKYDFSREWKITLNLPRGDYFYKYIIDDEWICSDDDAKDTDIYGYLNNFISVD

Target ORF information:

RefSeq Version	XM_001027120.2
Organism	Tetrahymena thermophila SB210
Definition	Tetrahymena thermophila SB210 group 1 family glycosyltransferase partial mRNA.

Target ORF information:

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

XM_001027120.2

ORF Insert Sequence:

ATGAGTTCAG GATCAGCTAC AAAGATCTTT AGCTTCAATT TAGAGTTGGC TCTTATCAAC 
CATTTGAGAT CATTCAAACC CTATAACAAT GATCACAAAT TTGAGCCTGG TTATATTGAA 
AGTATTTACG CCTACTTATT TTAGTATTAG GGTGATATGG AAGCTGAAAT GTTTGATGAC 
TATTGCTAGT AAAATGGAGG CCTTAGTATG AAATAAGTCG TCCTTTTCAT ACACTTCGCA 
TTTGGCTCTA TTGCTAACTT GAAGGAATTA ATAACAAAAC TCAATCATAA GGGTGAAATA 
GTTGATATCT CAAAATCTCA AATTAACAAA ACCAATATTC TATGTGTCCA CTCCATTATG 
GATTTATAGA ATACTATCGA CCATCAAAAG ATTAATGAGC TTTAAGAATC ATCAAAACCA 
TCTTCTCTTT AGTCTCTCAA GATAAGCATA ATTATGGAAG ATCTTTAATA TGATTAAGGG 
TCAAATACAC TATACATTCC TTACCATATC CTCAAATTAG GTATCCAAGC CAAGGGAAAG 
CTCGATATCT ACTTAACTTC ATATATTGCT CACATTCTCA ATAAGAATTT GAAAATCAAT 
TTATTCCATG CTCATTTTGC TTTTTCTGCA AAGTAAGGAA AAGCTTAAGT TTACACAGAA 
AACTATCACA AAATGCTAGT ATAAATTTAT AAAGGTGTTA GCTAACTAAA ATTTGACAAG 
GCTACTTATC ACTATTATCG TTAGAAGATG GTTAATTTTG CTAAGGATAG CAAATTCTTC 
AAAGAAACAG AAGTTCAAGC TACTTTATTA GAACTTGAAA GAACTTTATC TGATATGATT 
ATTGCCAGAG ATCCTAAATT AAATCATTAC TTTGAAAAAC TTATGATAGG TATGCTTGGT 
TCTCCTATAT AAGTTATTCG CGATCATGCA GTTATTATGC TTAATATCTT ATACGATGGT 
GTTGATTGGT CAAGAAGAGC TCCCTTCTCT ACTAAGATTT CAAAGGTTAA ATCTAAATTC 
TTAATAGACT ATTTAATTGA ATCAGACTAA TATGATGAAA ACATTGTCTT CTTAGTTAAA 
TCTCTTATTT TCCTTCCTAG TACTAGATAA AATGTTATCT CAATCCACAA ACCTAGAATA 
AAAGAATTTG CAGTTGTAGG AAACAAAAGA TACATTAGTG TTTAGTTAGA TTTAGGTAGA 
TTCAAAAGAT GCGGTTTTTA CGATTGGAAG CTTGTAAAAT TAATGGAAAC TGGTGAAATT 
ATGTCTGTTT ACAAGATTGC AGATTTGAGA GATAGATCTG ATAAGGAAGA TTCTGAATTC 
ACTACTAGAC CAGTTTAAGG TCGTTTTATA GTCCATCCTG AAGATTCAAA AGACCTTTAA 
ATGCACGAAA TTTTTGTTGA TCTTCAAGAT GGTGTTCCTG ATGAAAAGGG TAAAATAGTT 
AAAAGAGGTA ACTTCCGTAA AGTAAAAGAT AAATTACCTG CTTATAAGCA AATGGGTTTA 
AATGCTGTTT ATCTTATGGG TGCATTAGAA AGAGACAATG GTATATATTT AGATGAATAA 
ACTAAGTAAT TTAATGTAAA GAGACCAGAA GTTTCACCTC TGTCTATTAC ATGCCGTTCA 
ACACCTAACT CTATGCTTGG TGGCAAGTAA TCTTTTAAGG AATTAACCAA AAAAGCTTCA 
GAATTAGGAA TGAGAATCAT TGTTGATTGT TTAACTAGAA TTAGTTCTTC TCGTGCTCAC 
AAAAAGTACA GAAATTTGAT TATCCACTCT TTAGATTAAT AAGGAAAGCA AACTCCAGTA 
TTTGGTTCTG ATGGTAGAGC TATCTTCTTT GAAGATACTA CTCTTTTAAA TTACAGAAAA 
AAGAAAGTTT GGGATTTGAT GATAGAAGAA ATTACAAGTT TTACTGACAC TTATAATGTT 
AGCGGTTTAC ATTTAGATAA TGGACAAGCT TGGCCTCAAA TCTTCAGATT AGATAGAGAT 
GAAATGTATA GAAAAGACAC CGATGCAACA GATGCCTATA CTGAGAAGCA AATCTTTGAA 
GGAGAATTAG TCGAGCAAAA CGAAGATTGC GGTTATTGGG CTTCTTCTTA CAAGGATATC 
CTTCCCAATC CGTTTATCGT TAAGTTGTGC AGAAATTTAT GGTCAAGATA CCCTAATTTC 
TTAATTCTTT GTGAAGTCTG GGGATCCTTC GGTGAATAAG ATGTCCGTGA AGTTTCTGTT 
ATTTAATCTG GTCCCATTCC TAGAACTTTC AAAATTCCAA TCGCTTTGTC ATAAATATTT 
GGTGAAAACT TACGTAAGGA TGGAACAATT ACTTCAATTG AAAGAAAAAC CGTCTCTGTC 
TTCAAAAAAT GGTACTTAGC CTAGAGAGAA ATTCTTCCAG AAGGTTCTCT AGTTATTTAA 
TCTACTACCT ATCACACTTG GCCTTACCCT GCCTTATTAT ACAAGAAGGG TACTTGGGCA 
GCTGTAGATT TATTCTTTAC TTTATGTGAT ATTCCAATGA CTTTCATTGG TGAATTAGAT 
GGTCATGCCT TCAAGATTAA GACAACAAAT ATCTTTTCAC AAGTAAGAAT AGAATAGAAT 
GATGAATCAG AGACAGATTT AACTACCATC AAAGAAACAG AAGAAGATAC TAATTACATT 
TAAGAAGTTT AAAAAAAGTA GAAAAAGAGA TAAAGTATTA GATAAATTGA ATCCTAATTA 
TTCTTGTCAG ACGAAGGATA AGGATTCGGA TGGTCTGGAT ATGAACCCAG AACTGTTAGT 
AAGAGAAAAT CAATAGTCAG AGTTAGCAGT GGCTAATCAT TTGATGATGT CAATTCATTA 
AATGAACATA CTAAATCTTT TGTTTAGAGT TAAGGTGAAT GGTTTGGCCC TTCTCTTTAA 
AATATTAGCA AACACTATGA AAGCAGAAGA TTACTCCGTT AAACTAAAAA ACCTCTTAAA 
TAAGGTGTTT TCATTCCACT TCTCGCTGAA CACAAATTTG GATGGCACAC TCATGTCATA 
GCTTACTGCA GAATGACTAA AAAGCAATTT TGTATTGTTG TTATCAACTT TAATGATGCC 
CCTGTTTAGG CCTATATCAA TTTAAAACCT CTCAGATAAT ACTTCCCTAA TTACGAAGAT 
TCTGACTTAG TTGTTCAAAT GGAAAGTTGG GTCAAGGACG AGAAATACGA AGACAATTAA 
CTTGATCACT ACTTCATTGG TGAATTAATT AATGAAAGAT TGTTTATTTC TCTCCATAAC 
TTCCACAGTC ATATTTGGGG TTTCAATTTA TTTTCTGATG ATGGAACAAA ATAAAGAGTA 
GCAGAAAGTC ACTCATTTGC TCGTTTCAAG CAATCCTTAA GCTTAACAAT TCCTATGACT 
ATCTATTCAA ACGATATTGC TTCTCAACTT ATCAAATTAC TTTCTAGAAA GCCTAATCTT 
TAAGATTTTG TTAATGGCTA TGCCTACCTA TACAATACTA AACTAAAAGA CGTTAACTTA 
AATAATGCCA TTGCTATTTT GAGAGATTTC TAGAAGGACA ATGCTTTGAA ATGCAGATTA 
TTTGCATACT TCTAAGCTCT CATCAATAAA AATGCCGAAA ATCCTAAGAT AGAGGAGAAG 
ATAGAATTCT TTAAAAAGAC TTAAGAAGTA GTTGAAAGCA ATAAGCTTGG TCCAATCTGC 
TTTGTTACCC CAGAATATGC TAAGTGGACA AAAACCGGAG GTTTGGGTGT AATGACTGAT 
GAGCTTTCAA GAGGTCTCGT AGATTTAGGT GAAGATGTAT ATGTAGTCAC TCCAATTTAT 
GATAATAAAC TTAAAGAAAA GCCTGATCTT CTTGAAAAAG ATGGTTTCAA GCACACTGAT 
ACCATTTCTT ATTATATTGG TGGCACTGAA TACTAGGTAG GTGTACACTT TGGTGAGTAT 
AAAGGAGTTA AAATTTACTT TTTACACAAT GCTGATATGT TCCCAGCACC TTTTGCTGGT 
GATGATGCCG TTTATACAGT TAAGAGTATT GCTTTATATG CTAGAGTTAC TCTTGAATTA 
CTTTGTAGAA AGGGAATAAT TCCTGCTCTT ATAGTAAGCA ACGACTGGTA TTCTGGATTA 
ATTCCTGGTT ATATAAAAAA TAAAACTTTC GGAGAAACTT TCTCAGGAAC TAAGATATTC 
CATATTGCTC ATAACTTGGA TACTACCTAT GAAGGTAGAT AATATCCTAA TCCTCAATAA 
GGAGACTTAG GTTGGATTCA TGAACTACCT ACACATTGGC TTATTGATCC CTACTGGAAG 
AATCTTGTTG TCAATCCTTC TAGATGTGCC TTTATGACTT GTGATAATTG GGGTACAGTT 
TCCCATTCTT ACAAGTATTA ACTTCTCAGA GAAAGTGCTT TGACTCCTAT ATTATCTAAC 
TTCCCTAACG CCTTTTCTTT CCCCAATGGT TTAAATATTT AAGAAAGATT GTAAATGATC 
AAAAATCTCC CTACATCTGA TGATCATCTT AAGGCTAAGG AAAAAATTCA ACAAAAGTAT 
TTTGGTTTCT AATTACTTGA CAACAGTTTC TGTCTGTTCG GTTTCGTAGG TAGAATTACC 
GAGTAAAAAG GTATTCATCT TATTTTAGAG TGTGCTGAAG ATTTGATTAG ACAATCTAAT 
GGAAAAATTT AGATTATTCT TGGTGGTAAT GCAAATTATA AGGAAGAATA TGCCTAGATT 
TGTGCTGAGA AAATTAACTA CTTGAGAAAT AAGCACCCCA ACAATTTCTG GGGAGATCCA 
GATCTCTTCT TTAGAGATGG TCCCCTTATT AACGTAGGTT GCGATTTCGG ATTAATGCCT 
AGCAAATTTG AACCTGGTGG TATTGTCTAG CATGAATTCT TCGTCGGTTC TACTCCAGTT 
ATTGCAATGA AAACTGGTGG TTTATAAGAT ACTGTAACTG ATTTTAACGA ATAAACTGAG 
AAAGGTAGTG GATTCACTTT TGAGCATCAT AACTCACATG GATTTGCTTA TGCAGTTACT 
AAAGCACTTA AATTATTTAA AAACGAAAGT TTATACAACA AATTACGTAA ATCATCTTTC 
TAAGCAGCTA TTGATGTTAG TGAAGTTTCA AAGGCCTATG AAGGAGAATT CTATAGAATG 
TTCAATAAAA ACTTTATCGA TAAACAAACT CTCACAGCTG AACTTTAAAA GATTGACTGT 
ACCTTCGATA TTGAAAAATA CTAGCCTTAG TAAATGGTAG GAAGAGTTTC TGGCAGAATT 
CAAACAAGAG AAACTAAGAC ATAATAGTTG TTCTAGAATG CATTAAACAA GGTTGCTAAA 
GATGATAAGA AAAGCATATA ATTCAAGATT AATGTAGACA GCTCTAAGTT ACCTAAATAA 
GTATAGATTA TTGGTTCATT CGATAATTGG TAGAATAAGC GTCCCTTGAA GTACGATTAA 
TTCTCTCGTG AATGGAAAAT TACTCTTAAT CTTCCTAGAG GTGATTATTT CTACAAATAT 
ATTATTGATG ATGAATGGAT TTGCAGTGAT GATGATGCAA AGGATACTGA TATCTATGGC 
TATCTCAATA ATTTCATATC AGTAGACTGA