LOC105146721 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105146721
Entrez Gene ID	105146721
Full Name	DNA-directed RNA polymerase III subunit RPC1
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011057167.1	XP_011055469.1	DNA-directed RNA polymerase III subunit RPC1

Pathways from BioSystems
Gene Ontology

The following LOC105146721 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105146721 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
OAc129972	XM_011057167.1 Latest version!	Acromyrmex echinatior DNA-directed RNA polymerase III subunit RPC1 (LOC105146721), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC105146721 ( XM_011057167.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011055469.1 Acromyrmex echinatior DNA-directed RNA polymerase III subunit RPC1 (LOC105146721), mRNA.

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CloneID	OAc129972
Clone ID Related Accession (Same CDS sequence)	XM_011057167.1
Accession Version	XM_011057167.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) 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	2015-01-12
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Product	DNA-directed RNA polymerase III subunit RPC1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627134.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acromyrmex echinatior Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGTGAAAG AACAGTTCAG GGAGACAAAT GTCGCCAGCG AAGTCTCCCA TATATCCTTT 
GGAGTAGACA GCATGCACGA CATAAATATG CAGGCCAGTG TGGAGATGAT CTCTAAAAAC 
CTGTACAATG AAGATACAAA GCATACTCCT GCTTTGCAAG GAGCACTGGA CAGGCGCATG 
GGAGTGAGTT CTACAGGAGT CGAATGCGAA ACATGCAATA AAAAGTTGAA TGATTGTGTA 
GGACATTTCG GGTATCTTAA TTTAGAATTA CCAGTTTTTC ACGTTGGTTA CTTCAAATCT 
ATCATCCAGA TTTTACAAAC AATTTGCAAG AGTTGTGCTC ATGTTTTGCT AACGCACGGA 
GAAAGGAAAT TTTTTTCACG CAGTATACAA AATCCGAAAT CGGGATATTT AATGCGCAAA 
GCATTACGTA AGAAAATATT GGAAGTAGCG AGAAAGAAGA CGGTATGTCC AAATTGTAAG 
TCAAATAATG GCCCTGTGAA GAAAGCTGGT TTTCTCAAGA TTGTACATGA GAAATACAAG 
AACTTAAAGA AAACAGATCC CATTATTCAA GAAAAATTGA CTGAATTGAC CCCAAAGATA 
GAACGCGACA CAGAATTCAA AAATATAGTA GAGCAAAACT ACAGATGTGT ATTTGATAAA 
TATTTATATC CAAATGTGGT GCAAGAACTT TTCAATAGAA TTCCAACGGG CGATATCTGC 
TTCTTGTTAA TGAATCCTGG GTGTGCAACC CCAGTAGATT TGGTATTGAG AAGGATCCCT 
GTGCCACCAA TTTGTATTAG ACCTAGTATT TTATCTGACC TAAAGGCTGG TACAAATGAA 
GATTATCTGA CAATGAAATT GTCAGAAATA GCTCTTATCA ATGACGTCAT TCGCAAGCAA 
AAAGGTGTTA ATATAAATAC ATACATGGAA CAGTGGGATT TTCTTCAACT GCATTGTGGT 
CTTTACATTA ATAGTGAAAT GTCCGGAATA CCTCTACACA TGCAACCTAA AAAGTCTGGT 
AGAGGTATAG TGCAAAGATT GAAAGGAAAA CAAGGTCGTT TTCGAGGTAA TTTGTCTGGT 
AAACGTGTTG ATTTTACTTC TCGCACAGTC ATTTCGCCTG ATCCGAATCT CAGAATAGAA 
CAAGTTGGTG TACCTATACA TGTTGCAAAG ACTTTAACGT ATCCTGAAAG GGTCATTCCA 
TCAAACATGG AATTAATGCG AAAATTAGTA AGAAATGGTC CAGACACACA TCCTGGAGCA 
AACTACATAC AATATAAGAA TTCGCAAAAC AGGCGATACC TTGGATATGG TGATCGAAAT 
AAAGCCGCCC AAGACTTACA GTATGGCGAC ATTGTTGAGA GGCATCTCAA AGACGACGAC 
TTAGTGCTGT TCAATCGGCA ACCATCTTTG CACAAATTAA GTATTATGAC ACATAGAACC 
AAGGTATTGG AGCATCGAAC ATTTAGATTC AACGAATGTG TCTGTGCACC TTACAATGCA 
GATTTTGACG GCGACGAGAT GAATCTTCAC TTACCGCAGA CTGAAGAAGC CAGAGCCGAA 
GCGTTAGTTT TATTAGCGAA TAAATCTAAT CTAGTTACAC CTCGCAATGG TGACTTATTG 
ATAGCAGCAA CTCAAGATTT TATCACCGGT GCTTATCTTT TAACTCAAAA AGACACATTT 
CTCCAAATAG AACAAGCTAG ATTAGCTCTT TGCCTTTTAG CTGGTTCGGA TGCTTCTATG 
AAAGTAACTC TTCCTCCGCC TGCAATCATA AAACCAGCAA GATTGTGGAC TGGCAAACAA 
ATATTTAGTC TCATTATACG ACCGAATAAG GAATGTTCTG TCAAAGCAAA TCTAAAGGCA 
AAGGGCAAGA CATATACCAA TGGAAAAGAA TTTTGTATTA ATGATTCTTA TGTTATTATT 
CGCAATTCCG AGCTTCTAGC AGGAACAATG GATAAATCTA TATTGGGCTC AGGATCAAAA 
CAAAATATAT TTTACATTCT GCTACGTGAT TGGGGTGAAG ATGTTGCAAC CGCAGCTATG 
TGGCGTTTAA CCAGAATAAC AAATCACTTC AATTTTGAGA GAGGAATTTC TCTTGGTATC 
GGTGATCTTA TACCTAGTCA AGGCCTTCTT CGAGCGAAGG AAAGAATATT AAACACTCAT 
TATTCTACAT GTAACGAATA CATTCAATTA ATGGAACAGG GTCATCTTGT CTGTCAACCT 
GGATGTTCAG AAGAGGAAAC ACTGGAAACG AGAATATTAA ACGAACTTTC AGTGATCCGT 
GATGATGTTG GTAAAGCGTG TTTGAAAGAA TTGCATCCTA CTAATACTCC TCTAACTATG 
GCACTCTGTG GGAGTAAGGG TAGTTTCATC AACATCTCTC AAATGATCGC TTGTGTAGGT 
CAGCAAGCTA TCAACGGATG TAGAGTGCCG GATGGATTTG AGAATCGTGC GTTACCTCAT 
GTCTTGACAC GATCAAAGAA GCCAGATGCT AAAGGCTTTG TGGAAAATTC ATTTTATTCT 
GGATTAGTGT CCAAGGAATT CTATTTTCAT GCGATGGGCG GTCGAGAGGG TCTCACAGAT 
ACCGCTGTAA AAACTGCAGA GACTGGATAC ATGCAGAGAC GATTAATTAA AAGTTTAGAA 
GATTTGTGTA TTCATTACGA CATGACAGTA CGCAATTCTA TGCGCGATAT GATACAGACT 
ACATATGGCG GTGATGGATT GGATCCTACG TACATGGAGG GTAAAGACTG TCCCGTGGAT 
TATGAAAGAG TATACGAGCA TGTGAGAGCG AAAATGCCTT ATATTACCGA AGAGCCTTTA 
GATTATGCTA GCGTAATTAA TGCCACAAAA GAAATGCTAC GCTCTGAAGA GTATGAGTGC 
CTGAGTGAGG AATTCAAAGA TGAATTGACT TCGTTCCTGA AATTGAAAGT GGCACGAAAA 
ATAGCGTTTT ATCGGCAAAA CATTATATCG AATTCATCAG TGACTTCGCA ACTTGAACGT 
TTTACCGTCT CACAATTAGT AGAATTTATT CACACGTGCA AAGAGAAGTA CATGAGAGCT 
AAGATAGAAC CGGGTACTGC TGTAGGTGCG CTCGCCGCTC AAAGTATCGG TGAGCCAGGG 
ACTCAGATGA CACTCAAAAC ATTCCATTTT GCTGGTGTAG CTGCTATGAA CATTACTCAA 
GGAGTTCCCC GTATTAAAGA AATTATTAAT GCGAGTCCCA AGATCAGTAC TCCTATCATA 
ACAGCGACAT TGATCAATGA TGCGAATTCC GAGATTGCCG AGCAAGTGAA GGCACGAATT 
GAGAAGACGA CCCTGGGAGA TGTATCTGAA TATATCGAGG AAATATATTT GCCTGATGAT 
CATTTCCTTA TAATAAAATT AGATATCAAT AGAATTAAAA TGTTGAAATT AGAAATTGAT 
GTTAATTCCG TATGCTATAA ACTCTGCACT TCAAAATTGA AATTAACTTC AAAGAATGTA 
GAAAAGGTGA CCGACTCAGT TATTATTATT CGACCAAATC GAAGTAAAGA TAAAGACTCA 
AATTTTCCAT TTCGTCAATT GACAGAGGCC ATTCCAAATG TTATAATAAA GGGTTTACCA 
TCGATTAATC GAGTAGTTGT ACATAATGAA AACCTCGGTA GTAAATCGAA ATTTACATTA 
TTTGTCGAAG GTGATAATTT TAGAGAAGTT ATGGCAACAC GTGGCATCCT CGGTGAGAAG 
ACAAAGTCGA ATAATACAAT AGAAGTTTTC AAAACGCTCG GAATAGAAGC AGCGAGAACG 
ACTATCATGT CAGAAATTAA ATCGGTAATG GAAAATCACG GTATCAGTAT TGATTGTCGA 
CATTTAATGC TCTTGGCAGA TTTAATGACT AGTAGAGGAG AAGTACTCGG TATCACGAGA 
CAAGGTTTGG CAAAAATGAA AGAATCGGTT TTAAATTTAG CATCGTTTGA GAAAACTGCA 
GATCATCTAT TTGATGCAGC TTATTATGGA CAAAAAGACG TTATAAGCGG CGTATCGGAA 
TCAATTATAA TGGGTATTCC AGTTCCACTA GGCACAGGAA TATTCAAGCT GCTTCACAAG 
GCAGACAAAG ACGAACCATG CAAAAAGGAA CTTTTATTTG ATGATCCACA ATTTCACAAA 
CCATTGCATT CTGGAAAACG ACTTCCACGA ATACAACCGC GTCCACTATT GCAAACCTTT 
GAATTTAGAA TTGAAAAAAA GATATCGAGT ATCGGGATGG TGAATGAAAA AGAATTTTGG 
ACAGAAGTTC GGAAAGATAT ACCACGATAC AAAAAGAAAA AACCACGAGT AGTTCCTGCC 
TTCACTATTC AGGCGTTGCA GGAAAACACG ATCGTCGCGA AACCGCCGCG ATGTGGACTA 
TATAAACCTC GTCTACCGAA ACCATCGACT TTCAGGAAGT TTTACAAGCG CGGTATATTC 
CCTATCTCTT TGGAGAATAA CGGTTACGAT CAGAAAATTA ATTGGAAAGT GGACATAGAA 
GATTTAGATT TTCATCATTA TTTGCCACTG TTCTTCGATG GATTAACGGA AACGGAACAA 
CCGTACAAAT TTCTGGCAGA GCAAGGAATA TCAGATATGC TAGAACATGG TGGACCAAAG 
ATATTACCTG TTGTTCCTCA ATTGATTATT CCTATTAAGA ATGCTTTGAA TACAAGAATG 
CCCGAGATAA TTTGTTCCAC GATGAAAGCA ATTCAACGTT TAGTGCGATC AGCCGATTGC 
GTTGGTGAAA CTTTAGTCCC ATATTTTAGA CAAATCTTGC CTATTCCAAA TTTACTTAAA 
GATAGAAATG TAAACCTTGG CGAAGGTATC GATTATTCTC AGCAAAGAGG AGAGAACGCT 
GCTGACATTA TACAAGAGAC ACTTGAAATC TTGGAAAAAT ATGGTGGCGA AGATGCTTTC 
ATAAATATTA AATACATGGT TCCCACCTAC GAATCCTGTA TGATGAATTA A

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

RefSeq	XP_011055469.1
CDS	244..5214
Translation	MVKEQFRETNVASEVSHISFGVDSMHDINMQASVEMISKNLYNEDTKHTPALQGALDRRMGVSSTGVECETCNKKLNDCVGHFGYLNLELPVFHVGYFKSIIQILQTICKSCAHVLLTHGERKFFSRSIQNPKSGYLMRKALRKKILEVARKKTVCPNCKSNNGPVKKAGFLKIVHEKYKNLKKTDPIIQEKLTELTPKIERDTEFKNIVEQNYRCVFDKYLYPNVVQELFNRIPTGDICFLLMNPGCATPVDLVLRRIPVPPICIRPSILSDLKAGTNEDYLTMKLSEIALINDVIRKQKGVNINTYMEQWDFLQLHCGLYINSEMSGIPLHMQPKKSGRGIVQRLKGKQGRFRGNLSGKRVDFTSRTVISPDPNLRIEQVGVPIHVAKTLTYPERVIPSNMELMRKLVRNGPDTHPGANYIQYKNSQNRRYLGYGDRNKAAQDLQYGDIVERHLKDDDLVLFNRQPSLHKLSIMTHRTKVLEHRTFRFNECVCAPYNADFDGDEMNLHLPQTEEARAEALVLLANKSNLVTPRNGDLLIAATQDFITGAYLLTQKDTFLQIEQARLALCLLAGSDASMKVTLPPPAIIKPARLWTGKQIFSLIIRPNKECSVKANLKAKGKTYTNGKEFCINDSYVIIRNSELLAGTMDKSILGSGSKQNIFYILLRDWGEDVATAAMWRLTRITNHFNFERGISLGIGDLIPSQGLLRAKERILNTHYSTCNEYIQLMEQGHLVCQPGCSEEETLETRILNELSVIRDDVGKACLKELHPTNTPLTMALCGSKGSFINISQMIACVGQQAINGCRVPDGFENRALPHVLTRSKKPDAKGFVENSFYSGLVSKEFYFHAMGGREGLTDTAVKTAETGYMQRRLIKSLEDLCIHYDMTVRNSMRDMIQTTYGGDGLDPTYMEGKDCPVDYERVYEHVRAKMPYITEEPLDYASVINATKEMLRSEEYECLSEEFKDELTSFLKLKVARKIAFYRQNIISNSSVTSQLERFTVSQLVEFIHTCKEKYMRAKIEPGTAVGALAAQSIGEPGTQMTLKTFHFAGVAAMNITQGVPRIKEIINASPKISTPIITATLINDANSEIAEQVKARIEKTTLGDVSEYIEEIYLPDDHFLIIKLDINRIKMLKLEIDVNSVCYKLCTSKLKLTSKNVEKVTDSVIIIRPNRSKDKDSNFPFRQLTEAIPNVIIKGLPSINRVVVHNENLGSKSKFTLFVEGDNFREVMATRGILGEKTKSNNTIEVFKTLGIEAARTTIMSEIKSVMENHGISIDCRHLMLLADLMTSRGEVLGITRQGLAKMKESVLNLASFEKTADHLFDAAYYGQKDVISGVSESIIMGIPVPLGTGIFKLLHKADKDEPCKKELLFDDPQFHKPLHSGKRLPRIQPRPLLQTFEFRIEKKISSIGMVNEKEFWTEVRKDIPRYKKKKPRVVPAFTIQALQENTIVAKPPRCGLYKPRLPKPSTFRKFYKRGIFPISLENNGYDQKINWKVDIEDLDFHHYLPLFFDGLTETEQPYKFLAEQGISDMLEHGGPKILPVVPQLIIPIKNALNTRMPEIICSTMKAIQRLVRSADCVGETLVPYFRQILPIPNLLKDRNVNLGEGIDYSQQRGENAADIIQETLEILEKYGGEDAFINIKYMVPTYESCMMN

Target ORF information:

RefSeq Version	XM_011057167.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior DNA-directed RNA polymerase III subunit RPC1 (LOC105146721), mRNA.

Target ORF information:

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

XM_011057167.1

ORF Insert Sequence:

ATGGTGAAAG AACAGTTCAG GGAGACAAAT GTCGCCAGCG AAGTCTCCCA TATATCCTTT 
GGAGTAGACA GCATGCACGA CATAAATATG CAGGCCAGTG TGGAGATGAT CTCTAAAAAC 
CTGTACAATG AAGATACAAA GCATACTCCT GCTTTGCAAG GAGCACTGGA CAGGCGCATG 
GGAGTGAGTT CTACAGGAGT CGAATGCGAA ACATGCAATA AAAAGTTGAA TGATTGTGTA 
GGACATTTCG GGTATCTTAA TTTAGAATTA CCAGTTTTTC ACGTTGGTTA CTTCAAATCT 
ATCATCCAGA TTTTACAAAC AATTTGCAAG AGTTGTGCTC ATGTTTTGCT AACGCACGGA 
GAAAGGAAAT TTTTTTCACG CAGTATACAA AATCCGAAAT CGGGATATTT AATGCGCAAA 
GCATTACGTA AGAAAATATT GGAAGTAGCG AGAAAGAAGA CGGTATGTCC AAATTGTAAG 
TCAAATAATG GCCCTGTGAA GAAAGCTGGT TTTCTCAAGA TTGTACATGA GAAATACAAG 
AACTTAAAGA AAACAGATCC CATTATTCAA GAAAAATTGA CTGAATTGAC CCCAAAGATA 
GAACGCGACA CAGAATTCAA AAATATAGTA GAGCAAAACT ACAGATGTGT ATTTGATAAA 
TATTTATATC CAAATGTGGT GCAAGAACTT TTCAATAGAA TTCCAACGGG CGATATCTGC 
TTCTTGTTAA TGAATCCTGG GTGTGCAACC CCAGTAGATT TGGTATTGAG AAGGATCCCT 
GTGCCACCAA TTTGTATTAG ACCTAGTATT TTATCTGACC TAAAGGCTGG TACAAATGAA 
GATTATCTGA CAATGAAATT GTCAGAAATA GCTCTTATCA ATGACGTCAT TCGCAAGCAA 
AAAGGTGTTA ATATAAATAC ATACATGGAA CAGTGGGATT TTCTTCAACT GCATTGTGGT 
CTTTACATTA ATAGTGAAAT GTCCGGAATA CCTCTACACA TGCAACCTAA AAAGTCTGGT 
AGAGGTATAG TGCAAAGATT GAAAGGAAAA CAAGGTCGTT TTCGAGGTAA TTTGTCTGGT 
AAACGTGTTG ATTTTACTTC TCGCACAGTC ATTTCGCCTG ATCCGAATCT CAGAATAGAA 
CAAGTTGGTG TACCTATACA TGTTGCAAAG ACTTTAACGT ATCCTGAAAG GGTCATTCCA 
TCAAACATGG AATTAATGCG AAAATTAGTA AGAAATGGTC CAGACACACA TCCTGGAGCA 
AACTACATAC AATATAAGAA TTCGCAAAAC AGGCGATACC TTGGATATGG TGATCGAAAT 
AAAGCCGCCC AAGACTTACA GTATGGCGAC ATTGTTGAGA GGCATCTCAA AGACGACGAC 
TTAGTGCTGT TCAATCGGCA ACCATCTTTG CACAAATTAA GTATTATGAC ACATAGAACC 
AAGGTATTGG AGCATCGAAC ATTTAGATTC AACGAATGTG TCTGTGCACC TTACAATGCA 
GATTTTGACG GCGACGAGAT GAATCTTCAC TTACCGCAGA CTGAAGAAGC CAGAGCCGAA 
GCGTTAGTTT TATTAGCGAA TAAATCTAAT CTAGTTACAC CTCGCAATGG TGACTTATTG 
ATAGCAGCAA CTCAAGATTT TATCACCGGT GCTTATCTTT TAACTCAAAA AGACACATTT 
CTCCAAATAG AACAAGCTAG ATTAGCTCTT TGCCTTTTAG CTGGTTCGGA TGCTTCTATG 
AAAGTAACTC TTCCTCCGCC TGCAATCATA AAACCAGCAA GATTGTGGAC TGGCAAACAA 
ATATTTAGTC TCATTATACG ACCGAATAAG GAATGTTCTG TCAAAGCAAA TCTAAAGGCA 
AAGGGCAAGA CATATACCAA TGGAAAAGAA TTTTGTATTA ATGATTCTTA TGTTATTATT 
CGCAATTCCG AGCTTCTAGC AGGAACAATG GATAAATCTA TATTGGGCTC AGGATCAAAA 
CAAAATATAT TTTACATTCT GCTACGTGAT TGGGGTGAAG ATGTTGCAAC CGCAGCTATG 
TGGCGTTTAA CCAGAATAAC AAATCACTTC AATTTTGAGA GAGGAATTTC TCTTGGTATC 
GGTGATCTTA TACCTAGTCA AGGCCTTCTT CGAGCGAAGG AAAGAATATT AAACACTCAT 
TATTCTACAT GTAACGAATA CATTCAATTA ATGGAACAGG GTCATCTTGT CTGTCAACCT 
GGATGTTCAG AAGAGGAAAC ACTGGAAACG AGAATATTAA ACGAACTTTC AGTGATCCGT 
GATGATGTTG GTAAAGCGTG TTTGAAAGAA TTGCATCCTA CTAATACTCC TCTAACTATG 
GCACTCTGTG GGAGTAAGGG TAGTTTCATC AACATCTCTC AAATGATCGC TTGTGTAGGT 
CAGCAAGCTA TCAACGGATG TAGAGTGCCG GATGGATTTG AGAATCGTGC GTTACCTCAT 
GTCTTGACAC GATCAAAGAA GCCAGATGCT AAAGGCTTTG TGGAAAATTC ATTTTATTCT 
GGATTAGTGT CCAAGGAATT CTATTTTCAT GCGATGGGCG GTCGAGAGGG TCTCACAGAT 
ACCGCTGTAA AAACTGCAGA GACTGGATAC ATGCAGAGAC GATTAATTAA AAGTTTAGAA 
GATTTGTGTA TTCATTACGA CATGACAGTA CGCAATTCTA TGCGCGATAT GATACAGACT 
ACATATGGCG GTGATGGATT GGATCCTACG TACATGGAGG GTAAAGACTG TCCCGTGGAT 
TATGAAAGAG TATACGAGCA TGTGAGAGCG AAAATGCCTT ATATTACCGA AGAGCCTTTA 
GATTATGCTA GCGTAATTAA TGCCACAAAA GAAATGCTAC GCTCTGAAGA GTATGAGTGC 
CTGAGTGAGG AATTCAAAGA TGAATTGACT TCGTTCCTGA AATTGAAAGT GGCACGAAAA 
ATAGCGTTTT ATCGGCAAAA CATTATATCG AATTCATCAG TGACTTCGCA ACTTGAACGT 
TTTACCGTCT CACAATTAGT AGAATTTATT CACACGTGCA AAGAGAAGTA CATGAGAGCT 
AAGATAGAAC CGGGTACTGC TGTAGGTGCG CTCGCCGCTC AAAGTATCGG TGAGCCAGGG 
ACTCAGATGA CACTCAAAAC ATTCCATTTT GCTGGTGTAG CTGCTATGAA CATTACTCAA 
GGAGTTCCCC GTATTAAAGA AATTATTAAT GCGAGTCCCA AGATCAGTAC TCCTATCATA 
ACAGCGACAT TGATCAATGA TGCGAATTCC GAGATTGCCG AGCAAGTGAA GGCACGAATT 
GAGAAGACGA CCCTGGGAGA TGTATCTGAA TATATCGAGG AAATATATTT GCCTGATGAT 
CATTTCCTTA TAATAAAATT AGATATCAAT AGAATTAAAA TGTTGAAATT AGAAATTGAT 
GTTAATTCCG TATGCTATAA ACTCTGCACT TCAAAATTGA AATTAACTTC AAAGAATGTA 
GAAAAGGTGA CCGACTCAGT TATTATTATT CGACCAAATC GAAGTAAAGA TAAAGACTCA 
AATTTTCCAT TTCGTCAATT GACAGAGGCC ATTCCAAATG TTATAATAAA GGGTTTACCA 
TCGATTAATC GAGTAGTTGT ACATAATGAA AACCTCGGTA GTAAATCGAA ATTTACATTA 
TTTGTCGAAG GTGATAATTT TAGAGAAGTT ATGGCAACAC GTGGCATCCT CGGTGAGAAG 
ACAAAGTCGA ATAATACAAT AGAAGTTTTC AAAACGCTCG GAATAGAAGC AGCGAGAACG 
ACTATCATGT CAGAAATTAA ATCGGTAATG GAAAATCACG GTATCAGTAT TGATTGTCGA 
CATTTAATGC TCTTGGCAGA TTTAATGACT AGTAGAGGAG AAGTACTCGG TATCACGAGA 
CAAGGTTTGG CAAAAATGAA AGAATCGGTT TTAAATTTAG CATCGTTTGA GAAAACTGCA 
GATCATCTAT TTGATGCAGC TTATTATGGA CAAAAAGACG TTATAAGCGG CGTATCGGAA 
TCAATTATAA TGGGTATTCC AGTTCCACTA GGCACAGGAA TATTCAAGCT GCTTCACAAG 
GCAGACAAAG ACGAACCATG CAAAAAGGAA CTTTTATTTG ATGATCCACA ATTTCACAAA 
CCATTGCATT CTGGAAAACG ACTTCCACGA ATACAACCGC GTCCACTATT GCAAACCTTT 
GAATTTAGAA TTGAAAAAAA GATATCGAGT ATCGGGATGG TGAATGAAAA AGAATTTTGG 
ACAGAAGTTC GGAAAGATAT ACCACGATAC AAAAAGAAAA AACCACGAGT AGTTCCTGCC 
TTCACTATTC AGGCGTTGCA GGAAAACACG ATCGTCGCGA AACCGCCGCG ATGTGGACTA 
TATAAACCTC GTCTACCGAA ACCATCGACT TTCAGGAAGT TTTACAAGCG CGGTATATTC 
CCTATCTCTT TGGAGAATAA CGGTTACGAT CAGAAAATTA ATTGGAAAGT GGACATAGAA 
GATTTAGATT TTCATCATTA TTTGCCACTG TTCTTCGATG GATTAACGGA AACGGAACAA 
CCGTACAAAT TTCTGGCAGA GCAAGGAATA TCAGATATGC TAGAACATGG TGGACCAAAG 
ATATTACCTG TTGTTCCTCA ATTGATTATT CCTATTAAGA ATGCTTTGAA TACAAGAATG 
CCCGAGATAA TTTGTTCCAC GATGAAAGCA ATTCAACGTT TAGTGCGATC AGCCGATTGC 
GTTGGTGAAA CTTTAGTCCC ATATTTTAGA CAAATCTTGC CTATTCCAAA TTTACTTAAA 
GATAGAAATG TAAACCTTGG CGAAGGTATC GATTATTCTC AGCAAAGAGG AGAGAACGCT 
GCTGACATTA TACAAGAGAC ACTTGAAATC TTGGAAAAAT ATGGTGGCGA AGATGCTTTC 
ATAAATATTA AATACATGGT TCCCACCTAC GAATCCTGTA TGATGAATTA A