LOAG_05313 cDNA ORF clone, Loa loa(eye worm)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOAG_05313
Entrez Gene ID	9942718
Full Name	DNA-directed RNA polymerase II largest subunit
Gene Type	protein-coding
Organism	Loa loa(eye worm)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020446811.1	XP_020302892.1	DNA-directed RNA polymerase II largest subunit

Pathways from BioSystems
Gene Ontology

The following LOAG_05313 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOAG_05313 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
OLo11612	XM_020446811.1 Latest version!	Loa loa DNA-directed RNA polymerase II largest subunit 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
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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)

LOAG_05313 ( XM_020446811.1 ) cDNA ORF clone, Loa loa(eye worm) -> XP_020302892.1 Loa loa DNA-directed RNA polymerase II largest subunit mRNA.

Price & Availability↑

CloneID	OLo11612
Clone ID Related Accession (Same CDS sequence)	XM_020446811.1
Accession Version	XM_020446811.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5613bp) 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	2017-03-12
Organism	Loa loa(eye worm)
Product	DNA-directed RNA polymerase II largest subunit
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_018108618).

ATGGCTCTTG TCGGTGTGGA TTTTCGTGCA CCTCTACGCA CAGTGAAACG TGTACAGTTT 
GGTATCCTCA GTCCTGATGA AATCAAACGG ATGTCAATTG GGGAAATTGA ATTTTCCGAA 
ATTTATGAAA ATGGAAAACC GAAGTTGGGT GGGCTGATGG ATCCACGACA AGGCGTAGTC 
GATCGAAGAG GGCGTTGCAT GACTTGCGCT GGTAGTTTAG CTGATTGTCC AGGACACTTT 
GCACATATTG AACTGGCCAA ACCTGTATTT CATATCGGTT TTTTGAGTAA AACATTGAAG 
CTACTGCGTT GTGTATGTTT CTACTGTAGC CGATTAATGG TTGATAAAGA TAGCCCTCGA 
GTGAAAGAGC TGCTCAAAAA GACTGCTGGA AATGCACGCC GTAGACTGAC CGTTATTTAT 
GAAATATGCA AATCCAAAAC TGTTTGTGAA GGTGGTGATG AATTGCATAC TGTTGGAGGA 
GAGGACGGTG AAGAGAGTGA GAAAGAAATC AAATCAGGTG GTTGTGGTAG ATATCAGCCT 
TCATACAAGC GAGTTGGAAT AGATATCATA GCAGAATGGA AGAAGCACAT CAACGAAGAT 
ACGCAGGAAA GAAAAATCGT TTTAACTGCA GAGCGAGCAC TGGAGATTTT CAAGTCAATT 
TCAGACTCCG ATTGTCTCAT ACTTGGTATG GATCCACGAT ATGCTCGCCC AGACTGGATG 
ATTGCGCAAG TGATTCCGGT GCCCCCATTA ACTGTTCGAC CTGCTGTAGT TACTTTTGGT 
TCGGCGCGTA ATCAGGATGA CTTAACGCAC AAACTCTCCG ACATCGTGAA GACTAATAAT 
CAACTAAAGC GAAATGAAGC AAATGGAGCA GCTGCACATG TCCTTGCAGA GGACGTTAAG 
CTTTTGCAGT ATCACGTGGC CACATTGATT GATAATTCTA TTCCTGGCCT TCCTGCGGCC 
ACACAAAAAG GAGGCCGACC GCTGAAATCA ATCAAACAAC GTCTGAAAGG AAAAGAAGGC 
CGAATCAGAG GAAATTTGAT GGGTAAACGA GTGGATTTCT CAGCTCGAAC TGTGATTACA 
CCAGATCCAA ACTTGCCCAT AGATACAGTT GGTGTACCTC GTACTATTGC ACAAAATATG 
ACATTCCCAG AAATTGTTAC ACCTTTCAAT ATTGATAAAT TACAAGAATT GGTAAATCGC 
GGTGACAGTC AGTATCCTGG AGCAAAATAT ATCATTCGTG AAAATGGTGC TCGAGTCGAT 
CTACGTTATC ATCCAAGAGC GGCGGATCTT CATTTGCAGC CTGGTTACAG AGTGGAACGG 
CATATGAAAG ATGGTGATAT TATTGTATTT AACCGGCAAC CAACGCTACA CAAAATGTCA 
ATGATGGGCC ATAAAGTTAA GATTCTGCCG TGGTCAACAT TTCGTTTGAA TCTATCTGTA 
ACAACACCCT ACAATGCTGA TTTCGATGGG GATGAGATGA ATCTTCATTT GCCGCAAAGT 
TTGGAAACGA AAGCTGAAGT TTCTGAAATC GCAATGGTGC CAAGACAGTT GATCACACCG 
CAAGCAAACA AACCAGTGAT GGGTATTGTT CAAGATACTC TCACTGCAGT CCGTATGATG 
ACTAAACGCG ATGTGTTTAT TGAATTACCA CGGATGATGG ATCTATTGAT GCAAATGCCG 
AACTGGGATG GGAAAGTTCC GCAGCCTGCT ATATTAAAAC CAAAACCGTT ATGGACTGGG 
AAACAAGTGT TCACTCTGAT CATTCCCGGT AATGTAAATG TACTACGAAC TCATTCAACT 
CATCCAGATG ACGAAGATAA CGGCCCTTAT AAGTGGATTT CTCCAGGTGA TACTAAGGTG 
ATCATTGAGC ATGGTGAGTT GTTGTCGGGA ATCATTTGTT CTCGAACAAT TGGCCGTTCA 
GCTGGTAACT TGTTACATGT TGTTACGTTA GAACTCGGTT GGGAAGTTGC AGCACACTTT 
TATTCGCATA TACAAACGGT TGTTAATGCA TGGTTGGTTG CTGAGGGGCA TACTATTGGT 
ATTGGTGATA CTATTGCCGA TCAAGCTACA TATCGTGATA TTCAAGAAAC TATCCGAAAA 
GCGAAGCTGG ATGTCGTAGA AGTCATTGAA AAAGCCCACA ATGACGAATT GGAACCAACT 
CCAGGTAATA CGCTGCGACA GACCTTTGAA AATATGGTGA ATCGTATACT GAATGATGCA 
CGTGATCGTA CTGGTGGCAG TGCACAGCGT TCTTTATCCG AATACAACAA TTTCAAAGCT 
ATGGTTGTTG CTGGTTCTAA AGGATCCAAA ATCAATATTT CGCAAGTCAT AGCTTGTGTG 
GGTCAACAAA ACGTTGAAGG TAAACGTATT CCATTCGGTT TCCGCCATCG AACCTTGCCT 
CATTTTATCA AAGATGATTA CGGACCCGAA TCGAAAGGTT TCGTCGAGAA CTCATATCTG 
GCTGGACTGA CTCCATCTGA GTTCTTCTTT CATGCTATGG GTGGCCGTGA AGGTCTTATC 
GATACTGCCG TAAAGACAGC AGAAACTGGC TACATTCAAC GTAGACTGAT TAAGGCTATG 
GAGAGTGTAA TGGTCAGTTA TGATGGTACT GTGCGTAATT CGCTTGGACA GTTAGTGCAG 
TTGAGATATG GTGAGGATGG TCTAGACGGT ATGTGGGTTG AAAATCAATC TATGCCGAGT 
ATGAAGCCTA CAAATGCCTT GTTTGAAAAG GAGTTTAAGT TGGATCTTTC TGATGAAAAA 
TCTTTGCGTA AACTATACAC TGAAAACGTT GTTCGCGAGT TACAAGGTTC TGCGGAAGCA 
CTAAAAGAAG TAGAAGCTGA ATGGGCACAG CTTGAAGAAG ATCGTCGCCT GCTCCGGAAA 
ATATTTCCTA AGGGAGATGC TAAAATTGTA CTGCCATGTA ATTTGCAACG TATGATCTGG 
AATGCACAGA AAATATTTCG GGTAGAACTT CGGAAACCAA CTGATCTTAA TCCTCTACGT 
GTAATTGAAG GTGTTAAAGA ACTTAGCAAA AAGCTTGTTA TTGTTAGCGG TGAAGATCGA 
ATCAGCAAAC AGGCTCAGTA CAATGCTACT CTCCTAATGA ATATACTGCT ACGATCAACA 
CTTTGTGCCA AAAGGATGGC CGAAAAACAT CGTTTGAATT CGGAAGGTTT CGAATGGCTT 
ATTGGTGAAA TTGAATCTCG CTTCAAGCAA GCAATTGTAC AGCCTGGTGA AATGGTTGGT 
GCAATAGCAG CGCAAAGTTT GGGTGAACCA GCTACGCAGA TGACTTTAAA CACCTTTCAT 
TATGCTGGTG TTTCGGCAAA AAATGTTACG CTTGGCGTTC CGCGGCTAAA AGAAATCATT 
AATGTTTCGA AGAAACCGAA AACACCTTCA CTGACCGTTT TTCTTCAGGG AATTGCCGCG 
AAAGATGCGG AGAAAGCAAA AGACGTATTA TGTAAGTTGG AGCATACAAC ATTACGAAAA 
GTTACTGCAA ATACTGCAAT TTATTATGAC CCAGATCCGA AGAATACGGT AATTGAGGAA 
GATCAGGAAT GGGTGAACAT TTTCTACGAA ATGCCCGATT TTGATCCATC CCGATGCAGT 
CCATGGCTTT TGCGTATCGA ATTGGATCGT CGACGGATGA CTGATAAGAA ATTAACAATG 
GAGGCAATTG CAGATAAAAT ACATCAGGGA TTTGGCGATG ATCTGAATGT CATTTATACA 
GATGATAATG CAGAAAAACT TGTATTCCGG CTGCGTATTA CCAATCAAGA AAGTGATAAG 
GGTAATGAAG ACGAGCAAGT AGAACGAATG GAAGATGACG TATTCTTGCG TTGTATTGAA 
ACCAACATGC TTAGTGATCT TACGCTTCAG GGTATTGAAG CTATCACCAA AGTATACATG 
CATAAACCAA CAACTGATGA CAAAAAACGA GTTGTGATTA CTCCGGATGG TGGCTTTAAG 
GCAATTCCAG AATGGCTACT AGAAACTGAT GGTACCGCTT TAGCAAAGGT GCTGAGTGAA 
CAAAATGTGG ACCCGGTGCG TACGACATCC AATGATATAT GTGAAATATT CGAAGTTTTG 
GGAATTGAAG CAGTGCGGAA AGCTATTGAA CGTGAAATGA ATCATGTTAT TTCGTTTGAT 
GGTTCCTATG TTAACTACAG ACATTTGGCT CTCCTCTGCG ATGTCATGAC TGCCAAGGGC 
CATCTGATGG CAATCACTCG CCATGGTATT AACAGGCAAG AAGTAGGAGC TCTTATGCGA 
TGTTCATTCG AGGAAACTGC TGACATTCTC ATGGAAGCGG CGGTTCATGC TGAGCAAGAT 
CCTGTGAAAG GTGTGTCTGA GAACATCATG CTGGGTCAGT TAGCTAGAGC TGGGACGGGT 
TGCTTCGATT TGGTTCTCGA TGCTGACAAA TGCAAATTGG CTATGGAAAT TCAAACTGGT 
GGCGGTCTTC TGGGTACTGG CGGGATGTAT TTTGGCAGTT CTATGTCTCC AGCAAGCTCA 
GCAATGAGTC CTGCTCAAAC TCCGTGGAAT GCTGGCACAA CACCTGCTTA TGGAGCTGCT 
TGGAGTCCAG CAACTGGTTC AGGAATGACT CCAGGTGGAG CAGGTTTTTC ACCTTCTGGA 
CACAGCGAAG GAGGCTTTTC ACCTTATGGA GGTAGTGGAA GTTGGAGCCC AGGATCGCCT 
GGTGGATCTC TTGGAGGAAT GTCACCATCC GGTGCCGGTG CGTATTCTCC AGCAGCCAGC 
GACTATGGTT CTGGTCTGGA AGGACTGAGT AGTCCGGGCT ATTCGCCTAC TAGTCCGGCA 
TCTCCGTATG GTGCTTCATC ACCTGCTTAT GGTGTCATGA GTCCACGATA TTCTCCAACC 
AGCCCAAGTT ACTCTCCAAC TTCTCCAAGT TATTCGCCTA CTTCACCAAG TTACAGCCCT 
ACTTCACCTA GTTACTCACC CACTTCTCCA AGTTATAGTC CCACCTCTCC AGGCTACTCA 
CCGACTAGTC CAAGTTATTC TCCAACTTCA CCATCTTATT CACCGACTTC ACCAAGTTAT 
TCTCCGGCAT CTCCTGGTTA CTCGCCATCA TCTCCTCGCT ATTCACCTAC TTCACCAGCC 
TACAGTCCTA CAAGCCCAAC ATATAGTCCC ACATCGCCTG CTTATTCCCC GACTAGTCCA 
ACATATAGTC CAACAAGTCC ATCTTATAGC CCCGCTTCTC CTGGTTATTC CCCATCTTCT 
CCTCGTTATT CTCCAACAAG TCCAACCTAC AGTCCTACTA GTCCGGCATA CAGTCCTTCA 
TCGCCGCAGT ATAGCCCGAG TAGCCCGCAG TATTCACCAT CATCACCGCA GTATACACCA 
AGTTCACCCG TTGGCGATGC TTCACCTGCA TATTCGCCGA CATCACCGCA GTACTCACCT 
TCTTCGCCAA GATATAGTCC ATCAAGTCCA CAGTATTCAC CGACATCACC GCAGTATAGT 
CCTAGTTCGC CAGGTGGAGC AGGCACTTCG TATTCGCGAA GTTCACCACA GTATAGTCCG 
TCATCTCCGC AATACTCACC AAGTTCACCA CAGTATTCTC CATCATCACC GCAGTATAGC 
CCTTCCTCTC CGCAGTACTC ACCTGGCGAT TGA

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

RefSeq	XP_020302892.1
CDS	60..5672
Translation	MALVGVDFRAPLRTVKRVQFGILSPDEIKRMSIGEIEFSEIYENGKPKLGGLMDPRQGVVDRRGRCMTCAGSLADCPGHFAHIELAKPVFHIGFLSKTLKLLRCVCFYCSRLMVDKDSPRVKELLKKTAGNARRRLTVIYEICKSKTVCEGGDELHTVGGEDGEESEKEIKSGGCGRYQPSYKRVGIDIIAEWKKHINEDTQERKIVLTAERALEIFKSISDSDCLILGMDPRYARPDWMIAQVIPVPPLTVRPAVVTFGSARNQDDLTHKLSDIVKTNNQLKRNEANGAAAHVLAEDVKLLQYHVATLIDNSIPGLPAATQKGGRPLKSIKQRLKGKEGRIRGNLMGKRVDFSARTVITPDPNLPIDTVGVPRTIAQNMTFPEIVTPFNIDKLQELVNRGDSQYPGAKYIIRENGARVDLRYHPRAADLHLQPGYRVERHMKDGDIIVFNRQPTLHKMSMMGHKVKILPWSTFRLNLSVTTPYNADFDGDEMNLHLPQSLETKAEVSEIAMVPRQLITPQANKPVMGIVQDTLTAVRMMTKRDVFIELPRMMDLLMQMPNWDGKVPQPAILKPKPLWTGKQVFTLIIPGNVNVLRTHSTHPDDEDNGPYKWISPGDTKVIIEHGELLSGIICSRTIGRSAGNLLHVVTLELGWEVAAHFYSHIQTVVNAWLVAEGHTIGIGDTIADQATYRDIQETIRKAKLDVVEVIEKAHNDELEPTPGNTLRQTFENMVNRILNDARDRTGGSAQRSLSEYNNFKAMVVAGSKGSKINISQVIACVGQQNVEGKRIPFGFRHRTLPHFIKDDYGPESKGFVENSYLAGLTPSEFFFHAMGGREGLIDTAVKTAETGYIQRRLIKAMESVMVSYDGTVRNSLGQLVQLRYGEDGLDGMWVENQSMPSMKPTNALFEKEFKLDLSDEKSLRKLYTENVVRELQGSAEALKEVEAEWAQLEEDRRLLRKIFPKGDAKIVLPCNLQRMIWNAQKIFRVELRKPTDLNPLRVIEGVKELSKKLVIVSGEDRISKQAQYNATLLMNILLRSTLCAKRMAEKHRLNSEGFEWLIGEIESRFKQAIVQPGEMVGAIAAQSLGEPATQMTLNTFHYAGVSAKNVTLGVPRLKEIINVSKKPKTPSLTVFLQGIAAKDAEKAKDVLCKLEHTTLRKVTANTAIYYDPDPKNTVIEEDQEWVNIFYEMPDFDPSRCSPWLLRIELDRRRMTDKKLTMEAIADKIHQGFGDDLNVIYTDDNAEKLVFRLRITNQESDKGNEDEQVERMEDDVFLRCIETNMLSDLTLQGIEAITKVYMHKPTTDDKKRVVITPDGGFKAIPEWLLETDGTALAKVLSEQNVDPVRTTSNDICEIFEVLGIEAVRKAIEREMNHVISFDGSYVNYRHLALLCDVMTAKGHLMAITRHGINRQEVGALMRCSFEETADILMEAAVHAEQDPVKGVSENIMLGQLARAGTGCFDLVLDADKCKLAMEIQTGGGLLGTGGMYFGSSMSPASSAMSPAQTPWNAGTTPAYGAAWSPATGSGMTPGGAGFSPSGHSEGGFSPYGGSGSWSPGSPGGSLGGMSPSGAGAYSPAASDYGSGLEGLSSPGYSPTSPASPYGASSPAYGVMSPRYSPTSPSYSPTSPSYSPTSPSYSPTSPSYSPTSPSYSPTSPGYSPTSPSYSPTSPSYSPTSPSYSPASPGYSPSSPRYSPTSPAYSPTSPTYSPTSPAYSPTSPTYSPTSPSYSPASPGYSPSSPRYSPTSPTYSPTSPAYSPSSPQYSPSSPQYSPSSPQYTPSSPVGDASPAYSPTSPQYSPSSPRYSPSSPQYSPTSPQYSPSSPGGAGTSYSRSSPQYSPSSPQYSPSSPQYSPSSPQYSPSSPQYSPGD

Target ORF information:

RefSeq Version	XM_020446811.1
Organism	Loa loa(eye worm)
Definition	Loa loa DNA-directed RNA polymerase II largest subunit mRNA.

Target ORF information:

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

XM_020446811.1

ORF Insert Sequence:

ATGGCTCTTG TCGGTGTGGA TTTTCGTGCA CCTCTACGCA CAGTGAAACG TGTACAGTTT 
GGTATCCTCA GTCCTGATGA AATCAAACGG ATGTCAATTG GGGAAATTGA ATTTTCCGAA 
ATTTATGAAA ATGGAAAACC GAAGTTGGGT GGGCTGATGG ATCCACGACA AGGCGTAGTC 
GATCGAAGAG GGCGTTGCAT GACTTGCGCT GGTAGTTTAG CTGATTGTCC AGGACACTTT 
GCACATATTG AACTGGCCAA ACCTGTATTT CATATCGGTT TTTTGAGTAA AACATTGAAG 
CTACTGCGTT GTGTATGTTT CTACTGTAGC CGATTAATGG TTGATAAAGA TAGCCCTCGA 
GTGAAAGAGC TGCTCAAAAA GACTGCTGGA AATGCACGCC GTAGACTGAC CGTTATTTAT 
GAAATATGCA AATCCAAAAC TGTTTGTGAA GGTGGTGATG AATTGCATAC TGTTGGAGGA 
GAGGACGGTG AAGAGAGTGA GAAAGAAATC AAATCAGGTG GTTGTGGTAG ATATCAGCCT 
TCATACAAGC GAGTTGGAAT AGATATCATA GCAGAATGGA AGAAGCACAT CAACGAAGAT 
ACGCAGGAAA GAAAAATCGT TTTAACTGCA GAGCGAGCAC TGGAGATTTT CAAGTCAATT 
TCAGACTCCG ATTGTCTCAT ACTTGGTATG GATCCACGAT ATGCTCGCCC AGACTGGATG 
ATTGCGCAAG TGATTCCGGT GCCCCCATTA ACTGTTCGAC CTGCTGTAGT TACTTTTGGT 
TCGGCGCGTA ATCAGGATGA CTTAACGCAC AAACTCTCCG ACATCGTGAA GACTAATAAT 
CAACTAAAGC GAAATGAAGC AAATGGAGCA GCTGCACATG TCCTTGCAGA GGACGTTAAG 
CTTTTGCAGT ATCACGTGGC CACATTGATT GATAATTCTA TTCCTGGCCT TCCTGCGGCC 
ACACAAAAAG GAGGCCGACC GCTGAAATCA ATCAAACAAC GTCTGAAAGG AAAAGAAGGC 
CGAATCAGAG GAAATTTGAT GGGTAAACGA GTGGATTTCT CAGCTCGAAC TGTGATTACA 
CCAGATCCAA ACTTGCCCAT AGATACAGTT GGTGTACCTC GTACTATTGC ACAAAATATG 
ACATTCCCAG AAATTGTTAC ACCTTTCAAT ATTGATAAAT TACAAGAATT GGTAAATCGC 
GGTGACAGTC AGTATCCTGG AGCAAAATAT ATCATTCGTG AAAATGGTGC TCGAGTCGAT 
CTACGTTATC ATCCAAGAGC GGCGGATCTT CATTTGCAGC CTGGTTACAG AGTGGAACGG 
CATATGAAAG ATGGTGATAT TATTGTATTT AACCGGCAAC CAACGCTACA CAAAATGTCA 
ATGATGGGCC ATAAAGTTAA GATTCTGCCG TGGTCAACAT TTCGTTTGAA TCTATCTGTA 
ACAACACCCT ACAATGCTGA TTTCGATGGG GATGAGATGA ATCTTCATTT GCCGCAAAGT 
TTGGAAACGA AAGCTGAAGT TTCTGAAATC GCAATGGTGC CAAGACAGTT GATCACACCG 
CAAGCAAACA AACCAGTGAT GGGTATTGTT CAAGATACTC TCACTGCAGT CCGTATGATG 
ACTAAACGCG ATGTGTTTAT TGAATTACCA CGGATGATGG ATCTATTGAT GCAAATGCCG 
AACTGGGATG GGAAAGTTCC GCAGCCTGCT ATATTAAAAC CAAAACCGTT ATGGACTGGG 
AAACAAGTGT TCACTCTGAT CATTCCCGGT AATGTAAATG TACTACGAAC TCATTCAACT 
CATCCAGATG ACGAAGATAA CGGCCCTTAT AAGTGGATTT CTCCAGGTGA TACTAAGGTG 
ATCATTGAGC ATGGTGAGTT GTTGTCGGGA ATCATTTGTT CTCGAACAAT TGGCCGTTCA 
GCTGGTAACT TGTTACATGT TGTTACGTTA GAACTCGGTT GGGAAGTTGC AGCACACTTT 
TATTCGCATA TACAAACGGT TGTTAATGCA TGGTTGGTTG CTGAGGGGCA TACTATTGGT 
ATTGGTGATA CTATTGCCGA TCAAGCTACA TATCGTGATA TTCAAGAAAC TATCCGAAAA 
GCGAAGCTGG ATGTCGTAGA AGTCATTGAA AAAGCCCACA ATGACGAATT GGAACCAACT 
CCAGGTAATA CGCTGCGACA GACCTTTGAA AATATGGTGA ATCGTATACT GAATGATGCA 
CGTGATCGTA CTGGTGGCAG TGCACAGCGT TCTTTATCCG AATACAACAA TTTCAAAGCT 
ATGGTTGTTG CTGGTTCTAA AGGATCCAAA ATCAATATTT CGCAAGTCAT AGCTTGTGTG 
GGTCAACAAA ACGTTGAAGG TAAACGTATT CCATTCGGTT TCCGCCATCG AACCTTGCCT 
CATTTTATCA AAGATGATTA CGGACCCGAA TCGAAAGGTT TCGTCGAGAA CTCATATCTG 
GCTGGACTGA CTCCATCTGA GTTCTTCTTT CATGCTATGG GTGGCCGTGA AGGTCTTATC 
GATACTGCCG TAAAGACAGC AGAAACTGGC TACATTCAAC GTAGACTGAT TAAGGCTATG 
GAGAGTGTAA TGGTCAGTTA TGATGGTACT GTGCGTAATT CGCTTGGACA GTTAGTGCAG 
TTGAGATATG GTGAGGATGG TCTAGACGGT ATGTGGGTTG AAAATCAATC TATGCCGAGT 
ATGAAGCCTA CAAATGCCTT GTTTGAAAAG GAGTTTAAGT TGGATCTTTC TGATGAAAAA 
TCTTTGCGTA AACTATACAC TGAAAACGTT GTTCGCGAGT TACAAGGTTC TGCGGAAGCA 
CTAAAAGAAG TAGAAGCTGA ATGGGCACAG CTTGAAGAAG ATCGTCGCCT GCTCCGGAAA 
ATATTTCCTA AGGGAGATGC TAAAATTGTA CTGCCATGTA ATTTGCAACG TATGATCTGG 
AATGCACAGA AAATATTTCG GGTAGAACTT CGGAAACCAA CTGATCTTAA TCCTCTACGT 
GTAATTGAAG GTGTTAAAGA ACTTAGCAAA AAGCTTGTTA TTGTTAGCGG TGAAGATCGA 
ATCAGCAAAC AGGCTCAGTA CAATGCTACT CTCCTAATGA ATATACTGCT ACGATCAACA 
CTTTGTGCCA AAAGGATGGC CGAAAAACAT CGTTTGAATT CGGAAGGTTT CGAATGGCTT 
ATTGGTGAAA TTGAATCTCG CTTCAAGCAA GCAATTGTAC AGCCTGGTGA AATGGTTGGT 
GCAATAGCAG CGCAAAGTTT GGGTGAACCA GCTACGCAGA TGACTTTAAA CACCTTTCAT 
TATGCTGGTG TTTCGGCAAA AAATGTTACG CTTGGCGTTC CGCGGCTAAA AGAAATCATT 
AATGTTTCGA AGAAACCGAA AACACCTTCA CTGACCGTTT TTCTTCAGGG AATTGCCGCG 
AAAGATGCGG AGAAAGCAAA AGACGTATTA TGTAAGTTGG AGCATACAAC ATTACGAAAA 
GTTACTGCAA ATACTGCAAT TTATTATGAC CCAGATCCGA AGAATACGGT AATTGAGGAA 
GATCAGGAAT GGGTGAACAT TTTCTACGAA ATGCCCGATT TTGATCCATC CCGATGCAGT 
CCATGGCTTT TGCGTATCGA ATTGGATCGT CGACGGATGA CTGATAAGAA ATTAACAATG 
GAGGCAATTG CAGATAAAAT ACATCAGGGA TTTGGCGATG ATCTGAATGT CATTTATACA 
GATGATAATG CAGAAAAACT TGTATTCCGG CTGCGTATTA CCAATCAAGA AAGTGATAAG 
GGTAATGAAG ACGAGCAAGT AGAACGAATG GAAGATGACG TATTCTTGCG TTGTATTGAA 
ACCAACATGC TTAGTGATCT TACGCTTCAG GGTATTGAAG CTATCACCAA AGTATACATG 
CATAAACCAA CAACTGATGA CAAAAAACGA GTTGTGATTA CTCCGGATGG TGGCTTTAAG 
GCAATTCCAG AATGGCTACT AGAAACTGAT GGTACCGCTT TAGCAAAGGT GCTGAGTGAA 
CAAAATGTGG ACCCGGTGCG TACGACATCC AATGATATAT GTGAAATATT CGAAGTTTTG 
GGAATTGAAG CAGTGCGGAA AGCTATTGAA CGTGAAATGA ATCATGTTAT TTCGTTTGAT 
GGTTCCTATG TTAACTACAG ACATTTGGCT CTCCTCTGCG ATGTCATGAC TGCCAAGGGC 
CATCTGATGG CAATCACTCG CCATGGTATT AACAGGCAAG AAGTAGGAGC TCTTATGCGA 
TGTTCATTCG AGGAAACTGC TGACATTCTC ATGGAAGCGG CGGTTCATGC TGAGCAAGAT 
CCTGTGAAAG GTGTGTCTGA GAACATCATG CTGGGTCAGT TAGCTAGAGC TGGGACGGGT 
TGCTTCGATT TGGTTCTCGA TGCTGACAAA TGCAAATTGG CTATGGAAAT TCAAACTGGT 
GGCGGTCTTC TGGGTACTGG CGGGATGTAT TTTGGCAGTT CTATGTCTCC AGCAAGCTCA 
GCAATGAGTC CTGCTCAAAC TCCGTGGAAT GCTGGCACAA CACCTGCTTA TGGAGCTGCT 
TGGAGTCCAG CAACTGGTTC AGGAATGACT CCAGGTGGAG CAGGTTTTTC ACCTTCTGGA 
CACAGCGAAG GAGGCTTTTC ACCTTATGGA GGTAGTGGAA GTTGGAGCCC AGGATCGCCT 
GGTGGATCTC TTGGAGGAAT GTCACCATCC GGTGCCGGTG CGTATTCTCC AGCAGCCAGC 
GACTATGGTT CTGGTCTGGA AGGACTGAGT AGTCCGGGCT ATTCGCCTAC TAGTCCGGCA 
TCTCCGTATG GTGCTTCATC ACCTGCTTAT GGTGTCATGA GTCCACGATA TTCTCCAACC 
AGCCCAAGTT ACTCTCCAAC TTCTCCAAGT TATTCGCCTA CTTCACCAAG TTACAGCCCT 
ACTTCACCTA GTTACTCACC CACTTCTCCA AGTTATAGTC CCACCTCTCC AGGCTACTCA 
CCGACTAGTC CAAGTTATTC TCCAACTTCA CCATCTTATT CACCGACTTC ACCAAGTTAT 
TCTCCGGCAT CTCCTGGTTA CTCGCCATCA TCTCCTCGCT ATTCACCTAC TTCACCAGCC 
TACAGTCCTA CAAGCCCAAC ATATAGTCCC ACATCGCCTG CTTATTCCCC GACTAGTCCA 
ACATATAGTC CAACAAGTCC ATCTTATAGC CCCGCTTCTC CTGGTTATTC CCCATCTTCT 
CCTCGTTATT CTCCAACAAG TCCAACCTAC AGTCCTACTA GTCCGGCATA CAGTCCTTCA 
TCGCCGCAGT ATAGCCCGAG TAGCCCGCAG TATTCACCAT CATCACCGCA GTATACACCA 
AGTTCACCCG TTGGCGATGC TTCACCTGCA TATTCGCCGA CATCACCGCA GTACTCACCT 
TCTTCGCCAA GATATAGTCC ATCAAGTCCA CAGTATTCAC CGACATCACC GCAGTATAGT 
CCTAGTTCGC CAGGTGGAGC AGGCACTTCG TATTCGCGAA GTTCACCACA GTATAGTCCG 
TCATCTCCGC AATACTCACC AAGTTCACCA CAGTATTCTC CATCATCACC GCAGTATAGC 
CCTTCCTCTC CGCAGTACTC ACCTGGCGAT TGA