LOC107192089 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107192089
Entrez Gene ID	107192089
Full Name	von Willebrand factor A domain-containing protein 8
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015581282.1	XP_015436768.1	von Willebrand factor A domain-containing protein 8

Pathways from BioSystems
Gene Ontology

The following LOC107192089 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107192089 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
ODu10069	XM_015581282.1 Latest version!	Dufourea novaeangliae von Willebrand factor A domain-containing protein 8 (LOC107192089), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC107192089 ( XM_015581282.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015436768.1 Dufourea novaeangliae von Willebrand factor A domain-containing protein 8 (LOC107192089), mRNA.

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CloneID	ODu10069
Clone ID Related Accession (Same CDS sequence)	XM_015581282.1
Accession Version	XM_015581282.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5538bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	von Willebrand factor A domain-containing protein 8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374178.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTCTTG TGTTTTGTAA TCTTCGTCGC ATGTCAACTG CATCTAGAGT TGTAGAAAAG 
TCACAAATTT TTTATCCTAA CCTGTCGCAA TTTATACGTT GCAAATCAGA CGATGTAACT 
GTCACTATTG GTAATGTTTC AAAACAAGTG AAGCCAGTAC AGAATCCTGA ATATGTACCC 
AGAAAATATT TGATGAAGAC AACTACTCAA GAATCATTGA GGCATTTAAA ATGGATGCTC 
CAAAAAGATA TTTTATGTCA AGATATTTTT TTAATGGGTG GACCAGGCAC CAGACGAAGA 
GAATTAGCTC TAGCATTTCT GGAACTCACT GGTCGTGAGT TAGAATTTAT CGCACTTTCA 
AGGGATACAA CTGAGGCAGA TTTAAAACAG AGGAGAGAAA TTAAAAGTGG CACTGCCTAC 
TATCACGATC AAAGTGCAGT GAGGGCTGCA ACAAATGGAA GAGTTCTTAT TATCGAAGGT 
GTTGAGAAAG CTGAACGAAA TGTACTTCCT GTATTGAATA ATTTGTTAGA AAATCGTGAG 
ATGCATTTAG AAGATGGTAG ATTTCTAATA CCAGCATCAC GTTATGACAA GTTACTTGAG 
ATACATACTC AAGAAGAGTT GAATGCTTGG CGACTTGTCA GAGTTAGTGA AGATTTTAGA 
GTTATTGCAC TCGGTTTACC ATCACCACAG TATCCTGGAC ATCCACTCGA CCCTCCCCTT 
AGATCTAGGT TTCAAGGCAG ACATATACCA CCTCCAAATT ATGAAGATCA ACTGGAATTT 
TTAAAAAAGT TAGTCCCGAA CGTTGACAGC GGGAGATTGT CGCAACTGTT GTCGTGCGCG 
CACGCTTTGG TTACGAAAGA GGCCGTATCT TTGGGCCTTC CTGATTTCCC TTTGGACAAT 
CTAACGTCAG CCGCCATTAT AATGGACAAA TGTCCACACC TGCCGGTATT TGACATATTT 
TACAGGTACT ATCCGTACAA ATTGTTTCTG GGGAAGGAGG GCCAAACTGC GGTCGAGGAT 
ATGTTAAAAA CATTCAGTAT TCTAGACTCA ACGACGAAGG GTGATAGACT TTCCAGACGC 
GCGAATGTAA GCGAGAAACA GGACGATTCT TTGAGGGTTA CGATAGAGCA TGGTAAACAT 
AGAACAACAC TGAACGTTCC TTGTGGCAAG CAAAAGATAA ATTGTAATGT AGGGTCGAAT 
GATTATGTAG AAACAAATTA TCAGAACGAT TTGTTAGCCA GTATGTTGGA GTCACACCTG 
GTTTCGGACT TGTGTGTAAT CGGCCCGAAG GGATGTGGAA AGTCTACGAC TGTACAGACG 
TTGGCCAATT TATTGGGTTA TCAAGTAGAA CCTGTAGTAC TTTATCAGGA TATGACTTCG 
AGGGATTTGA TACAGCAACG AACAACATCA TCTAACGGCG ATACGGTCTG GAAGAATTCA 
GCGCTGGTCG AGGCGGCCCT GCATGGAAAA TTGGCTGTAT TGGACGGAAT TAATAGGATC 
CATCCTAGCA CTTTGGCGAT CTTACACAGA TTAGTTCACG ATCGGGAGCT ACAATTACAC 
GACGGCAAGA GGTTGATCAG AGCTGATCGG TACGACGAGA TAAAAACGGA GTATAACAAG 
TCGGACGAGG ACATGCAAAA TTCAGGTGTA CTACGTATCA ATCCATCGTT CAGAATCATA 
GCCTTGGCGG AATCGCCGTT GATCAATAGT CCTTCGGGAC AATGGTTAAA TTCCGAACTA 
CTCAGTTTGT TCCCTTTCCA TGAGATGAGG CCGTTGGCTA AATCGGAGGA ACTCCATATC 
ATACGATCGA AGTACGGAGA ACCCTCTAAG GCGTTATCGA GCATTCTCGA GCTGGCACAC 
GTTCTACGGT CCTCCAGCGA TCCTATTCTT CAATCCTTGG CCGCCTCCTT GAGCACTAGA 
CAGCTTCTGA GGATAGCCGA GAGAATGCAT AAATTTCGTA GCGACGACGC GTACGACGCT 
GTACAACGCG CCTGTTTAGC CCGGTTCTTA CCAGCGTTGG CGAGAAAGGC TCTGGGAGAC 
TGTTGCGGTC GGATAGGTAT CGTCCCAACC ATAACGCCGT TGAATAAGGA CATCAAGTGC 
AAAGTCACGG AAACCACCTT GCAAATCGGG AACACTGTCG TCGATCGATA CAACACGAAG 
GCTCTGACGA AAGTACCCGA TATCTTGTTT TACAATGTAC CCCAGCACAT CGCTCTATTG 
GAGAGGCTGC TGCAGGACTT CAGTTTAGGG CAGCATATAC TGCTGGTCGG CAATCAGGGT 
GTCGGCAAGA ACAAAATCGT CGACAGGCTG CTGCAACTCT TGAACCGACC GCGGGAGTAC 
ATACAACTGC ACAGAGACAC GACCGTTCAA ACTTTGACGC TGCAGCCGGT GGTTAGGGAC 
GGGAAAGTGA TGTACGAAGA CTCGCCGCTG GTGCAGGCTG TTAAACTTGG CCATGTGCTT 
GTCGTTGACG AGGCGGACAA AGCTCCTACT AATGTCACCT GCATTCTGAA AACATTAGTC 
GAATCTGGAG AAATGATATT GTCGGATGGT AGACGAATCG TTTCTTCTAA AAACGCTTCC 
AAAGAGAATT CAAACATAAT AGCGCTTCAT TCAGACTTCA GAATGATAGT GCTAGCAAAC 
AGGCCTGGAT TTCCATTCTT GGGGAATGAC TTTTTCGGAG CTTTGGGCGA TCTGTTCAGC 
ACGCACGCCG TCGACAATCC AAGTATCGAC GACGAGATTC AGCTTCTGAA GCAATATGGC 
CCACGCGTGG ACGAGAAAGT AATATTTAAG CTAGTAAAAG CTTTCGGAGA ATTGAGGGAC 
ATGGCCGACA AAGGTTTAGT TTCGTATCCG TATTCGACTC GAGAAGTTGT TAATATCGTG 
AAGCATATAG AGAAATTCCC TCAGGAACCT TTGGGTAACG TGGTGCGCAA TGTATTCGAT 
TTCGATCGGT ACAGTAAAGA AATTTTTGAT ACTTTAGTCT CTGTTCTTCA CAAACATGGG 
ATTGCTATAG GAACCAGTCC CAATAATATC TCGTTAGCGA AAGAAATTTC TTTCCCGGAA 
CACAAGATTT CCATTATTTG GGACATATTA AAGAAGGAAA ATATATTGCC TGTGCAAGAA 
AGATACATTA AGTTCAGATC GCCGATACGT TTAACACAGA ACAATTTGCC ATTAGACCGT 
GTCGATGCTA GATCGACTTT ATTCAGCGAA TTGCAAAGTT ATTGGACTAT ACCGATAAGC 
GATTATGGTA TGGTCGCCGG TTTGACCGTG GCCAAAGGTG CAAAAGGCGA TGGTACAGAC 
GATACTATCC ATATTTTAGC GTCGAATCCT TTAAGAATCT TTAGTATAAA CCAGGAATCA 
GATAGAATTA AGGAGACTGT GATACAGAAT GTAATAAGTG CAGATAATAG GTCCATATTC 
AAGATGGCAA CTGATAATGA ACAGAATGTT TTGGTACACG AAGAATTAAG TAATAGTTTC 
GTAATGGTAA ATTTGGATAA TAAATCTGCT CAACGTGTAC AGTCAGCATC TGTTTTCGAC 
ATGGCGTCGG ACAGAATATC AAGAAGCTTC AATACGAAAC AGCTTCAGTG GAAGATGAAA 
AATGATCTGA TACAGTCTCG CAATCAAATC GTTTTCCATA CCCTGAATTC CAATAAAATC 
GAAGTTATCG ATTTACGTTC CGCGAACGCC TACTCGATTA ATGTACCATT CGACATAGAA 
TCGATTATGA TCGCGTCCAC GAGAAAATGG CTGATCCAAG ATACGTCTGG TACCAGGTAT 
ATTCTTAGAA AATCTACCGA CTCCTTACCT TGCCCAAATG TTCTGCAAGA AATCGAAGAG 
CCTGTCGACA TTCGACGAAA ATTTGGTTCA CTTCGGAGTT GCAGCAAGAA TGACATACCT 
GTTAGTATAC TTACCGCAGC GCTGGAACAA CAAATCGATT CTCCGAATAG ACTCTTGGTG 
GGTGACAATG TATACGTTGG AATCGCAATT GGATTTCCTG ATTTAGATAG TTTCACCGAA 
CTTCATTTTT GGCCGAGAAA ACAGCGAAGT CGAAGTTCTG ATTCTTCGAT TGTCATGGAG 
AACGGTCATA TTATTCGAGC GGCTATGCCG GATGAAGTGC CGGAAGATGT TTTACCCCAA 
AATGGTAGAC ACTCGGATAT CTCTCACTAC CTAGAAATTG TTGACATTAC GAACCATAAG 
CTGCGTTACA TACCTGTACC ACAAGCAGTC AATGAATCGA TATATGCCCA ACAGTTGTAC 
GCACCCTATT ATCCTCTCTA TATCGCCGCG AAATCGAATC ATGATTTGGT AACAGTGGAC 
GCAGGTGGTT GTCTTCGTGT TTGGGAAACC TCTGCAGGAA ACATCGAAAG ATCGTTGGAA 
GCGTGGCAAA GAATGGTAGG CAGTGATAAC GAAAGACTGC AGATCACCAA AGAGAGGTAT 
TCCGGTCTGG ACGTTAGTAG TCCGAAGCAC GGTAAAGTCG ACGAGAAAAA TGAGCCGCAC 
GTTGGTGGGA ATACGTGGGC TGGGGGAACC GGAGGAAGAG ATACAGCTGG CCTCGGTGGG 
AAGGGTGGAC CTTATCGTTT GGACGCGGGC CACACGGTGC ACCAACTTAG CGACGAGGAG 
AAAAACGCGG TGCCGGAACA CATAAAAAAG GCGGCGAGAG AAATGGGAGT TAAAGCGTTC 
AAGCAACGCT TGAAAGACAT CAAAATGGGG GAATACGACA ATCAATTGTA TTCACGGTTC 
AGTAACCCGG TTCAGAAACA GGTTCAGGCA TTGAGGACAA TAATAGGAAG CCTCCAAGCT 
AAAAGCAAAG AACGAGAATG GTGCAGACAT CAGACCTCTG GTGAGTTGGA TGATACAAAA 
TTGATAGAAG GTCTAACAGG TGAGAGAACG ATATATCGAA GGAGAGCGGA GAAGGAACCG 
GAGCTTGGTA CGCCGCCATC AAAACCAAAG CGTTTAAAAT TAGTGGTGGA CGTGTCTGGT 
AGCATGTATA GGTTTAACGG GTACGATGGT CGCCTGGATC GTGAGATGGA GGCCAGCGTT 
ATGGTAATGG AAGCGTTTAG CGGATACGAA GGGAAATTTC AGTATGACAT CGTTGGTCAT 
TCCGGCGATG ATTATGATAT TGTTTTCGTG AAGCATACAC AGCCACCGAC CGATAATAAG 
CGGAGATTGG AAATAATAAA GACGATGTAC GCGCACTCGC AGTTTTGCAT ATCTGGTGAT 
AATACCTTGG AGGCCACTCA ATATTCAATT GCAAGCCTCG CTAAAGAAGA TTCCGACGAA 
GCTATCGTTG TTGTATTGTC TGACGCCAAT TTAGAACGTT ATGGTATTCG ACCTGAAAGT 
TTCGCTAAGG TTCTCATGTC GAATCCGGAT GTGAATGCGT TCGCCATATT CATTGGATCC 
TTGGGTGATC AGGCAACTAG ATTGATGACG AAAATGCCAT TGGGCCGAGC ATTCGTGTGC 
ATGGACCTTA AGGAGATACC TCGAATTTTA CAGCAGATAT TTGCTGTTTC TTTGCTAAGT 
ACTACGCGAT CCAATTAA

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

RefSeq	XP_015436768.1
CDS	1..5538
Translation	MSLVFCNLRRMSTASRVVEKSQIFYPNLSQFIRCKSDDVTVTIGNVSKQVKPVQNPEYVPRKYLMKTTTQESLRHLKWMLQKDILCQDIFLMGGPGTRRRELALAFLELTGRELEFIALSRDTTEADLKQRREIKSGTAYYHDQSAVRAATNGRVLIIEGVEKAERNVLPVLNNLLENREMHLEDGRFLIPASRYDKLLEIHTQEELNAWRLVRVSEDFRVIALGLPSPQYPGHPLDPPLRSRFQGRHIPPPNYEDQLEFLKKLVPNVDSGRLSQLLSCAHALVTKEAVSLGLPDFPLDNLTSAAIIMDKCPHLPVFDIFYRYYPYKLFLGKEGQTAVEDMLKTFSILDSTTKGDRLSRRANVSEKQDDSLRVTIEHGKHRTTLNVPCGKQKINCNVGSNDYVETNYQNDLLASMLESHLVSDLCVIGPKGCGKSTTVQTLANLLGYQVEPVVLYQDMTSRDLIQQRTTSSNGDTVWKNSALVEAALHGKLAVLDGINRIHPSTLAILHRLVHDRELQLHDGKRLIRADRYDEIKTEYNKSDEDMQNSGVLRINPSFRIIALAESPLINSPSGQWLNSELLSLFPFHEMRPLAKSEELHIIRSKYGEPSKALSSILELAHVLRSSSDPILQSLAASLSTRQLLRIAERMHKFRSDDAYDAVQRACLARFLPALARKALGDCCGRIGIVPTITPLNKDIKCKVTETTLQIGNTVVDRYNTKALTKVPDILFYNVPQHIALLERLLQDFSLGQHILLVGNQGVGKNKIVDRLLQLLNRPREYIQLHRDTTVQTLTLQPVVRDGKVMYEDSPLVQAVKLGHVLVVDEADKAPTNVTCILKTLVESGEMILSDGRRIVSSKNASKENSNIIALHSDFRMIVLANRPGFPFLGNDFFGALGDLFSTHAVDNPSIDDEIQLLKQYGPRVDEKVIFKLVKAFGELRDMADKGLVSYPYSTREVVNIVKHIEKFPQEPLGNVVRNVFDFDRYSKEIFDTLVSVLHKHGIAIGTSPNNISLAKEISFPEHKISIIWDILKKENILPVQERYIKFRSPIRLTQNNLPLDRVDARSTLFSELQSYWTIPISDYGMVAGLTVAKGAKGDGTDDTIHILASNPLRIFSINQESDRIKETVIQNVISADNRSIFKMATDNEQNVLVHEELSNSFVMVNLDNKSAQRVQSASVFDMASDRISRSFNTKQLQWKMKNDLIQSRNQIVFHTLNSNKIEVIDLRSANAYSINVPFDIESIMIASTRKWLIQDTSGTRYILRKSTDSLPCPNVLQEIEEPVDIRRKFGSLRSCSKNDIPVSILTAALEQQIDSPNRLLVGDNVYVGIAIGFPDLDSFTELHFWPRKQRSRSSDSSIVMENGHIIRAAMPDEVPEDVLPQNGRHSDISHYLEIVDITNHKLRYIPVPQAVNESIYAQQLYAPYYPLYIAAKSNHDLVTVDAGGCLRVWETSAGNIERSLEAWQRMVGSDNERLQITKERYSGLDVSSPKHGKVDEKNEPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHTVHQLSDEEKNAVPEHIKKAAREMGVKAFKQRLKDIKMGEYDNQLYSRFSNPVQKQVQALRTIIGSLQAKSKEREWCRHQTSGELDDTKLIEGLTGERTIYRRRAEKEPELGTPPSKPKRLKLVVDVSGSMYRFNGYDGRLDREMEASVMVMEAFSGYEGKFQYDIVGHSGDDYDIVFVKHTQPPTDNKRRLEIIKTMYAHSQFCISGDNTLEATQYSIASLAKEDSDEAIVVVLSDANLERYGIRPESFAKVLMSNPDVNAFAIFIGSLGDQATRLMTKMPLGRAFVCMDLKEIPRILQQIFAVSLLSTTRSN

Target ORF information:

RefSeq Version	XM_015581282.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae von Willebrand factor A domain-containing protein 8 (LOC107192089), mRNA.

Target ORF information:

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

XM_015581282.1

ORF Insert Sequence:

ATGTCTCTTG TGTTTTGTAA TCTTCGTCGC ATGTCAACTG CATCTAGAGT TGTAGAAAAG 
TCACAAATTT TTTATCCTAA CCTGTCGCAA TTTATACGTT GCAAATCAGA CGATGTAACT 
GTCACTATTG GTAATGTTTC AAAACAAGTG AAGCCAGTAC AGAATCCTGA ATATGTACCC 
AGAAAATATT TGATGAAGAC AACTACTCAA GAATCATTGA GGCATTTAAA ATGGATGCTC 
CAAAAAGATA TTTTATGTCA AGATATTTTT TTAATGGGTG GACCAGGCAC CAGACGAAGA 
GAATTAGCTC TAGCATTTCT GGAACTCACT GGTCGTGAGT TAGAATTTAT CGCACTTTCA 
AGGGATACAA CTGAGGCAGA TTTAAAACAG AGGAGAGAAA TTAAAAGTGG CACTGCCTAC 
TATCACGATC AAAGTGCAGT GAGGGCTGCA ACAAATGGAA GAGTTCTTAT TATCGAAGGT 
GTTGAGAAAG CTGAACGAAA TGTACTTCCT GTATTGAATA ATTTGTTAGA AAATCGTGAG 
ATGCATTTAG AAGATGGTAG ATTTCTAATA CCAGCATCAC GTTATGACAA GTTACTTGAG 
ATACATACTC AAGAAGAGTT GAATGCTTGG CGACTTGTCA GAGTTAGTGA AGATTTTAGA 
GTTATTGCAC TCGGTTTACC ATCACCACAG TATCCTGGAC ATCCACTCGA CCCTCCCCTT 
AGATCTAGGT TTCAAGGCAG ACATATACCA CCTCCAAATT ATGAAGATCA ACTGGAATTT 
TTAAAAAAGT TAGTCCCGAA CGTTGACAGC GGGAGATTGT CGCAACTGTT GTCGTGCGCG 
CACGCTTTGG TTACGAAAGA GGCCGTATCT TTGGGCCTTC CTGATTTCCC TTTGGACAAT 
CTAACGTCAG CCGCCATTAT AATGGACAAA TGTCCACACC TGCCGGTATT TGACATATTT 
TACAGGTACT ATCCGTACAA ATTGTTTCTG GGGAAGGAGG GCCAAACTGC GGTCGAGGAT 
ATGTTAAAAA CATTCAGTAT TCTAGACTCA ACGACGAAGG GTGATAGACT TTCCAGACGC 
GCGAATGTAA GCGAGAAACA GGACGATTCT TTGAGGGTTA CGATAGAGCA TGGTAAACAT 
AGAACAACAC TGAACGTTCC TTGTGGCAAG CAAAAGATAA ATTGTAATGT AGGGTCGAAT 
GATTATGTAG AAACAAATTA TCAGAACGAT TTGTTAGCCA GTATGTTGGA GTCACACCTG 
GTTTCGGACT TGTGTGTAAT CGGCCCGAAG GGATGTGGAA AGTCTACGAC TGTACAGACG 
TTGGCCAATT TATTGGGTTA TCAAGTAGAA CCTGTAGTAC TTTATCAGGA TATGACTTCG 
AGGGATTTGA TACAGCAACG AACAACATCA TCTAACGGCG ATACGGTCTG GAAGAATTCA 
GCGCTGGTCG AGGCGGCCCT GCATGGAAAA TTGGCTGTAT TGGACGGAAT TAATAGGATC 
CATCCTAGCA CTTTGGCGAT CTTACACAGA TTAGTTCACG ATCGGGAGCT ACAATTACAC 
GACGGCAAGA GGTTGATCAG AGCTGATCGG TACGACGAGA TAAAAACGGA GTATAACAAG 
TCGGACGAGG ACATGCAAAA TTCAGGTGTA CTACGTATCA ATCCATCGTT CAGAATCATA 
GCCTTGGCGG AATCGCCGTT GATCAATAGT CCTTCGGGAC AATGGTTAAA TTCCGAACTA 
CTCAGTTTGT TCCCTTTCCA TGAGATGAGG CCGTTGGCTA AATCGGAGGA ACTCCATATC 
ATACGATCGA AGTACGGAGA ACCCTCTAAG GCGTTATCGA GCATTCTCGA GCTGGCACAC 
GTTCTACGGT CCTCCAGCGA TCCTATTCTT CAATCCTTGG CCGCCTCCTT GAGCACTAGA 
CAGCTTCTGA GGATAGCCGA GAGAATGCAT AAATTTCGTA GCGACGACGC GTACGACGCT 
GTACAACGCG CCTGTTTAGC CCGGTTCTTA CCAGCGTTGG CGAGAAAGGC TCTGGGAGAC 
TGTTGCGGTC GGATAGGTAT CGTCCCAACC ATAACGCCGT TGAATAAGGA CATCAAGTGC 
AAAGTCACGG AAACCACCTT GCAAATCGGG AACACTGTCG TCGATCGATA CAACACGAAG 
GCTCTGACGA AAGTACCCGA TATCTTGTTT TACAATGTAC CCCAGCACAT CGCTCTATTG 
GAGAGGCTGC TGCAGGACTT CAGTTTAGGG CAGCATATAC TGCTGGTCGG CAATCAGGGT 
GTCGGCAAGA ACAAAATCGT CGACAGGCTG CTGCAACTCT TGAACCGACC GCGGGAGTAC 
ATACAACTGC ACAGAGACAC GACCGTTCAA ACTTTGACGC TGCAGCCGGT GGTTAGGGAC 
GGGAAAGTGA TGTACGAAGA CTCGCCGCTG GTGCAGGCTG TTAAACTTGG CCATGTGCTT 
GTCGTTGACG AGGCGGACAA AGCTCCTACT AATGTCACCT GCATTCTGAA AACATTAGTC 
GAATCTGGAG AAATGATATT GTCGGATGGT AGACGAATCG TTTCTTCTAA AAACGCTTCC 
AAAGAGAATT CAAACATAAT AGCGCTTCAT TCAGACTTCA GAATGATAGT GCTAGCAAAC 
AGGCCTGGAT TTCCATTCTT GGGGAATGAC TTTTTCGGAG CTTTGGGCGA TCTGTTCAGC 
ACGCACGCCG TCGACAATCC AAGTATCGAC GACGAGATTC AGCTTCTGAA GCAATATGGC 
CCACGCGTGG ACGAGAAAGT AATATTTAAG CTAGTAAAAG CTTTCGGAGA ATTGAGGGAC 
ATGGCCGACA AAGGTTTAGT TTCGTATCCG TATTCGACTC GAGAAGTTGT TAATATCGTG 
AAGCATATAG AGAAATTCCC TCAGGAACCT TTGGGTAACG TGGTGCGCAA TGTATTCGAT 
TTCGATCGGT ACAGTAAAGA AATTTTTGAT ACTTTAGTCT CTGTTCTTCA CAAACATGGG 
ATTGCTATAG GAACCAGTCC CAATAATATC TCGTTAGCGA AAGAAATTTC TTTCCCGGAA 
CACAAGATTT CCATTATTTG GGACATATTA AAGAAGGAAA ATATATTGCC TGTGCAAGAA 
AGATACATTA AGTTCAGATC GCCGATACGT TTAACACAGA ACAATTTGCC ATTAGACCGT 
GTCGATGCTA GATCGACTTT ATTCAGCGAA TTGCAAAGTT ATTGGACTAT ACCGATAAGC 
GATTATGGTA TGGTCGCCGG TTTGACCGTG GCCAAAGGTG CAAAAGGCGA TGGTACAGAC 
GATACTATCC ATATTTTAGC GTCGAATCCT TTAAGAATCT TTAGTATAAA CCAGGAATCA 
GATAGAATTA AGGAGACTGT GATACAGAAT GTAATAAGTG CAGATAATAG GTCCATATTC 
AAGATGGCAA CTGATAATGA ACAGAATGTT TTGGTACACG AAGAATTAAG TAATAGTTTC 
GTAATGGTAA ATTTGGATAA TAAATCTGCT CAACGTGTAC AGTCAGCATC TGTTTTCGAC 
ATGGCGTCGG ACAGAATATC AAGAAGCTTC AATACGAAAC AGCTTCAGTG GAAGATGAAA 
AATGATCTGA TACAGTCTCG CAATCAAATC GTTTTCCATA CCCTGAATTC CAATAAAATC 
GAAGTTATCG ATTTACGTTC CGCGAACGCC TACTCGATTA ATGTACCATT CGACATAGAA 
TCGATTATGA TCGCGTCCAC GAGAAAATGG CTGATCCAAG ATACGTCTGG TACCAGGTAT 
ATTCTTAGAA AATCTACCGA CTCCTTACCT TGCCCAAATG TTCTGCAAGA AATCGAAGAG 
CCTGTCGACA TTCGACGAAA ATTTGGTTCA CTTCGGAGTT GCAGCAAGAA TGACATACCT 
GTTAGTATAC TTACCGCAGC GCTGGAACAA CAAATCGATT CTCCGAATAG ACTCTTGGTG 
GGTGACAATG TATACGTTGG AATCGCAATT GGATTTCCTG ATTTAGATAG TTTCACCGAA 
CTTCATTTTT GGCCGAGAAA ACAGCGAAGT CGAAGTTCTG ATTCTTCGAT TGTCATGGAG 
AACGGTCATA TTATTCGAGC GGCTATGCCG GATGAAGTGC CGGAAGATGT TTTACCCCAA 
AATGGTAGAC ACTCGGATAT CTCTCACTAC CTAGAAATTG TTGACATTAC GAACCATAAG 
CTGCGTTACA TACCTGTACC ACAAGCAGTC AATGAATCGA TATATGCCCA ACAGTTGTAC 
GCACCCTATT ATCCTCTCTA TATCGCCGCG AAATCGAATC ATGATTTGGT AACAGTGGAC 
GCAGGTGGTT GTCTTCGTGT TTGGGAAACC TCTGCAGGAA ACATCGAAAG ATCGTTGGAA 
GCGTGGCAAA GAATGGTAGG CAGTGATAAC GAAAGACTGC AGATCACCAA AGAGAGGTAT 
TCCGGTCTGG ACGTTAGTAG TCCGAAGCAC GGTAAAGTCG ACGAGAAAAA TGAGCCGCAC 
GTTGGTGGGA ATACGTGGGC TGGGGGAACC GGAGGAAGAG ATACAGCTGG CCTCGGTGGG 
AAGGGTGGAC CTTATCGTTT GGACGCGGGC CACACGGTGC ACCAACTTAG CGACGAGGAG 
AAAAACGCGG TGCCGGAACA CATAAAAAAG GCGGCGAGAG AAATGGGAGT TAAAGCGTTC 
AAGCAACGCT TGAAAGACAT CAAAATGGGG GAATACGACA ATCAATTGTA TTCACGGTTC 
AGTAACCCGG TTCAGAAACA GGTTCAGGCA TTGAGGACAA TAATAGGAAG CCTCCAAGCT 
AAAAGCAAAG AACGAGAATG GTGCAGACAT CAGACCTCTG GTGAGTTGGA TGATACAAAA 
TTGATAGAAG GTCTAACAGG TGAGAGAACG ATATATCGAA GGAGAGCGGA GAAGGAACCG 
GAGCTTGGTA CGCCGCCATC AAAACCAAAG CGTTTAAAAT TAGTGGTGGA CGTGTCTGGT 
AGCATGTATA GGTTTAACGG GTACGATGGT CGCCTGGATC GTGAGATGGA GGCCAGCGTT 
ATGGTAATGG AAGCGTTTAG CGGATACGAA GGGAAATTTC AGTATGACAT CGTTGGTCAT 
TCCGGCGATG ATTATGATAT TGTTTTCGTG AAGCATACAC AGCCACCGAC CGATAATAAG 
CGGAGATTGG AAATAATAAA GACGATGTAC GCGCACTCGC AGTTTTGCAT ATCTGGTGAT 
AATACCTTGG AGGCCACTCA ATATTCAATT GCAAGCCTCG CTAAAGAAGA TTCCGACGAA 
GCTATCGTTG TTGTATTGTC TGACGCCAAT TTAGAACGTT ATGGTATTCG ACCTGAAAGT 
TTCGCTAAGG TTCTCATGTC GAATCCGGAT GTGAATGCGT TCGCCATATT CATTGGATCC 
TTGGGTGATC AGGCAACTAG ATTGATGACG AAAATGCCAT TGGGCCGAGC ATTCGTGTGC 
ATGGACCTTA AGGAGATACC TCGAATTTTA CAGCAGATAT TTGCTGTTTC TTTGCTAAGT 
ACTACGCGAT CCAATTAA