VWA8 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	VWA8
Entrez Gene ID	106489179
Full Name	von Willebrand factor A domain containing 8
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013948313.1	XP_013803767.1	von Willebrand factor A domain-containing protein 8

Pathways from BioSystems
Gene Ontology

The following VWA8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the VWA8 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
OAp18396	XM_013948313.1 Latest version!	Apteryx australis mantelli von Willebrand factor A domain containing 8 (VWA8), 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)

VWA8 ( XM_013948313.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013803767.1 Apteryx australis mantelli von Willebrand factor A domain containing 8 (VWA8), mRNA.

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CloneID	OAp18396
Clone ID Related Accession (Same CDS sequence)	XM_013948313.1
Accession Version	XM_013948313.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5628bp) 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	2015-09-08
Organism	Apteryx australis mantelli
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_013996293.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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##

ATGGTATCTG GAATGGAGTT CTATAGTGAG CTTGAATTCC ATAGCTCCCA TCAAAGTGAT 
ACTGTGACTA TTGGAGATGT GTCTTTTAAA CTCAAAACAC CAAAGAACCC AGAACTTGTT 
CCACAGAACT ACATGACAGA TTCTTTGGCC CAGTCTGTAG TCCACCATTT AAGATGGATA 
ATGCAGAAAG ATCTTCTCGG TCAAGATGTC TTTCTTATTG GTCCTCCTGG GCCCCTCCGG 
CGGTCTATTG CCATGCAGTA CCTGGAGCTG ACGAAGCGGG AGGTTGAATA CATTGCACTG 
TCGAGGGACA CTACAGAAAC TGACCTCAAA CAGCGACGAG AGATACGAGA TGGTAGTGCT 
TTTTATCTTG ATCAGTGTGC AGTTCGTGCA GCTACAGAAG GCAGAATCCT TGTGTTGGAA 
GGTTTGGAGA AGGCCGAGCG CAACGTCTTG CCTGTGTTGA ACAATTTGCT GGAGAACAGG 
GAAATGCAGC TAGAAGATGG TCGTTTTCTC ATGTCTGCAG AACGTTACGA CAAGCTTTTG 
CAGGAACACA CAAAAACAGA GTTAGACGCA TGGAAGATTG TTCGGGTTAG TGAAGATTTT 
CGAGTAATAG CATTGGGTCT GCCAGTACCT AAATATTCTG GTAACCCTTT GGATCCTCCC 
CTTCGCTCTA GATTTCAAGC TAGAGACGTT TATCATCTGC CCTTTAAGGA CCATCTTCAG 
CTATTATATT CAATTGGATC AAACATTTCT ACAGAGAGAA TTTCTCAGCT CCTGTCTTTT 
GCTACAACTC TCTGCTCTCA AGAATCTTCT ACATTGGGAC TTCCAGATTT TCCTTTAGAC 
AGCTTATCAG CTGCAGTTCA GATTTTGGAT TTCTTTCCTA TGATGTCAGT CCAGCATGTT 
ATTGACCGGC TTTACCCCTA TAATATTTTC CTTGGAAAGG AAGGCAGGAC TGCAGTCAAA 
GATACATTAA AACGTTTTGA GCTACAGGAT TCTAAAAGCC ATTTGCTTCC CAGAAGGATT 
ACAAAAGTAG AAAGCGTACA TGGAAACAAA ACCTTCAAGG CTGATGTAAC TGTCCAGATT 
GGTGAAAAAG AAGTGGTCTT CCAGGTTCCA GCTGGGACTG GACCATTAAA ACAACATTCT 
GGATCAGATT CTTTCATAAG GACTCCCAGC CATAATCAGC TGTTGGCAGA AATGATGCAA 
TCCCATATGG TTAAAGATAT GTGTTTAATT GGAGGAAAAG GCTGTGGCAA AACAGTTATT 
GCTAAGGAGT TTGCTGATAT ACTAGGATAC AGCATAGAAC CTGTCATGCT GTATCAGGAT 
ATGACAGCTA GAGATTTGCT GCAGCAAAGG TATACTCTTC CTAATGGAGA CACTGCTTGG 
AGACCATCGC CACTTGTTAC TGCTGCCCTG GAAGGAAAGC TTGTTATTCT TGATGGCATT 
CATCGAATTA ACCCTGGCAC TCTAGCTGTA CTTCAAAGGC TAATTCATGA CAGAGAACTG 
ACTCTCTATG ATGGCACCAG ATTATTAAGG GAAGATAGGT ATCAAAACTT AAAAGAAGAA 
TTACAGGTCT CCGATGAGAA ACTACAGGAA AGGTCTATCT TTCCTATCCA CCCGTCATTC 
AGAATAGTTG TCTTAGCAGA ACCTCCTGTC ATTGGAAGTA CTACCCAGCA ATGGTTGGGT 
CCAGAGTTTC TGACACTGTT TCTTTTTCAT AATGTTCAAT CTTTAAGCAA GAAGGAAGAA 
ATTCAAATTA TTAAAGAAAT GATTCCAAAC GTACCCAGTG TTGCTGTGGA GCAGTTGTTG 
TCATTAACGC ACAAGCTTCG GGAGACAAAT GACGCCACAG CACAGTCACT GGCTTCATCT 
TTATCTACTC GACAACTATT GCGAATTTGT CGTCGACTGT CACACCATCC AGATGAAAGT 
CTTTACCATG CTGTTAATAA AGCCTGCCTT TCCAGGTTTT TACCAAACCT TGCCAGATCA 
GCTTTACAGA AAAATCTGCT GGATTCTGGT ATCGAGACAA GTCCAGATGA CATAAGGAAA 
CTAGGGGAGA AGGATTACCC CTGTGAAATA AGCAATGGGA TTCTGAAGAT AGGGGCTGTA 
ACTACACCAA TTTATAACCC AGCTGAGAAA ATGAAAGTGC CTGATGTTTT GTTTTATGAA 
AACACTCAGC ACATGATGGT AATGGAAGAT ATGCTGAAAG ACTTCCTGCT TGGAGAACAT 
CTTCTTTTAG TTGGCAATCA GGGTGTTGGG AAAAACAAGA TTGTTGACAG ATTCCTTCAC 
CTCTTAAACA GACCCAGAGA GTATTTACAG CTGCATAGGG ATACCACAGT ACAAAGCCTT 
ACCCTACAAC CTTCTGTTAA AGACGGGCTT ATTATATATG AAGATTCACC ACTGGTAAAA 
GCAGTGAAGT TCGGACATAT TTTGGTAATT GATGAGGCAG ACAAAGCACC GACAAATGTT 
ACCTGTGTCT TGAAAACTTT AGTAGAAAGT GGGGAAATGG TTTTGTCAGA TGGAAGGCGA 
ATTGTTGCCA ATAATGCTAA TATAGAGGGG AGAGAAAATG TAATAGTAAT TCATCCTGAT 
TTTAGAATGA TAGTTCTAGC AAACAGACCT GGATTTCCTT TCTTGGGTAA TGACTTTTTT 
GGCACGCTAG GGGACATTTT TAGTTGCCAT GCTGTTGATA ATCCAAAACC ACAGTCTGAA 
CTGGCTATGC TTAGACAATA TGGTCCTGAT GTTCCAGAGC CAATTCTTCA AAAATTGGTA 
GCTGCTTTTG GAGAACTCAG GAGTTTGGCT GACCAAGGAA TTATTAACTA TCCCTATTCA 
ACTAGAGAAG TTGTGAATAT TGTAAAACAT TTACAGAAAT TTCCAACTGA AGGATTGGCA 
AATGTTGTTC GAAATGTATT TGACTTTGAC TCCTACAACA AAGAAATGCG TGAAATTTTA 
ATCAGCACTT TGCACAAACA TGGGGTACCT ATTGGAGCAA AACCGACCAA TGTACAGCTG 
GCCAAGGAAC TGCCGTTACC AGAACATAAA TATACAGGCT ACTGGAGTAT TGACAACCTG 
GGAAGTGCAC GACAGAAACT GCTGTGTCCA ACAGAAACTC AAAGAATAGA TGTAAAGGGA 
CCTGTGTATT TAAATATTCA AGGATTTCCT GTGGAACGAC ATGAAGCCAG GTCCCTCAGC 
TTCACAGAAG AGCTCGCTTT TTGGACGCTG CCTTTGAGTG AAGTTAACTT AGTTTGTGAT 
GTTGCTGTAA CGAAAGAAGA TGAAGCTGAG AATGTTCTTT ACATTGCTAC ATGCAATCCT 
GTTTCCTTGT ACTTTATGAA TGTTTCTAGT AAGAGTGGAT ACTTCGTGGA TTTTTATGAC 
CTCTTCCCCA GAACAGTTGG AAATATCTGG CAGCCTTTTG TGACTGTGGC ACCGCTGGGA 
AATCCACTCA AAGGTCAAGT GATTCTACAT GAAGAGCAGA GTAACGTTGT GTTGTTGCTG 
GATACAAACA ATGGTGCCCT TCGCCGACTT TTGCTCTTAC CAGATACTCA AGAGACTCCC 
AAGAAAATAT CTTGGTGGAG CAGCAAGGAA GAGACGAACA ACTACAAAAT GTGCCGAGAG 
TTTTCACACA AAAACTGGCT GGTGTTCTAC AAAGAAGAAG GAAACCACCT TGTTGTATTG 
GATGTACTGG AGGGTCAAAC TCATACCATC TCACTTCCAA TCAATCTCAA ATCTGTTTTC 
CTGGTGGCTG AAGATCGGTG GCTGTTGGTG GAAAACCAGA CGAATCGGAA ATTTCTTTTA 
ACCAAGCGTG CCCATATGGA AGCTGAAGAC AGTGAGGTCT GCCAGCTGTA TGCACTGAGT 
GAAGAGCCAG CTGACAAGGG ATTTGGCTTA ACAACAGCAT CAGAACTGTG TGTGCCACAT 
GCAGTTTCAA GTGACCAGCT ATCTTCAGAA AACCTCAGTG CAGCTGTGGG ACAAAAGATC 
AGCTCCCCCA ACAGGATTTT CTCAGATGAA CATAATTATG CTACTATTGT TATTGGTTTC 
CCAGACCTCT TGTCTCCCAG TGAAGTGTAT AGCTGGAAAA GAAACTCCTC TCTGAGTCGC 
AGACATGCTT CTCCTTCTGA TCCATTTTAT TATGGAGCCC GGAGGAAAAC AGGAGCTGCA 
AAACAAACCA ATTGTGTAAC TTTATTGGCT TCTAATCAAA TAGTCAGAAT TTTAGCACCC 
GGAGATGTGC CTTTGAAAGA CATTTACCCA AAAGATGTCA CTCCTCCACA AACTGCTGGA 
TACTTGGAAG TAACAGATCT CAACTCAAAG AAAATCAAAT ACATTGCTAT TCCTAGATCA 
GGTTCTCTCT CTCCGTATAC ATCTTGGCTG TCTAAGATCT CAGACACAGA TGCCCTCTTG 
GCACCTCTGG GCAAAGTGGG TTTGGTTAGT GTGGACATGG GAGGTGGCGT GAGACTTTGG 
GAAACAGGAC TCGACAGCCT CCAGCGTTCG CTGCAGGACT GGAGGAACAT GATCGGACAA 
GAGGATGGTC GACCTGTGCA GATAACGATT GAGAGGGACA GTGGTTTGGA TGTCAGTTCT 
CCCAAGCATG GAAAGGTTGA TCCAAACAAC ATGCCTCATG TTGGTGGAAA CACTTGGGCT 
GGTGGAACAG GTGGGAGAGA CACTGCTGGC TTAGGTGGTA AGGGTGGGCC ATATCGATTG 
GATGCCGGCC ACAAGGTTTA CCAAATATCT CAAGCTGAAA AGGATGCTGT TCCTGAAGAG 
GTTAAGAGAG CAGCACGGGA GATGGGCGAA AAGGCCTTTA AACAAAGATT GAAAGAGATT 
CAGATGAGTG AATATGATGC ATCTACTTAT GAAAGATTCT CCGGAGCAGT CCGACGACAA 
GTTCAGTCGC TCCGCATCAT CTTAGACAAT CTGCAGGCCA AGGGTAAGGA AAGACAATGG 
CTGAGACACC AAGCTGTTGG GGAGCTGGAT GATGCCAAAA TCATTGATGG GCTGACAGGA 
GAAAAAGCCA TTTATAAACG ACGGGGAGAA CTTGAGCCAC AACCTGGGAG CCCCCAGCAG 
AAACCTAAAC GCCTGCGTCT GGTGGTGGAT GTTTCTGGTA GCATGTACCG CTTTAATGGA 
GTGGATGGAC GACTGGAGCG CTCCATGGAG GCTGTCTGCA TGGTCATGGA AGCTTTTGAG 
AATTATGAGC ACAAGTTCAA GTATGATATT GTGGGACATT CAGGAGATGG CTTCAACATC 
GCCCTGGTTG GGAGTGACAA AGTTCCCAAG AACAATAAGC AAAGATTAGA GATTCTTAAG 
ATCATGCATG CCCACTCTCA GTTCTGCATG AGTGGAGACC ACACCTTGGA AGGGACAGAG 
CACGCCATTC GGGATATCGC CAAGGAAGAT GCTGATGAAT ACTTTGTTAT CATCTTGAGT 
GATGCGAATC TTGAGCGATA TGGTATTCTA CCATCAAGGT TTGCCCAGGC CTTGACCACC 
AATTCTCAAG TCAATGCTTT TGCCATATTC ATAGGATCCT TAGGAGACCA GGCAGATAGG 
CTGCAGAGGA CGCTACCAGC AGGCCGCTCT TTTATTGCCA TGGATACCAA GCAGATCCCC 
CAGATCTTGC AGCAGATCTT TACATCTACC ATGCTGTCGA GTGCCTAG

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

RefSeq	XP_013803767.1
CDS	1..5628
Translation	MVSGMEFYSELEFHSSHQSDTVTIGDVSFKLKTPKNPELVPQNYMTDSLAQSVVHHLRWIMQKDLLGQDVFLIGPPGPLRRSIAMQYLELTKREVEYIALSRDTTETDLKQRREIRDGSAFYLDQCAVRAATEGRILVLEGLEKAERNVLPVLNNLLENREMQLEDGRFLMSAERYDKLLQEHTKTELDAWKIVRVSEDFRVIALGLPVPKYSGNPLDPPLRSRFQARDVYHLPFKDHLQLLYSIGSNISTERISQLLSFATTLCSQESSTLGLPDFPLDSLSAAVQILDFFPMMSVQHVIDRLYPYNIFLGKEGRTAVKDTLKRFELQDSKSHLLPRRITKVESVHGNKTFKADVTVQIGEKEVVFQVPAGTGPLKQHSGSDSFIRTPSHNQLLAEMMQSHMVKDMCLIGGKGCGKTVIAKEFADILGYSIEPVMLYQDMTARDLLQQRYTLPNGDTAWRPSPLVTAALEGKLVILDGIHRINPGTLAVLQRLIHDRELTLYDGTRLLREDRYQNLKEELQVSDEKLQERSIFPIHPSFRIVVLAEPPVIGSTTQQWLGPEFLTLFLFHNVQSLSKKEEIQIIKEMIPNVPSVAVEQLLSLTHKLRETNDATAQSLASSLSTRQLLRICRRLSHHPDESLYHAVNKACLSRFLPNLARSALQKNLLDSGIETSPDDIRKLGEKDYPCEISNGILKIGAVTTPIYNPAEKMKVPDVLFYENTQHMMVMEDMLKDFLLGEHLLLVGNQGVGKNKIVDRFLHLLNRPREYLQLHRDTTVQSLTLQPSVKDGLIIYEDSPLVKAVKFGHILVIDEADKAPTNVTCVLKTLVESGEMVLSDGRRIVANNANIEGRENVIVIHPDFRMIVLANRPGFPFLGNDFFGTLGDIFSCHAVDNPKPQSELAMLRQYGPDVPEPILQKLVAAFGELRSLADQGIINYPYSTREVVNIVKHLQKFPTEGLANVVRNVFDFDSYNKEMREILISTLHKHGVPIGAKPTNVQLAKELPLPEHKYTGYWSIDNLGSARQKLLCPTETQRIDVKGPVYLNIQGFPVERHEARSLSFTEELAFWTLPLSEVNLVCDVAVTKEDEAENVLYIATCNPVSLYFMNVSSKSGYFVDFYDLFPRTVGNIWQPFVTVAPLGNPLKGQVILHEEQSNVVLLLDTNNGALRRLLLLPDTQETPKKISWWSSKEETNNYKMCREFSHKNWLVFYKEEGNHLVVLDVLEGQTHTISLPINLKSVFLVAEDRWLLVENQTNRKFLLTKRAHMEAEDSEVCQLYALSEEPADKGFGLTTASELCVPHAVSSDQLSSENLSAAVGQKISSPNRIFSDEHNYATIVIGFPDLLSPSEVYSWKRNSSLSRRHASPSDPFYYGARRKTGAAKQTNCVTLLASNQIVRILAPGDVPLKDIYPKDVTPPQTAGYLEVTDLNSKKIKYIAIPRSGSLSPYTSWLSKISDTDALLAPLGKVGLVSVDMGGGVRLWETGLDSLQRSLQDWRNMIGQEDGRPVQITIERDSGLDVSSPKHGKVDPNNMPHVGGNTWAGGTGGRDTAGLGGKGGPYRLDAGHKVYQISQAEKDAVPEEVKRAAREMGEKAFKQRLKEIQMSEYDASTYERFSGAVRRQVQSLRIILDNLQAKGKERQWLRHQAVGELDDAKIIDGLTGEKAIYKRRGELEPQPGSPQQKPKRLRLVVDVSGSMYRFNGVDGRLERSMEAVCMVMEAFENYEHKFKYDIVGHSGDGFNIALVGSDKVPKNNKQRLEILKIMHAHSQFCMSGDHTLEGTEHAIRDIAKEDADEYFVIILSDANLERYGILPSRFAQALTTNSQVNAFAIFIGSLGDQADRLQRTLPAGRSFIAMDTKQIPQILQQIFTSTMLSSA

Target ORF information:

RefSeq Version	XM_013948313.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli von Willebrand factor A domain containing 8 (VWA8), mRNA.

Target ORF information:

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

XM_013948313.1

ORF Insert Sequence:

ATGGTATCTG GAATGGAGTT CTATAGTGAG CTTGAATTCC ATAGCTCCCA TCAAAGTGAT 
ACTGTGACTA TTGGAGATGT GTCTTTTAAA CTCAAAACAC CAAAGAACCC AGAACTTGTT 
CCACAGAACT ACATGACAGA TTCTTTGGCC CAGTCTGTAG TCCACCATTT AAGATGGATA 
ATGCAGAAAG ATCTTCTCGG TCAAGATGTC TTTCTTATTG GTCCTCCTGG GCCCCTCCGG 
CGGTCTATTG CCATGCAGTA CCTGGAGCTG ACGAAGCGGG AGGTTGAATA CATTGCACTG 
TCGAGGGACA CTACAGAAAC TGACCTCAAA CAGCGACGAG AGATACGAGA TGGTAGTGCT 
TTTTATCTTG ATCAGTGTGC AGTTCGTGCA GCTACAGAAG GCAGAATCCT TGTGTTGGAA 
GGTTTGGAGA AGGCCGAGCG CAACGTCTTG CCTGTGTTGA ACAATTTGCT GGAGAACAGG 
GAAATGCAGC TAGAAGATGG TCGTTTTCTC ATGTCTGCAG AACGTTACGA CAAGCTTTTG 
CAGGAACACA CAAAAACAGA GTTAGACGCA TGGAAGATTG TTCGGGTTAG TGAAGATTTT 
CGAGTAATAG CATTGGGTCT GCCAGTACCT AAATATTCTG GTAACCCTTT GGATCCTCCC 
CTTCGCTCTA GATTTCAAGC TAGAGACGTT TATCATCTGC CCTTTAAGGA CCATCTTCAG 
CTATTATATT CAATTGGATC AAACATTTCT ACAGAGAGAA TTTCTCAGCT CCTGTCTTTT 
GCTACAACTC TCTGCTCTCA AGAATCTTCT ACATTGGGAC TTCCAGATTT TCCTTTAGAC 
AGCTTATCAG CTGCAGTTCA GATTTTGGAT TTCTTTCCTA TGATGTCAGT CCAGCATGTT 
ATTGACCGGC TTTACCCCTA TAATATTTTC CTTGGAAAGG AAGGCAGGAC TGCAGTCAAA 
GATACATTAA AACGTTTTGA GCTACAGGAT TCTAAAAGCC ATTTGCTTCC CAGAAGGATT 
ACAAAAGTAG AAAGCGTACA TGGAAACAAA ACCTTCAAGG CTGATGTAAC TGTCCAGATT 
GGTGAAAAAG AAGTGGTCTT CCAGGTTCCA GCTGGGACTG GACCATTAAA ACAACATTCT 
GGATCAGATT CTTTCATAAG GACTCCCAGC CATAATCAGC TGTTGGCAGA AATGATGCAA 
TCCCATATGG TTAAAGATAT GTGTTTAATT GGAGGAAAAG GCTGTGGCAA AACAGTTATT 
GCTAAGGAGT TTGCTGATAT ACTAGGATAC AGCATAGAAC CTGTCATGCT GTATCAGGAT 
ATGACAGCTA GAGATTTGCT GCAGCAAAGG TATACTCTTC CTAATGGAGA CACTGCTTGG 
AGACCATCGC CACTTGTTAC TGCTGCCCTG GAAGGAAAGC TTGTTATTCT TGATGGCATT 
CATCGAATTA ACCCTGGCAC TCTAGCTGTA CTTCAAAGGC TAATTCATGA CAGAGAACTG 
ACTCTCTATG ATGGCACCAG ATTATTAAGG GAAGATAGGT ATCAAAACTT AAAAGAAGAA 
TTACAGGTCT CCGATGAGAA ACTACAGGAA AGGTCTATCT TTCCTATCCA CCCGTCATTC 
AGAATAGTTG TCTTAGCAGA ACCTCCTGTC ATTGGAAGTA CTACCCAGCA ATGGTTGGGT 
CCAGAGTTTC TGACACTGTT TCTTTTTCAT AATGTTCAAT CTTTAAGCAA GAAGGAAGAA 
ATTCAAATTA TTAAAGAAAT GATTCCAAAC GTACCCAGTG TTGCTGTGGA GCAGTTGTTG 
TCATTAACGC ACAAGCTTCG GGAGACAAAT GACGCCACAG CACAGTCACT GGCTTCATCT 
TTATCTACTC GACAACTATT GCGAATTTGT CGTCGACTGT CACACCATCC AGATGAAAGT 
CTTTACCATG CTGTTAATAA AGCCTGCCTT TCCAGGTTTT TACCAAACCT TGCCAGATCA 
GCTTTACAGA AAAATCTGCT GGATTCTGGT ATCGAGACAA GTCCAGATGA CATAAGGAAA 
CTAGGGGAGA AGGATTACCC CTGTGAAATA AGCAATGGGA TTCTGAAGAT AGGGGCTGTA 
ACTACACCAA TTTATAACCC AGCTGAGAAA ATGAAAGTGC CTGATGTTTT GTTTTATGAA 
AACACTCAGC ACATGATGGT AATGGAAGAT ATGCTGAAAG ACTTCCTGCT TGGAGAACAT 
CTTCTTTTAG TTGGCAATCA GGGTGTTGGG AAAAACAAGA TTGTTGACAG ATTCCTTCAC 
CTCTTAAACA GACCCAGAGA GTATTTACAG CTGCATAGGG ATACCACAGT ACAAAGCCTT 
ACCCTACAAC CTTCTGTTAA AGACGGGCTT ATTATATATG AAGATTCACC ACTGGTAAAA 
GCAGTGAAGT TCGGACATAT TTTGGTAATT GATGAGGCAG ACAAAGCACC GACAAATGTT 
ACCTGTGTCT TGAAAACTTT AGTAGAAAGT GGGGAAATGG TTTTGTCAGA TGGAAGGCGA 
ATTGTTGCCA ATAATGCTAA TATAGAGGGG AGAGAAAATG TAATAGTAAT TCATCCTGAT 
TTTAGAATGA TAGTTCTAGC AAACAGACCT GGATTTCCTT TCTTGGGTAA TGACTTTTTT 
GGCACGCTAG GGGACATTTT TAGTTGCCAT GCTGTTGATA ATCCAAAACC ACAGTCTGAA 
CTGGCTATGC TTAGACAATA TGGTCCTGAT GTTCCAGAGC CAATTCTTCA AAAATTGGTA 
GCTGCTTTTG GAGAACTCAG GAGTTTGGCT GACCAAGGAA TTATTAACTA TCCCTATTCA 
ACTAGAGAAG TTGTGAATAT TGTAAAACAT TTACAGAAAT TTCCAACTGA AGGATTGGCA 
AATGTTGTTC GAAATGTATT TGACTTTGAC TCCTACAACA AAGAAATGCG TGAAATTTTA 
ATCAGCACTT TGCACAAACA TGGGGTACCT ATTGGAGCAA AACCGACCAA TGTACAGCTG 
GCCAAGGAAC TGCCGTTACC AGAACATAAA TATACAGGCT ACTGGAGTAT TGACAACCTG 
GGAAGTGCAC GACAGAAACT GCTGTGTCCA ACAGAAACTC AAAGAATAGA TGTAAAGGGA 
CCTGTGTATT TAAATATTCA AGGATTTCCT GTGGAACGAC ATGAAGCCAG GTCCCTCAGC 
TTCACAGAAG AGCTCGCTTT TTGGACGCTG CCTTTGAGTG AAGTTAACTT AGTTTGTGAT 
GTTGCTGTAA CGAAAGAAGA TGAAGCTGAG AATGTTCTTT ACATTGCTAC ATGCAATCCT 
GTTTCCTTGT ACTTTATGAA TGTTTCTAGT AAGAGTGGAT ACTTCGTGGA TTTTTATGAC 
CTCTTCCCCA GAACAGTTGG AAATATCTGG CAGCCTTTTG TGACTGTGGC ACCGCTGGGA 
AATCCACTCA AAGGTCAAGT GATTCTACAT GAAGAGCAGA GTAACGTTGT GTTGTTGCTG 
GATACAAACA ATGGTGCCCT TCGCCGACTT TTGCTCTTAC CAGATACTCA AGAGACTCCC 
AAGAAAATAT CTTGGTGGAG CAGCAAGGAA GAGACGAACA ACTACAAAAT GTGCCGAGAG 
TTTTCACACA AAAACTGGCT GGTGTTCTAC AAAGAAGAAG GAAACCACCT TGTTGTATTG 
GATGTACTGG AGGGTCAAAC TCATACCATC TCACTTCCAA TCAATCTCAA ATCTGTTTTC 
CTGGTGGCTG AAGATCGGTG GCTGTTGGTG GAAAACCAGA CGAATCGGAA ATTTCTTTTA 
ACCAAGCGTG CCCATATGGA AGCTGAAGAC AGTGAGGTCT GCCAGCTGTA TGCACTGAGT 
GAAGAGCCAG CTGACAAGGG ATTTGGCTTA ACAACAGCAT CAGAACTGTG TGTGCCACAT 
GCAGTTTCAA GTGACCAGCT ATCTTCAGAA AACCTCAGTG CAGCTGTGGG ACAAAAGATC 
AGCTCCCCCA ACAGGATTTT CTCAGATGAA CATAATTATG CTACTATTGT TATTGGTTTC 
CCAGACCTCT TGTCTCCCAG TGAAGTGTAT AGCTGGAAAA GAAACTCCTC TCTGAGTCGC 
AGACATGCTT CTCCTTCTGA TCCATTTTAT TATGGAGCCC GGAGGAAAAC AGGAGCTGCA 
AAACAAACCA ATTGTGTAAC TTTATTGGCT TCTAATCAAA TAGTCAGAAT TTTAGCACCC 
GGAGATGTGC CTTTGAAAGA CATTTACCCA AAAGATGTCA CTCCTCCACA AACTGCTGGA 
TACTTGGAAG TAACAGATCT CAACTCAAAG AAAATCAAAT ACATTGCTAT TCCTAGATCA 
GGTTCTCTCT CTCCGTATAC ATCTTGGCTG TCTAAGATCT CAGACACAGA TGCCCTCTTG 
GCACCTCTGG GCAAAGTGGG TTTGGTTAGT GTGGACATGG GAGGTGGCGT GAGACTTTGG 
GAAACAGGAC TCGACAGCCT CCAGCGTTCG CTGCAGGACT GGAGGAACAT GATCGGACAA 
GAGGATGGTC GACCTGTGCA GATAACGATT GAGAGGGACA GTGGTTTGGA TGTCAGTTCT 
CCCAAGCATG GAAAGGTTGA TCCAAACAAC ATGCCTCATG TTGGTGGAAA CACTTGGGCT 
GGTGGAACAG GTGGGAGAGA CACTGCTGGC TTAGGTGGTA AGGGTGGGCC ATATCGATTG 
GATGCCGGCC ACAAGGTTTA CCAAATATCT CAAGCTGAAA AGGATGCTGT TCCTGAAGAG 
GTTAAGAGAG CAGCACGGGA GATGGGCGAA AAGGCCTTTA AACAAAGATT GAAAGAGATT 
CAGATGAGTG AATATGATGC ATCTACTTAT GAAAGATTCT CCGGAGCAGT CCGACGACAA 
GTTCAGTCGC TCCGCATCAT CTTAGACAAT CTGCAGGCCA AGGGTAAGGA AAGACAATGG 
CTGAGACACC AAGCTGTTGG GGAGCTGGAT GATGCCAAAA TCATTGATGG GCTGACAGGA 
GAAAAAGCCA TTTATAAACG ACGGGGAGAA CTTGAGCCAC AACCTGGGAG CCCCCAGCAG 
AAACCTAAAC GCCTGCGTCT GGTGGTGGAT GTTTCTGGTA GCATGTACCG CTTTAATGGA 
GTGGATGGAC GACTGGAGCG CTCCATGGAG GCTGTCTGCA TGGTCATGGA AGCTTTTGAG 
AATTATGAGC ACAAGTTCAA GTATGATATT GTGGGACATT CAGGAGATGG CTTCAACATC 
GCCCTGGTTG GGAGTGACAA AGTTCCCAAG AACAATAAGC AAAGATTAGA GATTCTTAAG 
ATCATGCATG CCCACTCTCA GTTCTGCATG AGTGGAGACC ACACCTTGGA AGGGACAGAG 
CACGCCATTC GGGATATCGC CAAGGAAGAT GCTGATGAAT ACTTTGTTAT CATCTTGAGT 
GATGCGAATC TTGAGCGATA TGGTATTCTA CCATCAAGGT TTGCCCAGGC CTTGACCACC 
AATTCTCAAG TCAATGCTTT TGCCATATTC ATAGGATCCT TAGGAGACCA GGCAGATAGG 
CTGCAGAGGA CGCTACCAGC AGGCCGCTCT TTTATTGCCA TGGATACCAA GCAGATCCCC 
CAGATCTTGC AGCAGATCTT TACATCTACC ATGCTGTCGA GTGCCTAG