VWDE cDNA ORF clone, Tinamus guttatus(white-throated tinamou)

Gene
Clones
gRNAs

Summary

Gene Symbol	VWDE
Entrez Gene ID	104580396
Full Name	von Willebrand factor D and EGF domains
Gene Type	protein-coding
Organism	Tinamus guttatus(white-throated tinamou)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010227892.1	XP_010226194.1	von Willebrand factor D and EGF domain-containing protein

Pathways from BioSystems
Gene Ontology

The following VWDE gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the VWDE 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
OTi14182	XM_010227892.1 Latest version!	Tinamus guttatus von Willebrand factor D and EGF domains (VWDE), 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)

VWDE ( XM_010227892.1 ) cDNA ORF clone, Tinamus guttatus(white-throated tinamou) -> XP_010226194.1 Tinamus guttatus von Willebrand factor D and EGF domains (VWDE), mRNA.

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CloneID	OTi14182
Clone ID Related Accession (Same CDS sequence)	XM_010227892.1
Accession Version	XM_010227892.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5226bp) 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	2014-11-12
Organism	Tinamus guttatus(white-throated tinamou)
Product	von Willebrand factor D and EGF domain-containing protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010578202.1) 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 :: Tinamus guttatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 14% of CDS bases ##RefSeq-Attributes-END##

ATGGACACGA ATGGCCTACG GGCTGCTCCA AGCAACTCCG AAGCCGAGTG GTGCTTTCCT 
GAATGTTATG CTGGTGGGCA TCAGATCCTG AAGAGTCCTT ATCGAAGTGT GAATTTTGAT 
TCATCTCACC TGCAGCAATC AGCTATTCAG GATTTAATAT GTGACCATTC CCTAACACCA 
GGGTGGTACC GCTTTATGAT TTTTGATAAG CCTGCTGAGA TGCCAACCAA ATGTGTGGAG 
GTGAACCACT GTGGTACTCA GGCCCCTGTG TGGCTCTCCC TGCGGGAGGC AGAGACCCTG 
CCTCGGCCTG GTGAGGTGAA GCAGTTAACA GCATGTGCCA CGTGGCAGTT CTTCTTCAGC 
ACTTCCAGGG ACTGCTGCCT TTTCCGAATC CCTGTCAGTG TGAGAAACTG TGGAGATTTC 
TTTGTTTACC TGCTGCAACC CACCCAAGGC TGCATGGGCT ATTGTGCCGA AGGTAAGCTG 
GCGGCTCCAT CATTTGCGTC TGTGTCACCA CCATCACCAG CTACCCCTGA AGTTGTAGCA 
GAGTTGATCA AAGGCAGCAT ATACCTCAGG TGCACCTTTG GCGTTCCTTT TGCAAACAGC 
TTGGTTGGAT TTATTGTAGC TTGGTCCAGA CTTTCTCCTG AAGGCGTCAA AGAGGAATTG 
AAACGTGAGA CAGCAGTTCA TACATTCTCA CTTTTAGAAC TAGATGGCAT AAACCTCAAA 
CTTGGAGACA GAGTTTACTG TAGCAGTTCT GCCTTTCTCT TGGAGAAACC GGATATACAA 
AGCTCTCCTG TTGAGAGTGA GGAGTTTTTT GCTGGCATAA AGGTATATCC AGAGGCTTAT 
AGTATATCAG AAGATGGAAA GGAATACAGA CTGGCAATAG AAAGTAGAAT TCCTATTCCT 
TGTTCTGATT TTGGACAACT TGAAAATGAC TGTAAAATCT CGCTGACATT AAATACTGTT 
GACCAAGGCA AAGAACAGTT AGGTTTAAAC TTGGCCCTTT CTTCTTGTTA CGTGGATCTT 
CTCCAGAAAC CCTGCAATAA TGGAATTTGT AGTCAAGCTG TAAGTTATTT CACTGCTGTG 
ACAGACTTTA TGCAGGATGG AGACCGGATT ACCAGGATTG TGGTGGAACC CATATCCAGT 
GATAATATCC TGTGGAATGG CTATGCTCCA GAAAGCACTC AGATTACCGT AAAGGATCTA 
CCTACTGCTT ACTGCTACTC ATTTACTGAC CCTCATATAA TTACATTTGA TGGAAGACTC 
TATGACAATT TTGAAACAGG AACTTTTGTT CTCTCTAAGA GCACGTCTCG AGATTTTGAG 
GTTCACGTTC GGCAGTGGGA CTGTGGAAGT CTCCACTCTC CAGCCTCCTG TAACTGTGGC 
TTTGTTGCCA GAGAAGGAAG GGATGTCGTT GCGTTTGACA TGTGCAGCGG TCAGCTACGT 
GAGTCACAGC CACACGTGAC TGTAATAAGT AGAGACACAA CTGGAAGTAA TGTCAGGATC 
ACTGAATCCT ACCTCGGAAG AAAAGTAACA GTTGGGTTTT CTTCTGGAGC TTTCATTCGT 
GCTGATGTGA GTGAATGGGG AATGAGCCTA ACGCTCAGGG CACCCAGCTC AGATTACAAG 
AATACAGTGG GACTCTGTGG CACCTTTGAC GGAAGTGCAG AGAATGACTA TCACACTGCA 
AGTGGGATGG AAATCCCACA CAGTTCTAAT GTTCCCTTTT CTTTTATTAA CGAATGGAGA 
ATTTCACCAG GAGATAGTTT GTTTGACAAG ACACCTGCTG CTTTAACATC TTCCACAAAA 
AGAGCCTTCT GTGACTGCAG GCTTAGAGAT GCTGGACTAC ATCAATCACA GAATAAACTA 
GAGTCCGTTT CTAAACTTCC TCTCTTTTGC AAAGAAAGTG GAAATGGTCG ATTTCCATCT 
TTGATACCAG GACTCGATGT CACTACTGAG TATCTCAGTC CTGTCAATCT TGTCAGAGGC 
TTAAAGAAGC GTTCGCCTGC ACAGGAAATG GCTTCTTCAC CTCTCCAGAA AATTGATCGC 
TTCGATAAAC AAACCAAACT TCACAAAATA CTGCTGGTAA ACACAAGTTC AGTAGAAAAT 
ACTTGGATAG AAAGAGAAGG AACTTCAAGC TCAGGAATTA AAAGAAATCC CCACAATTAC 
AGGACTCATC TTCTCAAAGG CAAACCTGAT ATGAGCAGAA GGAAGCGCCA AAGTTATTAT 
GAATATCATC CAGTGTTTCC ATTCCAAAGT CTTAACCAAG CAGACCTAGA AGGCTATAGC 
TATTTTTTTC CGGAGGACCA TGCCACTGGT CTGCACCACA AGTTTCTTCC ATCCTGGCCC 
ACACCTTCGG GCCTGACCGA GTCTAGCGCA TTGGGCCTGT GCCAAGAGGC CATAGTGAAT 
TCCACTATAG GGAGATCTTG TGGCGGCCTC CTTGGCAAGC GAGTGGAAGA TGCAGTAGAT 
ATGTGTGTAA AAGATTTGCT GCTGAAAGAT GACTTCAGCT GGGCAGAAGC CTTCTTACCT 
CTTCTGGAGA ATGAATGTGA GAAGAGAGTT TTAGAAGAAA TAAATTCCAA CCAACAGGAG 
CTTCAAGGGT CAGTCGAGGA CTTGCTTGTT GTGTTAAAAT GTCCCAGTCT CTGCAGCGGG 
AATGGAGAAT GTATGGAATG GGGTTGTGCA TGTTTTCAAG GCTATAGCTC TTACGACTGC 
AGCATTCTGT CTGATCAGGT TCCAGAAATC ACGGAGCTGG AGAACGGGGG GCTATGCGAT 
ATTCGGCAGT CTGACTGCGC CTCAGTGAGA GCTTTCGGAC ACGGCTTCAG GGAGTCATCA 
AGCCTGAAAT GTGAAATTAG CCAATTGCAG CATAATGGTA GCCACTGGCT TCTTGGAGAA 
CCTCTAATTA TGCCGGCTGC CTTCCAAAGT GCCGGGATTG CCGACTGTCA GTTACCAAGC 
GATGGCCAGC AGTCCCATGT CATGGATCTC GTTGATGATA AACCTCTTGC CAGATGGCAA 
ATAAAGATTT CTAATGATGG ATTCATTTAT AGCAACCCTA AAACAATGAT ATTATATGAT 
GGAGCCTGTC AAACCTGTGA ACCACAGGAA TCGGGGTTAT GTACGTTAAA GGAGAAAACA 
TGCAACATAG ATGGACTCTG TTATGGTGAA GGTGACACAA ATCCAAGCAG CCCTTGTTTA 
CTCTGCAGAC CTGACATATC TAAGTTAACT TGGTCAGTTG TTGAAGACAA CCAACCTCCA 
CTGCTTCAAA CTTTTCAGGG TACCCTACAG ACTTTCTATG GAGAAAATTT CGTATATCAA 
TTTTTGGCCT CAGATCCAGA GGGTTCTACT GTTCTTTTTA CATTGGAATC TGGTCCTGAA 
GGTGCTAGTC TTTCCCCATC AGGTCTCCTT TTATGGAAAG CGATGTCAAA GAATCCCCAT 
AAATTAACAT TTTCTTTGAC AGACGACTGC AGTGCAGAGA CAAAAGTAGA AATAGAGGTG 
AATGTAAAAT CATGCGATTG TCTGAATAAT GGCTCGTGTG TGACAAATGT TAATTTTCCA 
CCTGGAAGTG GAAGATACCT TTGTGCATGT GTGCCTGGCT TTGAGGGGGA TCTCTGCCAA 
GTGAATGCTG ATGAATGTCA ACCTAACCGG TGTGCTGCTG GCAGGTGTGT AGATGCCATA 
AACAGCTATC ACTGTGAGTG TCCACCAGAG CTTCAGGACA GCCCCCAGAG ACTTATTCCT 
ATAGAAGTGG CCAGTAGCGG AGCTCCACCA GCCTCCACAA CAGCAACAGT CCCCACTTGG 
AAGGTGTTTA ACTCTCAAAG TGCTCCGGTG CAGCCTGCTG TTGGTGGGAA CGTCGGCCGT 
GCTCTCGGCC CCGGCAGCGG CCCCCTTGCC GACACGGAGG AGGGCTCCTC GGTGAGCGCT 
GCGCTGTCAG CGTCCTCGGG GAGCCGAGCT GTATCACCTG AGGAGAAGAC AAGGACACAA 
GCTGAGGTCC ACAGCTATTC TGAGACTAGC AGGAGGGCTT CTCCCAGCAG CAGGATCAAT 
ATAAGCAGAG GGCCACCTCT GCCCAGCAAA GTGCTCAAAG GAGGGAGTGC TCGCAGAGTT 
CAGCAGCTCA TAGTCAAGTA TAAAGCAAGT CCTTTGCCAT CTGTTCTAGT CAAAGTCACT 
GTCCCACCAA AACCACTTAC GGTGACATCA AGTGAAATAG TGATGCCTAA AGCAGGAACC 
TGTTCCCATT TACCTTGCTT TCCCAGAGTA CCTTGTGAAC CAAGTTGGGA CGGACGTGTC 
AGATGTGGCC CTTGTCCTTA TGGCTATTAC GGAGATGGTA TTACTTGCAG AGCAATATGT 
AGGCAACCAT GTGGTAAAAA TATGGAGTGT GTGGCACCCG ATATTTGCAA ATGCAAGCCT 
GGTTACTCTG GTTATGGCTG TCAGACTGCT CTATGCAGAC CTGACTGTAA AAACCATGGG 
AAGTGCATTA AGCCAAATGT CTGTGAATGC CTACCAGGAT ATAGCGGCTC CACTTGTGAG 
GAAGCACATT GTAAACCACC CTGTCAAAAT GGAGGTACTT GCTTGGCCAG AAATCGCTGC 
ACCTGCCCAT ACGGTTTTGT GGGACCAAGA TGTGATACAA TGGTTTGCAG CAGGCACTGT 
GAGAACGGTG GGGAATGCCT TGCTCCAGAC GTGTGCCAGT GCAAAGCCGG CTGGCACGGA 
CCTACGTGCG GTGCAGCACT GTGTGACCCG GTGTGTCTCA ATGGAGGTTC CTGTACTAAG 
CCAGATATTT GCCTCTGTCC ACATGGATTC TTTGGTGCCC AGTGTCAGAT TGCTGTGTGC 
AGCCCGCCCT GTAAGAATGG TGGTCATTGC AGGAGGAACA ATGTTTGTAC TTGTCCTGCT 
GGGCACACAG GCAGAAGATG TGAAAAAAGT GTCTGCGAAC CAAGGTGCAT GAATGGAGGA 
CGGTGTGTAG GCCCAAATGT TTGCTCTTGT CCCTCAGGAT GGAGAGGAAA AAGGTGTAAC 
ACACCCATCT GTCTTCAGAA ATGTCAGAAC GGTGGGGAAT GTATTGGACC AAGTACGTGT 
CATTGCCCTC CACAGTGGGA AGGAATCCAG TGTCAAACAC CTGTGTGCAA TCAGAAGTGT 
CTATTTGGAG GCCAGTGTGT GTTGCCTAAC GTCTGCTCTT GTCGTCCTGG TTATACTGGA 
GTCCTCTGTG GGAAGAAAAT TCAGGTAATT GTAGTGTCAA GGCACAGCCA TAGACAGGCA 
CTTTGA

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

RefSeq	XP_010226194.1
CDS	1..5226
Translation	MDTNGLRAAPSNSEAEWCFPECYAGGHQILKSPYRSVNFDSSHLQQSAIQDLICDHSLTPGWYRFMIFDKPAEMPTKCVEVNHCGTQAPVWLSLREAETLPRPGEVKQLTACATWQFFFSTSRDCCLFRIPVSVRNCGDFFVYLLQPTQGCMGYCAEGKLAAPSFASVSPPSPATPEVVAELIKGSIYLRCTFGVPFANSLVGFIVAWSRLSPEGVKEELKRETAVHTFSLLELDGINLKLGDRVYCSSSAFLLEKPDIQSSPVESEEFFAGIKVYPEAYSISEDGKEYRLAIESRIPIPCSDFGQLENDCKISLTLNTVDQGKEQLGLNLALSSCYVDLLQKPCNNGICSQAVSYFTAVTDFMQDGDRITRIVVEPISSDNILWNGYAPESTQITVKDLPTAYCYSFTDPHIITFDGRLYDNFETGTFVLSKSTSRDFEVHVRQWDCGSLHSPASCNCGFVAREGRDVVAFDMCSGQLRESQPHVTVISRDTTGSNVRITESYLGRKVTVGFSSGAFIRADVSEWGMSLTLRAPSSDYKNTVGLCGTFDGSAENDYHTASGMEIPHSSNVPFSFINEWRISPGDSLFDKTPAALTSSTKRAFCDCRLRDAGLHQSQNKLESVSKLPLFCKESGNGRFPSLIPGLDVTTEYLSPVNLVRGLKKRSPAQEMASSPLQKIDRFDKQTKLHKILLVNTSSVENTWIEREGTSSSGIKRNPHNYRTHLLKGKPDMSRRKRQSYYEYHPVFPFQSLNQADLEGYSYFFPEDHATGLHHKFLPSWPTPSGLTESSALGLCQEAIVNSTIGRSCGGLLGKRVEDAVDMCVKDLLLKDDFSWAEAFLPLLENECEKRVLEEINSNQQELQGSVEDLLVVLKCPSLCSGNGECMEWGCACFQGYSSYDCSILSDQVPEITELENGGLCDIRQSDCASVRAFGHGFRESSSLKCEISQLQHNGSHWLLGEPLIMPAAFQSAGIADCQLPSDGQQSHVMDLVDDKPLARWQIKISNDGFIYSNPKTMILYDGACQTCEPQESGLCTLKEKTCNIDGLCYGEGDTNPSSPCLLCRPDISKLTWSVVEDNQPPLLQTFQGTLQTFYGENFVYQFLASDPEGSTVLFTLESGPEGASLSPSGLLLWKAMSKNPHKLTFSLTDDCSAETKVEIEVNVKSCDCLNNGSCVTNVNFPPGSGRYLCACVPGFEGDLCQVNADECQPNRCAAGRCVDAINSYHCECPPELQDSPQRLIPIEVASSGAPPASTTATVPTWKVFNSQSAPVQPAVGGNVGRALGPGSGPLADTEEGSSVSAALSASSGSRAVSPEEKTRTQAEVHSYSETSRRASPSSRINISRGPPLPSKVLKGGSARRVQQLIVKYKASPLPSVLVKVTVPPKPLTVTSSEIVMPKAGTCSHLPCFPRVPCEPSWDGRVRCGPCPYGYYGDGITCRAICRQPCGKNMECVAPDICKCKPGYSGYGCQTALCRPDCKNHGKCIKPNVCECLPGYSGSTCEEAHCKPPCQNGGTCLARNRCTCPYGFVGPRCDTMVCSRHCENGGECLAPDVCQCKAGWHGPTCGAALCDPVCLNGGSCTKPDICLCPHGFFGAQCQIAVCSPPCKNGGHCRRNNVCTCPAGHTGRRCEKSVCEPRCMNGGRCVGPNVCSCPSGWRGKRCNTPICLQKCQNGGECIGPSTCHCPPQWEGIQCQTPVCNQKCLFGGQCVLPNVCSCRPGYTGVLCGKKIQVIVVSRHSHRQAL

Target ORF information:

RefSeq Version	XM_010227892.1
Organism	Tinamus guttatus(white-throated tinamou)
Definition	Tinamus guttatus von Willebrand factor D and EGF domains (VWDE), mRNA.

Target ORF information:

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

XM_010227892.1

ORF Insert Sequence:

ATGGACACGA ATGGCCTACG GGCTGCTCCA AGCAACTCCG AAGCCGAGTG GTGCTTTCCT 
GAATGTTATG CTGGTGGGCA TCAGATCCTG AAGAGTCCTT ATCGAAGTGT GAATTTTGAT 
TCATCTCACC TGCAGCAATC AGCTATTCAG GATTTAATAT GTGACCATTC CCTAACACCA 
GGGTGGTACC GCTTTATGAT TTTTGATAAG CCTGCTGAGA TGCCAACCAA ATGTGTGGAG 
GTGAACCACT GTGGTACTCA GGCCCCTGTG TGGCTCTCCC TGCGGGAGGC AGAGACCCTG 
CCTCGGCCTG GTGAGGTGAA GCAGTTAACA GCATGTGCCA CGTGGCAGTT CTTCTTCAGC 
ACTTCCAGGG ACTGCTGCCT TTTCCGAATC CCTGTCAGTG TGAGAAACTG TGGAGATTTC 
TTTGTTTACC TGCTGCAACC CACCCAAGGC TGCATGGGCT ATTGTGCCGA AGGTAAGCTG 
GCGGCTCCAT CATTTGCGTC TGTGTCACCA CCATCACCAG CTACCCCTGA AGTTGTAGCA 
GAGTTGATCA AAGGCAGCAT ATACCTCAGG TGCACCTTTG GCGTTCCTTT TGCAAACAGC 
TTGGTTGGAT TTATTGTAGC TTGGTCCAGA CTTTCTCCTG AAGGCGTCAA AGAGGAATTG 
AAACGTGAGA CAGCAGTTCA TACATTCTCA CTTTTAGAAC TAGATGGCAT AAACCTCAAA 
CTTGGAGACA GAGTTTACTG TAGCAGTTCT GCCTTTCTCT TGGAGAAACC GGATATACAA 
AGCTCTCCTG TTGAGAGTGA GGAGTTTTTT GCTGGCATAA AGGTATATCC AGAGGCTTAT 
AGTATATCAG AAGATGGAAA GGAATACAGA CTGGCAATAG AAAGTAGAAT TCCTATTCCT 
TGTTCTGATT TTGGACAACT TGAAAATGAC TGTAAAATCT CGCTGACATT AAATACTGTT 
GACCAAGGCA AAGAACAGTT AGGTTTAAAC TTGGCCCTTT CTTCTTGTTA CGTGGATCTT 
CTCCAGAAAC CCTGCAATAA TGGAATTTGT AGTCAAGCTG TAAGTTATTT CACTGCTGTG 
ACAGACTTTA TGCAGGATGG AGACCGGATT ACCAGGATTG TGGTGGAACC CATATCCAGT 
GATAATATCC TGTGGAATGG CTATGCTCCA GAAAGCACTC AGATTACCGT AAAGGATCTA 
CCTACTGCTT ACTGCTACTC ATTTACTGAC CCTCATATAA TTACATTTGA TGGAAGACTC 
TATGACAATT TTGAAACAGG AACTTTTGTT CTCTCTAAGA GCACGTCTCG AGATTTTGAG 
GTTCACGTTC GGCAGTGGGA CTGTGGAAGT CTCCACTCTC CAGCCTCCTG TAACTGTGGC 
TTTGTTGCCA GAGAAGGAAG GGATGTCGTT GCGTTTGACA TGTGCAGCGG TCAGCTACGT 
GAGTCACAGC CACACGTGAC TGTAATAAGT AGAGACACAA CTGGAAGTAA TGTCAGGATC 
ACTGAATCCT ACCTCGGAAG AAAAGTAACA GTTGGGTTTT CTTCTGGAGC TTTCATTCGT 
GCTGATGTGA GTGAATGGGG AATGAGCCTA ACGCTCAGGG CACCCAGCTC AGATTACAAG 
AATACAGTGG GACTCTGTGG CACCTTTGAC GGAAGTGCAG AGAATGACTA TCACACTGCA 
AGTGGGATGG AAATCCCACA CAGTTCTAAT GTTCCCTTTT CTTTTATTAA CGAATGGAGA 
ATTTCACCAG GAGATAGTTT GTTTGACAAG ACACCTGCTG CTTTAACATC TTCCACAAAA 
AGAGCCTTCT GTGACTGCAG GCTTAGAGAT GCTGGACTAC ATCAATCACA GAATAAACTA 
GAGTCCGTTT CTAAACTTCC TCTCTTTTGC AAAGAAAGTG GAAATGGTCG ATTTCCATCT 
TTGATACCAG GACTCGATGT CACTACTGAG TATCTCAGTC CTGTCAATCT TGTCAGAGGC 
TTAAAGAAGC GTTCGCCTGC ACAGGAAATG GCTTCTTCAC CTCTCCAGAA AATTGATCGC 
TTCGATAAAC AAACCAAACT TCACAAAATA CTGCTGGTAA ACACAAGTTC AGTAGAAAAT 
ACTTGGATAG AAAGAGAAGG AACTTCAAGC TCAGGAATTA AAAGAAATCC CCACAATTAC 
AGGACTCATC TTCTCAAAGG CAAACCTGAT ATGAGCAGAA GGAAGCGCCA AAGTTATTAT 
GAATATCATC CAGTGTTTCC ATTCCAAAGT CTTAACCAAG CAGACCTAGA AGGCTATAGC 
TATTTTTTTC CGGAGGACCA TGCCACTGGT CTGCACCACA AGTTTCTTCC ATCCTGGCCC 
ACACCTTCGG GCCTGACCGA GTCTAGCGCA TTGGGCCTGT GCCAAGAGGC CATAGTGAAT 
TCCACTATAG GGAGATCTTG TGGCGGCCTC CTTGGCAAGC GAGTGGAAGA TGCAGTAGAT 
ATGTGTGTAA AAGATTTGCT GCTGAAAGAT GACTTCAGCT GGGCAGAAGC CTTCTTACCT 
CTTCTGGAGA ATGAATGTGA GAAGAGAGTT TTAGAAGAAA TAAATTCCAA CCAACAGGAG 
CTTCAAGGGT CAGTCGAGGA CTTGCTTGTT GTGTTAAAAT GTCCCAGTCT CTGCAGCGGG 
AATGGAGAAT GTATGGAATG GGGTTGTGCA TGTTTTCAAG GCTATAGCTC TTACGACTGC 
AGCATTCTGT CTGATCAGGT TCCAGAAATC ACGGAGCTGG AGAACGGGGG GCTATGCGAT 
ATTCGGCAGT CTGACTGCGC CTCAGTGAGA GCTTTCGGAC ACGGCTTCAG GGAGTCATCA 
AGCCTGAAAT GTGAAATTAG CCAATTGCAG CATAATGGTA GCCACTGGCT TCTTGGAGAA 
CCTCTAATTA TGCCGGCTGC CTTCCAAAGT GCCGGGATTG CCGACTGTCA GTTACCAAGC 
GATGGCCAGC AGTCCCATGT CATGGATCTC GTTGATGATA AACCTCTTGC CAGATGGCAA 
ATAAAGATTT CTAATGATGG ATTCATTTAT AGCAACCCTA AAACAATGAT ATTATATGAT 
GGAGCCTGTC AAACCTGTGA ACCACAGGAA TCGGGGTTAT GTACGTTAAA GGAGAAAACA 
TGCAACATAG ATGGACTCTG TTATGGTGAA GGTGACACAA ATCCAAGCAG CCCTTGTTTA 
CTCTGCAGAC CTGACATATC TAAGTTAACT TGGTCAGTTG TTGAAGACAA CCAACCTCCA 
CTGCTTCAAA CTTTTCAGGG TACCCTACAG ACTTTCTATG GAGAAAATTT CGTATATCAA 
TTTTTGGCCT CAGATCCAGA GGGTTCTACT GTTCTTTTTA CATTGGAATC TGGTCCTGAA 
GGTGCTAGTC TTTCCCCATC AGGTCTCCTT TTATGGAAAG CGATGTCAAA GAATCCCCAT 
AAATTAACAT TTTCTTTGAC AGACGACTGC AGTGCAGAGA CAAAAGTAGA AATAGAGGTG 
AATGTAAAAT CATGCGATTG TCTGAATAAT GGCTCGTGTG TGACAAATGT TAATTTTCCA 
CCTGGAAGTG GAAGATACCT TTGTGCATGT GTGCCTGGCT TTGAGGGGGA TCTCTGCCAA 
GTGAATGCTG ATGAATGTCA ACCTAACCGG TGTGCTGCTG GCAGGTGTGT AGATGCCATA 
AACAGCTATC ACTGTGAGTG TCCACCAGAG CTTCAGGACA GCCCCCAGAG ACTTATTCCT 
ATAGAAGTGG CCAGTAGCGG AGCTCCACCA GCCTCCACAA CAGCAACAGT CCCCACTTGG 
AAGGTGTTTA ACTCTCAAAG TGCTCCGGTG CAGCCTGCTG TTGGTGGGAA CGTCGGCCGT 
GCTCTCGGCC CCGGCAGCGG CCCCCTTGCC GACACGGAGG AGGGCTCCTC GGTGAGCGCT 
GCGCTGTCAG CGTCCTCGGG GAGCCGAGCT GTATCACCTG AGGAGAAGAC AAGGACACAA 
GCTGAGGTCC ACAGCTATTC TGAGACTAGC AGGAGGGCTT CTCCCAGCAG CAGGATCAAT 
ATAAGCAGAG GGCCACCTCT GCCCAGCAAA GTGCTCAAAG GAGGGAGTGC TCGCAGAGTT 
CAGCAGCTCA TAGTCAAGTA TAAAGCAAGT CCTTTGCCAT CTGTTCTAGT CAAAGTCACT 
GTCCCACCAA AACCACTTAC GGTGACATCA AGTGAAATAG TGATGCCTAA AGCAGGAACC 
TGTTCCCATT TACCTTGCTT TCCCAGAGTA CCTTGTGAAC CAAGTTGGGA CGGACGTGTC 
AGATGTGGCC CTTGTCCTTA TGGCTATTAC GGAGATGGTA TTACTTGCAG AGCAATATGT 
AGGCAACCAT GTGGTAAAAA TATGGAGTGT GTGGCACCCG ATATTTGCAA ATGCAAGCCT 
GGTTACTCTG GTTATGGCTG TCAGACTGCT CTATGCAGAC CTGACTGTAA AAACCATGGG 
AAGTGCATTA AGCCAAATGT CTGTGAATGC CTACCAGGAT ATAGCGGCTC CACTTGTGAG 
GAAGCACATT GTAAACCACC CTGTCAAAAT GGAGGTACTT GCTTGGCCAG AAATCGCTGC 
ACCTGCCCAT ACGGTTTTGT GGGACCAAGA TGTGATACAA TGGTTTGCAG CAGGCACTGT 
GAGAACGGTG GGGAATGCCT TGCTCCAGAC GTGTGCCAGT GCAAAGCCGG CTGGCACGGA 
CCTACGTGCG GTGCAGCACT GTGTGACCCG GTGTGTCTCA ATGGAGGTTC CTGTACTAAG 
CCAGATATTT GCCTCTGTCC ACATGGATTC TTTGGTGCCC AGTGTCAGAT TGCTGTGTGC 
AGCCCGCCCT GTAAGAATGG TGGTCATTGC AGGAGGAACA ATGTTTGTAC TTGTCCTGCT 
GGGCACACAG GCAGAAGATG TGAAAAAAGT GTCTGCGAAC CAAGGTGCAT GAATGGAGGA 
CGGTGTGTAG GCCCAAATGT TTGCTCTTGT CCCTCAGGAT GGAGAGGAAA AAGGTGTAAC 
ACACCCATCT GTCTTCAGAA ATGTCAGAAC GGTGGGGAAT GTATTGGACC AAGTACGTGT 
CATTGCCCTC CACAGTGGGA AGGAATCCAG TGTCAAACAC CTGTGTGCAA TCAGAAGTGT 
CTATTTGGAG GCCAGTGTGT GTTGCCTAAC GTCTGCTCTT GTCGTCCTGG TTATACTGGA 
GTCCTCTGTG GGAAGAAAAT TCAGGTAATT GTAGTGTCAA GGCACAGCCA TAGACAGGCA 
CTTTGA