VWDE cDNA ORF clone, Crocodylus porosus(Australian saltwater crocodile)

Gene
Clones
gRNAs

Summary

Gene Symbol	VWDE
Entrez Gene ID	109307697
Full Name	von Willebrand factor D and EGF domains
Gene Type	protein-coding
Organism	Crocodylus porosus(Australian saltwater crocodile)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019531756.1	XP_019387301.1	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
OCr61435	XM_019531756.1 Latest version!	Crocodylus porosus 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_019531756.1 ) cDNA ORF clone, Crocodylus porosus(Australian saltwater crocodile) -> XP_019387301.1 Crocodylus porosus von Willebrand factor D and EGF domains (VWDE), mRNA.

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CloneID	OCr61435
Clone ID Related Accession (Same CDS sequence)	XM_019531756.1
Accession Version	XM_019531756.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5640bp) 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	2016-12-19
Organism	Crocodylus porosus(Australian saltwater crocodile)
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_017728886.1) 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 :: Crocodylus porosus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 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##

ATGAAAAACA TTAACTGTGG CAATAGCTTT GCTCAGAAAG AGGCAGATTA TATCTTATAT 
ATTCTTATTT ACGCAGTTCT TGAATGTTAT CCTGGCGGAC ATCAGATCCT TCAGAGCCCT 
TACCGAAGTG TTGATTTTGA TTCATCACAG CTTCAACAAT CAGCTATACA GGATTTAATA 
TGTGATCATT CACTAACATC AGGATGGTAC CGCTTTCTAA TATTTGATAA GCCAGCTGAG 
ATGCCAACCA AGTGCGTAGA GATGAACCAC TGTGGAACTC AAGCTCCTGT TTGGTTATCT 
CTGAGGGAGT CAGAATCTAT GCCTCAGCCT GGTGAGGTCA AACAATTAAC AGCTTGTGCA 
ACATGGCAGT TTTTCTTCAG TGCCACAAAA GATTGCTGTC TTTTCCGAAT CCCTGTAAGT 
GTGAGGAACT GTGGCAATTT CTTCATCTAC TTACTACAGC CTACCCAGGG TTGCATGGGG 
TACTGTGCAG AAGTTGTTGC AGATACAAAG CCACAGCTGT GTGATCCTGG TAAAATGGAA 
AAGCATGGCA TCTGTAACAG CAAACTGCCT CCTTCATCCT CCCCATCTCT TCCACCACTA 
CCTCCAGCTA CCCCTGAAGT TGTGGCAGAG ACCATGGAAG CCAGTGTTTA CTTAAGGTGC 
AACTTTGACT TTCCTCTTGC AAACAGCTCA GTGGGGTTTA TTGTTGCTTG GTCCAGGCTT 
TCTTCTACAG GCCTTAAGGA GGAATTGAAA CAAGAAACAA CAGTTCAGAC ATTTTCACTT 
TTAGAACTGG ACGGCATAAA CCTCAGACTT GGAGACAAGA TCTATTGTAG CAGTTCTGCT 
TTTTTCTTGG AGAAACCAGA TGTACAAAGC TCATCTGTTG AGAGCAAGGA ATTTTTTGCT 
GGCATAAAGA TGCAGCCTGA GGCATTTGAT ATATCAGAAG ACGGGAAGGA ATACAAATTA 
ACAATAGAAA GTACAGTTCC TATTCCATGT CCTCAATTTA GCCAACTTGA AAATGACTGC 
AAAATCTCAT TAAAATTAAA AACTATTGAG CAAGGTAAAG AGCTGCAAGG CTTGAACTTG 
GTGCTTTCTT CTTGTCATGT GGACCTTCTC CAGAAACCCT GCCATAACAG AACCTGTAGC 
CAAGCTGTAA TTTATTTTAC TGCTGTGACA GATTTTGTGC AAGATGGAGA CATACTTACC 
CAGATTGTGG TGGAACCTGT ATCTAGTGAC AATTTCCTGT GGAGCGGGTA CACCCCTGAA 
AGCATACAGA TCATGGTAAA GGATCTGCCC TCTGCTTACT GCTACTCATT CACTGACCCA 
CACATAGTTA CATTTGATGG AAGACAGTAT GATAATTTTA AAACAGGAAC ATTTGTGCTC 
TATAAGAGTA CATCTCGGGA TTTTGAAGTT CATGTGCGCC AGTGGGACTG TGGAAGCCTT 
CACTACCCAG CATCATGTAA TTGTGGTTTT GTTGCCAGAG AAGAAAGTGA CATAATTGCG 
TTTGACATGT GCAATGGTCA GCTACATGAG TCTCAGCCAC ATTTATCTGT AAAAAGTAGA 
GACAAAAGAA GAAGAAATGT CAGGATCATG GAATCCTATC TAGGAAGAAA AGTCACGATC 
TCATTTTCTT CTGGAGCTTT CATTCGGGCT GATGTGAGTG AATGGGGAAT GAGCATGACT 
CTCAGGGCAC CCAGTTCAGA CTATAAATAT ACCATGGGGC TTTGTGGTAC ATTTGATGGA 
TATGCAGAGA ATGACTACCA CACTCGGAAT GGGATGGAAA TCAAAAAGGA CTCTAATGCT 
CATCTTACCT TTATTAATGA ATGGAGAATT CCACCAGGGG ACAGTTTTTT TGACAAAATA 
CCAGCTTCTT TAACTTCATC CAAAAAAATA CCTTTCTGTA GTTGTACAGT TGATGACAGT 
GATTTATATC AATCAATGAA TAGGTTGAAT TCTGTTTCTC AAGCAGAATT TGCTTCATCT 
TGCAAAGAAA ATGAAAATGT CAGGTTTCCC TCTTTGATAC CAGGACTGGA TGTCACTACT 
GAGTATGTTG GCCCTGCTGA TCTTCTCAGG GACTTAAGCA GACATACATT TGCACATGAA 
AAAGCTTCTT TGGAACTTCT GTTAGGAGAT GACCAATTTC AAACCAAATT TCAAATAGCA 
CCTATAGCAG AAGAAGTTGT CTCTACAAAT GTAAAGGGAG ACATTGAAAT GGAAAAACAA 
GGAGTATCGA GCTTGGAAAC TCAAAGACAC ACACAGGCAT TTAGCAGCCA AGTCTACAAC 
AGACAACCTG TTGGAAGTAG ATGGAAGCGC CAGCATTATT ATGAATACCT TCCAGTATTC 
CCATACCAGA GTCTTAGCCA AACAGACGTA GAAGGTTTTA GCTATTTTTT TCCAGAAGAT 
CACACAACTA AGATGCACCA ACATTTTTTG CCTTCTTGGC CCACACCTTC TGGCCTCACT 
GAATCCAGTG CTTTGGAGTT GTGCCAGCAA ACAATAGCTA ACTCCAGCAT AGGAAGATCT 
TGTGCTGCTC TTCTTGACAG GAGGATAGAA GATACAGTAG ATATGTGTGT AAAAGATTTA 
TTGCTGAAGG ATGATCTCAG CTGGGCAGAA GCAGGTGTGG CCTTGTTAGA GAATGAATGT 
GAAAAGAGAA TTTTGGAAGA AATAAATTAC AACACACAAG AATTTCAGGA GTCAGTTGAG 
GACCTTCTCT TAGCATTAAA ATGCCCCAAT CTCTGCAGTG GTAATGGAGA ATGTGTAGAA 
TGGGGCTGTG CATGTTTCCA AGGCTTTAGC TCCTATGATT GCAGCTTTTT GTCTGATCAG 
ATTCCAGAAA TCACAGAGCT GGAGAATGAT GGATTGTGTG ACATTCGACA GTATGACTGC 
ACATCTGTGA GAGCTTTCGG CCAGGGATTC AGAGCGTCAA CAAGTCTGAA ATGTGAAATT 
ATCAAATTGC AGTACAGCCA TAGCAAATGG ATCTTTGGAG AGCCTGTATT TATGCCAGCT 
GCCTTCCAAA ACACGAGGAC TGTTGATTGC CAACTACCAA CTGATGGTCA GCAATCTGAT 
GTCATGGATC TGGTTGATGA GAAACCCATG GCAAGGTGGC AGATTAAGAT TTCTAATGAT 
GGATTCACTT ATAGCAACCC CAAAATAATG ACATTATTTG ATGGAGTTTG TCAAATATGT 
GACCTGAGGA CAGATGGGTT ATGTACATTA AAGGAAAAAA CATGCAACAT AGATGGACTT 
TGTTTTGGAG AAGGAGATAC AAATCCTACC AGCCCCTGCT TACTCTGCAG ACCTGGCATT 
TCAAAGTTAA CTTGGTCAGT TGCTGAAAAC AACCAGCCTC CTCAACTTCA AACTATGCAA 
GGTATGCTGC AGACTTTTTA CGGGGAGAAT TTTGTGTACC AGTTTTTGGC TTCAGATCCA 
GAAGGTTCTG CTGTCCTTTT CACATTGGAT TCTGGTCCTG ATGGTGCCAA CCTATCCCCT 
TCGGGACTCC TTATCTGGAA AGTTGCAGCA AAGATTCCAC AGAAATTTAC ACTTGCTTTG 
ACAGATGACT GCAATGCTAA GACTAAAGTA ATAATAGAGG TCAATGTGAA ATCATGCGAT 
TGCTTAAATG ATGGTTCATG TGTAACAAAC ATTAATTTCC CACCTGGAAG TGGGAAATAT 
GTGTGCGTGT GTCTGCCTGG ATTCGAAGGT GATCTGTGCC AAGTGAACAT TGATGACTGT 
AAATCTAATC CATGTGGTAT TGGGAGATGT GTTGATGGAA TAAACAGCTA TCACTGTGAA 
TGTACACCTG AGCTACAGGG TAGAAATTGC CAAGAAGATG TGGATGAGTG TGCATCCAAC 
CCTTGTTTCC CTGGAGTATT TTGCTACAAT ACCTTTGGTG CCTTTAATTG TGGTCCATGC 
CCGAAAGGTC TACAAGGAGA TGGGAAGATA TGTTATGAAG GCTTTGAAGA TATTTATAGT 
GAAAGAAAGG ATGACAGTGA AGAAACTGGA AGGAGTGAAG GTGAAGAGTA TATATTTCGT 
GAAGAAAATA AAATTTCTAA CGAACATGCT GATGAGAACA TAACTGGTTT TCAACTGTTG 
TCCATTGGCA GAGTTCCTAA TGCCACAAGC AATATACCTG GTCCCACTGG TAGTGCCAAA 
AGCTATATTG CTATGGAAAT AAACAGTAGC ACCCCATCAG CTTCCACAGT ACAAACAAAA 
CCAACTTGGG AATCATTTCA TACTCAAAGA ACTACTTTTG AGCAATCTGC TTCTGCCAGA 
AATATTGACC ATACCTTTAG TGGCATTAAT GGTCACCTGG TTAGCATAGA AGAAAGCTCT 
TCAACAAACA CTGTGATGAA TAAATCTTCA AGAAACAATC CTGTATTACC TGAGAAGAGA 
ACACAGACAG AAGCGGAAAC CAGCCATTTA GATACTAGCA AAAACTCATT GCTTAGGGAC 
AAAATAAATG TCAGCAATGT GACTTCTCTA GCAAGCAAAG TTTCAGAAAG AGAAAATAGC 
CACAAAGTTG AACACCCATC ACTCAAGCAA AAGGATAGTC ATGTACCATC TGTTTTCACT 
GGAATCACTA TCCCACCGAA AGTATTTGAC GCAGATCAGG AATCAGATGC ATTAACAATG 
GCTAAAGTAT TAACTTGTGC TGATTTACCC TGTTTTCCTG GGGTCCCTTG TAAATCAAGC 
CAAAATGGAA GCTTCAGATG TGGTCGCTGT CCTTATGGAT ATTATGGAGA TGGTGTCACT 
TGCAGAGCAA TATGTAGGCA CTCATGTGGC AAAAACATGG AGTGTGTGGC ACCTAATATT 
TGCAAATGCA AACCTGGTTA CTCTGGTTAC AGCTGTCAGA CTGCTTTTTG TCGACCTGAT 
TGTAAAAACC GTGGAAAGTG CATTAAACCA AATATTTGTG AATGCCCACC GGGTTACAAT 
GGCTCAACCT GTGATGAAGC ACATTGTATC CCACCCTGTC AACATGGAGG CACATGCTTG 
GCCAGGAATC TCTGCACCTG CCCTTATGGC TTTGTAGGAC CACGGTGTGA AACAATGGTC 
TGCAACAGAC ACTGTGAAAA TGGTGGTGAA TGTCTTGCTC CAGATACCTG CCAGTGTAAA 
GCTGGTTGGT ATGGACCAAC CTGCAGTACA GCCATGTGTA ACCCAGTATG CCTCAATGGT 
GGCTCCTGTA CTAAGCCAAG TGTTTGCCTC TGTCCATATG GATTCTTTGG TCCCCAGTGT 
CAGAATGCTA TCTGTAATCC TCCATGTAAG AATGGCGGCC ATTGTATAAG AAATAATGTG 
TGCACCTGTT TGGATGGATA CACTGGCAGA AGATGTGAAA AAAGTATCTG TGACCCAGCT 
TGCATGAATG GAGGAAGATG TGTAGGACCG AACATTTGTT CTTGTCCCTC AGGGTGGAGA 
GGAAACGCAT GTAATACACC CATCTGTCTT CAGGAATGTA AGAATGGCGG GGAATGTATT 
GGACCAAGCA CGTGTCATTG CCCTCCACAG TGGGAAGGAG TTCAATGTCA AACCCCTGTG 
TGCAACCAGA AATGCCTTTT TGGAGGCAGG TGTGTGCGAC CTAACATGTG TTCTTGTCGT 
CCTGGTTATA CTGGAGTCTT CTGTGGAAAG AAAATGCAGG TACAAAAACT TCACAGTTGA

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

RefSeq	XP_019387301.1
CDS	1..5640
Translation	MKNINCGNSFAQKEADYILYILIYAVLECYPGGHQILQSPYRSVDFDSSQLQQSAIQDLICDHSLTSGWYRFLIFDKPAEMPTKCVEMNHCGTQAPVWLSLRESESMPQPGEVKQLTACATWQFFFSATKDCCLFRIPVSVRNCGNFFIYLLQPTQGCMGYCAEVVADTKPQLCDPGKMEKHGICNSKLPPSSSPSLPPLPPATPEVVAETMEASVYLRCNFDFPLANSSVGFIVAWSRLSSTGLKEELKQETTVQTFSLLELDGINLRLGDKIYCSSSAFFLEKPDVQSSSVESKEFFAGIKMQPEAFDISEDGKEYKLTIESTVPIPCPQFSQLENDCKISLKLKTIEQGKELQGLNLVLSSCHVDLLQKPCHNRTCSQAVIYFTAVTDFVQDGDILTQIVVEPVSSDNFLWSGYTPESIQIMVKDLPSAYCYSFTDPHIVTFDGRQYDNFKTGTFVLYKSTSRDFEVHVRQWDCGSLHYPASCNCGFVAREESDIIAFDMCNGQLHESQPHLSVKSRDKRRRNVRIMESYLGRKVTISFSSGAFIRADVSEWGMSMTLRAPSSDYKYTMGLCGTFDGYAENDYHTRNGMEIKKDSNAHLTFINEWRIPPGDSFFDKIPASLTSSKKIPFCSCTVDDSDLYQSMNRLNSVSQAEFASSCKENENVRFPSLIPGLDVTTEYVGPADLLRDLSRHTFAHEKASLELLLGDDQFQTKFQIAPIAEEVVSTNVKGDIEMEKQGVSSLETQRHTQAFSSQVYNRQPVGSRWKRQHYYEYLPVFPYQSLSQTDVEGFSYFFPEDHTTKMHQHFLPSWPTPSGLTESSALELCQQTIANSSIGRSCAALLDRRIEDTVDMCVKDLLLKDDLSWAEAGVALLENECEKRILEEINYNTQEFQESVEDLLLALKCPNLCSGNGECVEWGCACFQGFSSYDCSFLSDQIPEITELENDGLCDIRQYDCTSVRAFGQGFRASTSLKCEIIKLQYSHSKWIFGEPVFMPAAFQNTRTVDCQLPTDGQQSDVMDLVDEKPMARWQIKISNDGFTYSNPKIMTLFDGVCQICDLRTDGLCTLKEKTCNIDGLCFGEGDTNPTSPCLLCRPGISKLTWSVAENNQPPQLQTMQGMLQTFYGENFVYQFLASDPEGSAVLFTLDSGPDGANLSPSGLLIWKVAAKIPQKFTLALTDDCNAKTKVIIEVNVKSCDCLNDGSCVTNINFPPGSGKYVCVCLPGFEGDLCQVNIDDCKSNPCGIGRCVDGINSYHCECTPELQGRNCQEDVDECASNPCFPGVFCYNTFGAFNCGPCPKGLQGDGKICYEGFEDIYSERKDDSEETGRSEGEEYIFREENKISNEHADENITGFQLLSIGRVPNATSNIPGPTGSAKSYIAMEINSSTPSASTVQTKPTWESFHTQRTTFEQSASARNIDHTFSGINGHLVSIEESSSTNTVMNKSSRNNPVLPEKRTQTEAETSHLDTSKNSLLRDKINVSNVTSLASKVSERENSHKVEHPSLKQKDSHVPSVFTGITIPPKVFDADQESDALTMAKVLTCADLPCFPGVPCKSSQNGSFRCGRCPYGYYGDGVTCRAICRHSCGKNMECVAPNICKCKPGYSGYSCQTAFCRPDCKNRGKCIKPNICECPPGYNGSTCDEAHCIPPCQHGGTCLARNLCTCPYGFVGPRCETMVCNRHCENGGECLAPDTCQCKAGWYGPTCSTAMCNPVCLNGGSCTKPSVCLCPYGFFGPQCQNAICNPPCKNGGHCIRNNVCTCLDGYTGRRCEKSICDPACMNGGRCVGPNICSCPSGWRGNACNTPICLQECKNGGECIGPSTCHCPPQWEGVQCQTPVCNQKCLFGGRCVRPNMCSCRPGYTGVFCGKKMQVQKLHS

Target ORF information:

RefSeq Version	XM_019531756.1
Organism	Crocodylus porosus(Australian saltwater crocodile)
Definition	Crocodylus porosus 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_019531756.1

ORF Insert Sequence:

ATGAAAAACA TTAACTGTGG CAATAGCTTT GCTCAGAAAG AGGCAGATTA TATCTTATAT 
ATTCTTATTT ACGCAGTTCT TGAATGTTAT CCTGGCGGAC ATCAGATCCT TCAGAGCCCT 
TACCGAAGTG TTGATTTTGA TTCATCACAG CTTCAACAAT CAGCTATACA GGATTTAATA 
TGTGATCATT CACTAACATC AGGATGGTAC CGCTTTCTAA TATTTGATAA GCCAGCTGAG 
ATGCCAACCA AGTGCGTAGA GATGAACCAC TGTGGAACTC AAGCTCCTGT TTGGTTATCT 
CTGAGGGAGT CAGAATCTAT GCCTCAGCCT GGTGAGGTCA AACAATTAAC AGCTTGTGCA 
ACATGGCAGT TTTTCTTCAG TGCCACAAAA GATTGCTGTC TTTTCCGAAT CCCTGTAAGT 
GTGAGGAACT GTGGCAATTT CTTCATCTAC TTACTACAGC CTACCCAGGG TTGCATGGGG 
TACTGTGCAG AAGTTGTTGC AGATACAAAG CCACAGCTGT GTGATCCTGG TAAAATGGAA 
AAGCATGGCA TCTGTAACAG CAAACTGCCT CCTTCATCCT CCCCATCTCT TCCACCACTA 
CCTCCAGCTA CCCCTGAAGT TGTGGCAGAG ACCATGGAAG CCAGTGTTTA CTTAAGGTGC 
AACTTTGACT TTCCTCTTGC AAACAGCTCA GTGGGGTTTA TTGTTGCTTG GTCCAGGCTT 
TCTTCTACAG GCCTTAAGGA GGAATTGAAA CAAGAAACAA CAGTTCAGAC ATTTTCACTT 
TTAGAACTGG ACGGCATAAA CCTCAGACTT GGAGACAAGA TCTATTGTAG CAGTTCTGCT 
TTTTTCTTGG AGAAACCAGA TGTACAAAGC TCATCTGTTG AGAGCAAGGA ATTTTTTGCT 
GGCATAAAGA TGCAGCCTGA GGCATTTGAT ATATCAGAAG ACGGGAAGGA ATACAAATTA 
ACAATAGAAA GTACAGTTCC TATTCCATGT CCTCAATTTA GCCAACTTGA AAATGACTGC 
AAAATCTCAT TAAAATTAAA AACTATTGAG CAAGGTAAAG AGCTGCAAGG CTTGAACTTG 
GTGCTTTCTT CTTGTCATGT GGACCTTCTC CAGAAACCCT GCCATAACAG AACCTGTAGC 
CAAGCTGTAA TTTATTTTAC TGCTGTGACA GATTTTGTGC AAGATGGAGA CATACTTACC 
CAGATTGTGG TGGAACCTGT ATCTAGTGAC AATTTCCTGT GGAGCGGGTA CACCCCTGAA 
AGCATACAGA TCATGGTAAA GGATCTGCCC TCTGCTTACT GCTACTCATT CACTGACCCA 
CACATAGTTA CATTTGATGG AAGACAGTAT GATAATTTTA AAACAGGAAC ATTTGTGCTC 
TATAAGAGTA CATCTCGGGA TTTTGAAGTT CATGTGCGCC AGTGGGACTG TGGAAGCCTT 
CACTACCCAG CATCATGTAA TTGTGGTTTT GTTGCCAGAG AAGAAAGTGA CATAATTGCG 
TTTGACATGT GCAATGGTCA GCTACATGAG TCTCAGCCAC ATTTATCTGT AAAAAGTAGA 
GACAAAAGAA GAAGAAATGT CAGGATCATG GAATCCTATC TAGGAAGAAA AGTCACGATC 
TCATTTTCTT CTGGAGCTTT CATTCGGGCT GATGTGAGTG AATGGGGAAT GAGCATGACT 
CTCAGGGCAC CCAGTTCAGA CTATAAATAT ACCATGGGGC TTTGTGGTAC ATTTGATGGA 
TATGCAGAGA ATGACTACCA CACTCGGAAT GGGATGGAAA TCAAAAAGGA CTCTAATGCT 
CATCTTACCT TTATTAATGA ATGGAGAATT CCACCAGGGG ACAGTTTTTT TGACAAAATA 
CCAGCTTCTT TAACTTCATC CAAAAAAATA CCTTTCTGTA GTTGTACAGT TGATGACAGT 
GATTTATATC AATCAATGAA TAGGTTGAAT TCTGTTTCTC AAGCAGAATT TGCTTCATCT 
TGCAAAGAAA ATGAAAATGT CAGGTTTCCC TCTTTGATAC CAGGACTGGA TGTCACTACT 
GAGTATGTTG GCCCTGCTGA TCTTCTCAGG GACTTAAGCA GACATACATT TGCACATGAA 
AAAGCTTCTT TGGAACTTCT GTTAGGAGAT GACCAATTTC AAACCAAATT TCAAATAGCA 
CCTATAGCAG AAGAAGTTGT CTCTACAAAT GTAAAGGGAG ACATTGAAAT GGAAAAACAA 
GGAGTATCGA GCTTGGAAAC TCAAAGACAC ACACAGGCAT TTAGCAGCCA AGTCTACAAC 
AGACAACCTG TTGGAAGTAG ATGGAAGCGC CAGCATTATT ATGAATACCT TCCAGTATTC 
CCATACCAGA GTCTTAGCCA AACAGACGTA GAAGGTTTTA GCTATTTTTT TCCAGAAGAT 
CACACAACTA AGATGCACCA ACATTTTTTG CCTTCTTGGC CCACACCTTC TGGCCTCACT 
GAATCCAGTG CTTTGGAGTT GTGCCAGCAA ACAATAGCTA ACTCCAGCAT AGGAAGATCT 
TGTGCTGCTC TTCTTGACAG GAGGATAGAA GATACAGTAG ATATGTGTGT AAAAGATTTA 
TTGCTGAAGG ATGATCTCAG CTGGGCAGAA GCAGGTGTGG CCTTGTTAGA GAATGAATGT 
GAAAAGAGAA TTTTGGAAGA AATAAATTAC AACACACAAG AATTTCAGGA GTCAGTTGAG 
GACCTTCTCT TAGCATTAAA ATGCCCCAAT CTCTGCAGTG GTAATGGAGA ATGTGTAGAA 
TGGGGCTGTG CATGTTTCCA AGGCTTTAGC TCCTATGATT GCAGCTTTTT GTCTGATCAG 
ATTCCAGAAA TCACAGAGCT GGAGAATGAT GGATTGTGTG ACATTCGACA GTATGACTGC 
ACATCTGTGA GAGCTTTCGG CCAGGGATTC AGAGCGTCAA CAAGTCTGAA ATGTGAAATT 
ATCAAATTGC AGTACAGCCA TAGCAAATGG ATCTTTGGAG AGCCTGTATT TATGCCAGCT 
GCCTTCCAAA ACACGAGGAC TGTTGATTGC CAACTACCAA CTGATGGTCA GCAATCTGAT 
GTCATGGATC TGGTTGATGA GAAACCCATG GCAAGGTGGC AGATTAAGAT TTCTAATGAT 
GGATTCACTT ATAGCAACCC CAAAATAATG ACATTATTTG ATGGAGTTTG TCAAATATGT 
GACCTGAGGA CAGATGGGTT ATGTACATTA AAGGAAAAAA CATGCAACAT AGATGGACTT 
TGTTTTGGAG AAGGAGATAC AAATCCTACC AGCCCCTGCT TACTCTGCAG ACCTGGCATT 
TCAAAGTTAA CTTGGTCAGT TGCTGAAAAC AACCAGCCTC CTCAACTTCA AACTATGCAA 
GGTATGCTGC AGACTTTTTA CGGGGAGAAT TTTGTGTACC AGTTTTTGGC TTCAGATCCA 
GAAGGTTCTG CTGTCCTTTT CACATTGGAT TCTGGTCCTG ATGGTGCCAA CCTATCCCCT 
TCGGGACTCC TTATCTGGAA AGTTGCAGCA AAGATTCCAC AGAAATTTAC ACTTGCTTTG 
ACAGATGACT GCAATGCTAA GACTAAAGTA ATAATAGAGG TCAATGTGAA ATCATGCGAT 
TGCTTAAATG ATGGTTCATG TGTAACAAAC ATTAATTTCC CACCTGGAAG TGGGAAATAT 
GTGTGCGTGT GTCTGCCTGG ATTCGAAGGT GATCTGTGCC AAGTGAACAT TGATGACTGT 
AAATCTAATC CATGTGGTAT TGGGAGATGT GTTGATGGAA TAAACAGCTA TCACTGTGAA 
TGTACACCTG AGCTACAGGG TAGAAATTGC CAAGAAGATG TGGATGAGTG TGCATCCAAC 
CCTTGTTTCC CTGGAGTATT TTGCTACAAT ACCTTTGGTG CCTTTAATTG TGGTCCATGC 
CCGAAAGGTC TACAAGGAGA TGGGAAGATA TGTTATGAAG GCTTTGAAGA TATTTATAGT 
GAAAGAAAGG ATGACAGTGA AGAAACTGGA AGGAGTGAAG GTGAAGAGTA TATATTTCGT 
GAAGAAAATA AAATTTCTAA CGAACATGCT GATGAGAACA TAACTGGTTT TCAACTGTTG 
TCCATTGGCA GAGTTCCTAA TGCCACAAGC AATATACCTG GTCCCACTGG TAGTGCCAAA 
AGCTATATTG CTATGGAAAT AAACAGTAGC ACCCCATCAG CTTCCACAGT ACAAACAAAA 
CCAACTTGGG AATCATTTCA TACTCAAAGA ACTACTTTTG AGCAATCTGC TTCTGCCAGA 
AATATTGACC ATACCTTTAG TGGCATTAAT GGTCACCTGG TTAGCATAGA AGAAAGCTCT 
TCAACAAACA CTGTGATGAA TAAATCTTCA AGAAACAATC CTGTATTACC TGAGAAGAGA 
ACACAGACAG AAGCGGAAAC CAGCCATTTA GATACTAGCA AAAACTCATT GCTTAGGGAC 
AAAATAAATG TCAGCAATGT GACTTCTCTA GCAAGCAAAG TTTCAGAAAG AGAAAATAGC 
CACAAAGTTG AACACCCATC ACTCAAGCAA AAGGATAGTC ATGTACCATC TGTTTTCACT 
GGAATCACTA TCCCACCGAA AGTATTTGAC GCAGATCAGG AATCAGATGC ATTAACAATG 
GCTAAAGTAT TAACTTGTGC TGATTTACCC TGTTTTCCTG GGGTCCCTTG TAAATCAAGC 
CAAAATGGAA GCTTCAGATG TGGTCGCTGT CCTTATGGAT ATTATGGAGA TGGTGTCACT 
TGCAGAGCAA TATGTAGGCA CTCATGTGGC AAAAACATGG AGTGTGTGGC ACCTAATATT 
TGCAAATGCA AACCTGGTTA CTCTGGTTAC AGCTGTCAGA CTGCTTTTTG TCGACCTGAT 
TGTAAAAACC GTGGAAAGTG CATTAAACCA AATATTTGTG AATGCCCACC GGGTTACAAT 
GGCTCAACCT GTGATGAAGC ACATTGTATC CCACCCTGTC AACATGGAGG CACATGCTTG 
GCCAGGAATC TCTGCACCTG CCCTTATGGC TTTGTAGGAC CACGGTGTGA AACAATGGTC 
TGCAACAGAC ACTGTGAAAA TGGTGGTGAA TGTCTTGCTC CAGATACCTG CCAGTGTAAA 
GCTGGTTGGT ATGGACCAAC CTGCAGTACA GCCATGTGTA ACCCAGTATG CCTCAATGGT 
GGCTCCTGTA CTAAGCCAAG TGTTTGCCTC TGTCCATATG GATTCTTTGG TCCCCAGTGT 
CAGAATGCTA TCTGTAATCC TCCATGTAAG AATGGCGGCC ATTGTATAAG AAATAATGTG 
TGCACCTGTT TGGATGGATA CACTGGCAGA AGATGTGAAA AAAGTATCTG TGACCCAGCT 
TGCATGAATG GAGGAAGATG TGTAGGACCG AACATTTGTT CTTGTCCCTC AGGGTGGAGA 
GGAAACGCAT GTAATACACC CATCTGTCTT CAGGAATGTA AGAATGGCGG GGAATGTATT 
GGACCAAGCA CGTGTCATTG CCCTCCACAG TGGGAAGGAG TTCAATGTCA AACCCCTGTG 
TGCAACCAGA AATGCCTTTT TGGAGGCAGG TGTGTGCGAC CTAACATGTG TTCTTGTCGT 
CCTGGTTATA CTGGAGTCTT CTGTGGAAAG AAAATGCAGG TACAAAAACT TCACAGTTGA