ADAMTS9 cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS9
Entrez Gene ID	100368431
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif, 9
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_006818777.1	XP_006818840.1	A disintegrin and metalloproteinase with thrombospondin motifs 9

Pathways from BioSystems
Gene Ontology

The following ADAMTS9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS9 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
OSg07560	XM_006818777.1 Latest version!	Saccoglossus kowalevskii ADAM metallopeptidase with thrombospondin type 1 motif, 9 (ADAMTS9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$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
30% OFF

*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)

ADAMTS9 ( XM_006818777.1 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_006818840.1 Saccoglossus kowalevskii ADAM metallopeptidase with thrombospondin type 1 motif, 9 (ADAMTS9), mRNA.

Price & Availability↑

CloneID	OSg07560
Clone ID Related Accession (Same CDS sequence)	XM_006818777.1
Accession Version	XM_006818777.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5577bp) 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	2014-02-17
Organism	Saccoglossus kowalevskii
Product	A disintegrin and metalloproteinase with thrombospondin motifs 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003133348.1) 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 :: Saccoglossus kowalevskii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTTCTG TGTTGGTTGC TTTAGTACTG CTCGTGTGTT TGTTGCAGCC AGCAGCGCTA 
GGGCTTCAAA CACAGAACGT CCAGGCCGGT CAAGGGGATT CCAAGAGAGT ACTTGGACAG 
TCCGTCAAAG GCCATGAAGT CGTGTTTCCT ATCAGAGTGA ACTCAGATGG CAAGACATTC 
CCTTCAAATC TTCATTTTCG CAATCGTAGA CAGGCAGCAA ATTCGGAAGA GAGCTGGAAC 
TCTACAGCGG CGTATGTTAT CGAAGCATTC GGTCAAAAGT TCCATCTAAA TTTGAGAGAA 
GATGAGGGAT TTTTAGCTGG CAGTTTTGTG TTTGAATATT CAGGGAATAT GGGACATGGA 
AATGTTAATG ATACTTTAAC GGGGGAGTAT GGAGACGACA CAATACTGAC AGAGCCGTCA 
TTTGGTGCCT TCAAAACTGA AAATGGAACA CAGTATTATG TGGAGCCTTT ACCAAGTGAA 
GATAGTAAAG ACACGGTGGC TGATGAGAAC AGTAAACCAC ATGTGATTTA CAAGCATACT 
GATTTGCCCC ATACACAGAA ACCAATCGAA TCAACTTGCG GGGTTAAAGA TCACCATCAT 
CATACACTTC TTCAGAGTGA ACAGAGAAAA TCAACTCAAA GAAATACAAA TCTTAAATCA 
ACAAAATCAC GTCAGAAAAG ATTTAATTCA TATGAAAGGT TTGTTGAAAC CATGATAGCA 
GTTGATAGTA AGATGTTGGC CTACCATGGC GGAGATTTAG AGCACTATGT TCTAACTCTC 
ATGGCATTAG TAAGTAGCAT TTACAAAGAT AAATCAATTG GTAACTCTAT TAGTATAACT 
GTGGTCAAGT TAATTGTCAT TGATGAACAG AAAGATTCTC CAAAAATATC TTCACATGCA 
CCGAATACAC TCAATCATTT CTGCCAGTGG CAGCAAGAAC AAAACACTGC AGATGACAGT 
CACCCAAATC ATCATGATAC TGCTATTCTG TTAACCAGAC AAGACATATG CAGGTCAACT 
AACAAATGCG ATACTCTCGG TTTAGCTGAA TTGGGTACAA TGTGTGATCC ATTTCGCAGT 
TGTTCAATTG TAGAAGATAA TGGTCTGAGT GCTGCATTCA CGATTGCTCA TGAACTTGGT 
CATGTATTTA ACCTACCTCA TGATGATGAT CGAAACAAGT GTGCAAAAAA CAATACAGGA 
AAGTTGCATG TAATGGCACC AACTTTAACT TATAACACAA ACCCATGGTC CTGGTCAGTC 
TGCAGTAAAA ATGAACTAAC AGAATTTTTA AATCTTGGGC ATGGTGAGTG TTTATTGGAC 
AGGCCACCAA GTTCGATGTA TGTCTTACCT AAAGCTCAGC CTGGAACTCA ATACAATGTG 
AACAGACAAT GTGAACTGCT AATTGGAGCC AATTCAACCG TTTGCCCATA TATGAGAGCC 
TGTAAAAGGC TTTGGTGTAC AAGTCCATTT TCGTCTGAGG GCTGTAGAAC ACAACATATG 
CCCTGGGCAG ATGGTACATG GTGTGATGAA AATAAGTGGT GCATTCAGGG TGAGTGTAAA 
AATAAAACTC ATAACAGCAA GCCTGTAAAT GGAGGCTGGG ATAAATGGTC ACCATATACA 
CAGTGCTCAA GAACATGCGG TGGTGGAGTA AAATCATCAG AGAGATATTG TACGAATCCA 
CATCCAAAGA ATGGTGGTAA ATATTGCATT GGTAGAAGAA CAAAATTCAA ACCATGTCAT 
ACAAAGCCTT GCCCTCCAGG ACAACCAAGT TTTCGAGAAC AACAGTGTTC ATACTATGAT 
GGGCAACATT TTAATCTCAA CAATCTACCT CCTAATGTTA GATATGTTCC AAAATATAGT 
GGAATTCAAA TACAAGACAG ATGTAAGTTA TTTTGCAGGG CATCTGGTAC TGCTCATTAT 
CACCAGCTAG CTAAAATGGT TGTTGATGGC ACACCATGCG GGCCAGATAC TGATGACATA 
TGTGTTCGTG GTTTATGCAG GAAAGCCGGA TGTGATCATG TATTGGGGTC ATCTACTCGA 
AAAGATAAAT GTGGTATATG TGGTGGCGAT GATTCCTCTT GTAAAGCAAA ATCAGATACT 
TATAATAAAG CTATATTTGG ATACAACACA GTTGTTCAAA TACCTTCTGG TGCTAAAAAT 
ATAGAAGTCA GTCAGCATGG TTATAAAAAC CAAATTGATG ATGATAATTA TTTAGCTCTT 
ATGAATAGCA ACTATCAATA TATAATGAAT GGTAATTTTG CTGTTAGTAT GTACAGAAGA 
TTTGTAGAAG TAGCTGGAGC AGTTATTGAA TATAGTGGTT CTAACACTAC CATTGAAAGA 
ATTAATTGTT CTAGAAAGAT AGAAGAAGAT ATTATTGTAC AGGTGTTGTC TGTTGGTAGT 
TTGAATCCCC CAAGGATTAG ATATACTTAC ACCGTCCCAA TTGTAGATAA TGCTGTCATC 
TATGTATGGG ATCGTTATGG TCCATGGAAA CAATGCTCAA AACAATGTAA TGGAGTTAAA 
GAGAGAGTCA TTCATTGTGT GGGAGCAGAT GACAGAGGAA AAGTAGAAGA TCATCACTGC 
AACGCCCAAT CTAAACCACC TGCTCTTCAG GCACCTTGTA ACGCAAAATG TATTCCTGTA 
TGGCAAACTG AAATCACAAC TGCATGCTCA GTTCGTTGTG GTACTGGTAA ACAGCATCAA 
GTGAGCGTAT GTACAAATTC ACGAAATAAT AATACAATTT CTGAAGAACA CTGTGATTTA 
CAACCAAAAC CTTTGGAATA TGTTGAATGT GAGGGTAGTT GTCGTCAAAC GCACTGGGAA 
TACGGTAGTT GGTCTGAGTG TTCTGTCACA TGTGGTGGAG GAAGAAGTAA TAGAAGAGCC 
AGCTGCCTAG AAGATACTGG TGCTGAACTG AGTGACAGTG AATGTGATAT ATCTCAACAA 
CAAATAATCA CGACATCATG TCAGGAACAG AAGTGTCCTT ACTGGGAACA TACAGATTGG 
TCAACATGTT CAGTGACATG TGGAGCTGGT GAGAGAGTTC GACAGTTGCA TTGTATGTAT 
GGTAACGATT ATGTTGGTGA AATAGAATGT GAGCAAGCCA CAATGCCAGC CAGTAAAGAA 
GCATGTGTTT TAGAAGACTG CCCTGTATGG AGATACAGTA CATGTTCAGT TACATGTGGA 
AGAGGATATA AACTGATTGA ATGTTGTGCT AGTGATGGTA CCATACTTGA TGAAGAACAC 
TGTAGTCCTG CACTCATACC TACAATGGAA TGTAACCGAC CTGCATGCCC TGATAATGTG 
CCAACAACAA TTACTAGTCA GCTTTTAATA AGGAAATCAC CTAGAGTCAC ACAGTGGAGA 
ACTGGATCCT GGACACAATG TTCAAAGACA TGCGGAGTTG GTAGCAAGGA GCGATATGTC 
AGCTGTCGTG ACAGTGAAGG CAAAGGAGCA GATGACAGAG AATGCATTGA TTCTGAAAAA 
CCACCATCCA AAGAAAGTTG TCAAGTTCAG CCTTGTCCTT ATTGGAGAAC TGGGGAATGG 
CTTCCATGTC CAGTTACATG TGGTTCAGGC ATAACCAGTC GTTATGTGGC ATGTGTTCAA 
GAAAATGGTG AAATAGCTAT AACTGAAACC GATTGTGATG TATCACAAAG ACCTAGCTCA 
GAACAAAAGT GCAATACCCA TCAATGTATG ATGATCAGTG ATGAAATAGT TGTGGCAAAT 
GTATTTATCA GTAACATTAA AGTGGCACAT ACAAGTCATT GGAGAACTGG GCCCTGGGGA 
TCATGTTCAA GTACTTGTGA TCAGGGTTGG AAAAGACGTG TTGTAGTTTG TCAAGATGAA 
AATGGTGATA TTAGTTCCTG TGATGAGTCA CTAAAACCAA CTGATATTGA TGTATGTGAT 
GCAGGTCCAT GTCCTACTTG GAACTTTGGC GAATGGGGAA CTTGTTCCAG ATCTTGTGGT 
GGAGGCACCA AATCTCGTAT TGTACAGTGT CAGACGTATA ATGGCCAGCC ACTGAATGAC 
CATGGATGTT ACCCTGTAGA GAGGCCGCCA GACACCATTC CTTGCAATGT AGGAGAATGT 
CCTTCATCAA CGGAATGGTA CAGAAATGAC TGGTCACCGT GTTCAGCTAC ATGTGGCAGA 
GGACAAAGAT ATCGTGCAGT TTACTGTATT GACAGTGAAG GCAGAGATCT ACCAGATGAG 
CTATGCCAAA GTGAGAAACC TAAACAGTCA AGAGGATGTC GTGTAATGAA ATGTCCAAAA 
TGGAAGTCAG AACCCTGGAG TAAGTGTTCA GTTAAATGTG GAGAAGGTGT GAAGACAAGA 
GAAGTAAAAT GTACTAAAGA TAGATACCGT ACAGGGATTT CTGAATTGTG TGACCCAAGA 
AAGAAACCAA TTGATACACG CAAATGTAAA AAACCTGATT GTGTCACATA TACATGGAGG 
ACTGGTAGGT GGTCACAGTG TACAAGGTCT TGCAGCGGAG GTAAAAGACA CAGAGTTGTT 
CATTGCATTG ATAGTAAAGA CCAGCTTGTA GAAGATAGAA AGTGTGGTAA AAAAAGACCC 
AGGAACTCAA AGAAATGTAA TTCCCAATCT TGCCCTGGTC CTACAGTTAT ATGGACCAAT 
GGCCAGTGGT CTGAATGTTC ACAGACATGT GGACAGGGTC ACCAATCAAG ACGAGTGTCT 
TGTAAGATAC TCAGCAAAGG AGGATGGCCT GTACCAGGAG ACACTACAGG ATGTGAAGTG 
AGTAAAAAGC CATCAGCAGT CAAATTATGT AATCTGGGTG AATGTGACGC TAGCAATCAT 
TGGATAGTAG GAATGTGGAG TGAATGTTCT AGGAGTTGTG GAATTGGAAT AACACAAAGA 
AAAGTACAAT GTACAGGTAG AAGTGGGGAA ACTAGATTAG AAAATATGTG CCGTCCTCCT 
GCTGTCAAAC CTGAAAGTTT CAGAACATGT GATAGTGGAC CATGTTTACC TGGAAGTTGT 
CAAGATGTTA AAAAGATGAA AGGTGTTACC AAGGACAGTG AATATCAAAT CTTAGTGCAT 
GGAAGACTGT TACAGGTGTA CTGTTATAAT ATGATATCAG ATAATCCATC CGAATATCTT 
ACACTGCCAG CTGGTGAAGC TGAAAATTTT TCAGAAATTT ATCCAAAAAC TTTATTAGAG 
CCCAAAAAGT GTCCAGATAA TGGGAACAGG AATTATGACT GTGCTTGTAC TGTTCATGGT 
CATCCAGAAT CTGGATTTTC ATCATTCACT AAAATCAGAA TTGATATAAA TACATTATCA 
GTTCTTGATG ATGATTCCAA GTTCTCAACA ACGAAAATTG GAATCTTTGT CCCATTTGGT 
ACTGCAGGTG ATTGTTATAG TTACGCTAAT TGTCCACAGG GACATTTCAA TATTAATTTA 
ACTGGCACTG GTTTAGCTGT CACTGCCGAA ACAAGCTGGG ATACTGCTGG TACAGCTGTC 
ACCAGAAATA TTTTCAGAGA AAAGAATGGT CAAATAATAC GTGGTAGGTG TGGTGGTTAT 
TGTGGTAAAT GTTTTCCAGA CAGGATGAGT GGATTACAAC TTGCATTCCT TTCATGA

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

RefSeq	XP_006818840.1
CDS	50..5626
Translation	MCSVLVALVLLVCLLQPAALGLQTQNVQAGQGDSKRVLGQSVKGHEVVFPIRVNSDGKTFPSNLHFRNRRQAANSEESWNSTAAYVIEAFGQKFHLNLREDEGFLAGSFVFEYSGNMGHGNVNDTLTGEYGDDTILTEPSFGAFKTENGTQYYVEPLPSEDSKDTVADENSKPHVIYKHTDLPHTQKPIESTCGVKDHHHHTLLQSEQRKSTQRNTNLKSTKSRQKRFNSYERFVETMIAVDSKMLAYHGGDLEHYVLTLMALVSSIYKDKSIGNSISITVVKLIVIDEQKDSPKISSHAPNTLNHFCQWQQEQNTADDSHPNHHDTAILLTRQDICRSTNKCDTLGLAELGTMCDPFRSCSIVEDNGLSAAFTIAHELGHVFNLPHDDDRNKCAKNNTGKLHVMAPTLTYNTNPWSWSVCSKNELTEFLNLGHGECLLDRPPSSMYVLPKAQPGTQYNVNRQCELLIGANSTVCPYMRACKRLWCTSPFSSEGCRTQHMPWADGTWCDENKWCIQGECKNKTHNSKPVNGGWDKWSPYTQCSRTCGGGVKSSERYCTNPHPKNGGKYCIGRRTKFKPCHTKPCPPGQPSFREQQCSYYDGQHFNLNNLPPNVRYVPKYSGIQIQDRCKLFCRASGTAHYHQLAKMVVDGTPCGPDTDDICVRGLCRKAGCDHVLGSSTRKDKCGICGGDDSSCKAKSDTYNKAIFGYNTVVQIPSGAKNIEVSQHGYKNQIDDDNYLALMNSNYQYIMNGNFAVSMYRRFVEVAGAVIEYSGSNTTIERINCSRKIEEDIIVQVLSVGSLNPPRIRYTYTVPIVDNAVIYVWDRYGPWKQCSKQCNGVKERVIHCVGADDRGKVEDHHCNAQSKPPALQAPCNAKCIPVWQTEITTACSVRCGTGKQHQVSVCTNSRNNNTISEEHCDLQPKPLEYVECEGSCRQTHWEYGSWSECSVTCGGGRSNRRASCLEDTGAELSDSECDISQQQIITTSCQEQKCPYWEHTDWSTCSVTCGAGERVRQLHCMYGNDYVGEIECEQATMPASKEACVLEDCPVWRYSTCSVTCGRGYKLIECCASDGTILDEEHCSPALIPTMECNRPACPDNVPTTITSQLLIRKSPRVTQWRTGSWTQCSKTCGVGSKERYVSCRDSEGKGADDRECIDSEKPPSKESCQVQPCPYWRTGEWLPCPVTCGSGITSRYVACVQENGEIAITETDCDVSQRPSSEQKCNTHQCMMISDEIVVANVFISNIKVAHTSHWRTGPWGSCSSTCDQGWKRRVVVCQDENGDISSCDESLKPTDIDVCDAGPCPTWNFGEWGTCSRSCGGGTKSRIVQCQTYNGQPLNDHGCYPVERPPDTIPCNVGECPSSTEWYRNDWSPCSATCGRGQRYRAVYCIDSEGRDLPDELCQSEKPKQSRGCRVMKCPKWKSEPWSKCSVKCGEGVKTREVKCTKDRYRTGISELCDPRKKPIDTRKCKKPDCVTYTWRTGRWSQCTRSCSGGKRHRVVHCIDSKDQLVEDRKCGKKRPRNSKKCNSQSCPGPTVIWTNGQWSECSQTCGQGHQSRRVSCKILSKGGWPVPGDTTGCEVSKKPSAVKLCNLGECDASNHWIVGMWSECSRSCGIGITQRKVQCTGRSGETRLENMCRPPAVKPESFRTCDSGPCLPGSCQDVKKMKGVTKDSEYQILVHGRLLQVYCYNMISDNPSEYLTLPAGEAENFSEIYPKTLLEPKKCPDNGNRNYDCACTVHGHPESGFSSFTKIRIDINTLSVLDDDSKFSTTKIGIFVPFGTAGDCYSYANCPQGHFNINLTGTGLAVTAETSWDTAGTAVTRNIFREKNGQIIRGRCGGYCGKCFPDRMSGLQLAFLS

Target ORF information:

RefSeq Version	XM_006818777.1
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii ADAM metallopeptidase with thrombospondin type 1 motif, 9 (ADAMTS9), mRNA.

Target ORF information:

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

XM_006818777.1

ORF Insert Sequence:

ATGTGTTCTG TGTTGGTTGC TTTAGTACTG CTCGTGTGTT TGTTGCAGCC AGCAGCGCTA 
GGGCTTCAAA CACAGAACGT CCAGGCCGGT CAAGGGGATT CCAAGAGAGT ACTTGGACAG 
TCCGTCAAAG GCCATGAAGT CGTGTTTCCT ATCAGAGTGA ACTCAGATGG CAAGACATTC 
CCTTCAAATC TTCATTTTCG CAATCGTAGA CAGGCAGCAA ATTCGGAAGA GAGCTGGAAC 
TCTACAGCGG CGTATGTTAT CGAAGCATTC GGTCAAAAGT TCCATCTAAA TTTGAGAGAA 
GATGAGGGAT TTTTAGCTGG CAGTTTTGTG TTTGAATATT CAGGGAATAT GGGACATGGA 
AATGTTAATG ATACTTTAAC GGGGGAGTAT GGAGACGACA CAATACTGAC AGAGCCGTCA 
TTTGGTGCCT TCAAAACTGA AAATGGAACA CAGTATTATG TGGAGCCTTT ACCAAGTGAA 
GATAGTAAAG ACACGGTGGC TGATGAGAAC AGTAAACCAC ATGTGATTTA CAAGCATACT 
GATTTGCCCC ATACACAGAA ACCAATCGAA TCAACTTGCG GGGTTAAAGA TCACCATCAT 
CATACACTTC TTCAGAGTGA ACAGAGAAAA TCAACTCAAA GAAATACAAA TCTTAAATCA 
ACAAAATCAC GTCAGAAAAG ATTTAATTCA TATGAAAGGT TTGTTGAAAC CATGATAGCA 
GTTGATAGTA AGATGTTGGC CTACCATGGC GGAGATTTAG AGCACTATGT TCTAACTCTC 
ATGGCATTAG TAAGTAGCAT TTACAAAGAT AAATCAATTG GTAACTCTAT TAGTATAACT 
GTGGTCAAGT TAATTGTCAT TGATGAACAG AAAGATTCTC CAAAAATATC TTCACATGCA 
CCGAATACAC TCAATCATTT CTGCCAGTGG CAGCAAGAAC AAAACACTGC AGATGACAGT 
CACCCAAATC ATCATGATAC TGCTATTCTG TTAACCAGAC AAGACATATG CAGGTCAACT 
AACAAATGCG ATACTCTCGG TTTAGCTGAA TTGGGTACAA TGTGTGATCC ATTTCGCAGT 
TGTTCAATTG TAGAAGATAA TGGTCTGAGT GCTGCATTCA CGATTGCTCA TGAACTTGGT 
CATGTATTTA ACCTACCTCA TGATGATGAT CGAAACAAGT GTGCAAAAAA CAATACAGGA 
AAGTTGCATG TAATGGCACC AACTTTAACT TATAACACAA ACCCATGGTC CTGGTCAGTC 
TGCAGTAAAA ATGAACTAAC AGAATTTTTA AATCTTGGGC ATGGTGAGTG TTTATTGGAC 
AGGCCACCAA GTTCGATGTA TGTCTTACCT AAAGCTCAGC CTGGAACTCA ATACAATGTG 
AACAGACAAT GTGAACTGCT AATTGGAGCC AATTCAACCG TTTGCCCATA TATGAGAGCC 
TGTAAAAGGC TTTGGTGTAC AAGTCCATTT TCGTCTGAGG GCTGTAGAAC ACAACATATG 
CCCTGGGCAG ATGGTACATG GTGTGATGAA AATAAGTGGT GCATTCAGGG TGAGTGTAAA 
AATAAAACTC ATAACAGCAA GCCTGTAAAT GGAGGCTGGG ATAAATGGTC ACCATATACA 
CAGTGCTCAA GAACATGCGG TGGTGGAGTA AAATCATCAG AGAGATATTG TACGAATCCA 
CATCCAAAGA ATGGTGGTAA ATATTGCATT GGTAGAAGAA CAAAATTCAA ACCATGTCAT 
ACAAAGCCTT GCCCTCCAGG ACAACCAAGT TTTCGAGAAC AACAGTGTTC ATACTATGAT 
GGGCAACATT TTAATCTCAA CAATCTACCT CCTAATGTTA GATATGTTCC AAAATATAGT 
GGAATTCAAA TACAAGACAG ATGTAAGTTA TTTTGCAGGG CATCTGGTAC TGCTCATTAT 
CACCAGCTAG CTAAAATGGT TGTTGATGGC ACACCATGCG GGCCAGATAC TGATGACATA 
TGTGTTCGTG GTTTATGCAG GAAAGCCGGA TGTGATCATG TATTGGGGTC ATCTACTCGA 
AAAGATAAAT GTGGTATATG TGGTGGCGAT GATTCCTCTT GTAAAGCAAA ATCAGATACT 
TATAATAAAG CTATATTTGG ATACAACACA GTTGTTCAAA TACCTTCTGG TGCTAAAAAT 
ATAGAAGTCA GTCAGCATGG TTATAAAAAC CAAATTGATG ATGATAATTA TTTAGCTCTT 
ATGAATAGCA ACTATCAATA TATAATGAAT GGTAATTTTG CTGTTAGTAT GTACAGAAGA 
TTTGTAGAAG TAGCTGGAGC AGTTATTGAA TATAGTGGTT CTAACACTAC CATTGAAAGA 
ATTAATTGTT CTAGAAAGAT AGAAGAAGAT ATTATTGTAC AGGTGTTGTC TGTTGGTAGT 
TTGAATCCCC CAAGGATTAG ATATACTTAC ACCGTCCCAA TTGTAGATAA TGCTGTCATC 
TATGTATGGG ATCGTTATGG TCCATGGAAA CAATGCTCAA AACAATGTAA TGGAGTTAAA 
GAGAGAGTCA TTCATTGTGT GGGAGCAGAT GACAGAGGAA AAGTAGAAGA TCATCACTGC 
AACGCCCAAT CTAAACCACC TGCTCTTCAG GCACCTTGTA ACGCAAAATG TATTCCTGTA 
TGGCAAACTG AAATCACAAC TGCATGCTCA GTTCGTTGTG GTACTGGTAA ACAGCATCAA 
GTGAGCGTAT GTACAAATTC ACGAAATAAT AATACAATTT CTGAAGAACA CTGTGATTTA 
CAACCAAAAC CTTTGGAATA TGTTGAATGT GAGGGTAGTT GTCGTCAAAC GCACTGGGAA 
TACGGTAGTT GGTCTGAGTG TTCTGTCACA TGTGGTGGAG GAAGAAGTAA TAGAAGAGCC 
AGCTGCCTAG AAGATACTGG TGCTGAACTG AGTGACAGTG AATGTGATAT ATCTCAACAA 
CAAATAATCA CGACATCATG TCAGGAACAG AAGTGTCCTT ACTGGGAACA TACAGATTGG 
TCAACATGTT CAGTGACATG TGGAGCTGGT GAGAGAGTTC GACAGTTGCA TTGTATGTAT 
GGTAACGATT ATGTTGGTGA AATAGAATGT GAGCAAGCCA CAATGCCAGC CAGTAAAGAA 
GCATGTGTTT TAGAAGACTG CCCTGTATGG AGATACAGTA CATGTTCAGT TACATGTGGA 
AGAGGATATA AACTGATTGA ATGTTGTGCT AGTGATGGTA CCATACTTGA TGAAGAACAC 
TGTAGTCCTG CACTCATACC TACAATGGAA TGTAACCGAC CTGCATGCCC TGATAATGTG 
CCAACAACAA TTACTAGTCA GCTTTTAATA AGGAAATCAC CTAGAGTCAC ACAGTGGAGA 
ACTGGATCCT GGACACAATG TTCAAAGACA TGCGGAGTTG GTAGCAAGGA GCGATATGTC 
AGCTGTCGTG ACAGTGAAGG CAAAGGAGCA GATGACAGAG AATGCATTGA TTCTGAAAAA 
CCACCATCCA AAGAAAGTTG TCAAGTTCAG CCTTGTCCTT ATTGGAGAAC TGGGGAATGG 
CTTCCATGTC CAGTTACATG TGGTTCAGGC ATAACCAGTC GTTATGTGGC ATGTGTTCAA 
GAAAATGGTG AAATAGCTAT AACTGAAACC GATTGTGATG TATCACAAAG ACCTAGCTCA 
GAACAAAAGT GCAATACCCA TCAATGTATG ATGATCAGTG ATGAAATAGT TGTGGCAAAT 
GTATTTATCA GTAACATTAA AGTGGCACAT ACAAGTCATT GGAGAACTGG GCCCTGGGGA 
TCATGTTCAA GTACTTGTGA TCAGGGTTGG AAAAGACGTG TTGTAGTTTG TCAAGATGAA 
AATGGTGATA TTAGTTCCTG TGATGAGTCA CTAAAACCAA CTGATATTGA TGTATGTGAT 
GCAGGTCCAT GTCCTACTTG GAACTTTGGC GAATGGGGAA CTTGTTCCAG ATCTTGTGGT 
GGAGGCACCA AATCTCGTAT TGTACAGTGT CAGACGTATA ATGGCCAGCC ACTGAATGAC 
CATGGATGTT ACCCTGTAGA GAGGCCGCCA GACACCATTC CTTGCAATGT AGGAGAATGT 
CCTTCATCAA CGGAATGGTA CAGAAATGAC TGGTCACCGT GTTCAGCTAC ATGTGGCAGA 
GGACAAAGAT ATCGTGCAGT TTACTGTATT GACAGTGAAG GCAGAGATCT ACCAGATGAG 
CTATGCCAAA GTGAGAAACC TAAACAGTCA AGAGGATGTC GTGTAATGAA ATGTCCAAAA 
TGGAAGTCAG AACCCTGGAG TAAGTGTTCA GTTAAATGTG GAGAAGGTGT GAAGACAAGA 
GAAGTAAAAT GTACTAAAGA TAGATACCGT ACAGGGATTT CTGAATTGTG TGACCCAAGA 
AAGAAACCAA TTGATACACG CAAATGTAAA AAACCTGATT GTGTCACATA TACATGGAGG 
ACTGGTAGGT GGTCACAGTG TACAAGGTCT TGCAGCGGAG GTAAAAGACA CAGAGTTGTT 
CATTGCATTG ATAGTAAAGA CCAGCTTGTA GAAGATAGAA AGTGTGGTAA AAAAAGACCC 
AGGAACTCAA AGAAATGTAA TTCCCAATCT TGCCCTGGTC CTACAGTTAT ATGGACCAAT 
GGCCAGTGGT CTGAATGTTC ACAGACATGT GGACAGGGTC ACCAATCAAG ACGAGTGTCT 
TGTAAGATAC TCAGCAAAGG AGGATGGCCT GTACCAGGAG ACACTACAGG ATGTGAAGTG 
AGTAAAAAGC CATCAGCAGT CAAATTATGT AATCTGGGTG AATGTGACGC TAGCAATCAT 
TGGATAGTAG GAATGTGGAG TGAATGTTCT AGGAGTTGTG GAATTGGAAT AACACAAAGA 
AAAGTACAAT GTACAGGTAG AAGTGGGGAA ACTAGATTAG AAAATATGTG CCGTCCTCCT 
GCTGTCAAAC CTGAAAGTTT CAGAACATGT GATAGTGGAC CATGTTTACC TGGAAGTTGT 
CAAGATGTTA AAAAGATGAA AGGTGTTACC AAGGACAGTG AATATCAAAT CTTAGTGCAT 
GGAAGACTGT TACAGGTGTA CTGTTATAAT ATGATATCAG ATAATCCATC CGAATATCTT 
ACACTGCCAG CTGGTGAAGC TGAAAATTTT TCAGAAATTT ATCCAAAAAC TTTATTAGAG 
CCCAAAAAGT GTCCAGATAA TGGGAACAGG AATTATGACT GTGCTTGTAC TGTTCATGGT 
CATCCAGAAT CTGGATTTTC ATCATTCACT AAAATCAGAA TTGATATAAA TACATTATCA 
GTTCTTGATG ATGATTCCAA GTTCTCAACA ACGAAAATTG GAATCTTTGT CCCATTTGGT 
ACTGCAGGTG ATTGTTATAG TTACGCTAAT TGTCCACAGG GACATTTCAA TATTAATTTA 
ACTGGCACTG GTTTAGCTGT CACTGCCGAA ACAAGCTGGG ATACTGCTGG TACAGCTGTC 
ACCAGAAATA TTTTCAGAGA AAAGAATGGT CAAATAATAC GTGGTAGGTG TGGTGGTTAT 
TGTGGTAAAT GTTTTCCAGA CAGGATGAGT GGATTACAAC TTGCATTCCT TTCATGA