ADAMTS9 cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog)

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS9
Entrez Gene ID	101641193
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 9
Gene Type	protein-coding
Organism	Echinops telfairi(small Madagascar hedgehog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004702415.1	XP_004702472.1	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
OEc09230	XM_004702415.1 Latest version!	Echinops telfairi ADAM metallopeptidase with thrombospondin type 1 motif 9 (ADAMTS9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

ADAMTS9 ( XM_004702415.1 ) cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog) -> XP_004702472.1 Echinops telfairi ADAM metallopeptidase with thrombospondin type 1 motif 9 (ADAMTS9), mRNA.

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CloneID	OEc09230
Clone ID Related Accession (Same CDS sequence)	XM_004702415.1
Accession Version	XM_004702415.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5796bp) 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	2019-09-18
Organism	Echinops telfairi(small Madagascar hedgehog)
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_022103928.1) 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 Name :: Echinops telfairi Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTTTG TTTCTTGGGC CGCACTGCTA ACCCTCCTGG TGCAAGAACT GGCCGAGATG 
GGGAGCCCAG ACGCCGCCGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTACTAGAGA CCCTGAGCGA ATACGAAATC GCCTCCCCCG TCCGAGTGAA CGCTCGCGGA 
GAACCCTTTC CCAGGAACGT GCACTTCAAA AGGCGGCGAC GGAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCT ACCTCCTCCC GGGCGCATTA CCGCCTCTCC 
GCCTTCGGCC AGCAGTTTCT ATTTAATCTC ACCGCCCATG CCGGATTTAT TGCTCCGCGG 
TTCACTGTCA CCCTCCTCGG GGCACCCGGG GTGAACCAGA CCAAGTTTTA TTCCGAGGAG 
GAAGCCGAAC TCAAGCACTG TTTTTACAAA GGCCATGTCA ATACCAAGTC CGAGCACCGG 
GCGGTCATCA GCCTCTGCTC GGGAATGTTG GGCACATTCC AGACCCATGA TGGGGATTAT 
TTTATTGAAC CACTTCAGTC CATTGATGAA GATGAGGATG AAGAGGAGCA AAACAAGCCC 
CACATTGTTT ATAGAAACAG CATCCTCCAG AGAGGGCCCT CACCAGGAAG GCATGCATGT 
GACACCTCAG AGCACGACGA CCACGGTAAA GACACGAGGA AACCCAGGAT GGGAAAATGG 
GGCGGAGGAA GGAGTCACCT GGTCGATGAC GTGGCAGTGT GGGAAAGCAG CTTCGCACCA 
AAGGCCTTCT CTACCTATGG GAACCAGACC GAGGATGCGA GGGAAAAGAA GACCCACAGG 
AGAGCCAAGC GTTTTGTGTC CTATCCACGG TTTGTCAAAG TGATGGTGGT GGCAGACAAT 
AAGATGGTGG CATACCACGG AGCAAGCCTT CAACACTATA TTTTAACTTT GATGTCCATT 
GTAGCCTCTA TCTATAAAGA CCCAAGTATT GGAAATTTAA TTAATATTGT TATTGTGAAC 
TTAGTTTTCA TTCATAATGA ACAGGAAGGA CCTCCTATGG CTTTTAATGC CCACACTATA 
CTAAAAAAAT TTTGCCAGTG GCAACATTCC AAGATCTATC CTGGTGGAAT CCAGCATGAT 
ACAGCTGTTC TTGTAACAAG ACAGGATATC TGCAGAACAC AGGACAAATG TGATACCTTA 
GGTCTTGCTG AACTGGGCAC CGTTTGTGAT CCCCAGAGAA GCTGTTCCAT TTGTGAAGAC 
AATGGATTGA GCACCGCTTT TACATTAGCC CACGAGCTGG GCCATGTGCT GAACATGCCT 
CACGATGACA ACAAAAAATG CAAAGAAGAA GGTGTTAAGA GTCCTCAGTA TGTCATGGCT 
TCAACATTGA ACTTCTATAC CAACCCCTGG ATATGGTCAA AATGTAGTCG GAAATATATC 
ACGGAGTTCT TAGACTCTGG GCGTGGCGAC TGTTTGCTCA ATGAACCAGA ATCCAGACCC 
TACCCTCTGC CTCCCCAACT GCCAGGCCTT CTTTACAACG TGAATAAACA ATGTGAATTG 
GCCTTCGGAC CAGGTCATCA AGTATGCCCG TTTATGAAGC AATGTAAGCG GCTCTGGTGC 
AATTACGTGG ATGGGGCGCA AAAAAGCTGC CAGACTCAGC ACCTGCCCTG GGCTGATGGG 
ACCGAATGTG AACCTGGAAA GCACTGCAAG TTTGGATTTT GTGTTCCCAA AGAACTGGAG 
GGCCCTGTGA CTGATGGATC CTGGGGAAGG TGGAGTCACT TTGGAACCTG CTCGCGGACT 
TGTGGAGGGG GCGTCAAATC AGCGGTTCGA GAGTGCAACC GGCCTGAGCC CAAAAATGGT 
GGGAAGTACT GTGTAGGGCA CCGCAAGAAA TTCAAGTCCT GCAACACAGA GCCGTGTCTC 
AAGCAGAAAG GCGACTTCCG AGAGGAGCAG TGCGCTCACT TTAACGGGAA GCATTTTAAC 
TTCCACGGGC TGTCCCCTAC CGTGCGTTGG GTCCCCAAAT ACAGTGGAAT TTTGTTCAAG 
GACCGGTGCA AGCTGTTCTG CCGGGTGGCC GGCAACTCCG CCTACTATAA GCTCCAAGAC 
AAAGTGGTGG ATGGAACGCC TTGTGGCCGG CACACCAGCG ATATCTGTGT CCAAGGCGTG 
TGCCAGGAAG CTGGATGTGA CCGCATTTTA AATTCGAAAG CCCGAAGAGA TAAATGCGGG 
GTGTGTGGTG GCGATAATTC TTCATGCAAA ACGGTAGCTG GGACATTTAA TCTTGTGCGT 
TATGGTTACA GCAATGTGGT CCGGATTCCA GCAGGCGCTA CCAGCCTCGA CGTGCGGCAG 
CACAGTTTCT CAGGGGAGTA CGAGGATGAC AACTACTTAG CATTATCAGA CAGTAATGGA 
GAATACTTCC TAAATGGAAA CTTTGTTGTC ACAATGTTCA AAACGAAAAT CCCCATCGGG 
AGGGCTGTGA TAGAATACAG CGGATCCGAC CTCGTGGTGG AAAGACTCAA CTCCACGGAT 
CGCATTGAGC AAGAACTTTT GGTTCAGGTG TTGTCGGTGG GAACACTGAG TCAGCCCAAC 
GTGCGCTATT CTTTCAATAT TCCCATCGAA GACAAGCCTT ACCAGTTTTA CTGGAACAGC 
CACGGGCCCT GGCAAGCTTG CAGCAAGCCC TGCCAAGGGG AACGGAAAAG AAAGCTTGTG 
TGCACCAGAG ATTCGGATCA TTTTACTGTG TCTGATCACA GATGTGAACG GCTACCCCAG 
CCCGCACCCA TCACTGAGCC CTGCGGCACA GACTGTGAAC TGAGGTGGTA TGTTGCCAGC 
AGGAGTGAAT GTAGCGCCCA GTGCGGCTTG GGTTACCGCA CACTGGACAT CAGCTGTGCC 
AAATACAGCC GGCTGGATGG GAAGACTGAG AAGGTTGATG CCAGCTTCTG CAGCAGCTAC 
TCCAAGCCAA GCACCCAAGA GAAGTGCTCC GGAGAATGTA ACATGGGTGG CTGGCGGTAC 
TCTGCGTGGA CCGAATGCTC AAAAAGCTGT GATGGTGGGA CCCAAAGGAG AAGGGCTATT 
TGTGTCAACA GCCGAAATGA CGTCCTGGAT GACAGCAGGT GCACTCAGGA GAAAGTCACC 
ATTCAGAGAT GCAGCGAGTT CCCCTGTCCT CAGTGGAAGT TGGGAGAGTG GTCAGAGTGC 
TTGGTCACCT GTGGAAAAGG ACACAAGCAC CGCCAGGTCT GGTGTCAGTT TGGTGAAGAT 
CGATTAAACG ATCGAATCTG TGACCCTGAG AGCAAGCCGG CCTCCACGCA GCCTTGTCAG 
CAGCCGGAAT GTGCGTCCTG GCAGCTGGGT CCCTGGGGAC AGTGCAGTGT CACTTGTGGT 
CAGGGATACC AGCTAAGAGT AGTGAAATGT ATCATTGGGA CGTATATGTC CGTGGTTGGT 
GACAACGAGT GCAATGCAGC AGCTAGACCA ACTGAGACCC AGGACTGTGA GTTACCATCT 
TGTCACCCTC CCCCAACTGC CCCAGAAGCA GGGAGAAACA TACACAGTAT ACCGAGAACC 
CAGTGGCGCT TTGGGTCTTG GACTCCATGC TCAGCTACTT GCGGAAAAGG CACCCGGATG 
AGATATGTCA GCTGCCGGCA TGAGGATGGC TCTGTGGCTG ACGAAAGCAC CTGTTTGACC 
CAGCCTCGAC CTTTGGCCAA GGAGGACTGT TTGGTGGTCC CCTGTGGGCA GTGGAAAGCT 
TCAGACTGGA GTTCTTGCTC CGTGACCTGT GGGCAAGGTA GGGCAACTCG GCAGGTGGTC 
TGTGTCAACT ACAGCGACCA CGTGACACAC GAGAGCGAGT GTGACCCGGA TTATATCCCA 
GAAACTAACC AGGACTGTTC CATGGCGCCA TGCCCTCAGC GGACCCCGGA CGGTGGCCTG 
GCCCAGTACC CTTTCCAAAA TGAACACTAT CGGCCCACGG GCATGAGCCC CAGCCGCACC 
CACGTGCTGG GCGGAAACCA GTGGCGAACT GGTCCCTGGG GAGCATGTTC CAGTACCTGT 
GCTGGTGGCT CCCAGCGGCG TGTCGTCGTG TGTCAGGATG AAAATGGATT CACGGCCAGC 
GACTGCGTGG AGAGAATCAA ACCTGATGAG CAGAGAGCCT GTGACTCTGG CCCGTGTCCT 
CAATGGGTGT TCGGCAACTG GGGCGAGTGC ACGAAGCTGT GTGGGGGAGG AGTCCGGACC 
AGACTGGTTG TCTGTCAGCG GCCCAGTGGT GAACGGTTTC CAGATTTGAG CTGTGAACTT 
CTTGACAAGC CTCCCGACCA CGAGCCGTGT AACACACATG CTTGTCCTCA AGATGCCGTC 
TGGAGTGCTG GCCCTTGGAG TTCGTGTTCT GTCTCTTGTG GTCGAGGGCA TAAACAACGA 
CATATTTACT GCATGGCAAA AGATGGAACC CATTTAGAAA GTGATTACTG TAAACACCTT 
GCTAAGCCAC ATGGGCACAG AAAGTGTCGA GGAGGAAGAT GCCCCAAATG GAAGGCTGGA 
GCCTGGAGTC AGTGCTCCAC GTCCTGCGGC CAAGGCACGC AGCAGAGGAA CGTGGCCTGT 
CAGATTGGCG CTCACAAAAT AGCCAGAGTG ACCGAGTGCA ACCCGTACGC CAGACCGGAG 
TCGGAGCGCG CCTGCCAAGG CCCACCGTGT CCTCGCTACG CGTGGAGGGC AGAGGAGTGG 
CAAGAATGCA CCAAGACATG TGGCAACGGC TCCAGGTACC GCAAGGTGGT GTGTGTGGAT 
GAGGACAAGG GCGAGGTCCA TGACATGTAC TGTGACGTGG CCCAGAGGCC TGCCGACCGC 
GAGACCTGCA GCTTGCAACC CTGCGAGTAT GCCTGGATCA CAGGAGAATG GTCGGAGTGC 
TCAGTGACCT GTGGACGGGG CTACAAACAA AGGCTGGTCT CCTGCAGTGA GATTTACACC 
GGGAAGGAAA ATTATGAGTA CAGCTACCAA ACCTCTGTCA ACTGCCCGGG CATGCAGCCG 
TCCAGCGTCC ACCCCTGCTA CCTGAGGGAG TGCCCAGTCT CCGCCACCTG GAGGGTGGGC 
AACTGGGGGA GCTGCTCCGT GTCCTGTGGC CTTGGAGTGA TGCAGCGATC TGTGCAGTGT 
TTGACCAACG AGGACCAGCC CAGCCACCTC TGCCCCCCAG ATCTGAAGCC AGAAGAGAGA 
AAAACCTGCC ATAATGTCTA CAACTGTGAG TTACCCCAGA GCTGCAAGGA GGTTAGAAGA 
CTCAAAGGGG TCCGTGAAGA TGGAGAATAT TTCCTACTTA TTCGAGGGAA GCCCCTCAAG 
GTATTCTGTG CAGGGATGCA CTCTGACCAC CCGAAAGAGT ATGTGACCCT GGTCCACGGC 
GACTCTGAGA ACTTCTCCGA GGTTTACGGC CACAGATTGC ACGACCCGAC AGAATGTCCC 
TACAACGGAA GCCGGCGCGA TGACTGCCCG TGTCGGAAGG ATTATACGGC AGCTGGGTTT 
TCCACCTTCC AGAAGATCAG AATAGACCTG ACCACCATGC AAATAATCAC CACTGACTTG 
CAGTTTGCGA AGACCAGGGA GGGGCATCCC GTCCCTTTCG CCACAGCCGG AGATTGCTAC 
AGTGCTGTCA GGTGCCCACA GGGACGGTTC AGCATTAACC TTTATGGGAC GGGCCTGACA 
GTCTCGGATT CGGCCAGGTG GATATCACAG GGCAATTATG CCGTCTCCGA CATCAAGAAG 
TCTCCGGATG GAACCCAGGT CAGAGGGAAG TGCGGCGGTT ACTGTGGGAA ATGCACTCCA 
TCCTCGGGCA CCGGCCTGGA GGTGCGAGTT TTGTAG

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

RefSeq	XP_004702472.1
CDS	1..5796
Translation	MQFVSWAALLTLLVQELAEMGSPDAAAAVRKDRLHPRQVKLLETLSEYEIASPVRVNARGEPFPRNVHFKRRRRSINSASDPWPAFASSSTSSRAHYRLSAFGQQFLFNLTAHAGFIAPRFTVTLLGAPGVNQTKFYSEEEAELKHCFYKGHVNTKSEHRAVISLCSGMLGTFQTHDGDYFIEPLQSIDEDEDEEEQNKPHIVYRNSILQRGPSPGRHACDTSEHDDHGKDTRKPRMGKWGGGRSHLVDDVAVWESSFAPKAFSTYGNQTEDAREKKTHRRAKRFVSYPRFVKVMVVADNKMVAYHGASLQHYILTLMSIVASIYKDPSIGNLINIVIVNLVFIHNEQEGPPMAFNAHTILKKFCQWQHSKIYPGGIQHDTAVLVTRQDICRTQDKCDTLGLAELGTVCDPQRSCSICEDNGLSTAFTLAHELGHVLNMPHDDNKKCKEEGVKSPQYVMASTLNFYTNPWIWSKCSRKYITEFLDSGRGDCLLNEPESRPYPLPPQLPGLLYNVNKQCELAFGPGHQVCPFMKQCKRLWCNYVDGAQKSCQTQHLPWADGTECEPGKHCKFGFCVPKELEGPVTDGSWGRWSHFGTCSRTCGGGVKSAVRECNRPEPKNGGKYCVGHRKKFKSCNTEPCLKQKGDFREEQCAHFNGKHFNFHGLSPTVRWVPKYSGILFKDRCKLFCRVAGNSAYYKLQDKVVDGTPCGRHTSDICVQGVCQEAGCDRILNSKARRDKCGVCGGDNSSCKTVAGTFNLVRYGYSNVVRIPAGATSLDVRQHSFSGEYEDDNYLALSDSNGEYFLNGNFVVTMFKTKIPIGRAVIEYSGSDLVVERLNSTDRIEQELLVQVLSVGTLSQPNVRYSFNIPIEDKPYQFYWNSHGPWQACSKPCQGERKRKLVCTRDSDHFTVSDHRCERLPQPAPITEPCGTDCELRWYVASRSECSAQCGLGYRTLDISCAKYSRLDGKTEKVDASFCSSYSKPSTQEKCSGECNMGGWRYSAWTECSKSCDGGTQRRRAICVNSRNDVLDDSRCTQEKVTIQRCSEFPCPQWKLGEWSECLVTCGKGHKHRQVWCQFGEDRLNDRICDPESKPASTQPCQQPECASWQLGPWGQCSVTCGQGYQLRVVKCIIGTYMSVVGDNECNAAARPTETQDCELPSCHPPPTAPEAGRNIHSIPRTQWRFGSWTPCSATCGKGTRMRYVSCRHEDGSVADESTCLTQPRPLAKEDCLVVPCGQWKASDWSSCSVTCGQGRATRQVVCVNYSDHVTHESECDPDYIPETNQDCSMAPCPQRTPDGGLAQYPFQNEHYRPTGMSPSRTHVLGGNQWRTGPWGACSSTCAGGSQRRVVVCQDENGFTASDCVERIKPDEQRACDSGPCPQWVFGNWGECTKLCGGGVRTRLVVCQRPSGERFPDLSCELLDKPPDHEPCNTHACPQDAVWSAGPWSSCSVSCGRGHKQRHIYCMAKDGTHLESDYCKHLAKPHGHRKCRGGRCPKWKAGAWSQCSTSCGQGTQQRNVACQIGAHKIARVTECNPYARPESERACQGPPCPRYAWRAEEWQECTKTCGNGSRYRKVVCVDEDKGEVHDMYCDVAQRPADRETCSLQPCEYAWITGEWSECSVTCGRGYKQRLVSCSEIYTGKENYEYSYQTSVNCPGMQPSSVHPCYLRECPVSATWRVGNWGSCSVSCGLGVMQRSVQCLTNEDQPSHLCPPDLKPEERKTCHNVYNCELPQSCKEVRRLKGVREDGEYFLLIRGKPLKVFCAGMHSDHPKEYVTLVHGDSENFSEVYGHRLHDPTECPYNGSRRDDCPCRKDYTAAGFSTFQKIRIDLTTMQIITTDLQFAKTREGHPVPFATAGDCYSAVRCPQGRFSINLYGTGLTVSDSARWISQGNYAVSDIKKSPDGTQVRGKCGGYCGKCTPSSGTGLEVRVL

Target ORF information:

RefSeq Version	XM_004702415.1
Organism	Echinops telfairi(small Madagascar hedgehog)
Definition	Echinops telfairi 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_004702415.1

ORF Insert Sequence:

ATGCAGTTTG TTTCTTGGGC CGCACTGCTA ACCCTCCTGG TGCAAGAACT GGCCGAGATG 
GGGAGCCCAG ACGCCGCCGC GGCCGTGCGC AAGGACAGGC TGCACCCGAG GCAAGTGAAA 
TTACTAGAGA CCCTGAGCGA ATACGAAATC GCCTCCCCCG TCCGAGTGAA CGCTCGCGGA 
GAACCCTTTC CCAGGAACGT GCACTTCAAA AGGCGGCGAC GGAGCATTAA CTCTGCCTCT 
GACCCCTGGC CTGCCTTCGC CTCCTCCTCT ACCTCCTCCC GGGCGCATTA CCGCCTCTCC 
GCCTTCGGCC AGCAGTTTCT ATTTAATCTC ACCGCCCATG CCGGATTTAT TGCTCCGCGG 
TTCACTGTCA CCCTCCTCGG GGCACCCGGG GTGAACCAGA CCAAGTTTTA TTCCGAGGAG 
GAAGCCGAAC TCAAGCACTG TTTTTACAAA GGCCATGTCA ATACCAAGTC CGAGCACCGG 
GCGGTCATCA GCCTCTGCTC GGGAATGTTG GGCACATTCC AGACCCATGA TGGGGATTAT 
TTTATTGAAC CACTTCAGTC CATTGATGAA GATGAGGATG AAGAGGAGCA AAACAAGCCC 
CACATTGTTT ATAGAAACAG CATCCTCCAG AGAGGGCCCT CACCAGGAAG GCATGCATGT 
GACACCTCAG AGCACGACGA CCACGGTAAA GACACGAGGA AACCCAGGAT GGGAAAATGG 
GGCGGAGGAA GGAGTCACCT GGTCGATGAC GTGGCAGTGT GGGAAAGCAG CTTCGCACCA 
AAGGCCTTCT CTACCTATGG GAACCAGACC GAGGATGCGA GGGAAAAGAA GACCCACAGG 
AGAGCCAAGC GTTTTGTGTC CTATCCACGG TTTGTCAAAG TGATGGTGGT GGCAGACAAT 
AAGATGGTGG CATACCACGG AGCAAGCCTT CAACACTATA TTTTAACTTT GATGTCCATT 
GTAGCCTCTA TCTATAAAGA CCCAAGTATT GGAAATTTAA TTAATATTGT TATTGTGAAC 
TTAGTTTTCA TTCATAATGA ACAGGAAGGA CCTCCTATGG CTTTTAATGC CCACACTATA 
CTAAAAAAAT TTTGCCAGTG GCAACATTCC AAGATCTATC CTGGTGGAAT CCAGCATGAT 
ACAGCTGTTC TTGTAACAAG ACAGGATATC TGCAGAACAC AGGACAAATG TGATACCTTA 
GGTCTTGCTG AACTGGGCAC CGTTTGTGAT CCCCAGAGAA GCTGTTCCAT TTGTGAAGAC 
AATGGATTGA GCACCGCTTT TACATTAGCC CACGAGCTGG GCCATGTGCT GAACATGCCT 
CACGATGACA ACAAAAAATG CAAAGAAGAA GGTGTTAAGA GTCCTCAGTA TGTCATGGCT 
TCAACATTGA ACTTCTATAC CAACCCCTGG ATATGGTCAA AATGTAGTCG GAAATATATC 
ACGGAGTTCT TAGACTCTGG GCGTGGCGAC TGTTTGCTCA ATGAACCAGA ATCCAGACCC 
TACCCTCTGC CTCCCCAACT GCCAGGCCTT CTTTACAACG TGAATAAACA ATGTGAATTG 
GCCTTCGGAC CAGGTCATCA AGTATGCCCG TTTATGAAGC AATGTAAGCG GCTCTGGTGC 
AATTACGTGG ATGGGGCGCA AAAAAGCTGC CAGACTCAGC ACCTGCCCTG GGCTGATGGG 
ACCGAATGTG AACCTGGAAA GCACTGCAAG TTTGGATTTT GTGTTCCCAA AGAACTGGAG 
GGCCCTGTGA CTGATGGATC CTGGGGAAGG TGGAGTCACT TTGGAACCTG CTCGCGGACT 
TGTGGAGGGG GCGTCAAATC AGCGGTTCGA GAGTGCAACC GGCCTGAGCC CAAAAATGGT 
GGGAAGTACT GTGTAGGGCA CCGCAAGAAA TTCAAGTCCT GCAACACAGA GCCGTGTCTC 
AAGCAGAAAG GCGACTTCCG AGAGGAGCAG TGCGCTCACT TTAACGGGAA GCATTTTAAC 
TTCCACGGGC TGTCCCCTAC CGTGCGTTGG GTCCCCAAAT ACAGTGGAAT TTTGTTCAAG 
GACCGGTGCA AGCTGTTCTG CCGGGTGGCC GGCAACTCCG CCTACTATAA GCTCCAAGAC 
AAAGTGGTGG ATGGAACGCC TTGTGGCCGG CACACCAGCG ATATCTGTGT CCAAGGCGTG 
TGCCAGGAAG CTGGATGTGA CCGCATTTTA AATTCGAAAG CCCGAAGAGA TAAATGCGGG 
GTGTGTGGTG GCGATAATTC TTCATGCAAA ACGGTAGCTG GGACATTTAA TCTTGTGCGT 
TATGGTTACA GCAATGTGGT CCGGATTCCA GCAGGCGCTA CCAGCCTCGA CGTGCGGCAG 
CACAGTTTCT CAGGGGAGTA CGAGGATGAC AACTACTTAG CATTATCAGA CAGTAATGGA 
GAATACTTCC TAAATGGAAA CTTTGTTGTC ACAATGTTCA AAACGAAAAT CCCCATCGGG 
AGGGCTGTGA TAGAATACAG CGGATCCGAC CTCGTGGTGG AAAGACTCAA CTCCACGGAT 
CGCATTGAGC AAGAACTTTT GGTTCAGGTG TTGTCGGTGG GAACACTGAG TCAGCCCAAC 
GTGCGCTATT CTTTCAATAT TCCCATCGAA GACAAGCCTT ACCAGTTTTA CTGGAACAGC 
CACGGGCCCT GGCAAGCTTG CAGCAAGCCC TGCCAAGGGG AACGGAAAAG AAAGCTTGTG 
TGCACCAGAG ATTCGGATCA TTTTACTGTG TCTGATCACA GATGTGAACG GCTACCCCAG 
CCCGCACCCA TCACTGAGCC CTGCGGCACA GACTGTGAAC TGAGGTGGTA TGTTGCCAGC 
AGGAGTGAAT GTAGCGCCCA GTGCGGCTTG GGTTACCGCA CACTGGACAT CAGCTGTGCC 
AAATACAGCC GGCTGGATGG GAAGACTGAG AAGGTTGATG CCAGCTTCTG CAGCAGCTAC 
TCCAAGCCAA GCACCCAAGA GAAGTGCTCC GGAGAATGTA ACATGGGTGG CTGGCGGTAC 
TCTGCGTGGA CCGAATGCTC AAAAAGCTGT GATGGTGGGA CCCAAAGGAG AAGGGCTATT 
TGTGTCAACA GCCGAAATGA CGTCCTGGAT GACAGCAGGT GCACTCAGGA GAAAGTCACC 
ATTCAGAGAT GCAGCGAGTT CCCCTGTCCT CAGTGGAAGT TGGGAGAGTG GTCAGAGTGC 
TTGGTCACCT GTGGAAAAGG ACACAAGCAC CGCCAGGTCT GGTGTCAGTT TGGTGAAGAT 
CGATTAAACG ATCGAATCTG TGACCCTGAG AGCAAGCCGG CCTCCACGCA GCCTTGTCAG 
CAGCCGGAAT GTGCGTCCTG GCAGCTGGGT CCCTGGGGAC AGTGCAGTGT CACTTGTGGT 
CAGGGATACC AGCTAAGAGT AGTGAAATGT ATCATTGGGA CGTATATGTC CGTGGTTGGT 
GACAACGAGT GCAATGCAGC AGCTAGACCA ACTGAGACCC AGGACTGTGA GTTACCATCT 
TGTCACCCTC CCCCAACTGC CCCAGAAGCA GGGAGAAACA TACACAGTAT ACCGAGAACC 
CAGTGGCGCT TTGGGTCTTG GACTCCATGC TCAGCTACTT GCGGAAAAGG CACCCGGATG 
AGATATGTCA GCTGCCGGCA TGAGGATGGC TCTGTGGCTG ACGAAAGCAC CTGTTTGACC 
CAGCCTCGAC CTTTGGCCAA GGAGGACTGT TTGGTGGTCC CCTGTGGGCA GTGGAAAGCT 
TCAGACTGGA GTTCTTGCTC CGTGACCTGT GGGCAAGGTA GGGCAACTCG GCAGGTGGTC 
TGTGTCAACT ACAGCGACCA CGTGACACAC GAGAGCGAGT GTGACCCGGA TTATATCCCA 
GAAACTAACC AGGACTGTTC CATGGCGCCA TGCCCTCAGC GGACCCCGGA CGGTGGCCTG 
GCCCAGTACC CTTTCCAAAA TGAACACTAT CGGCCCACGG GCATGAGCCC CAGCCGCACC 
CACGTGCTGG GCGGAAACCA GTGGCGAACT GGTCCCTGGG GAGCATGTTC CAGTACCTGT 
GCTGGTGGCT CCCAGCGGCG TGTCGTCGTG TGTCAGGATG AAAATGGATT CACGGCCAGC 
GACTGCGTGG AGAGAATCAA ACCTGATGAG CAGAGAGCCT GTGACTCTGG CCCGTGTCCT 
CAATGGGTGT TCGGCAACTG GGGCGAGTGC ACGAAGCTGT GTGGGGGAGG AGTCCGGACC 
AGACTGGTTG TCTGTCAGCG GCCCAGTGGT GAACGGTTTC CAGATTTGAG CTGTGAACTT 
CTTGACAAGC CTCCCGACCA CGAGCCGTGT AACACACATG CTTGTCCTCA AGATGCCGTC 
TGGAGTGCTG GCCCTTGGAG TTCGTGTTCT GTCTCTTGTG GTCGAGGGCA TAAACAACGA 
CATATTTACT GCATGGCAAA AGATGGAACC CATTTAGAAA GTGATTACTG TAAACACCTT 
GCTAAGCCAC ATGGGCACAG AAAGTGTCGA GGAGGAAGAT GCCCCAAATG GAAGGCTGGA 
GCCTGGAGTC AGTGCTCCAC GTCCTGCGGC CAAGGCACGC AGCAGAGGAA CGTGGCCTGT 
CAGATTGGCG CTCACAAAAT AGCCAGAGTG ACCGAGTGCA ACCCGTACGC CAGACCGGAG 
TCGGAGCGCG CCTGCCAAGG CCCACCGTGT CCTCGCTACG CGTGGAGGGC AGAGGAGTGG 
CAAGAATGCA CCAAGACATG TGGCAACGGC TCCAGGTACC GCAAGGTGGT GTGTGTGGAT 
GAGGACAAGG GCGAGGTCCA TGACATGTAC TGTGACGTGG CCCAGAGGCC TGCCGACCGC 
GAGACCTGCA GCTTGCAACC CTGCGAGTAT GCCTGGATCA CAGGAGAATG GTCGGAGTGC 
TCAGTGACCT GTGGACGGGG CTACAAACAA AGGCTGGTCT CCTGCAGTGA GATTTACACC 
GGGAAGGAAA ATTATGAGTA CAGCTACCAA ACCTCTGTCA ACTGCCCGGG CATGCAGCCG 
TCCAGCGTCC ACCCCTGCTA CCTGAGGGAG TGCCCAGTCT CCGCCACCTG GAGGGTGGGC 
AACTGGGGGA GCTGCTCCGT GTCCTGTGGC CTTGGAGTGA TGCAGCGATC TGTGCAGTGT 
TTGACCAACG AGGACCAGCC CAGCCACCTC TGCCCCCCAG ATCTGAAGCC AGAAGAGAGA 
AAAACCTGCC ATAATGTCTA CAACTGTGAG TTACCCCAGA GCTGCAAGGA GGTTAGAAGA 
CTCAAAGGGG TCCGTGAAGA TGGAGAATAT TTCCTACTTA TTCGAGGGAA GCCCCTCAAG 
GTATTCTGTG CAGGGATGCA CTCTGACCAC CCGAAAGAGT ATGTGACCCT GGTCCACGGC 
GACTCTGAGA ACTTCTCCGA GGTTTACGGC CACAGATTGC ACGACCCGAC AGAATGTCCC 
TACAACGGAA GCCGGCGCGA TGACTGCCCG TGTCGGAAGG ATTATACGGC AGCTGGGTTT 
TCCACCTTCC AGAAGATCAG AATAGACCTG ACCACCATGC AAATAATCAC CACTGACTTG 
CAGTTTGCGA AGACCAGGGA GGGGCATCCC GTCCCTTTCG CCACAGCCGG AGATTGCTAC 
AGTGCTGTCA GGTGCCCACA GGGACGGTTC AGCATTAACC TTTATGGGAC GGGCCTGACA 
GTCTCGGATT CGGCCAGGTG GATATCACAG GGCAATTATG CCGTCTCCGA CATCAAGAAG 
TCTCCGGATG GAACCCAGGT CAGAGGGAAG TGCGGCGGTT ACTGTGGGAA ATGCACTCCA 
TCCTCGGGCA CCGGCCTGGA GGTGCGAGTT TTGTAG