FREM1 cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM1
Entrez Gene ID	100375522
Full Name	FRAS1 related extracellular matrix 1
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_006816084.1	XP_006816147.1	FRAS1-related extracellular matrix protein 1

Pathways from BioSystems
Gene Ontology

The following FREM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FREM1 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
OSg03839	XM_006816084.1 Latest version!	Saccoglossus kowalevskii FRAS1 related extracellular matrix 1 (FREM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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

FREM1 ( XM_006816084.1 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_006816147.1 Saccoglossus kowalevskii FRAS1 related extracellular matrix 1 (FREM1), mRNA.

Price & Availability↑

CloneID	OSg03839
Clone ID Related Accession (Same CDS sequence)	XM_006816084.1
Accession Version	XM_006816084.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6312bp) 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	FRAS1-related extracellular matrix protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003123903.1) 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##

ATGCTGCAGA CAGTATTTCA TCTGGTCACT CTACTTGTAT CTATCCCCAC TGTGATTGGT 
CAGCTAGTGG CAGTGAACAA TGGGTTGACA GTTATGATTG GCCGGACAAA GTTCCTTGAT 
CCAGCTGATT TGACCTTCAA CCTTCCAGAT GTTGATGAAG GTGAATGTAA AGTTGAAGTT 
GTTTTAAATG AACCAATGAC GCAGCGAGTC GGTGTTCTTA CTCCTCAGGT ATTTGACTGT 
AATTTCTATT CTACAACAGT GCAGTACAAA CACAATGGCT CACCAATCCT GTTGTCTGAC 
ACCATCAAAC TCAAAGTTTA TCATTTAACA GACTCTCAGA CGCAGACTCA GATTTTTGAT 
TTGAACATAG AAATAGAAAA AATCGGCTAT AAAGTATTTT TCCCAATTTC ATCACTGCGA 
GTTGAAGATT TTTTGGGAAT GTCTAATACT CTTGATCGAC ATGTCTTGGA GTTTTTGTAC 
AACAGAGTGA CCGGTGCGTC ATGTGTGGTG ACATTTTCAC GTGTATTAGA TCACCAGCCT 
CAGTTTGGAC AGCTTGTAAC GGGAGACGGG GAACATCGTA AAGTTTTACG GTATTTCAAA 
GAAAGTTGTG ACGATTTCCT GAAAATGGGA ATTCGATATG AGCACCTCCT CCCACCATCA 
CCTGATATTG ATTACGTGGC TTTAGCAGTT ACGACTATTG ATCCGCTTGA CAATAACCGT 
GAATACCAAG AAAAATTGTT CCTACCCGTT CACATAATGC CGGGATTCAA GAACCAAAAA 
CCAAGTGCAT CATTCATAAG TATGTATGTC CTTGATGCCG ATGAGTTTGT GTTAACGACA 
ATAACCCCAT TTGTACTGTC ATCACAAGAC GAGGAAACCC CCAATTCGCA GCTGGTCTTC 
AACATTAGTC ATCCTCTTGA AAAAGGTCAA GGAGAAATTG TTCATCTCAA TGATTTGTCT 
AAACCAGTCA CGTCATTTTC ACAGATTGAT GTAGATAATT TTAATATTGC ATACAACCCA 
CCAAATATTA GCTACAGCGA AAGAAAGGTA TACAATATTG AATTGACTGT TTATGATGGA 
TATTTTGAAG CAAGTGAACC AATTATGTTG ATGTTGGCAG TTCGATCATC ATCAACAAAT 
GCACCGAGAG TATCACTGAA CAAAGGCTTG ACAATGCTGG AAGGCCAGTC CCGGCCAATC 
ACATTGGAGA ACTTACAAGT AGTTGACAAT GATAATCTCA AAGATGTAAG GCTGATTGTG 
ATTGGTGGAT TACAGCATGG GACTCTAAAG CAAAATGGCC ACCCAATAAT AATGTTCACG 
CCTTTCGACT TGCAACATGG TACTGTAAAT TATTACCACG ATGACAGTGA TTCTACTAGA 
GACAAAATCG AATTGAGATT GACAGATGGA ACACATAGTT CTCGACTGTC TCTTCCCATA 
AACATTCTTC CTAAAGATGA CAGTCCACCA TTTTTAATCA CTAACGTTCT CTTTCAACTA 
AATGAAGGTG AGACTGTCCT TATTGGAAAA GAAATGCTAC ACGCAACCGA CGCAGACTCC 
AGTGATGATT ACATCACATA TAAAATTACC CAGCAACCAA ATGGCGGAGA AATTATCAAG 
AAATTTTCTT GGGATTCGTA TGGACATCCA GTTGACCAGT TCACCCAGAA AGATCTGTTT 
CGGGGATTGA TTTACTACCG GCATTTAGGG CAAGAAATAT TTCAAGATTT CTTTTCATTT 
GTTCTGTTAG ATAGTCATGT GCCACCAAAC GAGTCACCAG AACATTCGGT TATTATTCAT 
ATTGAGTCTG TTGATGATCT ACAGCCGCAG CCAATTAGAG GAACACACCA AGCAATTAGA 
TTGAAGGAAA CAGACATCAA CTTTATTGAA AGAAACAATT TACAGTACAC TGATGTTGAA 
TCCGCTGATA TGGAACTTGT ATACACTATC ACAACTCCAC CGTATTTTGC AGACACACAC 
AGTTTAAATG ACGCTGGACG TGTTTTTTCA ACCAACGGAC TAACAATGCT TATGAAAGAC 
CCAACAGTGG TTCCGCTTCG TACGTTTACG CAACATGAAA TCAATCATCG CAAAGTGGCT 
TATATGCCTC CATTCAGGGA AATAGGAGCC ACTGACAGAC AAATACAGTT CATATTTTCT 
GTCAGCGATC CCTATGGCAA CACTGTTGTG GGTCAGATTT TTAACATCAC GGTGCTCCCA 
GTTAATAACC AATCACCAGT TATTTACACG AGTGACATGA TCATTAATGA GGGCGGCAGT 
TTAATTATGG GACCGTCATT ATTGGCAGCC GCTGACAAAG ATACCAGTTT GACAGATTTG 
ATTTTTTCAG TTGAGCGTCT ACCCCAGTAT GGTGTTCTTG AAAAAGATGC AGTTGTCATG 
GATACAGGTG ACACTTTCAA TATTGATGAT GTTAATTCAT TTAAAATCAG GTATACCCAT 
GATGGTTCAG AAGTAGAAGC TGATAACTGT GCCCTGAGTA TTAGTGACGG TGTGCAATCA 
ACAAGTGAAG ATATTTTCTT CAAAATCATA CCAATCAATG ACCAACTACC GCAGTTGAAT 
GCAGGTTTGA ACCCTAATAT ACGAGTTCCA GAGTCAGGTC ATATGACTTT AACGCCAAGG 
ATGTTATCTG CGATTGACAG CGATACAAAT GATATGGTTC TTAATTTCAT CATAGTTAGT 
CCTCCTGTTA GAGGAATCAT GCAAAGAGAC TTTGCTACGG TGACGACCTT CACTCAACGG 
GACATTGTAG ATGGAAATAT ACGATATGTG CATACAGGTG GCGAGATTGG CCCGCGGCCT 
GTGTTTGATC GTGTGACAAT TCTGGTATCT GATCAGATCA TTCCATCAAC GAGTAACTTG 
CCGCTACATG ATTTAAACAT CACCATTGTG CCGATAAATA ACCAGCCTCC GAATATTTTA 
TTATTTGATG CAATACATGT CCCTGAAGGT GGCAAGTGGG GTCTGACAAG AAATGTACTG 
GATGTCAACG ATCCAGACAC TGATGCTGAC CAGATAATGC TCATAATTAC CAGCCAACCA 
ACATGGGGCT ATTTGGAAAA CATTCTCCCA TCACCAGGCC ATGAGAAAAG TAATGCTGGA 
AAACGAATTT CTTCATTTTC GTTTAAAGAC GTTGTGGATG GAAATATATA CTTCATGCAG 
TCGGTCCATG AAGGCGTTGA ACCGACCTCG GATTGGTTTG TAGTTTATGC AGACGATGGT 
AAAAACATAT CCCCACAGGT TACATTGAAT GTTATGATCC TTCCGCAGAA TGACGAGGTG 
CCGAACTTTG TTAGCAATGA CATCACGCTA AATGAAGGTA GTGTTTATCG ATTAGATCAG 
GCGACTATGA ACATTGTTGA TATTGATGTT CCGCAAGAAA CACTGGTGGT TTCCATCAGT 
AAACAGCCAG AGCATGGATA TGTCATAGAC ATGTCTAGTT ATCGAAGAAA GAGGCATGCC 
CCAGGTGAGA AGTACGGGGA ACGTCAACCA GAAGTGATTC ATGAATTCAC GGTTGACGCT 
TTCCTGACTT CTCTGGAGCT TGTTTACCAG CATGACGGAT CTGAATCGAC CAGTGATCAA 
TTAGGAGTTC GTCTAACTGA TGGCGTGCAT ACAGTCAGAA AGACAATCAA CATCAACATT 
ATACCGATGA ATGATGAGCC TCCTGTAGTC ATCAAGAATA CTGGTGTTAC GATTAATATG 
CATGAAACTG TGATTCTTTC TGCTGTAGTG CTACAGGCCA GAGACGTAGA CACCACAGAT 
GCTAATCTGA TTTACACCGT ACATAACACT CCAGATAAAG GGATACTGCA AGTTAAAAAG 
ACTTACCTCA GACAGCTTCC AAGATGGGAA CCAGTGGATC TCTATTCAAA CTTCACCCAA 
CATGATGTCA ACATGAATCT CCTGCGATAC GCTCACACAG GCGGTCTTGG TTCAAAAGCC 
AATGATAAAT TTCGCTTCAC TGTAACTGAC GGGAAACATA CAACCAGACG AGAAACTTTT 
GATATTAACA TTCTGAACAC AAAAAAAGAT GACATCATGG TTACAAGTGG TGATGTGGAA 
GTTGGGGAAG GAAATGTTGT TGTCATAACA ACTGATACAT TGTCAGCCTC CGACAATACC 
AACTTATTAG ATGAGATTGT TTTCACAGTC GTTGATCCGC CCACGGAAGG TCAAATAGAA 
GAGATATCGC ATCCAGGAAT AAAAATCAAT TCATTTACAT TGTTGGATCT GGTGGCGCGT 
ACTGTCGTGT ATAAACACAT GAGGAACAAT GGCATTAACA AAGACAGTAT GAATTTCATT 
GTCTCTAACG GATTGTCATC TCGAAATGGA ACTCTGCGTA TTCACGTCAT TCCAATCGAT 
GATGCATTAC CTATTATGTA CGTCAACACG GATTTTGCCG TTGACGCAGG AAGTGCTCGC 
CTCTTGACTG AAAGTGATCT CCTATTGGTA GATCCGGATA GTGATAATCA GGAGTTGACG 
TATATTGTAA TAAAACCGCC TGAATTCGGA CACTTGCTGA AACAAGGTCA ACCAGTTCAT 
CACAAATTTA CTCAAACTGA CATCAATAAT TTGCATATTC TGTATAAACA AGATGGCGGA 
AGATCCAGAG AGGATGCAAT ATTTCTTATC GCTAGTGACA ACACCAATGC TGGCTTTATT 
GTTGATGAGG ATGTTCGGTA TGAACCAATA GAATTCCGCA TTCAAATTAA CGCAGTTCGT 
TCTGAATATC CTCATATCAT CAACAACCAA CCAGCAACGA CTCTGGATGA TTACAATGGT 
CGTTATGGTT ACACACTGAC AAACTTCAAT CTGAAAGTAA TGGACAAGGA TTCGTTGGAT 
AGCAACATCA TCTATGTAGT TACCAGGCTA CCATTGTTCG GGTATTTGGA ATTCAAAGGC 
GGGCGTCAAT TTTTCCATCG CACGTTCACG CAAGAGGATG TTAACAATCT CAATGTGATT 
TATTTCATGC ACGACGAACT GAAGCAAACA AACGACAGTT TCGAATTTGA GGTTCATGAC 
TCGCACCAGA ATAAGCTAAG TAACCAGAGG TTTGATTTGC ACTGGACGAT TATTCAAATG 
GTACGAGCTG AATATGTGGT CTGTGAAAAC ATTGGTACAC TCAGTGTCAA CATTCAAAGA 
TTGGGCCACC TAGCTGAGTC ATCATTCATA ACTGTCAAAG TGAAAGGAGT TTCAGCTACT 
TATGAAACTG ACTTTGTTCC AAGCACAGCT GAACTGATAC AGTTTGATCC TGGTGTTGCT 
ATAGCGACAT GGAATGTGTT GATTGTCGAT GATGGTTTGG AAGAGAATGA AGAGAGATTC 
CGAGTGATGT TAAAGTCACC AATTAATGCT ATATTAGGAG ATAACGAGAA AGCCACTGTT 
CTCATTGTGG ATTCCAGGAA TGGTCAGTGT GACAGTGGTA TTTACCCCGA TATTATCAGT 
AAGTCACCTG ATAGGTCAGC TGACAGTGTA GTAAGATCTG ATGATACATC TAGAGTGGGT 
AGTTATGTTT TTCAAACTGG AGGTAACAAA GCACAGGTGT CATCACAAGT GATATTTAGC 
AATGCTACCA GCACTGTCTG GAGGAATCAT GGGCTGATCT CGGTTAGGAC TGATCAAGAT 
TCACCAGAGA CACAGGAGTC GCCAGGGGTA CCGGATAGAT TAGAAGGTAG CATATTGTCT 
CCCAGAATTA CTATAACTGA TCCAAGATCG CCTCAAGAAC AAACTGAGGA CAAAGAAACT 
ACAGTAATTA GGGTGTCTGG TCCATCACGG TGTAATGAGT CATCTGTTGG TGTTTTACAC 
TTTGACACAT CAGCCAATAA GATGTACCAG TGTGATGGTT ACCGGTGGAT ACAGTGGAGT 
GAATCAGAAA CAAACAAACA GAAATCAAAC CACTGCAACA AAGGTTGGAG TTACCATAAA 
AACCTGTGTT ATAGAGTTGG TGGTGAAGAA AAAACTTGGA ACGATGCGCA ACGAACCTGC 
CGGGAGCTTT ACTATGGCAA CCTTCCTAGT GTCTCCTCAA ATGAAGATCA GAATTGGTTA 
TGGGTTTTTG CAGGAGGAAG ATCAGTTTGG ATTGGATTAA ATGACAAGTA TGTAGAAGGC 
AATTGGGAAT GGATTGATGG ATCGCCATTA ACTTTCACAT CTTGGAAGCG GGGAAATCCC 
AAACCAGAAT CACCTACCGA TAGAAACTGT GCTATGCTTG GTCCAAGGCT CCGATGGCAA 
GACAAACACT GCGACCGAGT CACCTCTACG TTTGTTTGTG CTGTTCCTAC AACTCGCAGA 
AACCGTAGAT GA

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

RefSeq	XP_006816147.1
CDS	1..6312
Translation	MLQTVFHLVTLLVSIPTVIGQLVAVNNGLTVMIGRTKFLDPADLTFNLPDVDEGECKVEVVLNEPMTQRVGVLTPQVFDCNFYSTTVQYKHNGSPILLSDTIKLKVYHLTDSQTQTQIFDLNIEIEKIGYKVFFPISSLRVEDFLGMSNTLDRHVLEFLYNRVTGASCVVTFSRVLDHQPQFGQLVTGDGEHRKVLRYFKESCDDFLKMGIRYEHLLPPSPDIDYVALAVTTIDPLDNNREYQEKLFLPVHIMPGFKNQKPSASFISMYVLDADEFVLTTITPFVLSSQDEETPNSQLVFNISHPLEKGQGEIVHLNDLSKPVTSFSQIDVDNFNIAYNPPNISYSERKVYNIELTVYDGYFEASEPIMLMLAVRSSSTNAPRVSLNKGLTMLEGQSRPITLENLQVVDNDNLKDVRLIVIGGLQHGTLKQNGHPIIMFTPFDLQHGTVNYYHDDSDSTRDKIELRLTDGTHSSRLSLPINILPKDDSPPFLITNVLFQLNEGETVLIGKEMLHATDADSSDDYITYKITQQPNGGEIIKKFSWDSYGHPVDQFTQKDLFRGLIYYRHLGQEIFQDFFSFVLLDSHVPPNESPEHSVIIHIESVDDLQPQPIRGTHQAIRLKETDINFIERNNLQYTDVESADMELVYTITTPPYFADTHSLNDAGRVFSTNGLTMLMKDPTVVPLRTFTQHEINHRKVAYMPPFREIGATDRQIQFIFSVSDPYGNTVVGQIFNITVLPVNNQSPVIYTSDMIINEGGSLIMGPSLLAAADKDTSLTDLIFSVERLPQYGVLEKDAVVMDTGDTFNIDDVNSFKIRYTHDGSEVEADNCALSISDGVQSTSEDIFFKIIPINDQLPQLNAGLNPNIRVPESGHMTLTPRMLSAIDSDTNDMVLNFIIVSPPVRGIMQRDFATVTTFTQRDIVDGNIRYVHTGGEIGPRPVFDRVTILVSDQIIPSTSNLPLHDLNITIVPINNQPPNILLFDAIHVPEGGKWGLTRNVLDVNDPDTDADQIMLIITSQPTWGYLENILPSPGHEKSNAGKRISSFSFKDVVDGNIYFMQSVHEGVEPTSDWFVVYADDGKNISPQVTLNVMILPQNDEVPNFVSNDITLNEGSVYRLDQATMNIVDIDVPQETLVVSISKQPEHGYVIDMSSYRRKRHAPGEKYGERQPEVIHEFTVDAFLTSLELVYQHDGSESTSDQLGVRLTDGVHTVRKTININIIPMNDEPPVVIKNTGVTINMHETVILSAVVLQARDVDTTDANLIYTVHNTPDKGILQVKKTYLRQLPRWEPVDLYSNFTQHDVNMNLLRYAHTGGLGSKANDKFRFTVTDGKHTTRRETFDINILNTKKDDIMVTSGDVEVGEGNVVVITTDTLSASDNTNLLDEIVFTVVDPPTEGQIEEISHPGIKINSFTLLDLVARTVVYKHMRNNGINKDSMNFIVSNGLSSRNGTLRIHVIPIDDALPIMYVNTDFAVDAGSARLLTESDLLLVDPDSDNQELTYIVIKPPEFGHLLKQGQPVHHKFTQTDINNLHILYKQDGGRSREDAIFLIASDNTNAGFIVDEDVRYEPIEFRIQINAVRSEYPHIINNQPATTLDDYNGRYGYTLTNFNLKVMDKDSLDSNIIYVVTRLPLFGYLEFKGGRQFFHRTFTQEDVNNLNVIYFMHDELKQTNDSFEFEVHDSHQNKLSNQRFDLHWTIIQMVRAEYVVCENIGTLSVNIQRLGHLAESSFITVKVKGVSATYETDFVPSTAELIQFDPGVAIATWNVLIVDDGLEENEERFRVMLKSPINAILGDNEKATVLIVDSRNGQCDSGIYPDIISKSPDRSADSVVRSDDTSRVGSYVFQTGGNKAQVSSQVIFSNATSTVWRNHGLISVRTDQDSPETQESPGVPDRLEGSILSPRITITDPRSPQEQTEDKETTVIRVSGPSRCNESSVGVLHFDTSANKMYQCDGYRWIQWSESETNKQKSNHCNKGWSYHKNLCYRVGGEEKTWNDAQRTCRELYYGNLPSVSSNEDQNWLWVFAGGRSVWIGLNDKYVEGNWEWIDGSPLTFTSWKRGNPKPESPTDRNCAMLGPRLRWQDKHCDRVTSTFVCAVPTTRRNRR

Target ORF information:

RefSeq Version	XM_006816084.1
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii FRAS1 related extracellular matrix 1 (FREM1), mRNA.

Target ORF information:

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

XM_006816084.1

ORF Insert Sequence:

ATGCTGCAGA CAGTATTTCA TCTGGTCACT CTACTTGTAT CTATCCCCAC TGTGATTGGT 
CAGCTAGTGG CAGTGAACAA TGGGTTGACA GTTATGATTG GCCGGACAAA GTTCCTTGAT 
CCAGCTGATT TGACCTTCAA CCTTCCAGAT GTTGATGAAG GTGAATGTAA AGTTGAAGTT 
GTTTTAAATG AACCAATGAC GCAGCGAGTC GGTGTTCTTA CTCCTCAGGT ATTTGACTGT 
AATTTCTATT CTACAACAGT GCAGTACAAA CACAATGGCT CACCAATCCT GTTGTCTGAC 
ACCATCAAAC TCAAAGTTTA TCATTTAACA GACTCTCAGA CGCAGACTCA GATTTTTGAT 
TTGAACATAG AAATAGAAAA AATCGGCTAT AAAGTATTTT TCCCAATTTC ATCACTGCGA 
GTTGAAGATT TTTTGGGAAT GTCTAATACT CTTGATCGAC ATGTCTTGGA GTTTTTGTAC 
AACAGAGTGA CCGGTGCGTC ATGTGTGGTG ACATTTTCAC GTGTATTAGA TCACCAGCCT 
CAGTTTGGAC AGCTTGTAAC GGGAGACGGG GAACATCGTA AAGTTTTACG GTATTTCAAA 
GAAAGTTGTG ACGATTTCCT GAAAATGGGA ATTCGATATG AGCACCTCCT CCCACCATCA 
CCTGATATTG ATTACGTGGC TTTAGCAGTT ACGACTATTG ATCCGCTTGA CAATAACCGT 
GAATACCAAG AAAAATTGTT CCTACCCGTT CACATAATGC CGGGATTCAA GAACCAAAAA 
CCAAGTGCAT CATTCATAAG TATGTATGTC CTTGATGCCG ATGAGTTTGT GTTAACGACA 
ATAACCCCAT TTGTACTGTC ATCACAAGAC GAGGAAACCC CCAATTCGCA GCTGGTCTTC 
AACATTAGTC ATCCTCTTGA AAAAGGTCAA GGAGAAATTG TTCATCTCAA TGATTTGTCT 
AAACCAGTCA CGTCATTTTC ACAGATTGAT GTAGATAATT TTAATATTGC ATACAACCCA 
CCAAATATTA GCTACAGCGA AAGAAAGGTA TACAATATTG AATTGACTGT TTATGATGGA 
TATTTTGAAG CAAGTGAACC AATTATGTTG ATGTTGGCAG TTCGATCATC ATCAACAAAT 
GCACCGAGAG TATCACTGAA CAAAGGCTTG ACAATGCTGG AAGGCCAGTC CCGGCCAATC 
ACATTGGAGA ACTTACAAGT AGTTGACAAT GATAATCTCA AAGATGTAAG GCTGATTGTG 
ATTGGTGGAT TACAGCATGG GACTCTAAAG CAAAATGGCC ACCCAATAAT AATGTTCACG 
CCTTTCGACT TGCAACATGG TACTGTAAAT TATTACCACG ATGACAGTGA TTCTACTAGA 
GACAAAATCG AATTGAGATT GACAGATGGA ACACATAGTT CTCGACTGTC TCTTCCCATA 
AACATTCTTC CTAAAGATGA CAGTCCACCA TTTTTAATCA CTAACGTTCT CTTTCAACTA 
AATGAAGGTG AGACTGTCCT TATTGGAAAA GAAATGCTAC ACGCAACCGA CGCAGACTCC 
AGTGATGATT ACATCACATA TAAAATTACC CAGCAACCAA ATGGCGGAGA AATTATCAAG 
AAATTTTCTT GGGATTCGTA TGGACATCCA GTTGACCAGT TCACCCAGAA AGATCTGTTT 
CGGGGATTGA TTTACTACCG GCATTTAGGG CAAGAAATAT TTCAAGATTT CTTTTCATTT 
GTTCTGTTAG ATAGTCATGT GCCACCAAAC GAGTCACCAG AACATTCGGT TATTATTCAT 
ATTGAGTCTG TTGATGATCT ACAGCCGCAG CCAATTAGAG GAACACACCA AGCAATTAGA 
TTGAAGGAAA CAGACATCAA CTTTATTGAA AGAAACAATT TACAGTACAC TGATGTTGAA 
TCCGCTGATA TGGAACTTGT ATACACTATC ACAACTCCAC CGTATTTTGC AGACACACAC 
AGTTTAAATG ACGCTGGACG TGTTTTTTCA ACCAACGGAC TAACAATGCT TATGAAAGAC 
CCAACAGTGG TTCCGCTTCG TACGTTTACG CAACATGAAA TCAATCATCG CAAAGTGGCT 
TATATGCCTC CATTCAGGGA AATAGGAGCC ACTGACAGAC AAATACAGTT CATATTTTCT 
GTCAGCGATC CCTATGGCAA CACTGTTGTG GGTCAGATTT TTAACATCAC GGTGCTCCCA 
GTTAATAACC AATCACCAGT TATTTACACG AGTGACATGA TCATTAATGA GGGCGGCAGT 
TTAATTATGG GACCGTCATT ATTGGCAGCC GCTGACAAAG ATACCAGTTT GACAGATTTG 
ATTTTTTCAG TTGAGCGTCT ACCCCAGTAT GGTGTTCTTG AAAAAGATGC AGTTGTCATG 
GATACAGGTG ACACTTTCAA TATTGATGAT GTTAATTCAT TTAAAATCAG GTATACCCAT 
GATGGTTCAG AAGTAGAAGC TGATAACTGT GCCCTGAGTA TTAGTGACGG TGTGCAATCA 
ACAAGTGAAG ATATTTTCTT CAAAATCATA CCAATCAATG ACCAACTACC GCAGTTGAAT 
GCAGGTTTGA ACCCTAATAT ACGAGTTCCA GAGTCAGGTC ATATGACTTT AACGCCAAGG 
ATGTTATCTG CGATTGACAG CGATACAAAT GATATGGTTC TTAATTTCAT CATAGTTAGT 
CCTCCTGTTA GAGGAATCAT GCAAAGAGAC TTTGCTACGG TGACGACCTT CACTCAACGG 
GACATTGTAG ATGGAAATAT ACGATATGTG CATACAGGTG GCGAGATTGG CCCGCGGCCT 
GTGTTTGATC GTGTGACAAT TCTGGTATCT GATCAGATCA TTCCATCAAC GAGTAACTTG 
CCGCTACATG ATTTAAACAT CACCATTGTG CCGATAAATA ACCAGCCTCC GAATATTTTA 
TTATTTGATG CAATACATGT CCCTGAAGGT GGCAAGTGGG GTCTGACAAG AAATGTACTG 
GATGTCAACG ATCCAGACAC TGATGCTGAC CAGATAATGC TCATAATTAC CAGCCAACCA 
ACATGGGGCT ATTTGGAAAA CATTCTCCCA TCACCAGGCC ATGAGAAAAG TAATGCTGGA 
AAACGAATTT CTTCATTTTC GTTTAAAGAC GTTGTGGATG GAAATATATA CTTCATGCAG 
TCGGTCCATG AAGGCGTTGA ACCGACCTCG GATTGGTTTG TAGTTTATGC AGACGATGGT 
AAAAACATAT CCCCACAGGT TACATTGAAT GTTATGATCC TTCCGCAGAA TGACGAGGTG 
CCGAACTTTG TTAGCAATGA CATCACGCTA AATGAAGGTA GTGTTTATCG ATTAGATCAG 
GCGACTATGA ACATTGTTGA TATTGATGTT CCGCAAGAAA CACTGGTGGT TTCCATCAGT 
AAACAGCCAG AGCATGGATA TGTCATAGAC ATGTCTAGTT ATCGAAGAAA GAGGCATGCC 
CCAGGTGAGA AGTACGGGGA ACGTCAACCA GAAGTGATTC ATGAATTCAC GGTTGACGCT 
TTCCTGACTT CTCTGGAGCT TGTTTACCAG CATGACGGAT CTGAATCGAC CAGTGATCAA 
TTAGGAGTTC GTCTAACTGA TGGCGTGCAT ACAGTCAGAA AGACAATCAA CATCAACATT 
ATACCGATGA ATGATGAGCC TCCTGTAGTC ATCAAGAATA CTGGTGTTAC GATTAATATG 
CATGAAACTG TGATTCTTTC TGCTGTAGTG CTACAGGCCA GAGACGTAGA CACCACAGAT 
GCTAATCTGA TTTACACCGT ACATAACACT CCAGATAAAG GGATACTGCA AGTTAAAAAG 
ACTTACCTCA GACAGCTTCC AAGATGGGAA CCAGTGGATC TCTATTCAAA CTTCACCCAA 
CATGATGTCA ACATGAATCT CCTGCGATAC GCTCACACAG GCGGTCTTGG TTCAAAAGCC 
AATGATAAAT TTCGCTTCAC TGTAACTGAC GGGAAACATA CAACCAGACG AGAAACTTTT 
GATATTAACA TTCTGAACAC AAAAAAAGAT GACATCATGG TTACAAGTGG TGATGTGGAA 
GTTGGGGAAG GAAATGTTGT TGTCATAACA ACTGATACAT TGTCAGCCTC CGACAATACC 
AACTTATTAG ATGAGATTGT TTTCACAGTC GTTGATCCGC CCACGGAAGG TCAAATAGAA 
GAGATATCGC ATCCAGGAAT AAAAATCAAT TCATTTACAT TGTTGGATCT GGTGGCGCGT 
ACTGTCGTGT ATAAACACAT GAGGAACAAT GGCATTAACA AAGACAGTAT GAATTTCATT 
GTCTCTAACG GATTGTCATC TCGAAATGGA ACTCTGCGTA TTCACGTCAT TCCAATCGAT 
GATGCATTAC CTATTATGTA CGTCAACACG GATTTTGCCG TTGACGCAGG AAGTGCTCGC 
CTCTTGACTG AAAGTGATCT CCTATTGGTA GATCCGGATA GTGATAATCA GGAGTTGACG 
TATATTGTAA TAAAACCGCC TGAATTCGGA CACTTGCTGA AACAAGGTCA ACCAGTTCAT 
CACAAATTTA CTCAAACTGA CATCAATAAT TTGCATATTC TGTATAAACA AGATGGCGGA 
AGATCCAGAG AGGATGCAAT ATTTCTTATC GCTAGTGACA ACACCAATGC TGGCTTTATT 
GTTGATGAGG ATGTTCGGTA TGAACCAATA GAATTCCGCA TTCAAATTAA CGCAGTTCGT 
TCTGAATATC CTCATATCAT CAACAACCAA CCAGCAACGA CTCTGGATGA TTACAATGGT 
CGTTATGGTT ACACACTGAC AAACTTCAAT CTGAAAGTAA TGGACAAGGA TTCGTTGGAT 
AGCAACATCA TCTATGTAGT TACCAGGCTA CCATTGTTCG GGTATTTGGA ATTCAAAGGC 
GGGCGTCAAT TTTTCCATCG CACGTTCACG CAAGAGGATG TTAACAATCT CAATGTGATT 
TATTTCATGC ACGACGAACT GAAGCAAACA AACGACAGTT TCGAATTTGA GGTTCATGAC 
TCGCACCAGA ATAAGCTAAG TAACCAGAGG TTTGATTTGC ACTGGACGAT TATTCAAATG 
GTACGAGCTG AATATGTGGT CTGTGAAAAC ATTGGTACAC TCAGTGTCAA CATTCAAAGA 
TTGGGCCACC TAGCTGAGTC ATCATTCATA ACTGTCAAAG TGAAAGGAGT TTCAGCTACT 
TATGAAACTG ACTTTGTTCC AAGCACAGCT GAACTGATAC AGTTTGATCC TGGTGTTGCT 
ATAGCGACAT GGAATGTGTT GATTGTCGAT GATGGTTTGG AAGAGAATGA AGAGAGATTC 
CGAGTGATGT TAAAGTCACC AATTAATGCT ATATTAGGAG ATAACGAGAA AGCCACTGTT 
CTCATTGTGG ATTCCAGGAA TGGTCAGTGT GACAGTGGTA TTTACCCCGA TATTATCAGT 
AAGTCACCTG ATAGGTCAGC TGACAGTGTA GTAAGATCTG ATGATACATC TAGAGTGGGT 
AGTTATGTTT TTCAAACTGG AGGTAACAAA GCACAGGTGT CATCACAAGT GATATTTAGC 
AATGCTACCA GCACTGTCTG GAGGAATCAT GGGCTGATCT CGGTTAGGAC TGATCAAGAT 
TCACCAGAGA CACAGGAGTC GCCAGGGGTA CCGGATAGAT TAGAAGGTAG CATATTGTCT 
CCCAGAATTA CTATAACTGA TCCAAGATCG CCTCAAGAAC AAACTGAGGA CAAAGAAACT 
ACAGTAATTA GGGTGTCTGG TCCATCACGG TGTAATGAGT CATCTGTTGG TGTTTTACAC 
TTTGACACAT CAGCCAATAA GATGTACCAG TGTGATGGTT ACCGGTGGAT ACAGTGGAGT 
GAATCAGAAA CAAACAAACA GAAATCAAAC CACTGCAACA AAGGTTGGAG TTACCATAAA 
AACCTGTGTT ATAGAGTTGG TGGTGAAGAA AAAACTTGGA ACGATGCGCA ACGAACCTGC 
CGGGAGCTTT ACTATGGCAA CCTTCCTAGT GTCTCCTCAA ATGAAGATCA GAATTGGTTA 
TGGGTTTTTG CAGGAGGAAG ATCAGTTTGG ATTGGATTAA ATGACAAGTA TGTAGAAGGC 
AATTGGGAAT GGATTGATGG ATCGCCATTA ACTTTCACAT CTTGGAAGCG GGGAAATCCC 
AAACCAGAAT CACCTACCGA TAGAAACTGT GCTATGCTTG GTCCAAGGCT CCGATGGCAA 
GACAAACACT GCGACCGAGT CACCTCTACG TTTGTTTGTG CTGTTCCTAC AACTCGCAGA 
AACCGTAGAT GA