FREM1 cDNA ORF clone, Condylura cristata(star-nosed mole)

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM1
Entrez Gene ID	101626304
Full Name	FRAS1 related extracellular matrix 1
Gene Type	protein-coding
Organism	Condylura cristata(star-nosed mole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004677672.1	XP_004677729.1	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
OCo227212	XM_004677672.1 Latest version!	Condylura cristata FRAS1 related extracellular matrix 1 (FREM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

FREM1 ( XM_004677672.1 ) cDNA ORF clone, Condylura cristata(star-nosed mole) -> XP_004677729.1 Condylura cristata FRAS1 related extracellular matrix 1 (FREM1), mRNA.

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CloneID	OCo227212
Clone ID Related Accession (Same CDS sequence)	XM_004677672.1
Accession Version	XM_004677672.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6531bp) 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	2015-06-09
Organism	Condylura cristata(star-nosed mole)
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_004567107.1) 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 :: Condylura cristata Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCACTCTC CGCTTTGGGG TGGACCATCC ATCCCGCTGA TGCTGCTTCT GTTGGGCTGG 
GCCAGCCCCA CCTTCATCAG CATCAACCGT GGTGTCACTG TGATAAAAGG CAGTTCCGCT 
TTCCTGTCCG GAGAGGACCT GAAGTTTGCC ATTCCCAAAG AGAAAGATGC TTGCAAGGTG 
GAAGTGGTGA TGAATGAGCC CATAACGCAA AGGGTTGGCA CACTCACTCC ACAGGTATTT 
GACTGCCATT TCCTTCCCAA TGAAGTAAAG TATGTTCACA ATGGTTGCCC AATTCTTGAT 
GAAGACACCG TGAAACTTAG ACTTTACAGA TTTACTGAGA CAGACACCTT CATAGAAACC 
TTTATCCTCA GGGTCTACCT CCTGGAACCA GACTGTAACA TCATCCATCT GAGTAACAAT 
GTATTGGAGG TGTCTGAATT CTATGGACTG TCCCGTGCCA TCGATAAGAA CCTGCTCAGA 
TTTGATTATG ATAGGACAGC CAGCCTGGAA TGCACAGTCA GCCTGGACCC TGTGGGAACT 
CGGCTGCCAG CCCATGGCCA GATCGTTCTG GTGGAGCCTC AGCCAGAAGA ACCTCGTGGA 
GATCAGCCAC ATAGTTTTTT TCCTGAGCCT CAACTGGGGA AAGAACTGAA GTGTCCAGAT 
GGAAGCTGTA CCCTGGGGCT GAAGAAAATA GGAAGTCTCA AAGTGAGCTG TGAGGAGTTC 
CTGCTGATGG GGCTTCGTTA TCAACATAAG AGTCCTCCTT CTCCCAATGT TGACTATGTC 
TCTATCCGAC TGGACCTCAC AGACAGCAGA AGTAAAATCA TATACAAGTC AGAAAGCACG 
TGGTTGCCTG TCTACATCAG AGCTGGCATT CCTAATCAGA TTCCAAAGGC TGCATTCATG 
GCCATGTTTA TTCTGGAAGT AGATCAGTTT ATCCTGACCT CTTTGACAAC CTCAGTTCTG 
GACTGTGAAG TGGATGAGAC CCCCAAACCG CTGTTGGTGT TCAACATCAC CAAACCCCCG 
CTCCAAGGCT ACGTGACTCA CTTGTTGGAT CACACCAGAC CAATCTCCTC ATTCACCTGG 
CAAGATCTAA GTGACATGCA GATCGCCTAC CAGCCACCAA ACAGCAGCCA CTCTGAGAGG 
AGACATTATG AGGTGGAGCT GGAGGTGTAT GACTTCTTCT TTGAAAGGAG CGCCCCTATC 
ATGGTCCACA TCTCCATCAG GACAGCCGAT ACAGATGCCC CTCGGGTGTC CTGGAACACA 
GGTCTGAATC TACTGGAGGG ACAGTCTCGA CCCATCACTT GGGAGCACTT CCAGATTGTT 
GACAACGATA ACATCCATGC AGTCCAGTTA GTCGCTATAG ACGGTCTGCA GCATGGACGG 
CTTACACTGG GAGGGGGGAA AGGATTTCTC TTCACTGTGG CTGACCTTCA GGCTGGCGTT 
ATTCGCTATC ATCATGATGA CAGTGACTCC AGCAAAGATT TTGTGGTCTT CAGGATATTT 
GACGGCCGTC ACAGCATCCG CCATAAGTTT CCCATCAATA TATTGCCCAA AGATGACAGT 
CCCCCATTCC TTATAACCAA CGTTGTGATT GAACTTGAGG AGGGGCAGAC CATACTGATT 
CAGGGATCCA TGCTGAGCGC TTCAGACATG GACTCCAGTG ATGACTACAT CTACTTTAAC 
ATTACAAAAC CTCCACAGGC TGGAGAGATC ACAAAGAAGC CAGGTCCAGG CCTGATAGAC 
TATCCTGTCG TTGGCTTCCT TCAGAGGGAT CTATTTAATG GCATCATTTA CTATCGTCAC 
TTCGGTGGAG AAATCTTTGA AGATTCTTTT GAGTTTGTCT TATGGGATAG TCATGAGCCT 
CCAAATCTCT CAGCACCACA GGTGGTAACA ATCCATATCA TTCCAGTGAA TGACCAGCTT 
CCAAAAGAGG CTCCTGGAGT TTCTCGACAT TTGGTTGTCA AGGAAACTGA GGTGGCCTAC 
ATAACTAAGA AACACTTACA TTTTATAGAT CCAGAATCAT ATGGTGGGGA GCTGCTCTAC 
ACAATAACAA CACCTCCATT TTTCAATTCC AGTCACAGAC ACTTGGATGC TGGGAAATTA 
TTCATGGTGG ACAGCATACC AAAACTAACC AAAAATCCTG CAGCTGTAGG GCTGACATCA 
TTCACTCAGG ATACTGTAAA CTATATGAAA GTGGCCTACA TGCCTCCCAT GGAAGATATA 
GGCCCCCATC TACGGCATGT TCAGTTCACA TTTTCCATCA CTAACCAGCA TGGTGGTACT 
TTGCATGGAA TCTGTTTCAA CATTGTGATT CTCCCAGTAG ACAATCAAAT TCCTGAGGTA 
TACACCAGTC CTCTGAGCGT GTTTGAGGGA GGTCAAAGTG TCATCAGCAC AGAGCATGTT 
CTGGTTTCTG ATGTGGATAC CAAACTGGAC AACATTCGCC TCTCCCTTCA GAGACTGCCT 
CCACACGGAA GGGTGGAGCT GAATGGGTTT CCTCTAAACA CAGGGGACAT GTTTCCTTGG 
GGAGAGCTTC ATACCTTAAA AGTTAGGTAT CAGCATGACG GATCTGAAGA ACTTCAGGAT 
GACATATTCT TGGAGGTTAC AGATGGCACA AATTCAGCAG AATGTGTTCT ACACATTGAG 
GTAGTCCCTG TAAATGATGA GCCACCAGTC CTAAAGGCTG ACCTCATCCC CATGATGCAT 
TGCTTAGAAG GCGAAGAGGT AGTCATCTCT TCTGAATATA TTTTTGCTAC TGATGTGGAC 
AGTGATGACT TGAAACTGAT GTTTATGATC GTTCGAGAAC CTCAGCATGG GGTATTGAGG 
AAAGATGGTG TCCCAGTGGA TCAATTTTCT CAAGGCGATG TCATCTCAGG GATGGTGACA 
TACAGGCACA CAGGTGATGA GATTGGCACA GAACCTTGTT TTGACACCAT TACGTTGGTG 
GTTTCGGATG GAGAAGCTGG CCCTTTTGTG AATGACTGTT GCTACAATGG ACCTCTTCCG 
ACTGTTCCTC TTCGTGAGCC CTTTCCAGTG TATGATCTCA ACATCACAGT ACATCCAGTG 
GACAACCAAC CACCTTCAAT CACAATAGGT AGCTTGTTCG TTGTAGAGGA GGGTTTCTCA 
GCAGCCCTCA CCATTGGCCA TTTGTCTGCC ACTGATCCTG ACACTGCAGC AGATGACTTG 
GAATTTGTTT TGGCTTCACC TCCTCAGTTT GGTTACATGG AAAACATACT CCCTTCTGCA 
GGTTTTGAAA AAAGCAATAT GGGCATCAGT ATAGGCTCAT TTAAGTGGAA AGACATGAAG 
GCTTTGCATA TTAACTATGT GCAGTCTAGG CATCTGCGGA TGGAACCAAC TGCTGACCAG 
TTCATGATAT ATGTCACAGA TGGGAAGCGA CGGTCCTTGG AGATACCATT TTATGTTATA 
ATCAAACCCA CGAATGATGA AGTTCCTGAT TTTGTAGTGC AGAATATTAC TGTGTGTGAG 
GGTGGGATGA AAGAACTGGA TTCTTCCACC ATCAAAGCTT CTGACCAGGA CATTCCCAAG 
GATCCCTTGC TTTTCAGCAT CACACATAAA CCTCGTCATG GCTTCCTCAT CAATGGGTTG 
GTTAGCAAAA ACTCTCCTCT GTATCAACAA CCAGACAATC CCAACCATAA GCAAGAACTT 
GTTCACCACT TTTCCATGGA CCTTTTCAAG AATGGGATCA GGTTGATGTA TGTGCATGAT 
GACTCAGAAA ACCTTGCTGA TGATTTTACA ATCCAGTTGT CAGATGGGAA ACATGAGATT 
CTTAAAACAA TTTCAGTAGA AGTCACCCCA GTTAATGATG AGAAACCAAT GCTGAGCAAG 
AAGGCTGAGC TGATAGTAAG TATGGGCGAA ACTCGTATTA TTTCTAGTGC TGTTCTTTCA 
GCCAAAGATG AAGACTCACC CAGGGAGAAG ATTTATTATT TATTTGAAAG GCTTCCCCAA 
AATGGGCAAC TTCAGCTTAA GATAGGGAGG AACTGGTCTC CTCTCCACCC TGGCATGAAG 
TGCACCCAGG AGCAAGTGGA CTTGAACTTG CTGAGATATG CTCACACTGG GGCCATGGAT 
TCCCAGAACC AAGACAGCTT CACCTTCTAC CTCTGGGATG GCATCAACAG GTCACCTGTA 
TTTGACTGCC ACATTACTAT CAGGAACATG GAAAAAGGTG ACATTGTTAT CCTTGCAAGA 
CCACTCGTGG TATCTAAAGG CAACAGAGGG TTCCTGTCAA CTGCTACTCT TCTTGCTGTG 
GATGGAACAG ACAAGCCTGA AGAATTGCTC TTCATCATCA CCTCCTCCCC ACGATATGGC 
CAGGTTGAAT ATGCCCGCTA TCCTGGAGTT CCCATCACCA GTTTCAGCCA AATGGACATA 
GCAGGACAGA CAGTGTGCTA TGTACATATG GGCGAGGCGG CTGTCCCCAG GGACACATTC 
AGATTCATCG TCAGCAATGG ACTGCAGACC AAGCAGGGGG TGTTTGAGGT CACAGTGGAG 
ACTGTGGACA GAGCCTTACC TGTGGTGACC AAGAACAAGG GGCTGCGAGT GGCAGGAGGG 
GGCACGGGCC TGCTTTCCCC TGACCTCCTT CAGCTGATAG ATCCTGACAC AGATGCAGAA 
AACCTCACTT TCCTTGTGAG CCAGCTCCCC CGATACGGCC AACTCTACCT GAGGGGGACG 
ATACGACTTC AACACAACTT TACTCAGCAA GATGTGGACA GCAAGAATGT GGCCTATAGG 
CACTTGGGAG GGGATTCCCA GGTTGACCAG TTCACTTTTG TGGCCACGGA CAGGACAAAC 
CAAGGCTTTA TTGTGGATGG GAAAGTGTGG CAAGATCCTG TATCATTCAC CATCCAGGTG 
GACCAGGTGG ACAAAACAGC CCCTCACATC ATGCACTTGC ACCCCCCTTC TCAAGTGGGG 
CTCCTGAAAA ATGGCTGTTA TGGGATTTAT ATTACTTCCC GGGTGTTGAA GGCATCGGAT 
CCTGACACTG ATGACGAGCA GATAATTTTT AAGATTTTAC AAGCACCCCG ACACGGACAT 
CTGAAAAACA CAACCACAGG TGAAGTTATC CATGAGAAAT TTAGTCAGAA GGACTTAAAC 
AGTAAGACTA TTCTTTACAT CATAAACCCA TCTTTGGAAG TAAATTCAGA TATCATGGAA 
TTTCAAATCA TGGACCCAAC AGGGAACTCT GCAACTCCTC AACTTTTGGA ATTGAAGTGG 
TCTCACATTG AATGGTCGCA GACTGAATAT GAGGTTTGTG AAAATGCAGG CTTATTGCCT 
TTGGAAATTA CCAGAAAAGG ATATTCCATT GACTCAGCTT TTGTGAGTGT AAAGGTCAAC 
CAAGTGTCAG CTGCAGTTGG AAAAGATTTT ACCTTAACTC CATCTAAACT GGTTCAGTTT 
GACCCAGGAA TGTCAACTAA GATGTGGAAT ATAGCAATTA CCTATGACGG ATTAGAGGAA 
GATGATGAGG TCTTTGAAGT AATTCTGAAC TCCCCTGTGA ATGCGGTTCT TGGCACAAAG 
ACAAAAGCTG CAGTGAAAAT TTTGGACTCA AAAGGAGGAC AGTGCCATCC TTCATACTCA 
TTCAGCCCAA ACAAGCACAA GAAGGACATT TGGCACCCGC TGTCCCCAGG GTCTTCCTCT 
CTCACCACTT CTGGTTCCTT TCATCTGGAA AGAAGACCTC CTCCTCCTTC AAAGCAGCTA 
GCCATTTCCA AGGGAGACAC CCTTCAGGGC TTGGAGTCTA CACATATTTC TGGAATGAGG 
CTTAGGACCC AAAGGAATGG CAGAAGAGTT CATCCTTCCT CTGTTTATAG AAATGGAACA 
GACATTATTT ATAATTATCA TGGAATGGTG TCCCTGAAAC TGGAAGATGA CAGTGACCTA 
ACTCACAAAA GGAAGGCCCA AGTATCCATT ATTAATCAGC CACAAAGGAC ATTCAAAGTG 
GCAGAACTGC CTCAAGCAGA TAAGATGGAA TCCACAACTG ATTCACACTT CCCCAGACAG 
GACTGGCTGC CATCATTTCC AAAAAACTGC ACGCTGGAAC TAAATGGACT CTTCCATTTT 
GAAGAAAGCT TCCAAAAGCT GTATCAGTGC AATGGGATTG CCTGGAAAGC TTGGAGTCCC 
CAAACCAAGG AGGTGGAAGA CAAATCCTGC CCAGCTGGGT GGCACCATCA CTCAGGATAC 
TGCCACGCCT TGATCACAGA GCACAAAGTC ACCTGGGACA TAGCGGCCAG AGCATGCAGG 
GAAAAACACC TGGGCAGCCT CGTGACGGTC CTCTCCAAGC GACACATGCG ATGGCTCTGG 
GACATCAGTG GAAGGAGGCC TTTCTGGATA GGTTTGAATG ACCAAGTGCA TGCTGGCCTC 
TGGGAATGGA TTGGCGGTGA ACCTATCACC TTCACCAGCT GGAGGAGAGG TCCCCCTCGA 
CGGCCAAAGC CTGGCAGGAA CTGTGTTTTG GTTCAAAGAC AAGGGAAATG GCAAACCAAG 
GACTGTAGAA AGAGCAAACC TCACAATTAC ATGTGTTCCA GAAAACTCTA A

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

RefSeq	XP_004677729.1
CDS	582..7112
Translation	MHSPLWGGPSIPLMLLLLGWASPTFISINRGVTVIKGSSAFLSGEDLKFAIPKEKDACKVEVVMNEPITQRVGTLTPQVFDCHFLPNEVKYVHNGCPILDEDTVKLRLYRFTETDTFIETFILRVYLLEPDCNIIHLSNNVLEVSEFYGLSRAIDKNLLRFDYDRTASLECTVSLDPVGTRLPAHGQIVLVEPQPEEPRGDQPHSFFPEPQLGKELKCPDGSCTLGLKKIGSLKVSCEEFLLMGLRYQHKSPPSPNVDYVSIRLDLTDSRSKIIYKSESTWLPVYIRAGIPNQIPKAAFMAMFILEVDQFILTSLTTSVLDCEVDETPKPLLVFNITKPPLQGYVTHLLDHTRPISSFTWQDLSDMQIAYQPPNSSHSERRHYEVELEVYDFFFERSAPIMVHISIRTADTDAPRVSWNTGLNLLEGQSRPITWEHFQIVDNDNIHAVQLVAIDGLQHGRLTLGGGKGFLFTVADLQAGVIRYHHDDSDSSKDFVVFRIFDGRHSIRHKFPINILPKDDSPPFLITNVVIELEEGQTILIQGSMLSASDMDSSDDYIYFNITKPPQAGEITKKPGPGLIDYPVVGFLQRDLFNGIIYYRHFGGEIFEDSFEFVLWDSHEPPNLSAPQVVTIHIIPVNDQLPKEAPGVSRHLVVKETEVAYITKKHLHFIDPESYGGELLYTITTPPFFNSSHRHLDAGKLFMVDSIPKLTKNPAAVGLTSFTQDTVNYMKVAYMPPMEDIGPHLRHVQFTFSITNQHGGTLHGICFNIVILPVDNQIPEVYTSPLSVFEGGQSVISTEHVLVSDVDTKLDNIRLSLQRLPPHGRVELNGFPLNTGDMFPWGELHTLKVRYQHDGSEELQDDIFLEVTDGTNSAECVLHIEVVPVNDEPPVLKADLIPMMHCLEGEEVVISSEYIFATDVDSDDLKLMFMIVREPQHGVLRKDGVPVDQFSQGDVISGMVTYRHTGDEIGTEPCFDTITLVVSDGEAGPFVNDCCYNGPLPTVPLREPFPVYDLNITVHPVDNQPPSITIGSLFVVEEGFSAALTIGHLSATDPDTAADDLEFVLASPPQFGYMENILPSAGFEKSNMGISIGSFKWKDMKALHINYVQSRHLRMEPTADQFMIYVTDGKRRSLEIPFYVIIKPTNDEVPDFVVQNITVCEGGMKELDSSTIKASDQDIPKDPLLFSITHKPRHGFLINGLVSKNSPLYQQPDNPNHKQELVHHFSMDLFKNGIRLMYVHDDSENLADDFTIQLSDGKHEILKTISVEVTPVNDEKPMLSKKAELIVSMGETRIISSAVLSAKDEDSPREKIYYLFERLPQNGQLQLKIGRNWSPLHPGMKCTQEQVDLNLLRYAHTGAMDSQNQDSFTFYLWDGINRSPVFDCHITIRNMEKGDIVILARPLVVSKGNRGFLSTATLLAVDGTDKPEELLFIITSSPRYGQVEYARYPGVPITSFSQMDIAGQTVCYVHMGEAAVPRDTFRFIVSNGLQTKQGVFEVTVETVDRALPVVTKNKGLRVAGGGTGLLSPDLLQLIDPDTDAENLTFLVSQLPRYGQLYLRGTIRLQHNFTQQDVDSKNVAYRHLGGDSQVDQFTFVATDRTNQGFIVDGKVWQDPVSFTIQVDQVDKTAPHIMHLHPPSQVGLLKNGCYGIYITSRVLKASDPDTDDEQIIFKILQAPRHGHLKNTTTGEVIHEKFSQKDLNSKTILYIINPSLEVNSDIMEFQIMDPTGNSATPQLLELKWSHIEWSQTEYEVCENAGLLPLEITRKGYSIDSAFVSVKVNQVSAAVGKDFTLTPSKLVQFDPGMSTKMWNIAITYDGLEEDDEVFEVILNSPVNAVLGTKTKAAVKILDSKGGQCHPSYSFSPNKHKKDIWHPLSPGSSSLTTSGSFHLERRPPPPSKQLAISKGDTLQGLESTHISGMRLRTQRNGRRVHPSSVYRNGTDIIYNYHGMVSLKLEDDSDLTHKRKAQVSIINQPQRTFKVAELPQADKMESTTDSHFPRQDWLPSFPKNCTLELNGLFHFEESFQKLYQCNGIAWKAWSPQTKEVEDKSCPAGWHHHSGYCHALITEHKVTWDIAARACREKHLGSLVTVLSKRHMRWLWDISGRRPFWIGLNDQVHAGLWEWIGGEPITFTSWRRGPPRRPKPGRNCVLVQRQGKWQTKDCRKSKPHNYMCSRKL

Target ORF information:

RefSeq Version	XM_004677672.1
Organism	Condylura cristata(star-nosed mole)
Definition	Condylura cristata 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_004677672.1

ORF Insert Sequence:

ATGCACTCTC CGCTTTGGGG TGGACCATCC ATCCCGCTGA TGCTGCTTCT GTTGGGCTGG 
GCCAGCCCCA CCTTCATCAG CATCAACCGT GGTGTCACTG TGATAAAAGG CAGTTCCGCT 
TTCCTGTCCG GAGAGGACCT GAAGTTTGCC ATTCCCAAAG AGAAAGATGC TTGCAAGGTG 
GAAGTGGTGA TGAATGAGCC CATAACGCAA AGGGTTGGCA CACTCACTCC ACAGGTATTT 
GACTGCCATT TCCTTCCCAA TGAAGTAAAG TATGTTCACA ATGGTTGCCC AATTCTTGAT 
GAAGACACCG TGAAACTTAG ACTTTACAGA TTTACTGAGA CAGACACCTT CATAGAAACC 
TTTATCCTCA GGGTCTACCT CCTGGAACCA GACTGTAACA TCATCCATCT GAGTAACAAT 
GTATTGGAGG TGTCTGAATT CTATGGACTG TCCCGTGCCA TCGATAAGAA CCTGCTCAGA 
TTTGATTATG ATAGGACAGC CAGCCTGGAA TGCACAGTCA GCCTGGACCC TGTGGGAACT 
CGGCTGCCAG CCCATGGCCA GATCGTTCTG GTGGAGCCTC AGCCAGAAGA ACCTCGTGGA 
GATCAGCCAC ATAGTTTTTT TCCTGAGCCT CAACTGGGGA AAGAACTGAA GTGTCCAGAT 
GGAAGCTGTA CCCTGGGGCT GAAGAAAATA GGAAGTCTCA AAGTGAGCTG TGAGGAGTTC 
CTGCTGATGG GGCTTCGTTA TCAACATAAG AGTCCTCCTT CTCCCAATGT TGACTATGTC 
TCTATCCGAC TGGACCTCAC AGACAGCAGA AGTAAAATCA TATACAAGTC AGAAAGCACG 
TGGTTGCCTG TCTACATCAG AGCTGGCATT CCTAATCAGA TTCCAAAGGC TGCATTCATG 
GCCATGTTTA TTCTGGAAGT AGATCAGTTT ATCCTGACCT CTTTGACAAC CTCAGTTCTG 
GACTGTGAAG TGGATGAGAC CCCCAAACCG CTGTTGGTGT TCAACATCAC CAAACCCCCG 
CTCCAAGGCT ACGTGACTCA CTTGTTGGAT CACACCAGAC CAATCTCCTC ATTCACCTGG 
CAAGATCTAA GTGACATGCA GATCGCCTAC CAGCCACCAA ACAGCAGCCA CTCTGAGAGG 
AGACATTATG AGGTGGAGCT GGAGGTGTAT GACTTCTTCT TTGAAAGGAG CGCCCCTATC 
ATGGTCCACA TCTCCATCAG GACAGCCGAT ACAGATGCCC CTCGGGTGTC CTGGAACACA 
GGTCTGAATC TACTGGAGGG ACAGTCTCGA CCCATCACTT GGGAGCACTT CCAGATTGTT 
GACAACGATA ACATCCATGC AGTCCAGTTA GTCGCTATAG ACGGTCTGCA GCATGGACGG 
CTTACACTGG GAGGGGGGAA AGGATTTCTC TTCACTGTGG CTGACCTTCA GGCTGGCGTT 
ATTCGCTATC ATCATGATGA CAGTGACTCC AGCAAAGATT TTGTGGTCTT CAGGATATTT 
GACGGCCGTC ACAGCATCCG CCATAAGTTT CCCATCAATA TATTGCCCAA AGATGACAGT 
CCCCCATTCC TTATAACCAA CGTTGTGATT GAACTTGAGG AGGGGCAGAC CATACTGATT 
CAGGGATCCA TGCTGAGCGC TTCAGACATG GACTCCAGTG ATGACTACAT CTACTTTAAC 
ATTACAAAAC CTCCACAGGC TGGAGAGATC ACAAAGAAGC CAGGTCCAGG CCTGATAGAC 
TATCCTGTCG TTGGCTTCCT TCAGAGGGAT CTATTTAATG GCATCATTTA CTATCGTCAC 
TTCGGTGGAG AAATCTTTGA AGATTCTTTT GAGTTTGTCT TATGGGATAG TCATGAGCCT 
CCAAATCTCT CAGCACCACA GGTGGTAACA ATCCATATCA TTCCAGTGAA TGACCAGCTT 
CCAAAAGAGG CTCCTGGAGT TTCTCGACAT TTGGTTGTCA AGGAAACTGA GGTGGCCTAC 
ATAACTAAGA AACACTTACA TTTTATAGAT CCAGAATCAT ATGGTGGGGA GCTGCTCTAC 
ACAATAACAA CACCTCCATT TTTCAATTCC AGTCACAGAC ACTTGGATGC TGGGAAATTA 
TTCATGGTGG ACAGCATACC AAAACTAACC AAAAATCCTG CAGCTGTAGG GCTGACATCA 
TTCACTCAGG ATACTGTAAA CTATATGAAA GTGGCCTACA TGCCTCCCAT GGAAGATATA 
GGCCCCCATC TACGGCATGT TCAGTTCACA TTTTCCATCA CTAACCAGCA TGGTGGTACT 
TTGCATGGAA TCTGTTTCAA CATTGTGATT CTCCCAGTAG ACAATCAAAT TCCTGAGGTA 
TACACCAGTC CTCTGAGCGT GTTTGAGGGA GGTCAAAGTG TCATCAGCAC AGAGCATGTT 
CTGGTTTCTG ATGTGGATAC CAAACTGGAC AACATTCGCC TCTCCCTTCA GAGACTGCCT 
CCACACGGAA GGGTGGAGCT GAATGGGTTT CCTCTAAACA CAGGGGACAT GTTTCCTTGG 
GGAGAGCTTC ATACCTTAAA AGTTAGGTAT CAGCATGACG GATCTGAAGA ACTTCAGGAT 
GACATATTCT TGGAGGTTAC AGATGGCACA AATTCAGCAG AATGTGTTCT ACACATTGAG 
GTAGTCCCTG TAAATGATGA GCCACCAGTC CTAAAGGCTG ACCTCATCCC CATGATGCAT 
TGCTTAGAAG GCGAAGAGGT AGTCATCTCT TCTGAATATA TTTTTGCTAC TGATGTGGAC 
AGTGATGACT TGAAACTGAT GTTTATGATC GTTCGAGAAC CTCAGCATGG GGTATTGAGG 
AAAGATGGTG TCCCAGTGGA TCAATTTTCT CAAGGCGATG TCATCTCAGG GATGGTGACA 
TACAGGCACA CAGGTGATGA GATTGGCACA GAACCTTGTT TTGACACCAT TACGTTGGTG 
GTTTCGGATG GAGAAGCTGG CCCTTTTGTG AATGACTGTT GCTACAATGG ACCTCTTCCG 
ACTGTTCCTC TTCGTGAGCC CTTTCCAGTG TATGATCTCA ACATCACAGT ACATCCAGTG 
GACAACCAAC CACCTTCAAT CACAATAGGT AGCTTGTTCG TTGTAGAGGA GGGTTTCTCA 
GCAGCCCTCA CCATTGGCCA TTTGTCTGCC ACTGATCCTG ACACTGCAGC AGATGACTTG 
GAATTTGTTT TGGCTTCACC TCCTCAGTTT GGTTACATGG AAAACATACT CCCTTCTGCA 
GGTTTTGAAA AAAGCAATAT GGGCATCAGT ATAGGCTCAT TTAAGTGGAA AGACATGAAG 
GCTTTGCATA TTAACTATGT GCAGTCTAGG CATCTGCGGA TGGAACCAAC TGCTGACCAG 
TTCATGATAT ATGTCACAGA TGGGAAGCGA CGGTCCTTGG AGATACCATT TTATGTTATA 
ATCAAACCCA CGAATGATGA AGTTCCTGAT TTTGTAGTGC AGAATATTAC TGTGTGTGAG 
GGTGGGATGA AAGAACTGGA TTCTTCCACC ATCAAAGCTT CTGACCAGGA CATTCCCAAG 
GATCCCTTGC TTTTCAGCAT CACACATAAA CCTCGTCATG GCTTCCTCAT CAATGGGTTG 
GTTAGCAAAA ACTCTCCTCT GTATCAACAA CCAGACAATC CCAACCATAA GCAAGAACTT 
GTTCACCACT TTTCCATGGA CCTTTTCAAG AATGGGATCA GGTTGATGTA TGTGCATGAT 
GACTCAGAAA ACCTTGCTGA TGATTTTACA ATCCAGTTGT CAGATGGGAA ACATGAGATT 
CTTAAAACAA TTTCAGTAGA AGTCACCCCA GTTAATGATG AGAAACCAAT GCTGAGCAAG 
AAGGCTGAGC TGATAGTAAG TATGGGCGAA ACTCGTATTA TTTCTAGTGC TGTTCTTTCA 
GCCAAAGATG AAGACTCACC CAGGGAGAAG ATTTATTATT TATTTGAAAG GCTTCCCCAA 
AATGGGCAAC TTCAGCTTAA GATAGGGAGG AACTGGTCTC CTCTCCACCC TGGCATGAAG 
TGCACCCAGG AGCAAGTGGA CTTGAACTTG CTGAGATATG CTCACACTGG GGCCATGGAT 
TCCCAGAACC AAGACAGCTT CACCTTCTAC CTCTGGGATG GCATCAACAG GTCACCTGTA 
TTTGACTGCC ACATTACTAT CAGGAACATG GAAAAAGGTG ACATTGTTAT CCTTGCAAGA 
CCACTCGTGG TATCTAAAGG CAACAGAGGG TTCCTGTCAA CTGCTACTCT TCTTGCTGTG 
GATGGAACAG ACAAGCCTGA AGAATTGCTC TTCATCATCA CCTCCTCCCC ACGATATGGC 
CAGGTTGAAT ATGCCCGCTA TCCTGGAGTT CCCATCACCA GTTTCAGCCA AATGGACATA 
GCAGGACAGA CAGTGTGCTA TGTACATATG GGCGAGGCGG CTGTCCCCAG GGACACATTC 
AGATTCATCG TCAGCAATGG ACTGCAGACC AAGCAGGGGG TGTTTGAGGT CACAGTGGAG 
ACTGTGGACA GAGCCTTACC TGTGGTGACC AAGAACAAGG GGCTGCGAGT GGCAGGAGGG 
GGCACGGGCC TGCTTTCCCC TGACCTCCTT CAGCTGATAG ATCCTGACAC AGATGCAGAA 
AACCTCACTT TCCTTGTGAG CCAGCTCCCC CGATACGGCC AACTCTACCT GAGGGGGACG 
ATACGACTTC AACACAACTT TACTCAGCAA GATGTGGACA GCAAGAATGT GGCCTATAGG 
CACTTGGGAG GGGATTCCCA GGTTGACCAG TTCACTTTTG TGGCCACGGA CAGGACAAAC 
CAAGGCTTTA TTGTGGATGG GAAAGTGTGG CAAGATCCTG TATCATTCAC CATCCAGGTG 
GACCAGGTGG ACAAAACAGC CCCTCACATC ATGCACTTGC ACCCCCCTTC TCAAGTGGGG 
CTCCTGAAAA ATGGCTGTTA TGGGATTTAT ATTACTTCCC GGGTGTTGAA GGCATCGGAT 
CCTGACACTG ATGACGAGCA GATAATTTTT AAGATTTTAC AAGCACCCCG ACACGGACAT 
CTGAAAAACA CAACCACAGG TGAAGTTATC CATGAGAAAT TTAGTCAGAA GGACTTAAAC 
AGTAAGACTA TTCTTTACAT CATAAACCCA TCTTTGGAAG TAAATTCAGA TATCATGGAA 
TTTCAAATCA TGGACCCAAC AGGGAACTCT GCAACTCCTC AACTTTTGGA ATTGAAGTGG 
TCTCACATTG AATGGTCGCA GACTGAATAT GAGGTTTGTG AAAATGCAGG CTTATTGCCT 
TTGGAAATTA CCAGAAAAGG ATATTCCATT GACTCAGCTT TTGTGAGTGT AAAGGTCAAC 
CAAGTGTCAG CTGCAGTTGG AAAAGATTTT ACCTTAACTC CATCTAAACT GGTTCAGTTT 
GACCCAGGAA TGTCAACTAA GATGTGGAAT ATAGCAATTA CCTATGACGG ATTAGAGGAA 
GATGATGAGG TCTTTGAAGT AATTCTGAAC TCCCCTGTGA ATGCGGTTCT TGGCACAAAG 
ACAAAAGCTG CAGTGAAAAT TTTGGACTCA AAAGGAGGAC AGTGCCATCC TTCATACTCA 
TTCAGCCCAA ACAAGCACAA GAAGGACATT TGGCACCCGC TGTCCCCAGG GTCTTCCTCT 
CTCACCACTT CTGGTTCCTT TCATCTGGAA AGAAGACCTC CTCCTCCTTC AAAGCAGCTA 
GCCATTTCCA AGGGAGACAC CCTTCAGGGC TTGGAGTCTA CACATATTTC TGGAATGAGG 
CTTAGGACCC AAAGGAATGG CAGAAGAGTT CATCCTTCCT CTGTTTATAG AAATGGAACA 
GACATTATTT ATAATTATCA TGGAATGGTG TCCCTGAAAC TGGAAGATGA CAGTGACCTA 
ACTCACAAAA GGAAGGCCCA AGTATCCATT ATTAATCAGC CACAAAGGAC ATTCAAAGTG 
GCAGAACTGC CTCAAGCAGA TAAGATGGAA TCCACAACTG ATTCACACTT CCCCAGACAG 
GACTGGCTGC CATCATTTCC AAAAAACTGC ACGCTGGAAC TAAATGGACT CTTCCATTTT 
GAAGAAAGCT TCCAAAAGCT GTATCAGTGC AATGGGATTG CCTGGAAAGC TTGGAGTCCC 
CAAACCAAGG AGGTGGAAGA CAAATCCTGC CCAGCTGGGT GGCACCATCA CTCAGGATAC 
TGCCACGCCT TGATCACAGA GCACAAAGTC ACCTGGGACA TAGCGGCCAG AGCATGCAGG 
GAAAAACACC TGGGCAGCCT CGTGACGGTC CTCTCCAAGC GACACATGCG ATGGCTCTGG 
GACATCAGTG GAAGGAGGCC TTTCTGGATA GGTTTGAATG ACCAAGTGCA TGCTGGCCTC 
TGGGAATGGA TTGGCGGTGA ACCTATCACC TTCACCAGCT GGAGGAGAGG TCCCCCTCGA 
CGGCCAAAGC CTGGCAGGAA CTGTGTTTTG GTTCAAAGAC AAGGGAAATG GCAAACCAAG 
GACTGTAGAA AGAGCAAACC TCACAATTAC ATGTGTTCCA GAAAACTCTA A