FREM1 cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew)

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM1
Entrez Gene ID	102851616
Full Name	FRAS1 related extracellular matrix 1
Gene Type	protein-coding
Organism	Elephantulus edwardii(Cape elephant shrew)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006881353.1	XP_006881415.1	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
OEl37662	XM_006881353.1 Latest version!	Elephantulus edwardii FRAS1 related extracellular matrix 1 (FREM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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_006881353.1 ) cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew) -> XP_006881415.1 Elephantulus edwardii FRAS1 related extracellular matrix 1 (FREM1), mRNA.

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CloneID	OEl37662
Clone ID Related Accession (Same CDS sequence)	XM_006881353.1
Accession Version	XM_006881353.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6564bp) 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	Elephantulus edwardii(Cape elephant shrew)
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_006399764.1) 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 :: Elephantulus edwardii Annotation Release 100 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##

ATGATGTCTC CGGCATGGGG TGGCCCACAC GGCCTGCTGG CCCTCTTGCT CCTGCTCCTG 
CTTGTGGGCT GGGCCAGCCC TACCTTGGTC AGCGTGAACC TCGGGTTGAC GGTGACAAAG 
GGCCGCTCCG CCTTCCTGTC TGGGGACAAC CTGAAGTTTG CCATTCCCAA GGAGAAAGAT 
GCCTGCAAAG TGGAAGTCGT GATGAATGAG CCTGTCACCC AGAGGGTTGG GCAGCTCACC 
CCACAGGTAT TTGACTGCCA TTTCCTTCCC AATGAAGTGA AGTATGTTCA CAATGGCTGC 
CCAATTCTTG ATGAAGACAC GGTGAAGCTT AGACTTTACA GATTTACTGA AACAGACACC 
TTCACGGAGA CCTTTATCCT GCGGGTCTAT CTGTTGGAAC CAGACTGTAA CATCATCCGG 
ATGAGCAACA ATGTGCTGGA GGTGTCTGAG TTCTACGGCC TGTCTCGGGC AATTGATAAG 
AATGTGCTCA GCTTTGATTA TGGTGGGGTG GCCAACCTGG AGTGTACTGT CCGGCTGGCC 
CCCGTGGGAA CCTGGCTGCC TGCCCACGGC CAGATGGTCC TGGTGGAACC CAGGCCAGAA 
GGACCTCGTG GAGATGAGCC ACACAGCTTT TTCCCTGAAT CCCAATTGGG AACTGAACTG 
AGGTGTCCAG GTGGAAGCTG CACCATAGGA CTGAAGAAAG TAGGAAGTCT CCAGGTGAGC 
TGTGAGGAGT TCCTGCTGAT GGGCCTACGC TATCAACACC TGGATCCCCC TTCCCCCAAC 
ATTGATTACA TCTCCATCCA CCTGGATCTC ACCGACAGCA GGAGTAAAAG CATATACAAG 
TCAGAGAGAG CATGGTTGCC TGTCCACATC CGAGCCGGCA TTCCGAATCA GCTTCCAAGG 
GCCGCTTTCA TGGCCATGTT CATCCTGGAA GTGGATCAGT TTATCCTGAC CTCTCTCACC 
ACATCGGTTC TGGACTGTGA AGATGACGAG ACCCCCAAAC CTTTGCTGGT GTTCAACATC 
ACCAAGCCCC CGGACCAGGG CTACATGACT CACCTGTTGG ACCACACCAG ACCCATCTCC 
TCTTTCACCT GGAAAGACCT AAATGATCTG CAGATTGCCT ACCAGCCCCC TAACAGCAGC 
CACTCTGAGA GGAGAAATTA TGAGGTGGAG TTGGAGGTTT ATGACTTCTT CTTTGAAAAG 
GGCGCTCCGA TGACAGTCTA TATCTCCATC AGAACAGCAG ATACAAATGC CCCACGGGTT 
TCCTGGAACA CAGGTCTGAA TCTCCTAGAA GGTCAGTCTC GGGCCATTAC TTGGGAACAA 
TTTCAGGTTG TAGATAATGA TGACATTGGT GCCGTCCGGC TGGTCGCCAT TGATGGACTG 
CTCCATGGAC GTCTTACACT AAGAGAGGGA AAAGGATTTT TCTTTACCGT TGCTGACCTG 
CAAGCTGGGG TAGTGCGTTA CCATCATGAC GACAGTGATT CCACCAAAGA CTTCGTGGTC 
TTCAGGATAT TTGATGGCCA CCACAGCATC CGCCATAAGT TCCCCATCAA CATTCTGCCC 
AAGGATGACA GTCCCCCGTT CCTCATAAGC AATGTTGTGA TTGAACTGGA GGAGGGGCAG 
GCTGTGCTGA TCCAGGGTTC CATGCTGACA GCGTCAGACA TGGATTCCAG CGACGACTAT 
ATCTTCTTTA ATATCACAGC CCCGCCACAA GCTGGAGAGA TCATGAAAAA GCCAGGACCA 
GGACTCATAG GCTATCCAGT CCCTGGCTTC CTTCAGAGGG ATCTGTTTAA TGGGCTCATT 
TACTACCGAC ATTTTGGTGG CGAGACCTTT GAAGACTCTT TTGAATTTGT CCTGGGGGAT 
AGCCACGACC CTCCAAATCT TTCAGTACCT CAGGTGGTGA CAATTCATAT CACACCAGTG 
AATGACCAGC TTCCCAAAGA GGCCCCTGGG GTTTCTCGTC ATTTGGTTGT CAAGGAAACT 
GAGGTGACCT GTATAACTAG GAAGCACCTG CATTTCATAG ATGTGGAATC CCACGACAGG 
GAGCTTCTCT ACACTGTGAC GACCCCTCCA GTCTTCTCTG TTAGCCCCAG ACATTTAGAT 
GCTGGGAGAT TATTCCTGGT GGACAGCATT CCAAAGCTAA CCAAAAATCC TGTGGCTGAG 
AGACTGAAGT CATTCACGCA GCATGCCGTG AACTACATGA AAGTGGCCTA CATGCCCCCC 
ATAGAAGACA TAGGCCCTTA TCTGCGCCAC GTCCACTTCA CGTTTTCTGT CAGTAACCAG 
CATGGCGGGA CCCTGCACGG GCTCTGTTTT AACATCACCC TCCTCCCTGT GGACAATCAA 
GCCCCCAAGG TATTTACCAA CCCGCTGAAG GTGGCTGAGG GAGGTCAGGG TGTCATCAGC 
ACAGAGCACA TTCTTGTTTC TGACGTGGAT ACCACGCTGG ACAATATCTA CCTCTCCCTC 
CAGAGACTGC CTCTCCATGG AAGGGTGGAA CTTGATGGAA CTCCTCTAGA CACGGGGAGC 
ACGTTTTCCT GGGAAGACCT CCACGCCTTA AAAGTTAGGT ATCAGCACGA TGGATCTGAG 
ACGCTTCAGG ATGACATTTT CTTGGAGGTC ACTGATGGCA CGAATCCAGC CGACTGTATT 
CTACCTGTGC AGGTCGTCCC TGTAAATGAC GAGCCACCAG TCCTGAAGGC TGGCCTCAAT 
CCCACGATGC ATTGCTCAGA GGGCGGAGAG GTGGTCATTA CCTCTGAGCA CATTTTTGCT 
ACTGATGTGG ACAGTGACGA CTCGAAACTG ATGTTTATCA TCGCCCAGAA ACCTCTGCAC 
GGAGTGGTGA GGAATGCTGG GGTGATAACG GGTCAGTTCT ACCAGGAAGA TGTCCTCTCT 
GGGACTGTGA CGTACACACA CACAGGTGGT GAGATCGGCC TGGTGTCCTG TCTTGACACC 
ATTCTGTTGG TGGTTTCGGA TGGACAAGCT GGGCCCTTTG TGAATGGCTG TTGCTATGGT 
GACCCTCCTC TGTATGATCC TTCTCATGGG ACCTTCCCAG TGTATGAGCT CAACATCACA 
GTACATCCCG TGGACAACCA GCCACCTTCA ATTGCAATCG GCACCGTGTT TGTTGTAGAT 
GAGGGTTTCT CTGCAGCAAT AACTGTTGAC CACCTGTCCA CTACTGACCC TGACACGGAA 
GAAGGAGATC TGGAGTTTGT TTTGGTTTCT CCACCCAAAT TTGGTTACAT TGAAAACACA 
CGCCCCACTG TAGGCTTTGA GAAAAGCAAT ATGGGCATAG GTATAGCTTC ATTTCGGTGG 
AAAGACGTGA AGACATTGGC CATTAACTAT GTGCAGTCCA AGCATCTGAG GACCGAACCA 
ACTGCCGACC AGTTCGTGGT GTACGTCACA GATGGGACGC GACGGTCCTT GGAGATACCA 
TTTTATGTCA TAATCAACCC TACAAACGAT GAAGTGCCTG ACTTCGTAGT GCACAATATC 
ACTGTGCTTG AGGGACACAT GAAAGAGTTG GATTCTTCTA TCATCAATGC TGTTGACCTG 
GATATTCCCC AGGACCCCTT GCTGTTCACT GTCTCCCATG GACCTCGCCA TGGTCTCCTC 
ATCAATGTGT GTAGGGAAGG CTTCCCTCAG TATAAGAAGC CAGCAAATTC TCACCAATAC 
CAGCAACCTG TTCAAAACTT TTCCATGGAG CTCCTTGAGA CTGGCATGAG GCTGCTGTAT 
GTGCACGATG ACTCTGAGAA CCTTGTTGAT GACTTCACGA TTCAGTTGTC TGATGGGAAA 
CATAAAATAC TTAAAACTGT TTCAGTTGAG GTCACTCCGG TTAATGATCA GAAGCCAGTG 
CTGAGCAAGA AGGCAGAAAT GACAATGAAT GTGGGTGAAA CTCGTATCAT TTCTAGAGCT 
GTTCTTTCGG CCACAGATGA AGACTCTCCC AGGGAGAAGA TATACTATTT TTTTGAAAGG 
CTTCCCCAAA ATGGGCAACT TCAGTTTAAG ATAGGGAGGT CCTGGGCCCT GCTCTCTCAT 
GGCATGAGAT GCACTCAGGA GGAGGTGGAT CTCAATTTGC TAAGATACAC ACACACTGGA 
CCGGTGAATT CCCAGGACCA GGACAGCTTC ACTTTCTATC TGTGGGATGG TGACAACAGG 
TCACCCATCT TTGACTGTCA CATTACCATC AAAGGCACGG GAAAAGGTGA GATTGTGATC 
CTTACAAAGC CCCTTGTGGT GTCCAAAGGC GGCAGGGGTC TCTTGACGAC CACCACTCTT 
CTTGCTGTGG ATGGAACAGA CAAGCCGGAG GAGTTACTCT ACGTCATCAC CTCCCCGCCA 
CAGTACGGCC AGGTGGAATA CGTTCGCTAT CCTGGAGTGC CCATCACAAG CTTCAGCCAG 
ATGGACATCG CAGGACAGAC AGTCTGTTAC ATACACTTGA GCAAAGTCAC TGTCTCCAGG 
GACACATTCC GATTCATTGT CAGCAACGGC GCACGGACCA GCCATGGTGT GTTTGAAATC 
ACACTGGGGA CTGTGGACAA AGCCTTGCCT GTGTTGTCAA GAAAGAAAGA ACTGAGACTG 
GATGAAGGGG CCACGGGTCT GCTCTCATCT GATCTCCTCC AGCTGACTGA CACTGACACT 
CCACCAGAGA AACTCGCCTT CGTCCTGGTC CAGCTCCCAC AACGTGGCCA GCTGACCCTG 
CGGGGGAAAG CACTGCTTCA ACCACGTTTC ACTCAGCAGG ATGTGGACAG CAGGAACGTG 
GCCTACAGGC ACTTGGGAGG GAACGCCACG ACTGACCAGT TTACTTTTGT GGCCTCAGAT 
GGAACAAACC AAGGCTTTGT TGTGAATGGG AGAGCATGGG AAGAACCCGT TTCATTCTTC 
ATCCAGGTCG ACCCGTTGGA CAGAAGAGCT CCCCAGCTTG TACACTCCCA TTCTCCCTCT 
CAAGTGGGAC TCCTGAAAAA TGGCTGTTAT GGGATTTACA TCACCTCACG GGTGCTGAAG 
GCCTCTGATC CTGACACTGC GGATGAAGAG ATCATCTTTA AGATTTTACG AGGCCCACAA 
CACGGGCATC TGGAGAACAC AACAACAGGT GAATTTATCC ATGAAAAATT TACCCAAAAG 
GACTTAAACA GTAAGACTGT TCTTTACATC ATTGATCCAT CTTTGGAAGT AAATTCAGAC 
GTCATGGAGT TTCAAATCAT GGACCCCACA GGGAACTCTG GCCCTCCTCA AATTTTGGAA 
CTGAAGTGGG CTCATATTGG ATGGTCGCAG ACCGAGCACC AGGTCTGTGA AGATGCAGGC 
TTGCTGTCCT TAGAAATCAC CAGAAAGGGA CACTCCATGG ACTCAGCCTT CGTGAGCGTC 
AAGGTCAACC CAGTGTCAGC TACAGTTGGA AAGGATTTCA CTGTGACTCC GTCTAAGCTG 
ATTCAGTTTG ATCCAGGAAT GTCAACGAAG ATGTGGAATA TAGCAATTAC CTATGACGGA 
TTAGAGGAAG ATGATGAGGT CTTTGAAGTA ATTCTGAACT CCCCTGTGAA TGCAGTTCTT 
GGCACAAAGA CAAAAGCTGC AGTGAAAATT TTGGACTCAA AAGGAGGACA ATGCCATCGC 
TCATATCCCT TCAACCAAAG CAAGCACAAC CGGCGCGAGA AGGGCATTTG GCGGCCACTG 
TCCCCAGGGT CTTCCTCCCC CACCACTTCT GGTTCCTTTC ATCTGGAAAG AAGACCCCGT 
CCAGCTTCCA AAAGGCTAGA GGTCACCAGA GGAGACACTC CACAGAGATT TGATTCTATA 
GATCCTTCTC GAATGAGGCT GAGGCCCCGT GGGAATGGCA AAACAATCCA CCCTTCCTCT 
GTCTTTAGAA ATGGAACAGA CATCATCTAT AACTATCATG GGATGGTTTC TCTGAAACTG 
GAGGATGACA GTTCCTCAGC ACACAAACAG AAGGTCAAAC TCACCATCAC GAGCGGGCCT 
CAGGGGACAA GGAAAACCTC AGAACTGCCA CAAGCAGATA ATGGGGAATC CACAAGCAAC 
TCACACTTCT CCAGACAGGC CCAGGTACCC TCATTTCCAA AGAACTGCAC TCTGGAGTTA 
AAAGAACTTT TCTATTTTGA AGAAAACCTC CAAAAGCTGT ATCAGTGCAA TGGGATTGCC 
TGGCAAATCT GGATCCCTGA AGCCAAGAAG CTGGAAGACA GGTCCTGCCC AGCGGGGTGG 
CTGCATCACT CTGGTTACTG CCACACCTTG ACCACGGAGC CGAGGCGCAC CTGGACCCAG 
GCAGCCCGAG CTTGCCGCGA ACAACACCTG GGTAGCCTTG TTACTGTCCT TACCAGGCAG 
CACATGCGAT GGCTCTGGAA CATCAGTGGA AGGAAGCCCT TCTGGATTGG GTTGAGTGAC 
CAAGGACCCC AGGGTCACTG GCAATGGATT GGTGGTGAAC CTGTCACCTT CACCAACTGG 
AAGAAAATGC CCCCTCAGCA TTCAAAGTCC AGGAAAAACT GCGTTTTGGT TCAAAGACAA 
GGGAAGTGGC AAGCACGGGA CTGTAGGCAA GGCCGAGGGC ACAGTTACAT CTGCTCCAGA 
AGACTGGCGG GGCCTGGCCT CTAG

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

RefSeq	XP_006881415.1
CDS	1..6564
Translation	MMSPAWGGPHGLLALLLLLLLVGWASPTLVSVNLGLTVTKGRSAFLSGDNLKFAIPKEKDACKVEVVMNEPVTQRVGQLTPQVFDCHFLPNEVKYVHNGCPILDEDTVKLRLYRFTETDTFTETFILRVYLLEPDCNIIRMSNNVLEVSEFYGLSRAIDKNVLSFDYGGVANLECTVRLAPVGTWLPAHGQMVLVEPRPEGPRGDEPHSFFPESQLGTELRCPGGSCTIGLKKVGSLQVSCEEFLLMGLRYQHLDPPSPNIDYISIHLDLTDSRSKSIYKSERAWLPVHIRAGIPNQLPRAAFMAMFILEVDQFILTSLTTSVLDCEDDETPKPLLVFNITKPPDQGYMTHLLDHTRPISSFTWKDLNDLQIAYQPPNSSHSERRNYEVELEVYDFFFEKGAPMTVYISIRTADTNAPRVSWNTGLNLLEGQSRAITWEQFQVVDNDDIGAVRLVAIDGLLHGRLTLREGKGFFFTVADLQAGVVRYHHDDSDSTKDFVVFRIFDGHHSIRHKFPINILPKDDSPPFLISNVVIELEEGQAVLIQGSMLTASDMDSSDDYIFFNITAPPQAGEIMKKPGPGLIGYPVPGFLQRDLFNGLIYYRHFGGETFEDSFEFVLGDSHDPPNLSVPQVVTIHITPVNDQLPKEAPGVSRHLVVKETEVTCITRKHLHFIDVESHDRELLYTVTTPPVFSVSPRHLDAGRLFLVDSIPKLTKNPVAERLKSFTQHAVNYMKVAYMPPIEDIGPYLRHVHFTFSVSNQHGGTLHGLCFNITLLPVDNQAPKVFTNPLKVAEGGQGVISTEHILVSDVDTTLDNIYLSLQRLPLHGRVELDGTPLDTGSTFSWEDLHALKVRYQHDGSETLQDDIFLEVTDGTNPADCILPVQVVPVNDEPPVLKAGLNPTMHCSEGGEVVITSEHIFATDVDSDDSKLMFIIAQKPLHGVVRNAGVITGQFYQEDVLSGTVTYTHTGGEIGLVSCLDTILLVVSDGQAGPFVNGCCYGDPPLYDPSHGTFPVYELNITVHPVDNQPPSIAIGTVFVVDEGFSAAITVDHLSTTDPDTEEGDLEFVLVSPPKFGYIENTRPTVGFEKSNMGIGIASFRWKDVKTLAINYVQSKHLRTEPTADQFVVYVTDGTRRSLEIPFYVIINPTNDEVPDFVVHNITVLEGHMKELDSSIINAVDLDIPQDPLLFTVSHGPRHGLLINVCREGFPQYKKPANSHQYQQPVQNFSMELLETGMRLLYVHDDSENLVDDFTIQLSDGKHKILKTVSVEVTPVNDQKPVLSKKAEMTMNVGETRIISRAVLSATDEDSPREKIYYFFERLPQNGQLQFKIGRSWALLSHGMRCTQEEVDLNLLRYTHTGPVNSQDQDSFTFYLWDGDNRSPIFDCHITIKGTGKGEIVILTKPLVVSKGGRGLLTTTTLLAVDGTDKPEELLYVITSPPQYGQVEYVRYPGVPITSFSQMDIAGQTVCYIHLSKVTVSRDTFRFIVSNGARTSHGVFEITLGTVDKALPVLSRKKELRLDEGATGLLSSDLLQLTDTDTPPEKLAFVLVQLPQRGQLTLRGKALLQPRFTQQDVDSRNVAYRHLGGNATTDQFTFVASDGTNQGFVVNGRAWEEPVSFFIQVDPLDRRAPQLVHSHSPSQVGLLKNGCYGIYITSRVLKASDPDTADEEIIFKILRGPQHGHLENTTTGEFIHEKFTQKDLNSKTVLYIIDPSLEVNSDVMEFQIMDPTGNSGPPQILELKWAHIGWSQTEHQVCEDAGLLSLEITRKGHSMDSAFVSVKVNPVSATVGKDFTVTPSKLIQFDPGMSTKMWNIAITYDGLEEDDEVFEVILNSPVNAVLGTKTKAAVKILDSKGGQCHRSYPFNQSKHNRREKGIWRPLSPGSSSPTTSGSFHLERRPRPASKRLEVTRGDTPQRFDSIDPSRMRLRPRGNGKTIHPSSVFRNGTDIIYNYHGMVSLKLEDDSSSAHKQKVKLTITSGPQGTRKTSELPQADNGESTSNSHFSRQAQVPSFPKNCTLELKELFYFEENLQKLYQCNGIAWQIWIPEAKKLEDRSCPAGWLHHSGYCHTLTTEPRRTWTQAARACREQHLGSLVTVLTRQHMRWLWNISGRKPFWIGLSDQGPQGHWQWIGGEPVTFTNWKKMPPQHSKSRKNCVLVQRQGKWQARDCRQGRGHSYICSRRLAGPGL

Target ORF information:

RefSeq Version	XM_006881353.1
Organism	Elephantulus edwardii(Cape elephant shrew)
Definition	Elephantulus edwardii 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_006881353.1

ORF Insert Sequence:

ATGATGTCTC CGGCATGGGG TGGCCCACAC GGCCTGCTGG CCCTCTTGCT CCTGCTCCTG 
CTTGTGGGCT GGGCCAGCCC TACCTTGGTC AGCGTGAACC TCGGGTTGAC GGTGACAAAG 
GGCCGCTCCG CCTTCCTGTC TGGGGACAAC CTGAAGTTTG CCATTCCCAA GGAGAAAGAT 
GCCTGCAAAG TGGAAGTCGT GATGAATGAG CCTGTCACCC AGAGGGTTGG GCAGCTCACC 
CCACAGGTAT TTGACTGCCA TTTCCTTCCC AATGAAGTGA AGTATGTTCA CAATGGCTGC 
CCAATTCTTG ATGAAGACAC GGTGAAGCTT AGACTTTACA GATTTACTGA AACAGACACC 
TTCACGGAGA CCTTTATCCT GCGGGTCTAT CTGTTGGAAC CAGACTGTAA CATCATCCGG 
ATGAGCAACA ATGTGCTGGA GGTGTCTGAG TTCTACGGCC TGTCTCGGGC AATTGATAAG 
AATGTGCTCA GCTTTGATTA TGGTGGGGTG GCCAACCTGG AGTGTACTGT CCGGCTGGCC 
CCCGTGGGAA CCTGGCTGCC TGCCCACGGC CAGATGGTCC TGGTGGAACC CAGGCCAGAA 
GGACCTCGTG GAGATGAGCC ACACAGCTTT TTCCCTGAAT CCCAATTGGG AACTGAACTG 
AGGTGTCCAG GTGGAAGCTG CACCATAGGA CTGAAGAAAG TAGGAAGTCT CCAGGTGAGC 
TGTGAGGAGT TCCTGCTGAT GGGCCTACGC TATCAACACC TGGATCCCCC TTCCCCCAAC 
ATTGATTACA TCTCCATCCA CCTGGATCTC ACCGACAGCA GGAGTAAAAG CATATACAAG 
TCAGAGAGAG CATGGTTGCC TGTCCACATC CGAGCCGGCA TTCCGAATCA GCTTCCAAGG 
GCCGCTTTCA TGGCCATGTT CATCCTGGAA GTGGATCAGT TTATCCTGAC CTCTCTCACC 
ACATCGGTTC TGGACTGTGA AGATGACGAG ACCCCCAAAC CTTTGCTGGT GTTCAACATC 
ACCAAGCCCC CGGACCAGGG CTACATGACT CACCTGTTGG ACCACACCAG ACCCATCTCC 
TCTTTCACCT GGAAAGACCT AAATGATCTG CAGATTGCCT ACCAGCCCCC TAACAGCAGC 
CACTCTGAGA GGAGAAATTA TGAGGTGGAG TTGGAGGTTT ATGACTTCTT CTTTGAAAAG 
GGCGCTCCGA TGACAGTCTA TATCTCCATC AGAACAGCAG ATACAAATGC CCCACGGGTT 
TCCTGGAACA CAGGTCTGAA TCTCCTAGAA GGTCAGTCTC GGGCCATTAC TTGGGAACAA 
TTTCAGGTTG TAGATAATGA TGACATTGGT GCCGTCCGGC TGGTCGCCAT TGATGGACTG 
CTCCATGGAC GTCTTACACT AAGAGAGGGA AAAGGATTTT TCTTTACCGT TGCTGACCTG 
CAAGCTGGGG TAGTGCGTTA CCATCATGAC GACAGTGATT CCACCAAAGA CTTCGTGGTC 
TTCAGGATAT TTGATGGCCA CCACAGCATC CGCCATAAGT TCCCCATCAA CATTCTGCCC 
AAGGATGACA GTCCCCCGTT CCTCATAAGC AATGTTGTGA TTGAACTGGA GGAGGGGCAG 
GCTGTGCTGA TCCAGGGTTC CATGCTGACA GCGTCAGACA TGGATTCCAG CGACGACTAT 
ATCTTCTTTA ATATCACAGC CCCGCCACAA GCTGGAGAGA TCATGAAAAA GCCAGGACCA 
GGACTCATAG GCTATCCAGT CCCTGGCTTC CTTCAGAGGG ATCTGTTTAA TGGGCTCATT 
TACTACCGAC ATTTTGGTGG CGAGACCTTT GAAGACTCTT TTGAATTTGT CCTGGGGGAT 
AGCCACGACC CTCCAAATCT TTCAGTACCT CAGGTGGTGA CAATTCATAT CACACCAGTG 
AATGACCAGC TTCCCAAAGA GGCCCCTGGG GTTTCTCGTC ATTTGGTTGT CAAGGAAACT 
GAGGTGACCT GTATAACTAG GAAGCACCTG CATTTCATAG ATGTGGAATC CCACGACAGG 
GAGCTTCTCT ACACTGTGAC GACCCCTCCA GTCTTCTCTG TTAGCCCCAG ACATTTAGAT 
GCTGGGAGAT TATTCCTGGT GGACAGCATT CCAAAGCTAA CCAAAAATCC TGTGGCTGAG 
AGACTGAAGT CATTCACGCA GCATGCCGTG AACTACATGA AAGTGGCCTA CATGCCCCCC 
ATAGAAGACA TAGGCCCTTA TCTGCGCCAC GTCCACTTCA CGTTTTCTGT CAGTAACCAG 
CATGGCGGGA CCCTGCACGG GCTCTGTTTT AACATCACCC TCCTCCCTGT GGACAATCAA 
GCCCCCAAGG TATTTACCAA CCCGCTGAAG GTGGCTGAGG GAGGTCAGGG TGTCATCAGC 
ACAGAGCACA TTCTTGTTTC TGACGTGGAT ACCACGCTGG ACAATATCTA CCTCTCCCTC 
CAGAGACTGC CTCTCCATGG AAGGGTGGAA CTTGATGGAA CTCCTCTAGA CACGGGGAGC 
ACGTTTTCCT GGGAAGACCT CCACGCCTTA AAAGTTAGGT ATCAGCACGA TGGATCTGAG 
ACGCTTCAGG ATGACATTTT CTTGGAGGTC ACTGATGGCA CGAATCCAGC CGACTGTATT 
CTACCTGTGC AGGTCGTCCC TGTAAATGAC GAGCCACCAG TCCTGAAGGC TGGCCTCAAT 
CCCACGATGC ATTGCTCAGA GGGCGGAGAG GTGGTCATTA CCTCTGAGCA CATTTTTGCT 
ACTGATGTGG ACAGTGACGA CTCGAAACTG ATGTTTATCA TCGCCCAGAA ACCTCTGCAC 
GGAGTGGTGA GGAATGCTGG GGTGATAACG GGTCAGTTCT ACCAGGAAGA TGTCCTCTCT 
GGGACTGTGA CGTACACACA CACAGGTGGT GAGATCGGCC TGGTGTCCTG TCTTGACACC 
ATTCTGTTGG TGGTTTCGGA TGGACAAGCT GGGCCCTTTG TGAATGGCTG TTGCTATGGT 
GACCCTCCTC TGTATGATCC TTCTCATGGG ACCTTCCCAG TGTATGAGCT CAACATCACA 
GTACATCCCG TGGACAACCA GCCACCTTCA ATTGCAATCG GCACCGTGTT TGTTGTAGAT 
GAGGGTTTCT CTGCAGCAAT AACTGTTGAC CACCTGTCCA CTACTGACCC TGACACGGAA 
GAAGGAGATC TGGAGTTTGT TTTGGTTTCT CCACCCAAAT TTGGTTACAT TGAAAACACA 
CGCCCCACTG TAGGCTTTGA GAAAAGCAAT ATGGGCATAG GTATAGCTTC ATTTCGGTGG 
AAAGACGTGA AGACATTGGC CATTAACTAT GTGCAGTCCA AGCATCTGAG GACCGAACCA 
ACTGCCGACC AGTTCGTGGT GTACGTCACA GATGGGACGC GACGGTCCTT GGAGATACCA 
TTTTATGTCA TAATCAACCC TACAAACGAT GAAGTGCCTG ACTTCGTAGT GCACAATATC 
ACTGTGCTTG AGGGACACAT GAAAGAGTTG GATTCTTCTA TCATCAATGC TGTTGACCTG 
GATATTCCCC AGGACCCCTT GCTGTTCACT GTCTCCCATG GACCTCGCCA TGGTCTCCTC 
ATCAATGTGT GTAGGGAAGG CTTCCCTCAG TATAAGAAGC CAGCAAATTC TCACCAATAC 
CAGCAACCTG TTCAAAACTT TTCCATGGAG CTCCTTGAGA CTGGCATGAG GCTGCTGTAT 
GTGCACGATG ACTCTGAGAA CCTTGTTGAT GACTTCACGA TTCAGTTGTC TGATGGGAAA 
CATAAAATAC TTAAAACTGT TTCAGTTGAG GTCACTCCGG TTAATGATCA GAAGCCAGTG 
CTGAGCAAGA AGGCAGAAAT GACAATGAAT GTGGGTGAAA CTCGTATCAT TTCTAGAGCT 
GTTCTTTCGG CCACAGATGA AGACTCTCCC AGGGAGAAGA TATACTATTT TTTTGAAAGG 
CTTCCCCAAA ATGGGCAACT TCAGTTTAAG ATAGGGAGGT CCTGGGCCCT GCTCTCTCAT 
GGCATGAGAT GCACTCAGGA GGAGGTGGAT CTCAATTTGC TAAGATACAC ACACACTGGA 
CCGGTGAATT CCCAGGACCA GGACAGCTTC ACTTTCTATC TGTGGGATGG TGACAACAGG 
TCACCCATCT TTGACTGTCA CATTACCATC AAAGGCACGG GAAAAGGTGA GATTGTGATC 
CTTACAAAGC CCCTTGTGGT GTCCAAAGGC GGCAGGGGTC TCTTGACGAC CACCACTCTT 
CTTGCTGTGG ATGGAACAGA CAAGCCGGAG GAGTTACTCT ACGTCATCAC CTCCCCGCCA 
CAGTACGGCC AGGTGGAATA CGTTCGCTAT CCTGGAGTGC CCATCACAAG CTTCAGCCAG 
ATGGACATCG CAGGACAGAC AGTCTGTTAC ATACACTTGA GCAAAGTCAC TGTCTCCAGG 
GACACATTCC GATTCATTGT CAGCAACGGC GCACGGACCA GCCATGGTGT GTTTGAAATC 
ACACTGGGGA CTGTGGACAA AGCCTTGCCT GTGTTGTCAA GAAAGAAAGA ACTGAGACTG 
GATGAAGGGG CCACGGGTCT GCTCTCATCT GATCTCCTCC AGCTGACTGA CACTGACACT 
CCACCAGAGA AACTCGCCTT CGTCCTGGTC CAGCTCCCAC AACGTGGCCA GCTGACCCTG 
CGGGGGAAAG CACTGCTTCA ACCACGTTTC ACTCAGCAGG ATGTGGACAG CAGGAACGTG 
GCCTACAGGC ACTTGGGAGG GAACGCCACG ACTGACCAGT TTACTTTTGT GGCCTCAGAT 
GGAACAAACC AAGGCTTTGT TGTGAATGGG AGAGCATGGG AAGAACCCGT TTCATTCTTC 
ATCCAGGTCG ACCCGTTGGA CAGAAGAGCT CCCCAGCTTG TACACTCCCA TTCTCCCTCT 
CAAGTGGGAC TCCTGAAAAA TGGCTGTTAT GGGATTTACA TCACCTCACG GGTGCTGAAG 
GCCTCTGATC CTGACACTGC GGATGAAGAG ATCATCTTTA AGATTTTACG AGGCCCACAA 
CACGGGCATC TGGAGAACAC AACAACAGGT GAATTTATCC ATGAAAAATT TACCCAAAAG 
GACTTAAACA GTAAGACTGT TCTTTACATC ATTGATCCAT CTTTGGAAGT AAATTCAGAC 
GTCATGGAGT TTCAAATCAT GGACCCCACA GGGAACTCTG GCCCTCCTCA AATTTTGGAA 
CTGAAGTGGG CTCATATTGG ATGGTCGCAG ACCGAGCACC AGGTCTGTGA AGATGCAGGC 
TTGCTGTCCT TAGAAATCAC CAGAAAGGGA CACTCCATGG ACTCAGCCTT CGTGAGCGTC 
AAGGTCAACC CAGTGTCAGC TACAGTTGGA AAGGATTTCA CTGTGACTCC GTCTAAGCTG 
ATTCAGTTTG ATCCAGGAAT GTCAACGAAG ATGTGGAATA TAGCAATTAC CTATGACGGA 
TTAGAGGAAG ATGATGAGGT CTTTGAAGTA ATTCTGAACT CCCCTGTGAA TGCAGTTCTT 
GGCACAAAGA CAAAAGCTGC AGTGAAAATT TTGGACTCAA AAGGAGGACA ATGCCATCGC 
TCATATCCCT TCAACCAAAG CAAGCACAAC CGGCGCGAGA AGGGCATTTG GCGGCCACTG 
TCCCCAGGGT CTTCCTCCCC CACCACTTCT GGTTCCTTTC ATCTGGAAAG AAGACCCCGT 
CCAGCTTCCA AAAGGCTAGA GGTCACCAGA GGAGACACTC CACAGAGATT TGATTCTATA 
GATCCTTCTC GAATGAGGCT GAGGCCCCGT GGGAATGGCA AAACAATCCA CCCTTCCTCT 
GTCTTTAGAA ATGGAACAGA CATCATCTAT AACTATCATG GGATGGTTTC TCTGAAACTG 
GAGGATGACA GTTCCTCAGC ACACAAACAG AAGGTCAAAC TCACCATCAC GAGCGGGCCT 
CAGGGGACAA GGAAAACCTC AGAACTGCCA CAAGCAGATA ATGGGGAATC CACAAGCAAC 
TCACACTTCT CCAGACAGGC CCAGGTACCC TCATTTCCAA AGAACTGCAC TCTGGAGTTA 
AAAGAACTTT TCTATTTTGA AGAAAACCTC CAAAAGCTGT ATCAGTGCAA TGGGATTGCC 
TGGCAAATCT GGATCCCTGA AGCCAAGAAG CTGGAAGACA GGTCCTGCCC AGCGGGGTGG 
CTGCATCACT CTGGTTACTG CCACACCTTG ACCACGGAGC CGAGGCGCAC CTGGACCCAG 
GCAGCCCGAG CTTGCCGCGA ACAACACCTG GGTAGCCTTG TTACTGTCCT TACCAGGCAG 
CACATGCGAT GGCTCTGGAA CATCAGTGGA AGGAAGCCCT TCTGGATTGG GTTGAGTGAC 
CAAGGACCCC AGGGTCACTG GCAATGGATT GGTGGTGAAC CTGTCACCTT CACCAACTGG 
AAGAAAATGC CCCCTCAGCA TTCAAAGTCC AGGAAAAACT GCGTTTTGGT TCAAAGACAA 
GGGAAGTGGC AAGCACGGGA CTGTAGGCAA GGCCGAGGGC ACAGTTACAT CTGCTCCAGA 
AGACTGGCGG GGCCTGGCCT CTAG