FREM1 cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM1
Entrez Gene ID	104412693
Full Name	FRAS1 related extracellular matrix 1
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010023481.1	XP_010021783.1	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
ONe111089	XM_010023481.1 Latest version!	Nestor notabilis 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_010023481.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010021783.1 Nestor notabilis FRAS1 related extracellular matrix 1 (FREM1), mRNA.

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CloneID	ONe111089
Clone ID Related Accession (Same CDS sequence)	XM_010023481.1
Accession Version	XM_010023481.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6519bp) 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	2014-10-30
Organism	Nestor notabilis(Kea)
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_009914099.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nestor notabilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGCTGCTAA GAGTTGTATC CTCCTCCTTT ATTAGTGTTA ACCTTGGGGT GAAAGTGATG 
AAGGGACAGT CTGTCTTCCT GTCAGAAGAT GATCTCAAGT TTTCTATCCC CAGAGAGAAG 
GATGCCTGCA AAGTAGAAGT TGTAATCAAT GAGCCAATAA CACAGAGGGT TGGGAAACTA 
ACTCCACAGG TTTTTGATTG TCACTTCCTT CCTAATGAAG TCAAATACAC CCACAATGGT 
TGTCCAATTT TAGACGAAGA CGCAGTCATG CTCAGGCTGT ACAGGTTTAC AGAAACCGAA 
ACGTTTATAG AGACATTCAC CCTTCGTGTG CAGTTACTTG AGCCAGACTG TAACATCATC 
AAAATGCGCT CCCGTGCCCT GGAGGTCCCT GAGTACTATG GTCTGTCCAG GGCGATTGAC 
AAGAACGTCC TCACTTTTGA CTATGGCAGG AAGATAAATC TGGATTGCAC CATTTCCATA 
GTCTCTTCGG AAACCCACCT GCCTGCTCAT GGGCAGCTCA TCACTGGGGA AACGCAGCAA 
GAGCAGCTCC GTGGGGATCA GCCACAGAGC TTCTTCCCTG GCCATAAGAA CAGCCTGAGC 
CAGCAGTGCA GAAATGAAAG CTGTACTCTG GGACTGGGAG TCATTCACAA TACAAAAATG 
AGCTGTGAAG AATTTCTGAG GATGGGGATT CGATATCAGC ACCTTAACCC TCCCTCACCT 
GACACCGATT ATATTCCCGT GAGGTTGGAT CTCACAGACA GCAGGAGCAA AACTCTCCAC 
AAGACCGAGT ATGCATGGCT TCCTGTTCAG ATTAAAGGCG CTGTTCCCAA TCAAATACCC 
AAAGCCGCCC CAATGGCAAA GTTTATCCTG GAAGTGGACC AATTTATTTT AACTACCATA 
ACAACCACTA CCGTCGATGC TGAAGACAAT GAAACTCCAA AATCTCTACT TGTATTCAAT 
ATTACAAAGC CACCTCCACA GGGCTTCATC ACTCATCTAT CTGACCACAC AAAACCTGTT 
GGCTCCTTCA CGTGGAAAGA TCTCAGTGAC ATGCTCATTG CTTATCAGCC TCCAAATGTT 
AGCCACACAG AGAGGAGGAA TTATGAGGTG GAGTTTGAGG TTCATGACTT CTACTTTGAA 
AGGAGTTCAC CAATCACTGT GCATCTTTCC ATCAGAACAA CAGATACAAA TGCTCCTCGG 
GTTTCATGGA ATACAGGCCT CAACCTCTTG GAAGGACAAT CCCGACCAAT CACATGGCAA 
CACTTCCAAA TTGTAGACAA CGATGACATC CAGAATGTTC GCTTGGTCAC AGTTGATGGC 
TTAGAGCATG GGCGGCTCAC AGTGAGAGGA GGGAAAGGAT TCATGTTCAC AGTCTCTGAC 
ATTCAGGCTG GTGTTGTTCA CTACCATCAT GATGACAGTG ATTCTACTAA GGATTTTGTG 
GTATTTAGGA TCTTTGATGG CCCCCACAGT ATTCGCCATA AGTTTCCAAT CAATATCCTC 
CCTAAAGATG ACAGCCCTCC ATTTCTTATC AGCAATGTGG TCATAGAAGT TCATGAGGGA 
CAGACGATCC TGATTCAGGG CTCTATGCTT CATGCTTCTG ACATGGATTC CAGTGATGAT 
TACATACTAT TCAATATTAC CAAGCCACCG CAGGCTGGAA AGATCATGAA GAAACCAGGA 
CCAAACATGA TAGGGTATTC TGTCAGCAGT TTTCTTCAGA GGGATATATT TAATGGAATA 
ATTTATTACC ATCACTTTGG AGGAGAAGTA TTTGAAGATT CCCTTGAGTT TGTGCTGTGT 
GACAGCCATG ACCCCCCCAA TCTCTCAGAT CCACAGGTGA TGATGGTGCA CATTATCCCT 
GTGGATGATC AGCTACCCAG AGAAGCCCCA GGAGTGGTCC GTCACCTGGT TGTTAAGGAG 
ACTGAGATTG CTCACCTAAC TAAGAAACAT CTCCATTTCA TAGATGTGGA AGAGCAGGAC 
AGGGAACTCA CATACACCAT AACCACGTCC CCGTTTTTCA CTTGCACACA TGGCCACGCA 
GATGCTGGGA AGCTATTTAT GGTGGACACC ATCCCCAAGC TAGTCAAGGA CCCTGCTGCT 
CTTGCACTGC GGTCGTTTGC TCAGCATGCT GTGAACTACA TGAAAGTTGC TTACATGCCA 
CCGCTGCAGG ACATCGGGCC TGAACCTCAG CATGTCCAGT TTATCTTTTC TGTCAGCAAT 
CAGCATGGTG GCACTTTGCA TGGGATATGC TTCAATATTA CAATTCTTCC TGTGGACAAC 
CAAGCCCCAG AGGTTTATAC AAGACATTTA AGAGTGGAAG AGGGTGGCCT GAGTCCTGTC 
ACAGAGGAAC ACATTCTCAT TTCTGATGTG GACACAAAAC GGGAGCATCT TCTCCTCCTC 
TTGCAGAGAC AGCCTCAGCA TGGGATGTTG GAGCTGGATG GCACTCCTGT AAATGAAGGC 
GACAGGCTTT CCTGTGGGGA CCTGCGTACC CTGGCGGTCA GTTATCGGCA CGATGGCTCT 
GAGACTCTCA CTGATGATAT CCTCTTTACA GCCACAGATG GCATCCACTT TGTAGAGTTC 
ACCCTCCAGG TCAAGGTGTT GCCTGTGAAT GATGAGCCAC CTGTTATGAA AACAGGCCTT 
GTTCCTGTGC TCCACTGCCT GGAGGGTGAA GAAGTGGTCC TCTCATCGGA GTACATCTAT 
GCCACAGATG CAGACAGTGA TGACATGAAA CTGATGTTTA TTCTGGCTCG CCAGCCCTAT 
CATGGTCTGG TGAGGAAGGC TGGCATTGCT GTGGATCGTT TCTCCCAAGC TGATGTCATC 
TCTGGTTTAG TCACATATAA GCACACCAGT GGGGAGATTG GTCTGACTCC TTCCATTGAG 
ATCTTAACCT TCATTGTCTC TGACAGCGAG GCCAGCATAG ATGTGAAAGA CTGCTGTTAT 
GATAGACCTC TTCTTCCTCC AGTTCCACTT CACGATCCAT TTCTAGTATA TGACCTTAAC 
ATCACTGTAG TTCCAGTGGA CAACCAGCCT CCATCAATTG CAACTGGTGC CAGATTTGCA 
GTGGAGGAGG GCTCCTCAGC AGCCCTCACC ACCGTCCATT TGCTTGCCAC TGACCCCGAC 
ACCACTGCCG ATAACTTGGA ATTTGTCTTG GTTTCTCCTC CCCAGTTTGG TTACATTGAA 
AATATACTGC CTTCCCCAGG GTTTGAAAAG AGCAACATTG GTATAAGTAT AGCTTCATTT 
CAGCTGAAGC ACCTGAAAGC TCTGAACATA AACTATGTAC AAGCCAGACA TGAGCGAATG 
GAGCCAACAG CAGACCACTT TGTACTTTAT GTCACTGATG GGGTCCATCG CTCCACGGAG 
ACTTCGTTTT TTGTGCTGAT CAACCCAACC AATGATGAAG TCCCGGAATT CATAGCAAGG 
AATATTACCG TTCAAGAAGG GGAGATGAAA GAGCTGGATC TTTCTATTAT CAATGCAGTT 
GATCTGGATG TGCCTCAAGA CCGTTTGGTA TTTGGGGTTG TGCAGAGGCC CCGGTATGGG 
TTCCTTATTA ATGGAGTTCA TGGAAATGAT ACTCTACACT ACAAACAGTT AATTAACCAT 
GACCACCACA GCCATGAGTT GCTCGTTCAT GACTTTTCCA TGGAGCTACT GAAGAATGGA 
ATGAAGCTGA TGTACATGCA TGACAATTCG GAAAACCTCA CTGACAGCTT TAGAATCCAG 
TTATCAGATG GGAAACATAA AGTCATCAGG ACCATTTCAG TAAAGGTCAT TCCAGTTAAT 
GATGAGAAAC CAGTGCTGAG CAAAAAGAAT GATATAGAGA TGAACATGGG TGAAACTCGA 
ATAATTTCCA GTGCTGTTCT GTCAGCAGAA GATAAAGACA CCCCCAGGGA GAGAATTTAC 
TATATATTTG AAAGAATTCC AGAAAATGGT CAGCTTCAGC TCAAGGTAGG CCAAAGATGG 
ATAAATCTCC AAACTGGAAT GAAGTGCAGT CAGGAAGACC TGGATATGAA CCTTGTGAGA 
TATGTCCATA TGGGAGCTAT AGGCTCCAAG AACCAAGACA GCTTTACATT TTATCTGTGG 
GATGGGTACA ACAGGTCCCC AGGTGTGGAG TTCTACATAA ATATCAAGGA CATGGAAAAG 
GGAGACATTG CTATTTTTAT AAAGCCTCTT ACCGTGTCAA AAGGGGATCA GGGCTACATT 
ACAACCGATG TCCTCCTTGC ACTGGATGGT ACTGACAAGC CAGAGGAACT CCTCTATGTG 
ATAACCTCCC CACCCCAGTA TGGACAAATA GAGTATGTCA GATATCCTGG CATCCCCATT 
ACAAGCTTCA GTCAAATGGA TGTAGCAAGA CAGATAGTCT GCTATGTTCA TAACACAAAG 
GCAGTTGTTC CTGAAGATAC ATTCAGATTC ATCATCAGCA ATGGACTGAG GACTAAGCAT 
GGGACATTCA TGATCTCTTT GGAGGCAGTC GACCAAGCTT TGCCCACACT GTCTAGGAAC 
ATGGGGTTAA GATTAGTGGA AGGCACTATG GCACTCCTTT CTCCTGACCT CCTGCAGCTT 
TCAGACCCAG ACACTGCCAA AGAAAACCTG ACCTTCCTCT TGGCTCAGCT CCCCCAATAT 
GGTCAGCTCT ATTACCGAGG AGTTGTGCTA CTGCAGTACA GTTTCACCCA GCAAGATGTG 
GACAACAGGG ATGTTGCATA CAAGCACCGA GGTGGAGATT CCCAGATTGA CAGCTTTACA 
TTTGTGGCAA CAGATAGGAC GAATCAAGGC TTCATCGTGG AGGGGAGGGT GCACAGCGAG 
CCAGTTACAT TCACAATCCA GGTGGATCAT TTGGACAAAA TGGCACCAAA AATTATTCAT 
CTCCATTGCT CTTCTGATGT GGAACTGCTG AAGAATGGCA ATTATGGGAT CTATATTACA 
GCCAGGTCCC TGAAGGCATC TGACCCCAAT ACAGAGGATG ACAAAATAAT TTTTAAGATT 
TTACAAGGTC CTCGTTATGG CTACCTGGAA AACACAACAA CAGGGGGATT TATTCAGGAA 
AGGTTTAGCC AGAAAGATTT GAACAGCAAA ATCATACTTT ATGTCATCAA TCCATTGCGG 
GAAGTGAATG CAGACAACTT GGAGTTTCAA GTCACAGATG CTAGTGGAAA CTCAGCAGTG 
CCCCAAAGGC TGGAGCTACG GTGGTCTCAG ATTGAAATGC AACAGACTGA GTATGAAGTG 
TGTGAGAGCG TGGGAGTGGT GTCTCTGAAA ATCACCAGGG CCGGACACTC TGCAGGGTCT 
GCCTTTGTAG CTGTGAAGGT GAACGAAATA TCTGCTGTGC TGGGACAGGA CTTTACAGTA 
ACTCCCTCTA AGCTTGTTCA GTTTGATCCA GGAATGTCAA CCAAGACATG GAATATAGCA 
ATTACCTATG ACGGATTAGA GGAAGATGAT GAAGTCTTTG AAGTAGTTTT GAACTCCCCT 
GTGAATGCTG TTCTTGGCAC CCAGACAAAA GCTGTAGTGA AAATTTTGGA CTCAAAAGGA 
GGTCAGTGCA GCTATTCCCA TTCTTCTGGC CAAAGCAAGC ATGACTACTG GGGAAAAGGC 
ACACTGTTTC CAGTTTCCTC AGGCTCCTCA TCATCTCCCA GGCCTGGCAA TGCTCCCTTG 
GAAAGGATCC CATCGCCTCC TTCCAAAGGG ATGAGAGAGA ATGGGGGGGA CCCACAGCAG 
GAACACAGCT TGGTGAATCA GACAAAGACC AGGCTGAGAG TGACTGGAAA TGGCAGAATA 
GTTCATCCTT CATCTGTATT TAGAAATGGA ACTGATGTGA TTTTCAAATA TCACGGGATG 
GTATCACTCA AAATAGAGGA TGACACCTCA TCAGCTAAAG CAAACAAGAA AGCTCAAGTG 
TCAGTAATTA ACCAAGCAGA GCCACAGATA AATGTCGTCT CCTCTAGGAG CACAGAAATC 
CCACAAGCTG ATAAGGCAGA ATTGGCATCT GGACCAAGCT CAAGACATCA GGACTTCTAC 
TCTTTTCCAA AGGCCTGTAC ACAAGATTTA AAGGGGCTCT TACATTATGA AGAAAGCACT 
CAGAAGTTAT TTCAGTGTGA TGGGATAATG TGGAAATTCT GGAATTCCCG AAGCAAGGAG 
ATGAGCATGA AGGAATGTCC CTCTGGATGG AGCCATTATG AGGGCAGCTG CTACTTGCTG 
GTAGTGAATC GTAAGATCAC CTGGAACACT GCTGCTCGGA CTTGCAGAGA ACAATACCTT 
GGGAGTCTAG CAAGCGTGGC TAATGAACAA AACATGCAGT GGCTGTGGGA CTTCAGTGGG 
AGGAAGCCCT TTTGGATAGG CTTGAATGAC CAAGCCAATC CTGGACATTG GGAGTGGAAC 
GGAGGGGAAC CTGTAACCTA CACAAACTGG AGAAGAGGCT CCTACCACTC TCCAAAGAAA 
GGAAGAAATT GTGTATTGGT GCAGAAGCGA GGAAAATGGC AAGCAACTGA CTGCAGGAAG 
GTCAAACAGA ACAGCTATGT ATGTTCAAGA AAGCTATAA

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

RefSeq	XP_010021783.1
CDS	1..6519
Translation	MLLRVVSSSFISVNLGVKVMKGQSVFLSEDDLKFSIPREKDACKVEVVINEPITQRVGKLTPQVFDCHFLPNEVKYTHNGCPILDEDAVMLRLYRFTETETFIETFTLRVQLLEPDCNIIKMRSRALEVPEYYGLSRAIDKNVLTFDYGRKINLDCTISIVSSETHLPAHGQLITGETQQEQLRGDQPQSFFPGHKNSLSQQCRNESCTLGLGVIHNTKMSCEEFLRMGIRYQHLNPPSPDTDYIPVRLDLTDSRSKTLHKTEYAWLPVQIKGAVPNQIPKAAPMAKFILEVDQFILTTITTTTVDAEDNETPKSLLVFNITKPPPQGFITHLSDHTKPVGSFTWKDLSDMLIAYQPPNVSHTERRNYEVEFEVHDFYFERSSPITVHLSIRTTDTNAPRVSWNTGLNLLEGQSRPITWQHFQIVDNDDIQNVRLVTVDGLEHGRLTVRGGKGFMFTVSDIQAGVVHYHHDDSDSTKDFVVFRIFDGPHSIRHKFPINILPKDDSPPFLISNVVIEVHEGQTILIQGSMLHASDMDSSDDYILFNITKPPQAGKIMKKPGPNMIGYSVSSFLQRDIFNGIIYYHHFGGEVFEDSLEFVLCDSHDPPNLSDPQVMMVHIIPVDDQLPREAPGVVRHLVVKETEIAHLTKKHLHFIDVEEQDRELTYTITTSPFFTCTHGHADAGKLFMVDTIPKLVKDPAALALRSFAQHAVNYMKVAYMPPLQDIGPEPQHVQFIFSVSNQHGGTLHGICFNITILPVDNQAPEVYTRHLRVEEGGLSPVTEEHILISDVDTKREHLLLLLQRQPQHGMLELDGTPVNEGDRLSCGDLRTLAVSYRHDGSETLTDDILFTATDGIHFVEFTLQVKVLPVNDEPPVMKTGLVPVLHCLEGEEVVLSSEYIYATDADSDDMKLMFILARQPYHGLVRKAGIAVDRFSQADVISGLVTYKHTSGEIGLTPSIEILTFIVSDSEASIDVKDCCYDRPLLPPVPLHDPFLVYDLNITVVPVDNQPPSIATGARFAVEEGSSAALTTVHLLATDPDTTADNLEFVLVSPPQFGYIENILPSPGFEKSNIGISIASFQLKHLKALNINYVQARHERMEPTADHFVLYVTDGVHRSTETSFFVLINPTNDEVPEFIARNITVQEGEMKELDLSIINAVDLDVPQDRLVFGVVQRPRYGFLINGVHGNDTLHYKQLINHDHHSHELLVHDFSMELLKNGMKLMYMHDNSENLTDSFRIQLSDGKHKVIRTISVKVIPVNDEKPVLSKKNDIEMNMGETRIISSAVLSAEDKDTPRERIYYIFERIPENGQLQLKVGQRWINLQTGMKCSQEDLDMNLVRYVHMGAIGSKNQDSFTFYLWDGYNRSPGVEFYINIKDMEKGDIAIFIKPLTVSKGDQGYITTDVLLALDGTDKPEELLYVITSPPQYGQIEYVRYPGIPITSFSQMDVARQIVCYVHNTKAVVPEDTFRFIISNGLRTKHGTFMISLEAVDQALPTLSRNMGLRLVEGTMALLSPDLLQLSDPDTAKENLTFLLAQLPQYGQLYYRGVVLLQYSFTQQDVDNRDVAYKHRGGDSQIDSFTFVATDRTNQGFIVEGRVHSEPVTFTIQVDHLDKMAPKIIHLHCSSDVELLKNGNYGIYITARSLKASDPNTEDDKIIFKILQGPRYGYLENTTTGGFIQERFSQKDLNSKIILYVINPLREVNADNLEFQVTDASGNSAVPQRLELRWSQIEMQQTEYEVCESVGVVSLKITRAGHSAGSAFVAVKVNEISAVLGQDFTVTPSKLVQFDPGMSTKTWNIAITYDGLEEDDEVFEVVLNSPVNAVLGTQTKAVVKILDSKGGQCSYSHSSGQSKHDYWGKGTLFPVSSGSSSSPRPGNAPLERIPSPPSKGMRENGGDPQQEHSLVNQTKTRLRVTGNGRIVHPSSVFRNGTDVIFKYHGMVSLKIEDDTSSAKANKKAQVSVINQAEPQINVVSSRSTEIPQADKAELASGPSSRHQDFYSFPKACTQDLKGLLHYEESTQKLFQCDGIMWKFWNSRSKEMSMKECPSGWSHYEGSCYLLVVNRKITWNTAARTCREQYLGSLASVANEQNMQWLWDFSGRKPFWIGLNDQANPGHWEWNGGEPVTYTNWRRGSYHSPKKGRNCVLVQKRGKWQATDCRKVKQNSYVCSRKL

Target ORF information:

RefSeq Version	XM_010023481.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis 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_010023481.1

ORF Insert Sequence:

ATGCTGCTAA GAGTTGTATC CTCCTCCTTT ATTAGTGTTA ACCTTGGGGT GAAAGTGATG 
AAGGGACAGT CTGTCTTCCT GTCAGAAGAT GATCTCAAGT TTTCTATCCC CAGAGAGAAG 
GATGCCTGCA AAGTAGAAGT TGTAATCAAT GAGCCAATAA CACAGAGGGT TGGGAAACTA 
ACTCCACAGG TTTTTGATTG TCACTTCCTT CCTAATGAAG TCAAATACAC CCACAATGGT 
TGTCCAATTT TAGACGAAGA CGCAGTCATG CTCAGGCTGT ACAGGTTTAC AGAAACCGAA 
ACGTTTATAG AGACATTCAC CCTTCGTGTG CAGTTACTTG AGCCAGACTG TAACATCATC 
AAAATGCGCT CCCGTGCCCT GGAGGTCCCT GAGTACTATG GTCTGTCCAG GGCGATTGAC 
AAGAACGTCC TCACTTTTGA CTATGGCAGG AAGATAAATC TGGATTGCAC CATTTCCATA 
GTCTCTTCGG AAACCCACCT GCCTGCTCAT GGGCAGCTCA TCACTGGGGA AACGCAGCAA 
GAGCAGCTCC GTGGGGATCA GCCACAGAGC TTCTTCCCTG GCCATAAGAA CAGCCTGAGC 
CAGCAGTGCA GAAATGAAAG CTGTACTCTG GGACTGGGAG TCATTCACAA TACAAAAATG 
AGCTGTGAAG AATTTCTGAG GATGGGGATT CGATATCAGC ACCTTAACCC TCCCTCACCT 
GACACCGATT ATATTCCCGT GAGGTTGGAT CTCACAGACA GCAGGAGCAA AACTCTCCAC 
AAGACCGAGT ATGCATGGCT TCCTGTTCAG ATTAAAGGCG CTGTTCCCAA TCAAATACCC 
AAAGCCGCCC CAATGGCAAA GTTTATCCTG GAAGTGGACC AATTTATTTT AACTACCATA 
ACAACCACTA CCGTCGATGC TGAAGACAAT GAAACTCCAA AATCTCTACT TGTATTCAAT 
ATTACAAAGC CACCTCCACA GGGCTTCATC ACTCATCTAT CTGACCACAC AAAACCTGTT 
GGCTCCTTCA CGTGGAAAGA TCTCAGTGAC ATGCTCATTG CTTATCAGCC TCCAAATGTT 
AGCCACACAG AGAGGAGGAA TTATGAGGTG GAGTTTGAGG TTCATGACTT CTACTTTGAA 
AGGAGTTCAC CAATCACTGT GCATCTTTCC ATCAGAACAA CAGATACAAA TGCTCCTCGG 
GTTTCATGGA ATACAGGCCT CAACCTCTTG GAAGGACAAT CCCGACCAAT CACATGGCAA 
CACTTCCAAA TTGTAGACAA CGATGACATC CAGAATGTTC GCTTGGTCAC AGTTGATGGC 
TTAGAGCATG GGCGGCTCAC AGTGAGAGGA GGGAAAGGAT TCATGTTCAC AGTCTCTGAC 
ATTCAGGCTG GTGTTGTTCA CTACCATCAT GATGACAGTG ATTCTACTAA GGATTTTGTG 
GTATTTAGGA TCTTTGATGG CCCCCACAGT ATTCGCCATA AGTTTCCAAT CAATATCCTC 
CCTAAAGATG ACAGCCCTCC ATTTCTTATC AGCAATGTGG TCATAGAAGT TCATGAGGGA 
CAGACGATCC TGATTCAGGG CTCTATGCTT CATGCTTCTG ACATGGATTC CAGTGATGAT 
TACATACTAT TCAATATTAC CAAGCCACCG CAGGCTGGAA AGATCATGAA GAAACCAGGA 
CCAAACATGA TAGGGTATTC TGTCAGCAGT TTTCTTCAGA GGGATATATT TAATGGAATA 
ATTTATTACC ATCACTTTGG AGGAGAAGTA TTTGAAGATT CCCTTGAGTT TGTGCTGTGT 
GACAGCCATG ACCCCCCCAA TCTCTCAGAT CCACAGGTGA TGATGGTGCA CATTATCCCT 
GTGGATGATC AGCTACCCAG AGAAGCCCCA GGAGTGGTCC GTCACCTGGT TGTTAAGGAG 
ACTGAGATTG CTCACCTAAC TAAGAAACAT CTCCATTTCA TAGATGTGGA AGAGCAGGAC 
AGGGAACTCA CATACACCAT AACCACGTCC CCGTTTTTCA CTTGCACACA TGGCCACGCA 
GATGCTGGGA AGCTATTTAT GGTGGACACC ATCCCCAAGC TAGTCAAGGA CCCTGCTGCT 
CTTGCACTGC GGTCGTTTGC TCAGCATGCT GTGAACTACA TGAAAGTTGC TTACATGCCA 
CCGCTGCAGG ACATCGGGCC TGAACCTCAG CATGTCCAGT TTATCTTTTC TGTCAGCAAT 
CAGCATGGTG GCACTTTGCA TGGGATATGC TTCAATATTA CAATTCTTCC TGTGGACAAC 
CAAGCCCCAG AGGTTTATAC AAGACATTTA AGAGTGGAAG AGGGTGGCCT GAGTCCTGTC 
ACAGAGGAAC ACATTCTCAT TTCTGATGTG GACACAAAAC GGGAGCATCT TCTCCTCCTC 
TTGCAGAGAC AGCCTCAGCA TGGGATGTTG GAGCTGGATG GCACTCCTGT AAATGAAGGC 
GACAGGCTTT CCTGTGGGGA CCTGCGTACC CTGGCGGTCA GTTATCGGCA CGATGGCTCT 
GAGACTCTCA CTGATGATAT CCTCTTTACA GCCACAGATG GCATCCACTT TGTAGAGTTC 
ACCCTCCAGG TCAAGGTGTT GCCTGTGAAT GATGAGCCAC CTGTTATGAA AACAGGCCTT 
GTTCCTGTGC TCCACTGCCT GGAGGGTGAA GAAGTGGTCC TCTCATCGGA GTACATCTAT 
GCCACAGATG CAGACAGTGA TGACATGAAA CTGATGTTTA TTCTGGCTCG CCAGCCCTAT 
CATGGTCTGG TGAGGAAGGC TGGCATTGCT GTGGATCGTT TCTCCCAAGC TGATGTCATC 
TCTGGTTTAG TCACATATAA GCACACCAGT GGGGAGATTG GTCTGACTCC TTCCATTGAG 
ATCTTAACCT TCATTGTCTC TGACAGCGAG GCCAGCATAG ATGTGAAAGA CTGCTGTTAT 
GATAGACCTC TTCTTCCTCC AGTTCCACTT CACGATCCAT TTCTAGTATA TGACCTTAAC 
ATCACTGTAG TTCCAGTGGA CAACCAGCCT CCATCAATTG CAACTGGTGC CAGATTTGCA 
GTGGAGGAGG GCTCCTCAGC AGCCCTCACC ACCGTCCATT TGCTTGCCAC TGACCCCGAC 
ACCACTGCCG ATAACTTGGA ATTTGTCTTG GTTTCTCCTC CCCAGTTTGG TTACATTGAA 
AATATACTGC CTTCCCCAGG GTTTGAAAAG AGCAACATTG GTATAAGTAT AGCTTCATTT 
CAGCTGAAGC ACCTGAAAGC TCTGAACATA AACTATGTAC AAGCCAGACA TGAGCGAATG 
GAGCCAACAG CAGACCACTT TGTACTTTAT GTCACTGATG GGGTCCATCG CTCCACGGAG 
ACTTCGTTTT TTGTGCTGAT CAACCCAACC AATGATGAAG TCCCGGAATT CATAGCAAGG 
AATATTACCG TTCAAGAAGG GGAGATGAAA GAGCTGGATC TTTCTATTAT CAATGCAGTT 
GATCTGGATG TGCCTCAAGA CCGTTTGGTA TTTGGGGTTG TGCAGAGGCC CCGGTATGGG 
TTCCTTATTA ATGGAGTTCA TGGAAATGAT ACTCTACACT ACAAACAGTT AATTAACCAT 
GACCACCACA GCCATGAGTT GCTCGTTCAT GACTTTTCCA TGGAGCTACT GAAGAATGGA 
ATGAAGCTGA TGTACATGCA TGACAATTCG GAAAACCTCA CTGACAGCTT TAGAATCCAG 
TTATCAGATG GGAAACATAA AGTCATCAGG ACCATTTCAG TAAAGGTCAT TCCAGTTAAT 
GATGAGAAAC CAGTGCTGAG CAAAAAGAAT GATATAGAGA TGAACATGGG TGAAACTCGA 
ATAATTTCCA GTGCTGTTCT GTCAGCAGAA GATAAAGACA CCCCCAGGGA GAGAATTTAC 
TATATATTTG AAAGAATTCC AGAAAATGGT CAGCTTCAGC TCAAGGTAGG CCAAAGATGG 
ATAAATCTCC AAACTGGAAT GAAGTGCAGT CAGGAAGACC TGGATATGAA CCTTGTGAGA 
TATGTCCATA TGGGAGCTAT AGGCTCCAAG AACCAAGACA GCTTTACATT TTATCTGTGG 
GATGGGTACA ACAGGTCCCC AGGTGTGGAG TTCTACATAA ATATCAAGGA CATGGAAAAG 
GGAGACATTG CTATTTTTAT AAAGCCTCTT ACCGTGTCAA AAGGGGATCA GGGCTACATT 
ACAACCGATG TCCTCCTTGC ACTGGATGGT ACTGACAAGC CAGAGGAACT CCTCTATGTG 
ATAACCTCCC CACCCCAGTA TGGACAAATA GAGTATGTCA GATATCCTGG CATCCCCATT 
ACAAGCTTCA GTCAAATGGA TGTAGCAAGA CAGATAGTCT GCTATGTTCA TAACACAAAG 
GCAGTTGTTC CTGAAGATAC ATTCAGATTC ATCATCAGCA ATGGACTGAG GACTAAGCAT 
GGGACATTCA TGATCTCTTT GGAGGCAGTC GACCAAGCTT TGCCCACACT GTCTAGGAAC 
ATGGGGTTAA GATTAGTGGA AGGCACTATG GCACTCCTTT CTCCTGACCT CCTGCAGCTT 
TCAGACCCAG ACACTGCCAA AGAAAACCTG ACCTTCCTCT TGGCTCAGCT CCCCCAATAT 
GGTCAGCTCT ATTACCGAGG AGTTGTGCTA CTGCAGTACA GTTTCACCCA GCAAGATGTG 
GACAACAGGG ATGTTGCATA CAAGCACCGA GGTGGAGATT CCCAGATTGA CAGCTTTACA 
TTTGTGGCAA CAGATAGGAC GAATCAAGGC TTCATCGTGG AGGGGAGGGT GCACAGCGAG 
CCAGTTACAT TCACAATCCA GGTGGATCAT TTGGACAAAA TGGCACCAAA AATTATTCAT 
CTCCATTGCT CTTCTGATGT GGAACTGCTG AAGAATGGCA ATTATGGGAT CTATATTACA 
GCCAGGTCCC TGAAGGCATC TGACCCCAAT ACAGAGGATG ACAAAATAAT TTTTAAGATT 
TTACAAGGTC CTCGTTATGG CTACCTGGAA AACACAACAA CAGGGGGATT TATTCAGGAA 
AGGTTTAGCC AGAAAGATTT GAACAGCAAA ATCATACTTT ATGTCATCAA TCCATTGCGG 
GAAGTGAATG CAGACAACTT GGAGTTTCAA GTCACAGATG CTAGTGGAAA CTCAGCAGTG 
CCCCAAAGGC TGGAGCTACG GTGGTCTCAG ATTGAAATGC AACAGACTGA GTATGAAGTG 
TGTGAGAGCG TGGGAGTGGT GTCTCTGAAA ATCACCAGGG CCGGACACTC TGCAGGGTCT 
GCCTTTGTAG CTGTGAAGGT GAACGAAATA TCTGCTGTGC TGGGACAGGA CTTTACAGTA 
ACTCCCTCTA AGCTTGTTCA GTTTGATCCA GGAATGTCAA CCAAGACATG GAATATAGCA 
ATTACCTATG ACGGATTAGA GGAAGATGAT GAAGTCTTTG AAGTAGTTTT GAACTCCCCT 
GTGAATGCTG TTCTTGGCAC CCAGACAAAA GCTGTAGTGA AAATTTTGGA CTCAAAAGGA 
GGTCAGTGCA GCTATTCCCA TTCTTCTGGC CAAAGCAAGC ATGACTACTG GGGAAAAGGC 
ACACTGTTTC CAGTTTCCTC AGGCTCCTCA TCATCTCCCA GGCCTGGCAA TGCTCCCTTG 
GAAAGGATCC CATCGCCTCC TTCCAAAGGG ATGAGAGAGA ATGGGGGGGA CCCACAGCAG 
GAACACAGCT TGGTGAATCA GACAAAGACC AGGCTGAGAG TGACTGGAAA TGGCAGAATA 
GTTCATCCTT CATCTGTATT TAGAAATGGA ACTGATGTGA TTTTCAAATA TCACGGGATG 
GTATCACTCA AAATAGAGGA TGACACCTCA TCAGCTAAAG CAAACAAGAA AGCTCAAGTG 
TCAGTAATTA ACCAAGCAGA GCCACAGATA AATGTCGTCT CCTCTAGGAG CACAGAAATC 
CCACAAGCTG ATAAGGCAGA ATTGGCATCT GGACCAAGCT CAAGACATCA GGACTTCTAC 
TCTTTTCCAA AGGCCTGTAC ACAAGATTTA AAGGGGCTCT TACATTATGA AGAAAGCACT 
CAGAAGTTAT TTCAGTGTGA TGGGATAATG TGGAAATTCT GGAATTCCCG AAGCAAGGAG 
ATGAGCATGA AGGAATGTCC CTCTGGATGG AGCCATTATG AGGGCAGCTG CTACTTGCTG 
GTAGTGAATC GTAAGATCAC CTGGAACACT GCTGCTCGGA CTTGCAGAGA ACAATACCTT 
GGGAGTCTAG CAAGCGTGGC TAATGAACAA AACATGCAGT GGCTGTGGGA CTTCAGTGGG 
AGGAAGCCCT TTTGGATAGG CTTGAATGAC CAAGCCAATC CTGGACATTG GGAGTGGAAC 
GGAGGGGAAC CTGTAACCTA CACAAACTGG AGAAGAGGCT CCTACCACTC TCCAAAGAAA 
GGAAGAAATT GTGTATTGGT GCAGAAGCGA GGAAAATGGC AAGCAACTGA CTGCAGGAAG 
GTCAAACAGA ACAGCTATGT ATGTTCAAGA AAGCTATAA