LOC107190272 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107190272
Entrez Gene ID	107190272
Full Name	filamin-A-like
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015579054.1	XP_015434540.1	filamin-A-like

Pathways from BioSystems
Gene Ontology

The following LOC107190272 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107190272 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
ODu08252	XM_015579054.1 Latest version!	Dufourea novaeangliae filamin-A-like (LOC107190272), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC107190272 ( XM_015579054.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015434540.1 Dufourea novaeangliae filamin-A-like (LOC107190272), mRNA.

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CloneID	ODu08252
Clone ID Related Accession (Same CDS sequence)	XM_015579054.1
Accession Version	XM_015579054.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6687bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	filamin-A-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374062.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGCGAGA ACGATAAGTC AGTTGAGTGC GAGAACGCTG AGGAAGAGGA CGCAGAGATG 
TGGGACCAAG ATTTACTTGA GGATGCACCG TGGAAATTAA TCCAACGAAA TACATTTACA 
CGATGGGCGA ACGAACGACT TAAAGTTATA AACAGACGCA TTGATGATTT AGAATGCGAT 
TTGTCGGATG GCCTTATATT GATACATTTA ATCGAAGTGC TGGTGCAGAA GAAACTTCCA 
AGACATAATC AGAAACCCAC CTTCAGGTCA CAGAAGCTTG AAAATGTGTC AGTTGCTTTA 
AAATTTTTAG AAGATCAAGG AATACGGATT GTCAATATCG ATAAAACGCA CACCACTGAT 
TGTGAGTGTA AGCTTATTCT TGGATTATTA TGGACACTAA TCTTGCATTA TTCCATTTCG 
CTACCTATGC TGGATGAAGA GGAGTCCGAC AAGCCTGTGG CACCAAATAC AAGATTATTG 
CGTTGGATCC AGTCCAGAAT TCCAGATTTA CCAATTAATA ATTTCACATC TAATTGGAAG 
GATGGGCGAA CTATTGGCGC ACTTGTAGAT GCTGTTGCAC CTGGGCTTTG CCCAGAGTGG 
AAAGACTGGA AACCCGATAA TGCCTTATCA AATACTTCTG TTGCAATGGA CTTAGCTGAT 
AATTGGCTAA ACATACCACA GCTTATTAAA CCTGAAGAAA TGATCAGCCC AAATATAGAC 
GAATTATCTA TGATGACTTA TTTATCTCAA TACCCACATG CAACATTGAA AGAGGGAGCC 
CCACTGAAGC AGCGAACGAC CCCAGGAAGA ATACAAGTTT ATGGGCCCGG TATTGAGCCA 
ACAGGTCCAG TAATTGATAC ACGTACCAAT TTTACCGTAG AAACACTTTC ACCGGGTAAA 
GTTGATGTTG TGATAGAAGA TCCAAAAGAA AACAAAATAC CGGTTGATGT TATGTTTGAT 
AAAGATGGAA AATTCAAGTA TTCTGTTTCT TATATTCCAA AATCCCATGG ACCACATAAA 
ATAAGGGTAT TTGTCGATGG AAGAGAGTGT TCAACCAGTC CTTACGTAGT AAATGTTGGA 
GTACAATCCA GTGATCATAC AGAAATTACA GCAAGTGGGC CTGGGTTACT ACCAGATGGT 
ACCATAGTTA ACAAATCAAC ATTCTTTGAA ATATACACAA AAAATGCTGG TAATAGCGCT 
CCACAAGTTA TAATAAAAGA CCCCCAGGGA TCACTGACAA ACGTACCTGC AAAATTATTT 
CGATCCTCGT CGGATGTATG GAGGTGCGAA TACACTCCCT CATTACCTGG CTTACATTCG 
ATAAATGTAG CTTTCGCCGG GAAACCTATA CCTGGAAGTC CTTACTCTGT TAATGTATCT 
CCAGTGACAG ACAGTAAAAA AAAGTGCAAA GCATACGGAC GAGGAATTTT ACCAAATGGT 
GTACGCGTTC GTGACAACGC GGAATTCACT GTTATTACGA AGGGCGTAGG TGACGAAGTA 
CCAGGAGTTA ACGTTATTGC TCCTGGTGGT GTTAACTGCC CTATACATAT TACTAAGATT 
GATCCAACAA CGTATAAATG TAATTATACG CCGACTAAAG AGGGACGACA CGTGGTAACG 
GTAACTTATG GTGGAAGAGA CATTTCTAAG GCACCATTCG AAGTCAATGT CGGACCGTAT 
AAAGAGTCAG CTATCAAAGC CTTTGGGCCT GGCCTTCACG GCGGAGTAGT TGATTACCCA 
GCCAAATTCA CCGTAAACAC AAATGGTGAA ACTGGTGGCC TTGGATTTTC GATCGAGGGC 
CCATCGAAAG CAAAAATTAT GTGTTATGAT CATGGGGACG GAACGGCAGA CGTATCTTAT 
TTACCAACTG CTCCAGGACA GTATGCGATT CACATACTAT GTGAAAACGA AGATATTCCG 
AATTCACCAT ACGTTGCGAA TATTTTGCCA AAATCTAATT TCGATCCCGA TAAGGTGAAA 
GTATACGGTC CGGGAGTTCA AGCAGAATCC GTTCCTAATG ACAAACCAAC AAATTTTACA 
GTAGACGTAA AGCAAGCTGG TCAAGCGAAT TTAGAAGTCA TTGTGCAAGA TGTGTGTGGG 
AAAGACGTTC CTGTTCGAGT AGAAGATAAT CATGATGGAA AATTAAAATG CCATTATACT 
CCAACATCTG GAACACAACA TATTATTATG GTAAATTACG GTGGCGTAGC CATGAAGGAT 
TCGCCGTTTA GGATGAAAGT AGATACACCA TTGAATCCTG CTTTAGTATC AGCTTATGGG 
CCTGGTCTTG AGAAAGGAAT AAAGTCTAAT ACTCTGGTGG ATTTTGATAT TGACTGTCGC 
AGAGCTGGCC CAGGCGACCT TAATGTCAGC ATTGTAAATT CTGAAGAAGA AGATATATTA 
TTTTCCTTGA AGAAGAAAGA CGATGGTACA TACACAGTTC ATTATTTAGC ACCACAGCCA 
GGGAATTACT TTATAAACTT GAAGTATGGA GGTCTAAATG TACCCTACTG CCCTATAAAA 
GTCAACGTTC AACCGCATGT AGATGTTTCG AAGATTAAAG TCGACGGCCT CGCTCGAAGA 
ACTTACGTGA ATCAGCCTGC AGAATTCAGA ATAGACACTC GGGCGATGCC AAAATCTGAA 
AATGACTCTA AAAAGGTTTC CTATATTATA AAATATCCCA GTGGTGGTGA AACTCAAAGC 
GTCGTTACTC TTCAAGAAGA TGGAACCTAT TACGTTTGTT ATGTACCATT TGAGGAAGGA 
TGCCATACCA TAGACATACT CTACGACAAT ATTCCTGTTC CTGGTTCACC ATTCTCAGTT 
AATGTTGAAC GTATGAGCGA ACCCAGAAAT TGTAAAGCCT ACGGACCAGG GTTACAAGAA 
GGAATAGTAA ACAAATCCAA CACTTTTACT GTAGAAACTA AAGATGCCGG TAACGGTGGT 
TTGGCTTTAT CTATGGAAGG GACCGGCGAA GTAAAGATGA CTTGCAAAGA CAATTACGAT 
GGCTCGTGCA GCGTTGAATA CATTCCGACC GAGTCAGGAG ATTATGAATG TTCTATAAAA 
TTTGCAGAAC AACACATCCC TGGGTCTCCT TTCCAAATCC TAGTTGTGGA TGAAATAGAA 
GCTAATAATG TTACTGTCTA CGGAACAGGA TTGGAATCTG TACGAGAAAA TGTGCTAGCA 
AAATTTATGG TCGACACTTC AAAATGCAGT CCAGCCCAAT TAGATATTAC ATTAAAGTCT 
GATAAAGGAC AAGTTCAGAC ACCGCTAATT AAAGATCGCG GAGATGGTCT ATATGAAGTT 
GCTTATCACC CTACACCTAT TGGAAGTAAC CTACAAGTTG GAGTGACTTA TGACGGGAAA 
AATATACCAG GAAGTCCTTT CAAGCCAAAG GTACTACCCA CCGTGGAACC AAATAAAGTT 
GTTTTATCTG GACCAGGAGT GGCGGCCGCT TGCACAGCAT CATTTCCAGT TGACTTCGTG 
GTGGATACTT CTAAAGCTGG TTATGGTAAC CTCGAAGTTC AAGTTCTGGG TCCAGACCAA 
GTACCTCGAA AAGTAGAAAT TCAAGATCTT GAAGATGGGA AGTACAAAGT CAGATATTTA 
CCCGATGATT GTGGCCGTTA TCAAATAAAA GTACGATACG GAGGGGTGGA GCTGCCAAGC 
TGTCCCATAT TGGTACAGAG TATATCAACA GGAAAAGCTG ACGAATGTAA AATAAAAAAG 
GGCATACAAC GCACATTAAC ACAGGGTGAA GAACAATGTA TTACAATCGA TACTATGAAC 
GCGGGTCACG GTGCTGTAAC CTGCCGAATT AAGTCCACTT CTGGAAGTGA AATTGTAGAT 
ATCGATATCG AGGATAATGG AGACGGGACT GTTAGCATTT ACTACACTGT TGCGGATGCT 
GGCGACTACA CGCTTAGCAT TAAATTCGGC GGTCAACCGG TACCAGGTGG ATTTTACACG 
TTTACAGCCT CCGAGGAGTA TCGAGAGCAT AGCACAGATA AAACGCAAAG AACGAAAAGG 
TCCCGTGAAA AGCAGGAGCA GCGTGTGATT GAACAACAGA GTGCAAATAT ATCAGAGACT 
TCAACTAATA CAACAAAGCA GAAGTTCAAC GAAATTTGTC TGAATAAAAT CCGACTACTG 
TCATCAGCTG GTACCGTAAC AGCCGAAGTA AAAATGCCGA GCGGGAACAT GGATAAGCCA 
ATAATCGAAG ATAATCACGA TGGAACGGTT TCTATTAGAT ATGACCCAAA AGAGGAAGGA 
CAGCACGAAG TCATTGTAAA ATTTAATGGC GTTCATGTTC AAGGTTCACC GTTTAAATTC 
CATGTGGATT CTATTGGAAG TGGTTACGTG ACGGCTTACG GACCAGGGTT AGTGTACGGC 
GTGTGCGGTG AACCTGGAAA TTTTGTGATT TCGACGAAAG GTGCTGGAGC AGGTGGCCTT 
TCATTGGCTG TTGAAGGGCC AAGTAAAACA GAAATATCTT GCCATGACAA TAAGGATGGG 
ACAGTTTCTG TATCATATCT TCCGACCGCC CCGGGAGAAT ACAAAATAAG TGTGAAATTC 
GGAGATAAAG ACATAAAGGG AAGCCCATAT GTTGCAAAGA TCACGGGCGA GGGACGCAAA 
CGGAATCAAA TCTCTGTCGG TGCATCCAGT GAGGTTCAGT TACCTGGAAA AGTTACGGAT 
TCCGATATAA AATCGTTGAA TGCGTCTATC ACAGCGCCGA GTGGTCTGGA AGAGCCTTGC 
TTCTTGAAAA TGTCCCCCAA CGGTAACATG TGCGTTTCTT TCACACCCCG TGAATCCGGT 
GAGCACACGG TCGCCGTTAA AAAGATGGGG AACCATATAC CGAATTCGCC GTTTAAAATA 
AACGTATCGG ATCGGGAAGT TGGTGATGCG AAGAAGGTGA AAGTATCCGG CCAGGGATTG 
AAAGAAGGCA AAACTCAAGT TGAAAACAGT TTTCTGATCG ATACGAGAAA TGCTGGTTTC 
GGTGGTCTAT CGTTGTCGAT CGAAGGTCCA AGTAAAGCAG AAATCCAATG CAAAGACAAC 
GAGGACGGTA CATTGAACAT TTTTTACAAA CCCACGGAAC CAGGTTACTA CATTATGAAT 
CTGAAGTACG CCGACCATCA CGTGGAAGGA TCACCATTCA CCGTGAAGGT CTCAGGAGAG 
GGTAGCAATC GTCAAAGGGA GAAGATTCAA AGACAAAGAG AGGCTGTTCC GATTACGGAA 
GTGGGTAGCC AGTGTAAGCT GACATTCAAA ATGCCTGGAA TTACGTCTTT CGATCTCGCC 
GCCACGGTCA CTTCGCCGGG AGGCGTGACC GAAGACGCAG AAGTTAAAGA AGTCGAAGAT 
GGTTTATATG CAGTCGCATT CGTACCTAAA GAACTCGGAG TGCATACGGT ATCTGTCAGA 
TACAAGGAAA TGCACATCCC GGGATCACCG TTTCAGTTCA CAGTTGGTCC TTTGAGAGAC 
AGTGGAGCGC ATAGGGTTCA TGCTGGCGGT CCTGGTTTGG AAAGGGGAGA GCAAGGTGAA 
CCATGTGAGT TCAACGTTTG GACCAGAGAA GCTGGAGCTG GAACACTAGC TATTTCGGTT 
GAAGGACCTA GCAGGGCCAA GATTGATTTC AAAGACCGGA AAGATGGTAG CTGTTACGTC 
AGTTATGTTG TCTCGGAACC TGGGGACTAC AGGGTTGGAA TAAAATTCAA TGACCAACAT 
ATTCCCGACT CTCCGCATAA AGTTTATATA TCACCGGCCA TGGGTGATGC TCATAAGCTG 
GAAGTTGCAC GATTTCCAGA ATCCGGCGTA CAACCAGACA AGCCAACTAC CTTCCTAGTC 
CGTAAAAACG GTGCCAAGGG TGAACTCGAT GCAAAGATTG TGTCTCCAAG TGGCACAGAA 
GATGACTGCT TCATTCAAGC CATCGATGGT GACACATACT CTGTGCGATT TATGGCGCAC 
GAAAACGGTA TCCACAATAT TCACATAAAA TTCAACGGTG TCCATATAGC GGGTAGTCCG 
TTCCCCGTTA AAGTCGGGAA AGTGGATGCA GATCCTGCTG CGGTACACGC TTACGGAAAT 
GGTTTGAAGG ATATCAAAAC GGGGCAAAAA ACTGATTTCA TTATCGATAC TTGTAACGCC 
GGCACTGGAT CGCTTAACGT AACCGTTGAT GGGCCAAGCA AAGTTGCAAT GGACTGTACA 
GAGGTCGAAG AAGGGTACAA GGTTAGATAC ACACCCTTAG TACCTGGTGA TTATTACATC 
AGCGTCAAGT ACAATGGATA TCATATTGTG GGGTCTCCAT TCAAGGTGCC GTGTACCGGT 
GCGGATCTTG CTGAGAAAGG TGCTCAAGAA ACAAGCTCAG TTGTTGTCGA AACTGTTCAG 
AAAATTTCGA AATCGAAGCA AGCGGGACCA GTTCTACCCC TATTCAAGTC AGACGCTAGT 
AAGGTGACAA GCAAAGGAAT GGGTCTAAAG AAAGCGTACC TTGGAAAACA AAATCAGTTT 
ACCGTGAACG CAGGCGATGC CGGTAATAAT ATCCTGTATG TGGCTGTTTA TGGACCGAAA 
GGACCATGTG ACGAAATCAC AACGAAACAC ACGGGCCGTA ATAATTACAA CGTGAGCTAC 
ATGGTTCGTG AAAGAGGAGA GTACATCATT TTAGTAAAAT GGGGCGATGA ACATATTTCT 
GGGTCACCAT ACAAAGTCGA AGTATAA

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

RefSeq	XP_015434540.1
CDS	145..6831
Translation	MCENDKSVECENAEEEDAEMWDQDLLEDAPWKLIQRNTFTRWANERLKVINRRIDDLECDLSDGLILIHLIEVLVQKKLPRHNQKPTFRSQKLENVSVALKFLEDQGIRIVNIDKTHTTDCECKLILGLLWTLILHYSISLPMLDEEESDKPVAPNTRLLRWIQSRIPDLPINNFTSNWKDGRTIGALVDAVAPGLCPEWKDWKPDNALSNTSVAMDLADNWLNIPQLIKPEEMISPNIDELSMMTYLSQYPHATLKEGAPLKQRTTPGRIQVYGPGIEPTGPVIDTRTNFTVETLSPGKVDVVIEDPKENKIPVDVMFDKDGKFKYSVSYIPKSHGPHKIRVFVDGRECSTSPYVVNVGVQSSDHTEITASGPGLLPDGTIVNKSTFFEIYTKNAGNSAPQVIIKDPQGSLTNVPAKLFRSSSDVWRCEYTPSLPGLHSINVAFAGKPIPGSPYSVNVSPVTDSKKKCKAYGRGILPNGVRVRDNAEFTVITKGVGDEVPGVNVIAPGGVNCPIHITKIDPTTYKCNYTPTKEGRHVVTVTYGGRDISKAPFEVNVGPYKESAIKAFGPGLHGGVVDYPAKFTVNTNGETGGLGFSIEGPSKAKIMCYDHGDGTADVSYLPTAPGQYAIHILCENEDIPNSPYVANILPKSNFDPDKVKVYGPGVQAESVPNDKPTNFTVDVKQAGQANLEVIVQDVCGKDVPVRVEDNHDGKLKCHYTPTSGTQHIIMVNYGGVAMKDSPFRMKVDTPLNPALVSAYGPGLEKGIKSNTLVDFDIDCRRAGPGDLNVSIVNSEEEDILFSLKKKDDGTYTVHYLAPQPGNYFINLKYGGLNVPYCPIKVNVQPHVDVSKIKVDGLARRTYVNQPAEFRIDTRAMPKSENDSKKVSYIIKYPSGGETQSVVTLQEDGTYYVCYVPFEEGCHTIDILYDNIPVPGSPFSVNVERMSEPRNCKAYGPGLQEGIVNKSNTFTVETKDAGNGGLALSMEGTGEVKMTCKDNYDGSCSVEYIPTESGDYECSIKFAEQHIPGSPFQILVVDEIEANNVTVYGTGLESVRENVLAKFMVDTSKCSPAQLDITLKSDKGQVQTPLIKDRGDGLYEVAYHPTPIGSNLQVGVTYDGKNIPGSPFKPKVLPTVEPNKVVLSGPGVAAACTASFPVDFVVDTSKAGYGNLEVQVLGPDQVPRKVEIQDLEDGKYKVRYLPDDCGRYQIKVRYGGVELPSCPILVQSISTGKADECKIKKGIQRTLTQGEEQCITIDTMNAGHGAVTCRIKSTSGSEIVDIDIEDNGDGTVSIYYTVADAGDYTLSIKFGGQPVPGGFYTFTASEEYREHSTDKTQRTKRSREKQEQRVIEQQSANISETSTNTTKQKFNEICLNKIRLLSSAGTVTAEVKMPSGNMDKPIIEDNHDGTVSIRYDPKEEGQHEVIVKFNGVHVQGSPFKFHVDSIGSGYVTAYGPGLVYGVCGEPGNFVISTKGAGAGGLSLAVEGPSKTEISCHDNKDGTVSVSYLPTAPGEYKISVKFGDKDIKGSPYVAKITGEGRKRNQISVGASSEVQLPGKVTDSDIKSLNASITAPSGLEEPCFLKMSPNGNMCVSFTPRESGEHTVAVKKMGNHIPNSPFKINVSDREVGDAKKVKVSGQGLKEGKTQVENSFLIDTRNAGFGGLSLSIEGPSKAEIQCKDNEDGTLNIFYKPTEPGYYIMNLKYADHHVEGSPFTVKVSGEGSNRQREKIQRQREAVPITEVGSQCKLTFKMPGITSFDLAATVTSPGGVTEDAEVKEVEDGLYAVAFVPKELGVHTVSVRYKEMHIPGSPFQFTVGPLRDSGAHRVHAGGPGLERGEQGEPCEFNVWTREAGAGTLAISVEGPSRAKIDFKDRKDGSCYVSYVVSEPGDYRVGIKFNDQHIPDSPHKVYISPAMGDAHKLEVARFPESGVQPDKPTTFLVRKNGAKGELDAKIVSPSGTEDDCFIQAIDGDTYSVRFMAHENGIHNIHIKFNGVHIAGSPFPVKVGKVDADPAAVHAYGNGLKDIKTGQKTDFIIDTCNAGTGSLNVTVDGPSKVAMDCTEVEEGYKVRYTPLVPGDYYISVKYNGYHIVGSPFKVPCTGADLAEKGAQETSSVVVETVQKISKSKQAGPVLPLFKSDASKVTSKGMGLKKAYLGKQNQFTVNAGDAGNNILYVAVYGPKGPCDEITTKHTGRNNYNVSYMVRERGEYIILVKWGDEHISGSPYKVEV

Target ORF information:

RefSeq Version	XM_015579054.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae filamin-A-like (LOC107190272), mRNA.

Target ORF information:

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

XM_015579054.1

ORF Insert Sequence:

ATGTGCGAGA ACGATAAGTC AGTTGAGTGC GAGAACGCTG AGGAAGAGGA CGCAGAGATG 
TGGGACCAAG ATTTACTTGA GGATGCACCG TGGAAATTAA TCCAACGAAA TACATTTACA 
CGATGGGCGA ACGAACGACT TAAAGTTATA AACAGACGCA TTGATGATTT AGAATGCGAT 
TTGTCGGATG GCCTTATATT GATACATTTA ATCGAAGTGC TGGTGCAGAA GAAACTTCCA 
AGACATAATC AGAAACCCAC CTTCAGGTCA CAGAAGCTTG AAAATGTGTC AGTTGCTTTA 
AAATTTTTAG AAGATCAAGG AATACGGATT GTCAATATCG ATAAAACGCA CACCACTGAT 
TGTGAGTGTA AGCTTATTCT TGGATTATTA TGGACACTAA TCTTGCATTA TTCCATTTCG 
CTACCTATGC TGGATGAAGA GGAGTCCGAC AAGCCTGTGG CACCAAATAC AAGATTATTG 
CGTTGGATCC AGTCCAGAAT TCCAGATTTA CCAATTAATA ATTTCACATC TAATTGGAAG 
GATGGGCGAA CTATTGGCGC ACTTGTAGAT GCTGTTGCAC CTGGGCTTTG CCCAGAGTGG 
AAAGACTGGA AACCCGATAA TGCCTTATCA AATACTTCTG TTGCAATGGA CTTAGCTGAT 
AATTGGCTAA ACATACCACA GCTTATTAAA CCTGAAGAAA TGATCAGCCC AAATATAGAC 
GAATTATCTA TGATGACTTA TTTATCTCAA TACCCACATG CAACATTGAA AGAGGGAGCC 
CCACTGAAGC AGCGAACGAC CCCAGGAAGA ATACAAGTTT ATGGGCCCGG TATTGAGCCA 
ACAGGTCCAG TAATTGATAC ACGTACCAAT TTTACCGTAG AAACACTTTC ACCGGGTAAA 
GTTGATGTTG TGATAGAAGA TCCAAAAGAA AACAAAATAC CGGTTGATGT TATGTTTGAT 
AAAGATGGAA AATTCAAGTA TTCTGTTTCT TATATTCCAA AATCCCATGG ACCACATAAA 
ATAAGGGTAT TTGTCGATGG AAGAGAGTGT TCAACCAGTC CTTACGTAGT AAATGTTGGA 
GTACAATCCA GTGATCATAC AGAAATTACA GCAAGTGGGC CTGGGTTACT ACCAGATGGT 
ACCATAGTTA ACAAATCAAC ATTCTTTGAA ATATACACAA AAAATGCTGG TAATAGCGCT 
CCACAAGTTA TAATAAAAGA CCCCCAGGGA TCACTGACAA ACGTACCTGC AAAATTATTT 
CGATCCTCGT CGGATGTATG GAGGTGCGAA TACACTCCCT CATTACCTGG CTTACATTCG 
ATAAATGTAG CTTTCGCCGG GAAACCTATA CCTGGAAGTC CTTACTCTGT TAATGTATCT 
CCAGTGACAG ACAGTAAAAA AAAGTGCAAA GCATACGGAC GAGGAATTTT ACCAAATGGT 
GTACGCGTTC GTGACAACGC GGAATTCACT GTTATTACGA AGGGCGTAGG TGACGAAGTA 
CCAGGAGTTA ACGTTATTGC TCCTGGTGGT GTTAACTGCC CTATACATAT TACTAAGATT 
GATCCAACAA CGTATAAATG TAATTATACG CCGACTAAAG AGGGACGACA CGTGGTAACG 
GTAACTTATG GTGGAAGAGA CATTTCTAAG GCACCATTCG AAGTCAATGT CGGACCGTAT 
AAAGAGTCAG CTATCAAAGC CTTTGGGCCT GGCCTTCACG GCGGAGTAGT TGATTACCCA 
GCCAAATTCA CCGTAAACAC AAATGGTGAA ACTGGTGGCC TTGGATTTTC GATCGAGGGC 
CCATCGAAAG CAAAAATTAT GTGTTATGAT CATGGGGACG GAACGGCAGA CGTATCTTAT 
TTACCAACTG CTCCAGGACA GTATGCGATT CACATACTAT GTGAAAACGA AGATATTCCG 
AATTCACCAT ACGTTGCGAA TATTTTGCCA AAATCTAATT TCGATCCCGA TAAGGTGAAA 
GTATACGGTC CGGGAGTTCA AGCAGAATCC GTTCCTAATG ACAAACCAAC AAATTTTACA 
GTAGACGTAA AGCAAGCTGG TCAAGCGAAT TTAGAAGTCA TTGTGCAAGA TGTGTGTGGG 
AAAGACGTTC CTGTTCGAGT AGAAGATAAT CATGATGGAA AATTAAAATG CCATTATACT 
CCAACATCTG GAACACAACA TATTATTATG GTAAATTACG GTGGCGTAGC CATGAAGGAT 
TCGCCGTTTA GGATGAAAGT AGATACACCA TTGAATCCTG CTTTAGTATC AGCTTATGGG 
CCTGGTCTTG AGAAAGGAAT AAAGTCTAAT ACTCTGGTGG ATTTTGATAT TGACTGTCGC 
AGAGCTGGCC CAGGCGACCT TAATGTCAGC ATTGTAAATT CTGAAGAAGA AGATATATTA 
TTTTCCTTGA AGAAGAAAGA CGATGGTACA TACACAGTTC ATTATTTAGC ACCACAGCCA 
GGGAATTACT TTATAAACTT GAAGTATGGA GGTCTAAATG TACCCTACTG CCCTATAAAA 
GTCAACGTTC AACCGCATGT AGATGTTTCG AAGATTAAAG TCGACGGCCT CGCTCGAAGA 
ACTTACGTGA ATCAGCCTGC AGAATTCAGA ATAGACACTC GGGCGATGCC AAAATCTGAA 
AATGACTCTA AAAAGGTTTC CTATATTATA AAATATCCCA GTGGTGGTGA AACTCAAAGC 
GTCGTTACTC TTCAAGAAGA TGGAACCTAT TACGTTTGTT ATGTACCATT TGAGGAAGGA 
TGCCATACCA TAGACATACT CTACGACAAT ATTCCTGTTC CTGGTTCACC ATTCTCAGTT 
AATGTTGAAC GTATGAGCGA ACCCAGAAAT TGTAAAGCCT ACGGACCAGG GTTACAAGAA 
GGAATAGTAA ACAAATCCAA CACTTTTACT GTAGAAACTA AAGATGCCGG TAACGGTGGT 
TTGGCTTTAT CTATGGAAGG GACCGGCGAA GTAAAGATGA CTTGCAAAGA CAATTACGAT 
GGCTCGTGCA GCGTTGAATA CATTCCGACC GAGTCAGGAG ATTATGAATG TTCTATAAAA 
TTTGCAGAAC AACACATCCC TGGGTCTCCT TTCCAAATCC TAGTTGTGGA TGAAATAGAA 
GCTAATAATG TTACTGTCTA CGGAACAGGA TTGGAATCTG TACGAGAAAA TGTGCTAGCA 
AAATTTATGG TCGACACTTC AAAATGCAGT CCAGCCCAAT TAGATATTAC ATTAAAGTCT 
GATAAAGGAC AAGTTCAGAC ACCGCTAATT AAAGATCGCG GAGATGGTCT ATATGAAGTT 
GCTTATCACC CTACACCTAT TGGAAGTAAC CTACAAGTTG GAGTGACTTA TGACGGGAAA 
AATATACCAG GAAGTCCTTT CAAGCCAAAG GTACTACCCA CCGTGGAACC AAATAAAGTT 
GTTTTATCTG GACCAGGAGT GGCGGCCGCT TGCACAGCAT CATTTCCAGT TGACTTCGTG 
GTGGATACTT CTAAAGCTGG TTATGGTAAC CTCGAAGTTC AAGTTCTGGG TCCAGACCAA 
GTACCTCGAA AAGTAGAAAT TCAAGATCTT GAAGATGGGA AGTACAAAGT CAGATATTTA 
CCCGATGATT GTGGCCGTTA TCAAATAAAA GTACGATACG GAGGGGTGGA GCTGCCAAGC 
TGTCCCATAT TGGTACAGAG TATATCAACA GGAAAAGCTG ACGAATGTAA AATAAAAAAG 
GGCATACAAC GCACATTAAC ACAGGGTGAA GAACAATGTA TTACAATCGA TACTATGAAC 
GCGGGTCACG GTGCTGTAAC CTGCCGAATT AAGTCCACTT CTGGAAGTGA AATTGTAGAT 
ATCGATATCG AGGATAATGG AGACGGGACT GTTAGCATTT ACTACACTGT TGCGGATGCT 
GGCGACTACA CGCTTAGCAT TAAATTCGGC GGTCAACCGG TACCAGGTGG ATTTTACACG 
TTTACAGCCT CCGAGGAGTA TCGAGAGCAT AGCACAGATA AAACGCAAAG AACGAAAAGG 
TCCCGTGAAA AGCAGGAGCA GCGTGTGATT GAACAACAGA GTGCAAATAT ATCAGAGACT 
TCAACTAATA CAACAAAGCA GAAGTTCAAC GAAATTTGTC TGAATAAAAT CCGACTACTG 
TCATCAGCTG GTACCGTAAC AGCCGAAGTA AAAATGCCGA GCGGGAACAT GGATAAGCCA 
ATAATCGAAG ATAATCACGA TGGAACGGTT TCTATTAGAT ATGACCCAAA AGAGGAAGGA 
CAGCACGAAG TCATTGTAAA ATTTAATGGC GTTCATGTTC AAGGTTCACC GTTTAAATTC 
CATGTGGATT CTATTGGAAG TGGTTACGTG ACGGCTTACG GACCAGGGTT AGTGTACGGC 
GTGTGCGGTG AACCTGGAAA TTTTGTGATT TCGACGAAAG GTGCTGGAGC AGGTGGCCTT 
TCATTGGCTG TTGAAGGGCC AAGTAAAACA GAAATATCTT GCCATGACAA TAAGGATGGG 
ACAGTTTCTG TATCATATCT TCCGACCGCC CCGGGAGAAT ACAAAATAAG TGTGAAATTC 
GGAGATAAAG ACATAAAGGG AAGCCCATAT GTTGCAAAGA TCACGGGCGA GGGACGCAAA 
CGGAATCAAA TCTCTGTCGG TGCATCCAGT GAGGTTCAGT TACCTGGAAA AGTTACGGAT 
TCCGATATAA AATCGTTGAA TGCGTCTATC ACAGCGCCGA GTGGTCTGGA AGAGCCTTGC 
TTCTTGAAAA TGTCCCCCAA CGGTAACATG TGCGTTTCTT TCACACCCCG TGAATCCGGT 
GAGCACACGG TCGCCGTTAA AAAGATGGGG AACCATATAC CGAATTCGCC GTTTAAAATA 
AACGTATCGG ATCGGGAAGT TGGTGATGCG AAGAAGGTGA AAGTATCCGG CCAGGGATTG 
AAAGAAGGCA AAACTCAAGT TGAAAACAGT TTTCTGATCG ATACGAGAAA TGCTGGTTTC 
GGTGGTCTAT CGTTGTCGAT CGAAGGTCCA AGTAAAGCAG AAATCCAATG CAAAGACAAC 
GAGGACGGTA CATTGAACAT TTTTTACAAA CCCACGGAAC CAGGTTACTA CATTATGAAT 
CTGAAGTACG CCGACCATCA CGTGGAAGGA TCACCATTCA CCGTGAAGGT CTCAGGAGAG 
GGTAGCAATC GTCAAAGGGA GAAGATTCAA AGACAAAGAG AGGCTGTTCC GATTACGGAA 
GTGGGTAGCC AGTGTAAGCT GACATTCAAA ATGCCTGGAA TTACGTCTTT CGATCTCGCC 
GCCACGGTCA CTTCGCCGGG AGGCGTGACC GAAGACGCAG AAGTTAAAGA AGTCGAAGAT 
GGTTTATATG CAGTCGCATT CGTACCTAAA GAACTCGGAG TGCATACGGT ATCTGTCAGA 
TACAAGGAAA TGCACATCCC GGGATCACCG TTTCAGTTCA CAGTTGGTCC TTTGAGAGAC 
AGTGGAGCGC ATAGGGTTCA TGCTGGCGGT CCTGGTTTGG AAAGGGGAGA GCAAGGTGAA 
CCATGTGAGT TCAACGTTTG GACCAGAGAA GCTGGAGCTG GAACACTAGC TATTTCGGTT 
GAAGGACCTA GCAGGGCCAA GATTGATTTC AAAGACCGGA AAGATGGTAG CTGTTACGTC 
AGTTATGTTG TCTCGGAACC TGGGGACTAC AGGGTTGGAA TAAAATTCAA TGACCAACAT 
ATTCCCGACT CTCCGCATAA AGTTTATATA TCACCGGCCA TGGGTGATGC TCATAAGCTG 
GAAGTTGCAC GATTTCCAGA ATCCGGCGTA CAACCAGACA AGCCAACTAC CTTCCTAGTC 
CGTAAAAACG GTGCCAAGGG TGAACTCGAT GCAAAGATTG TGTCTCCAAG TGGCACAGAA 
GATGACTGCT TCATTCAAGC CATCGATGGT GACACATACT CTGTGCGATT TATGGCGCAC 
GAAAACGGTA TCCACAATAT TCACATAAAA TTCAACGGTG TCCATATAGC GGGTAGTCCG 
TTCCCCGTTA AAGTCGGGAA AGTGGATGCA GATCCTGCTG CGGTACACGC TTACGGAAAT 
GGTTTGAAGG ATATCAAAAC GGGGCAAAAA ACTGATTTCA TTATCGATAC TTGTAACGCC 
GGCACTGGAT CGCTTAACGT AACCGTTGAT GGGCCAAGCA AAGTTGCAAT GGACTGTACA 
GAGGTCGAAG AAGGGTACAA GGTTAGATAC ACACCCTTAG TACCTGGTGA TTATTACATC 
AGCGTCAAGT ACAATGGATA TCATATTGTG GGGTCTCCAT TCAAGGTGCC GTGTACCGGT 
GCGGATCTTG CTGAGAAAGG TGCTCAAGAA ACAAGCTCAG TTGTTGTCGA AACTGTTCAG 
AAAATTTCGA AATCGAAGCA AGCGGGACCA GTTCTACCCC TATTCAAGTC AGACGCTAGT 
AAGGTGACAA GCAAAGGAAT GGGTCTAAAG AAAGCGTACC TTGGAAAACA AAATCAGTTT 
ACCGTGAACG CAGGCGATGC CGGTAATAAT ATCCTGTATG TGGCTGTTTA TGGACCGAAA 
GGACCATGTG ACGAAATCAC AACGAAACAC ACGGGCCGTA ATAATTACAA CGTGAGCTAC 
ATGGTTCGTG AAAGAGGAGA GTACATCATT TTAGTAAAAT GGGGCGATGA ACATATTTCT 
GGGTCACCAT ACAAAGTCGA AGTATAA