LOC104754542 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104754542
Entrez Gene ID	104754542
Full Name	myosin-8
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010476757.2	XP_010475059.1	myosin-8

Pathways from BioSystems
Gene Ontology

The following LOC104754542 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104754542 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
OCa201241	XM_010476757.2 Latest version!	Camelina sativa myosin-8 (LOC104754542), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC104754542 ( XM_010476757.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010475059.1 Camelina sativa myosin-8 (LOC104754542), mRNA.

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CloneID	OCa201241
Clone ID Related Accession (Same CDS sequence)	XM_010476757.2
Accession Version	XM_010476757.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4500bp) 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	2016-11-28
Organism	Camelina sativa(false flax)
Product	myosin-8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025701.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010476757.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelina sativa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTTGCTG CCTTCAATCC TGCTGTTGGG TCCCATGTGT GGGTGGAGGA CCCCGATGAA 
GCATGGCTAG ATGGTGAAGT TGTTGAGATT AATGGTGACC AGATCAAAGT TCTCTGCACT 
TCAGGGAAAC AAGTCGTTGT TAACGCTTCC AATATATATC CAAAAGATGT CGAAGCGCCA 
GCATCTGGGG TGGAAGATAT GACAAGACTG GCTTATTTAC ATGAACCTGG AGTTCTTCAG 
AATTTACAAT CCAGATATGA TATTAACGAA ATTTATACAT ATACGGGAAG CATACTGATT 
GCTGTTAACC CGTTTAGAAG ACTTCCGCAT CTGTATAGTA GCCATATGAT GGCTGAATAT 
AAAGGCGCTT CCCTCGGTGA GCTGAGTCCA CATCCTTTTG CCGTTGCAGA TGCTGCATAT 
AGACAGATGG TTAATGAAGG AGTTAGTCAA TCTATCCTGG TTAGCGGAGA AAGTGGTGCT 
GGTAAAACTG AAAGCACAAA GTTGCTTATG AGATATCTTG CCTACATGGG TGGGAGAGCT 
GCTGCTGAGG GAAGAAGTGT TGAGCAGAAA GTGTTGGAGT CGAATCCTGT TTTAGAAGCC 
TTTGGAAATG CAAAGACTGT TAGGAACAAT AATTCCAGTC GATTTGGTAA GTTCGTGGAG 
ATTCAATTTG ACGAATCGGG GAGGATATCT GGAGCTGCTA TAAGAACTTA TTTGTTGGAA 
AGATCGCGTG TTTGTCAGGT GTCTGATCCC GAAAGAAACT ATCATTGTTT CTACATGATT 
TGTGCTGCAC CAGAAGAAGA TGTTAAGAAG TTTAAGCTTG GTGATCCCAA GACATACCAC 
TATCTCAATC AGTCTAAGTG TATAGCATTG GATGGTATGA ATGATGCGGA GGAATATCAT 
GCAACAAGAA AGGCTATGGA TGTCGTTGGA ATCAGTACTG AGGAGCAGGA TGCAATTTTC 
CGCGTTGTGG CTTCCATTCT GCATCTGGGG AATATTGAAT TTGCTAAAGG AACAGAGATT 
GATTCATCAA TTCCCAGAGA TGAAAAGTCT TGGTTTCATT TAAGAACCGC CGCCGAGCTT 
CTCATGTGTG ATGAAAAATC ACTTGAGGAT TCTCTATGCA AGCGTATCAT GGTAACTCGT 
GATGAAACAA TCACAAAAAC TCTTGATCCA GAAGCTGCTC TTCTTAGCAG AGATGCTTTG 
GCTAAAATCA TGTACTCAAG GTTGTTTGAC TGGCTCGTTG AGAAGATTAA TACTCAAATT 
GGTCAAGATC CTGATTCAAA GTACTTGATT GGTGTTCTGG ATATTTATGG ATTCGAGAGT 
TTCAAGACAA ACAGTTTTGA GCAATTTTGC ATCAATTTGA CTAATGAGAA ACTTCAGCAG 
CACTTTAATC AGCACGTCTT TAAAATGGAG CAAGAGGAGT ATAAAAAGGA GGAGATCAAC 
TGGAGCTATA TTGAGTTTGT TGACAATCAA GATATTTTAG ACCTAATAGA AAAGAAACCC 
GGAGGGATTA TCGCTCTTCT AGATGAAGCT TGTATGTTTC CTAGATCAAC ACACGAGACA 
TTTGCTCAGA AGCTATATCA GACATACAAA AACCACAAGC GCTTTACCAA GCCGAAATTG 
GCTCGCAGTG ACTTCACAAT TTGTCATTAT GCTGGTGATG TCACGTATCA GACAGAATTT 
TTTCTAGACA AGAACAAGGA TTATGTTATT GCAGAGCATC AAGCGTTATT AAATGCTTCT 
ACATGTTCGT TTGTTGCAAA CTTGTTCCCA CCATTATCTG ACGATTCCAA ACAATCAAAA 
TTTTCCTCTA TCGGTACCCG TTTCAAGCAA CAATTGGTAT CTCTGCTTGA GATTCTCAAT 
ACAACGGAGC CACATTATAT CAGATGTATA AAGCCTAATA ACCTTTTGAA GCCTGGAATC 
TTTGAGAACC AAAATGTTCT ACAGCAATTG CGTTGCGGGG GAGTGATGGA GGCAATCCGG 
ATTAGTTGTG CTGGCTATCC TACTAGGAAG CACTTTGACG AGTTCTTGAA CAGATTTGGT 
ATCATTGCTC CACAAGTGTT GGACAAGAAT TCCGATGAAC CAGCTGCTTG CAAGAAGCTT 
CTTGATAAGG CCGGACTTGA AGGATATCAG ATTGGTAAAT CAAAGGTTTT TCTTAGGGCC 
GGACAAATGG CAGACTTGGA TACTCGGCGA ACTGAAATCT TGGGAAGATC GGCGAGCATT 
ATCCAAAGAA AAGTGCGATC TTATCTTGCG CAGAAAGCTT TTATCCAGCT GCGTATCTCT 
GCTACACAGA TCCAGGCAGT TTGCAGAGGT TATCTTGCTA GAAGTATATA CGAAGGCATG 
CGTAGGGAAT CTGCTGCTTT AAAAATCCAG AGAGACTTGC GTAAGTTTCT GGCTAGGAAA 
GCTTACACTG AGCTATTTTC TGCTACTATT TCAATTCAAG CGGGTATGCG TGGTATGGTT 
TCCCGAAAGG AACTAAGTTT CAGAAGGCAG ACTAAAGCTG CAACATTAAT CCAGAGCCGG 
TGTCGTGTAT ACTTGGCTCG GCTGCATTAC AGAAAACTAA AGAAAGCAGC CATCACGACA 
CAATGTGCAT GGAGAGGAAA AGTTGCGCGG AAAGAACTCA AAAACCTTAA GATGGCTGCT 
CGAGAAACAG GAGCTCTTCA AGAAGCCAAA AACAAGCTAG AGAAGCAAGT TGAGGAACTG 
ACATGGAGAT TACAGTTAGA AAAACGAATG AGGACTGACC TGGAAGAGGC CAAAAAGCAA 
GAAAATGCAA AATATGAGTC TTCTTTAGAG GAAATACAAA ATAAGTTTAA AGAAACCGAG 
GCATTGCTTG TTAAAGAGCG TGAAGCTGCC AAGAAAGTTT CTGAGGTGCT CCCTATTATT 
AAGGAGGTTC CTGTAGTTGA CCAGGAATTA ATGGAGAAAC TCACAAATGA AAATGAAAAG 
TTGAAGGGGA TGGTAAGTTC TCTTGAGGTA AAGATAGATG AAACAGCAAA GGAACTTCAG 
GAGACAAGCA GGATTAGTCA GGATAGACTA AAGCAAGCGT TGGCGGCAGA ATCTAAAGTA 
GCGAAGTTGA AGACTGCAAT GCAGAGGCTT GAAGAGAAGA TTTCAGACAT GGAAGCTGAG 
AAACAAATTA TGCTTCAGCA AACGATCTTA AACACGCCTG CGAAAACTGT AACAGGGCAT 
CCTCCAACTG CAACTATTAA GAATCTGGAA AATGGCCACC GTACAAACTT GGAAAACCAG 
TCCAATGAAG CTGAGTTTGA TGGAAATGCT GCGAGATCTG CTGCAGAACG TCAACTTGAG 
AATGTTGATA CTCTCATTAA ATGTGTCAAG GAAAACATTG GTTTCAGTAA TGGGAAACCT 
ATTGCTGCAT TTACAATATA CAAGTGTCTT CTTCACTGGA AGTGCTTTGA ATCAGAAAAG 
ACTAGTGCGT TTGATCGTCT TATTGAGATG ATTGGTTCCG CGATTGAGAA TGAAGATGAC 
AATGCTCATT TGGCATATTG GTTGACAAAC ATATCAGCAC TACTGTTTTT ACTTCAAAAA 
AGTCTTAAAA CTGGTGGCAC GGGAACAACT GCAAGCAAGA AGCCACCCAT CACGACTTCC 
TTGTTTGGAA GAATGGCCTT GAGTTTCCGC TCTTCACCAA ACCTTGCTGC TGCGGCTGAA 
GCTGCTGCTC TTGCGGTTAT CCGCCCAGTG GAGGCAAAAT ATCCGGCTCT GCTTTTCAAG 
CAACAGCTTG CAGCATATGT GGAGAAAATA TTTGGGATGA TTAGGGATAA CTTGAAGAAA 
GAGCTCTCAG CTTTAATATC TCTGTGCATT CAGGCACCGA GAATTTCAAA AGGAGGGATG 
CAAAGATCTG GTAGGTCTGT TGGAAAAGAT TCCCCTGCTA TTCACTGGCA GAGCATTATT 
GATGGTCTCA ATTCGCTTCT TGCCATAATG AAAGAAAACT ATGTTCCCTT GGTACTCATC 
CAAAAGTTAC ACACTCAAAC TTTCTCGTTC ATCAATGTGC AACTGTTTAA CAGCCTTCTA 
CTGCGTAAAG AGTGCTGTAC ATTCAGCAAT GGAGAATTTG TAAAGTCTGG GCTTGCAGAG 
CTAGAGTTGT GGTGCGGCCA AGTCAATGAG TATGCTGGGC CATCTTGGGA AGAACTGAAA 
CACATCAGAC AAGCTGTTGG GTTCCTGGTT ATCCACCAAA AGTACAGAGT GTCATATGAT 
GATATAGTAC ATGATCTTTG CCCGATCCTT AGTGTCCAAC AACTTTACCG GATATGCACA 
TTATACTGGG ACGACTGCTA TAACACCCGA AGTGTGTCTC AAGAGGTAAT ATCGAGCATG 
CGTGCGCTCA TGACAGAGGA ATCCAACGAT GCAGACAGCA ATTCCTTCTT GTTGGATGAT 
AATTCCAGCA TACCCTTCTC AATCGACGAA ATATCCAATT CGATGCACGA AAAAGACTTT 
GCGAGTGTAA AACCGGCTAA AGAGCTTCTG GAAAATCCAG ACTTTGTATT CTTGCACTAG

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

RefSeq	XP_010475059.1
CDS	386..4885
Translation	MVAAFNPAVGSHVWVEDPDEAWLDGEVVEINGDQIKVLCTSGKQVVVNASNIYPKDVEAPASGVEDMTRLAYLHEPGVLQNLQSRYDINEIYTYTGSILIAVNPFRRLPHLYSSHMMAEYKGASLGELSPHPFAVADAAYRQMVNEGVSQSILVSGESGAGKTESTKLLMRYLAYMGGRAAAEGRSVEQKVLESNPVLEAFGNAKTVRNNNSSRFGKFVEIQFDESGRISGAAIRTYLLERSRVCQVSDPERNYHCFYMICAAPEEDVKKFKLGDPKTYHYLNQSKCIALDGMNDAEEYHATRKAMDVVGISTEEQDAIFRVVASILHLGNIEFAKGTEIDSSIPRDEKSWFHLRTAAELLMCDEKSLEDSLCKRIMVTRDETITKTLDPEAALLSRDALAKIMYSRLFDWLVEKINTQIGQDPDSKYLIGVLDIYGFESFKTNSFEQFCINLTNEKLQQHFNQHVFKMEQEEYKKEEINWSYIEFVDNQDILDLIEKKPGGIIALLDEACMFPRSTHETFAQKLYQTYKNHKRFTKPKLARSDFTICHYAGDVTYQTEFFLDKNKDYVIAEHQALLNASTCSFVANLFPPLSDDSKQSKFSSIGTRFKQQLVSLLEILNTTEPHYIRCIKPNNLLKPGIFENQNVLQQLRCGGVMEAIRISCAGYPTRKHFDEFLNRFGIIAPQVLDKNSDEPAACKKLLDKAGLEGYQIGKSKVFLRAGQMADLDTRRTEILGRSASIIQRKVRSYLAQKAFIQLRISATQIQAVCRGYLARSIYEGMRRESAALKIQRDLRKFLARKAYTELFSATISIQAGMRGMVSRKELSFRRQTKAATLIQSRCRVYLARLHYRKLKKAAITTQCAWRGKVARKELKNLKMAARETGALQEAKNKLEKQVEELTWRLQLEKRMRTDLEEAKKQENAKYESSLEEIQNKFKETEALLVKEREAAKKVSEVLPIIKEVPVVDQELMEKLTNENEKLKGMVSSLEVKIDETAKELQETSRISQDRLKQALAAESKVAKLKTAMQRLEEKISDMEAEKQIMLQQTILNTPAKTVTGHPPTATIKNLENGHRTNLENQSNEAEFDGNAARSAAERQLENVDTLIKCVKENIGFSNGKPIAAFTIYKCLLHWKCFESEKTSAFDRLIEMIGSAIENEDDNAHLAYWLTNISALLFLLQKSLKTGGTGTTASKKPPITTSLFGRMALSFRSSPNLAAAAEAAALAVIRPVEAKYPALLFKQQLAAYVEKIFGMIRDNLKKELSALISLCIQAPRISKGGMQRSGRSVGKDSPAIHWQSIIDGLNSLLAIMKENYVPLVLIQKLHTQTFSFINVQLFNSLLLRKECCTFSNGEFVKSGLAELELWCGQVNEYAGPSWEELKHIRQAVGFLVIHQKYRVSYDDIVHDLCPILSVQQLYRICTLYWDDCYNTRSVSQEVISSMRALMTEESNDADSNSFLLDDNSSIPFSIDEISNSMHEKDFASVKPAKELLENPDFVFLH

Target ORF information:

RefSeq Version	XM_010476757.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa myosin-8 (LOC104754542), mRNA.

Target ORF information:

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

XM_010476757.2

ORF Insert Sequence:

ATGGTTGCTG CCTTCAATCC TGCTGTTGGG TCCCATGTGT GGGTGGAGGA CCCCGATGAA 
GCATGGCTAG ATGGTGAAGT TGTTGAGATT AATGGTGACC AGATCAAAGT TCTCTGCACT 
TCAGGGAAAC AAGTCGTTGT TAACGCTTCC AATATATATC CAAAAGATGT CGAAGCGCCA 
GCATCTGGGG TGGAAGATAT GACAAGACTG GCTTATTTAC ATGAACCTGG AGTTCTTCAG 
AATTTACAAT CCAGATATGA TATTAACGAA ATTTATACAT ATACGGGAAG CATACTGATT 
GCTGTTAACC CGTTTAGAAG ACTTCCGCAT CTGTATAGTA GCCATATGAT GGCTGAATAT 
AAAGGCGCTT CCCTCGGTGA GCTGAGTCCA CATCCTTTTG CCGTTGCAGA TGCTGCATAT 
AGACAGATGG TTAATGAAGG AGTTAGTCAA TCTATCCTGG TTAGCGGAGA AAGTGGTGCT 
GGTAAAACTG AAAGCACAAA GTTGCTTATG AGATATCTTG CCTACATGGG TGGGAGAGCT 
GCTGCTGAGG GAAGAAGTGT TGAGCAGAAA GTGTTGGAGT CGAATCCTGT TTTAGAAGCC 
TTTGGAAATG CAAAGACTGT TAGGAACAAT AATTCCAGTC GATTTGGTAA GTTCGTGGAG 
ATTCAATTTG ACGAATCGGG GAGGATATCT GGAGCTGCTA TAAGAACTTA TTTGTTGGAA 
AGATCGCGTG TTTGTCAGGT GTCTGATCCC GAAAGAAACT ATCATTGTTT CTACATGATT 
TGTGCTGCAC CAGAAGAAGA TGTTAAGAAG TTTAAGCTTG GTGATCCCAA GACATACCAC 
TATCTCAATC AGTCTAAGTG TATAGCATTG GATGGTATGA ATGATGCGGA GGAATATCAT 
GCAACAAGAA AGGCTATGGA TGTCGTTGGA ATCAGTACTG AGGAGCAGGA TGCAATTTTC 
CGCGTTGTGG CTTCCATTCT GCATCTGGGG AATATTGAAT TTGCTAAAGG AACAGAGATT 
GATTCATCAA TTCCCAGAGA TGAAAAGTCT TGGTTTCATT TAAGAACCGC CGCCGAGCTT 
CTCATGTGTG ATGAAAAATC ACTTGAGGAT TCTCTATGCA AGCGTATCAT GGTAACTCGT 
GATGAAACAA TCACAAAAAC TCTTGATCCA GAAGCTGCTC TTCTTAGCAG AGATGCTTTG 
GCTAAAATCA TGTACTCAAG GTTGTTTGAC TGGCTCGTTG AGAAGATTAA TACTCAAATT 
GGTCAAGATC CTGATTCAAA GTACTTGATT GGTGTTCTGG ATATTTATGG ATTCGAGAGT 
TTCAAGACAA ACAGTTTTGA GCAATTTTGC ATCAATTTGA CTAATGAGAA ACTTCAGCAG 
CACTTTAATC AGCACGTCTT TAAAATGGAG CAAGAGGAGT ATAAAAAGGA GGAGATCAAC 
TGGAGCTATA TTGAGTTTGT TGACAATCAA GATATTTTAG ACCTAATAGA AAAGAAACCC 
GGAGGGATTA TCGCTCTTCT AGATGAAGCT TGTATGTTTC CTAGATCAAC ACACGAGACA 
TTTGCTCAGA AGCTATATCA GACATACAAA AACCACAAGC GCTTTACCAA GCCGAAATTG 
GCTCGCAGTG ACTTCACAAT TTGTCATTAT GCTGGTGATG TCACGTATCA GACAGAATTT 
TTTCTAGACA AGAACAAGGA TTATGTTATT GCAGAGCATC AAGCGTTATT AAATGCTTCT 
ACATGTTCGT TTGTTGCAAA CTTGTTCCCA CCATTATCTG ACGATTCCAA ACAATCAAAA 
TTTTCCTCTA TCGGTACCCG TTTCAAGCAA CAATTGGTAT CTCTGCTTGA GATTCTCAAT 
ACAACGGAGC CACATTATAT CAGATGTATA AAGCCTAATA ACCTTTTGAA GCCTGGAATC 
TTTGAGAACC AAAATGTTCT ACAGCAATTG CGTTGCGGGG GAGTGATGGA GGCAATCCGG 
ATTAGTTGTG CTGGCTATCC TACTAGGAAG CACTTTGACG AGTTCTTGAA CAGATTTGGT 
ATCATTGCTC CACAAGTGTT GGACAAGAAT TCCGATGAAC CAGCTGCTTG CAAGAAGCTT 
CTTGATAAGG CCGGACTTGA AGGATATCAG ATTGGTAAAT CAAAGGTTTT TCTTAGGGCC 
GGACAAATGG CAGACTTGGA TACTCGGCGA ACTGAAATCT TGGGAAGATC GGCGAGCATT 
ATCCAAAGAA AAGTGCGATC TTATCTTGCG CAGAAAGCTT TTATCCAGCT GCGTATCTCT 
GCTACACAGA TCCAGGCAGT TTGCAGAGGT TATCTTGCTA GAAGTATATA CGAAGGCATG 
CGTAGGGAAT CTGCTGCTTT AAAAATCCAG AGAGACTTGC GTAAGTTTCT GGCTAGGAAA 
GCTTACACTG AGCTATTTTC TGCTACTATT TCAATTCAAG CGGGTATGCG TGGTATGGTT 
TCCCGAAAGG AACTAAGTTT CAGAAGGCAG ACTAAAGCTG CAACATTAAT CCAGAGCCGG 
TGTCGTGTAT ACTTGGCTCG GCTGCATTAC AGAAAACTAA AGAAAGCAGC CATCACGACA 
CAATGTGCAT GGAGAGGAAA AGTTGCGCGG AAAGAACTCA AAAACCTTAA GATGGCTGCT 
CGAGAAACAG GAGCTCTTCA AGAAGCCAAA AACAAGCTAG AGAAGCAAGT TGAGGAACTG 
ACATGGAGAT TACAGTTAGA AAAACGAATG AGGACTGACC TGGAAGAGGC CAAAAAGCAA 
GAAAATGCAA AATATGAGTC TTCTTTAGAG GAAATACAAA ATAAGTTTAA AGAAACCGAG 
GCATTGCTTG TTAAAGAGCG TGAAGCTGCC AAGAAAGTTT CTGAGGTGCT CCCTATTATT 
AAGGAGGTTC CTGTAGTTGA CCAGGAATTA ATGGAGAAAC TCACAAATGA AAATGAAAAG 
TTGAAGGGGA TGGTAAGTTC TCTTGAGGTA AAGATAGATG AAACAGCAAA GGAACTTCAG 
GAGACAAGCA GGATTAGTCA GGATAGACTA AAGCAAGCGT TGGCGGCAGA ATCTAAAGTA 
GCGAAGTTGA AGACTGCAAT GCAGAGGCTT GAAGAGAAGA TTTCAGACAT GGAAGCTGAG 
AAACAAATTA TGCTTCAGCA AACGATCTTA AACACGCCTG CGAAAACTGT AACAGGGCAT 
CCTCCAACTG CAACTATTAA GAATCTGGAA AATGGCCACC GTACAAACTT GGAAAACCAG 
TCCAATGAAG CTGAGTTTGA TGGAAATGCT GCGAGATCTG CTGCAGAACG TCAACTTGAG 
AATGTTGATA CTCTCATTAA ATGTGTCAAG GAAAACATTG GTTTCAGTAA TGGGAAACCT 
ATTGCTGCAT TTACAATATA CAAGTGTCTT CTTCACTGGA AGTGCTTTGA ATCAGAAAAG 
ACTAGTGCGT TTGATCGTCT TATTGAGATG ATTGGTTCCG CGATTGAGAA TGAAGATGAC 
AATGCTCATT TGGCATATTG GTTGACAAAC ATATCAGCAC TACTGTTTTT ACTTCAAAAA 
AGTCTTAAAA CTGGTGGCAC GGGAACAACT GCAAGCAAGA AGCCACCCAT CACGACTTCC 
TTGTTTGGAA GAATGGCCTT GAGTTTCCGC TCTTCACCAA ACCTTGCTGC TGCGGCTGAA 
GCTGCTGCTC TTGCGGTTAT CCGCCCAGTG GAGGCAAAAT ATCCGGCTCT GCTTTTCAAG 
CAACAGCTTG CAGCATATGT GGAGAAAATA TTTGGGATGA TTAGGGATAA CTTGAAGAAA 
GAGCTCTCAG CTTTAATATC TCTGTGCATT CAGGCACCGA GAATTTCAAA AGGAGGGATG 
CAAAGATCTG GTAGGTCTGT TGGAAAAGAT TCCCCTGCTA TTCACTGGCA GAGCATTATT 
GATGGTCTCA ATTCGCTTCT TGCCATAATG AAAGAAAACT ATGTTCCCTT GGTACTCATC 
CAAAAGTTAC ACACTCAAAC TTTCTCGTTC ATCAATGTGC AACTGTTTAA CAGCCTTCTA 
CTGCGTAAAG AGTGCTGTAC ATTCAGCAAT GGAGAATTTG TAAAGTCTGG GCTTGCAGAG 
CTAGAGTTGT GGTGCGGCCA AGTCAATGAG TATGCTGGGC CATCTTGGGA AGAACTGAAA 
CACATCAGAC AAGCTGTTGG GTTCCTGGTT ATCCACCAAA AGTACAGAGT GTCATATGAT 
GATATAGTAC ATGATCTTTG CCCGATCCTT AGTGTCCAAC AACTTTACCG GATATGCACA 
TTATACTGGG ACGACTGCTA TAACACCCGA AGTGTGTCTC AAGAGGTAAT ATCGAGCATG 
CGTGCGCTCA TGACAGAGGA ATCCAACGAT GCAGACAGCA ATTCCTTCTT GTTGGATGAT 
AATTCCAGCA TACCCTTCTC AATCGACGAA ATATCCAATT CGATGCACGA AAAAGACTTT 
GCGAGTGTAA AACCGGCTAA AGAGCTTCTG GAAAATCCAG ACTTTGTATT CTTGCACTAG