LOC104715076 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104715076
Entrez Gene ID	104715076
Full Name	uncharacterized LOC104715076
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010432543.2	XP_010430845.1	uncharacterized protein LOC104715076

Pathways from BioSystems
Gene Ontology

The following LOC104715076 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104715076 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
OCa159452	XM_010432543.2 Latest version!	Camelina sativa uncharacterized LOC104715076 (LOC104715076), 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)

LOC104715076 ( XM_010432543.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010430845.1 Camelina sativa uncharacterized LOC104715076 (LOC104715076), mRNA.

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CloneID	OCa159452
Clone ID Related Accession (Same CDS sequence)	XM_010432543.2
Accession Version	XM_010432543.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6420bp) 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	uncharacterized protein LOC104715076
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025685.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010432543.1. ##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##

ATGGTACGAT CTGAGCCTTG TGTTCTGTTC GCTCAGACCT TTGTTCATCC TCAATTGGAC 
GAATATGTCG ACGAGGTAAT ATTTGCTGAG CCAGTAATTA TCACAGCTTG CGAATTTTTG 
GAGCAGAATG CATCCTCATC TTCTCAAGCT GTTTCTCTTG TCGGGGCAAC TTCACCTCCT 
TCATTTGCAT TGGAAGTGTT CGTACGATGT GAAGGGGAAT CAAAGTTTAA GCGACTTTGT 
AATCCTTTTC TTTACACTCC ATCAGCGCCC TACCCTTTGG AAGTGGAGGC TGTTGTAACA 
AACCATCTGG TGGTTAGAGG TAGCTATCGG AGTTTGAGCT TGATCGTCTA TGGGAACATT 
GTGAAAGATT TGGGGCAGTA CAATATCATT CTTGAAGGTC GTTCTGTAAC TGATATTGTG 
AGTTCCACTG AGGGTAATCT TGAGGACTTG CCATTGGTCT TGCACTCAGT TAACAGAACA 
ATAGAGGAAT GTCTATCCTC TCTAGACATA GTATCTCTCG CCCTGGCTGC TGTAGATGTG 
CCTGTGGAAG TAAAGCGATT GTTGCACCTG CTGCTAAAAG TCTTTGATAA GCTAGCTACT 
AATGATGTAG TAAATAAATT TGTGGATACG GTAGTGTCTG GGGTCTCTTC TTATGTTACA 
GACAATGTAG ATTTCTTTTT AAAGAATAAG AATTCTCAGG CCGTGGCCAG TTCTCTAGAT 
TCTGGGTTAT TCCATGATAT AGTTGACAGG GTTAAGAAAG ATATTCTTGA TCTCAATGAA 
ATTCAAGAAT CAGATGTGGC ACTTGGAGTG TTCAGCTTTC TTGAATCAGA GACTTATTTG 
GCTACTTCCC AACAATTGGT TGATATGTTG AGCCCATATA TTCAGTTTGA AAGAGATTCT 
TTATGTACTG TCCTTCCACA GCTTTCAAAG GGAAAAGCCA CTCTTTTAGG TTTAAGTTTG 
GCATTTTTAT TATGCTCTGG TCGAGAAGGC TGCCTCCAAT TTGTCAATTC GGGTGGGATA 
GATCGACTTG TATATTTGTT TGGTCATGAT CTTCAGAATT CTACCACCAT TACCTTGCTG 
TTACTTGGAG TTGTAGAGCA GGCTACACGC CACTCAGTTG GGTGTGAAGG ATTTTTAGGT 
TGGTGGCCTC GTGAGGATGG AAACATCCCA TCTGGGAAGA GTGAGGGCTA CTGTCTTCTT 
TTGAAATTAC TTATGCAGAA ACCGTGCCAT GAGATTGCCT CTCTTGCAAT TTATATTCTT 
CGTCGTTTGA GAATTTACGA GGTTATATCA AGATATGAGT TTGCAGTGCT GTCAGCACTG 
GAAGGTCTCT CCAATTCTCA TGGGGCTGCA ACTCATAATC TGGATTCGCT ATCGGATGCT 
AAGTCACAAC TTCAAAAGCT CCAGAAGCTG ATGAAGTCAC TTGGATCAGT CGAAGATCCA 
TCACCATCAG CCTACGCAGA AAGAAGTTTG GTCTCTGATA ATTCTGAAGG GTGGTTGTCA 
TACAAAGCCA CGAGTAAACT AACTGCTTCA TGGGCATGCC CCTTTTATAG CTCTGGAATT 
GATTCGCACA TGCTGGCACT TCTGAAGGAG CGGGGTTTTC TTCCTTTGTC AGCAGCACTT 
CTCTCAATGC CTGGATTGCA TTCTAAAGTT GGAGATATTA TGGATGTGTT TACTGATATT 
GCAATGTTTA TTGGCAACAT AATTCTTTCA TTTATGTTTT CACGCACAGG ATTGAGCTTT 
TTGCTACATC ATCCTCAATT GACTGCTACA ATAATACAAT CTCTGAAGGG ATCTGTCGAT 
CTGAACAAGG AGGAGTGTGT CCCTCTCCAC TATGCTTCAA TTTTAATATC CAAGGGTTTT 
ACTTGCAGCT TACTGGAAAT TGGAATTAAT CTTGAGATGC ATTTGAGGGT GGTGAGTGCG 
GTAGATCGTT TGCTCAAGTC GACACAACAA ACAGAAGAAT TTCTATGGAT TTTATGGGAA 
TTGCGTGATG TTTCTAGGTC TGATTGTGGA CGTGAAGCTT TATTGACACT AGGTGTTTTT 
CCAGAGGCTT TAGCAGTCTT GATTGAAGCT TTGCATTCAG CCAAGGATAT GGAGCCAGCA 
GTTGAAAATA GTGGAATTTC ACCGCTTAAT CTAGCAATAT GTCACTCAGC TGCTGAGATT 
TTTGAGGTCA TAGTCTCTGA TTCAACTGCA TCATGCTTGC ATGCTTGGAT TGAACATGCC 
CCAGTCCTTC ATAAGGCCTT GCATACTTTG TCACTCGGTG GTTCTAATCG AAAGGATGCC 
CCTACACGAT TACTTAAGTG GATTGATGCG GGTGTAGTTT ATCACAAACA TGGTGTAGTT 
GGGCTTTTAC GTTATGCTGC TGTCCTGGCT TCTGGAGGGG ACGCCCAATT ATCATCATCA 
AGCATCCTTG GACTGGATTT AACACCGGCT GAGAATGGTG CTGGAGAATC AACAAATGTC 
TCTGAGATGA ACGTGCTAGA TAATCTTGGA AAAGTTATCT TTGAGAAATC TTTTGAAGGT 
GTTAACCTTT CTGATTCATC AATTTCGCAG TTGACAACAG CACTCCGGAT TTTAGCGCTG 
ATTTCAGATA ATTTAACTGT TGCTGCTGCT TTATATGACG AGGGTGCGGT TACAGTGGTG 
TATGCTATCT TGGTCAACTG CAGCTTCATG TTTGAGAGGT CCTCGAATAT TTATGATTAT 
CTGGTCGATG ACGATCATGG ATGCAGTTCT ATTTCTGACT TTTTGTCTGA ACGTAATCGT 
GAGCAAAGCT TGGTGGACTT GTTAATTCCT TCCCTTGTCC TTTTGATATC TGTTCTGCAA 
AGACTACAGG GAACTAAGGA GCAGTATAGA AACACCAAAC TGATGAAGGC ACTCCTAAGG 
CTACATCGGG AAGTCAGCCC GAAGCTAGCT GCTTGTGCAG CTGACTTGTC CTCCCATTAT 
CCGGACTCTG CTCTTGGCTT TGGAGCAGTG TGCCACCTCA TTGTGTCCGC CCTTGTCTGC 
TGGCCAGTTT ATGGATGGAT TCCTGGGCTA TTCCACACTC TTCTTTCGGG TGTCCAGACG 
TCCTCTGTTC ATGCCTTGGG TCCAAAGGAG ACCTGTAGTT TCCTCTGCAT TCTAAGTGAT 
ATTCTCCCCG AAGAAGGAGT CTGGTTTTGG AAGAGTGGCA TGCCCTTATT AAGTGGTCTC 
AGAAAGTTGG CGGTTGGGAC ATTGATGGGT CCACAGAAGG AGAAACAGAT CAACTGGTAT 
CTGGAGCCTG GTCCACTTGA AAAACTGATA AACCATTTAA CACCTAATCT TGACAAGATT 
GCAAAGATTA TCCAACATCA TGCAGTATCT GCATTGGTGG TCATTCAGGA TATGCTTCGG 
GTTTTCGTAG TTCGTATTGC ATGTCAAAGG GTTGAACATG CTTCTATCCT TCTGCGGCCC 
ATATTTTCAT CTATCAGAGA TGGTATTTTG GATCAGTCAT CAACAAGAGA CACTGAAGCT 
TATATGGTCT ACCGATATCT TAACTTTCTG GCTAGTTTAT TAGAGCATCC GCATGCGAAG 
GGATTACTGT TAGAGGAGGG TATTGTTCAA CTGCTTGTGG AAGTTCTGGA AAGATGTTAT 
GATGCCACTT ATCCAAGTGA AAACAGGGTT CTTGAGTATG GAATTGTGTC CGAGTCTAGT 
GTGATTCAGT GGTGTATTCC AGCATTCAGA TCAATCTCAC TACTATGCGA TTCACAAGTG 
CCTCTCTCGT GCTGTCAGAA AAAAGAGCTA TTGGCCAGTT TGAGTGCAAA AGATTGTGCA 
TTGATTTTTC CCTTTGTGCT GAAGTTCTGT CAGGTGTTGC CTGTTGGCAA TGAGCTATTA 
TCTTGTCTTT GCGCTTTCAA AGACCTGGTC TCATGTGGTG AAGGTCAAAA TGGTCTGGTT 
TCACTTTTGC TTCATCTGTT TTCTGGGGCC GAAGAACCTG TATCTGCTGA AAGGTGGTGT 
GACACTAGTA GTATGAGTCT CAATCAACTA GAAATGAAGA AGAATCCCCC TTTTCTGTCT 
TGCTGGATCA AGTTATTGAA CTCAGTTAAT TCAAAAGATG GGTCCTCTAG TCTTGCAATT 
AAGGCAGTAA ACGTTCTGAG CGTGGGCTCC ATCAGATTAT GCCTTGATGG TGAAAGTTTG 
GACTCGAAGA AGGTTGCAGG ACTTAAATCC CTTTTTGGCC TTCCAAGTGA GTATAGTGGT 
ACAGACACTT TTAGAGAGGA AACCATTGGT TTGATTGAAC AAATGGTGAC ACTGTTGAGT 
TCAGTGACTA TGGGATCTGA TAGTTCAGTA ACAGCTGAGA CGAAACCCTA TTTGCATGAG 
GCATCTCGGT CGTTGCTGTC GTTGCTAAAA GACGGGAATA TTGATGATAT TATCTCCTGC 
AAAGGTGTTC TTGTTTCTCC TGGGAATTTT GATATGGTTG ATTTGGAGTC TGAAAACATT 
GAGGATGATC TCTATCAAAG AGGACTTGAA GACAAGTTCT GGTGGGAATG TCCAGAAACA 
TTACCTGAGC GTCTGCCCCA GTCATCTCTC CCTGCGAAAA GGAAACCACC AACTTTGGAG 
AGCTCTAGCA GGCGTGCCAA AGGCGAAAAC TCTTCTGTTG ACATACCGAC CCAAAGTTCA 
GTTCAACGGG GGTTGAATTC TGTATCCCTT CCTCCTGCTC GTCCATCTAG AGATAGCTTT 
AGGCAGCGCA GGCCGAATAC CAGCAGGCCT CCCTCTATGC ATGTAGATGA TTATGTTGCT 
AGGGAAAGGA GTGTTGATAC AGCTGGTAAT TCTAATGCAA TAACCATTTC ACGAGCAGGA 
TCTAGCAGTG GTAGACCTCC ATCTATTCAT GTTGATGAGT TTATGGCCAG ACAGAGAGAA 
CGAGGCCAAA ATGCCTCCAC CATTGTGGTT GGAGAGGCTG TTGTGCAAGT GAAAAATCCT 
ACTCCTGCTA GAGATACTGA AAAAGTTGCA GGTAAACCAA AACAATTCAA AGCCGATCCT 
GATGATGATC TACAAGGAAT AGATATAGTT TTTGATGGTG AGGAATGTGA AGGACCTGAT 
GACAAGTTAC CCTTTCTTCA GCCTGATGAG AACCTTATGC AGCCTGCTCC CGTCATGGTT 
GAACAAAACT CTCCTCACTC CATTGTTGAA GAAACCGAGA GTGATGCAAA TGGAAGTAGT 
CAGTTCTCTC ACATGGGCAC ACCTGTGGCA TCTAATGTTG ATGAAAACGC TCAGAGCGAG 
TTTTCATCAA GGATTTCAGT TTCACGCCCT GAGATGTCGT TGATTCGTGA ACCAAGCATT 
ACTTCTGACA GAAAATTTGT TGAGCAAGCA GACGAATCAA AGAAAATGAC CGCTCTGAAG 
ACCGCTGGCA TATCTGAATC TGGGTTTGTA CCTGCTTACA ACATGCCAGG ATCATCAGGA 
CAAAATTTGA TTGATCCTAG AGTGGGTCCC CAGGGATTCT ATTCAAAGAC TAGTCAGCAA 
CATACGGGCC ATATTCATGG TGGATTCAGT GGTCGGGGGG TTTATGAACA GAAAATGATG 
CCAAACCAGC CTCCTTTACC TCTAGTGCCG CCTCCGTCAG TCTCACCTGT GATACCACAT 
TCTTCTGATT CTCATTCTAA TCAATCCTCC CCGTTTGTAA ATCATGGAAC ACAGTCTTCA 
GGAGGACCCA TCCGGCTTAT GCCACCGCTC CCTTCAGCAA TTCCCCAATA CTCATCTAAC 
CCATATGCCT CGTTACCACC AAGGACATCT ACAGTTCAAT CTTTTGGATA CAACCAGGCA 
GGTACCGCTG AACAACAACA GAGTGGTCCG GCGACTGATC ATCAGTCTAG CAATCTATCT 
GTTCCAGGTA CCGGAATGAC CTCTTATCCT CCCCCCAATA TAATGTCATC CCATAATTTT 
AGCAGGCCGT CATCTCTCCC TGTGCCATTC TATGGAAATC CTTCGCATCA AGGAGGTGAT 
AAGCAGCAAA CTATGTTGTC GGTTCCCTCC ATTCCTCAAT CACTCAATCA ACAGTCCATC 
CCTCAGCTGC CATCGATGCA GCTTTCACAG TTACAGCGCC CTATGCAGCC TCCTCAGCAT 
GTTAGACCAC CCATACAGAT ATCTCAACCA TCAGAGCAAG GAGTATCAAT GCAAAACCCA 
TTTCAGGTTC CAATGCATCA GATGCAGATG ATGCAACAGG CGCAAGTCCA GCCTTACTAC 
CACCCTCTTC AACAACAAGA GATATCTCAG GTGCAGCAAC AGCCACATCA TCATGCTGTA 
CAAGGTCAGC AAGGAGCTGG GACTTCCCAG CAACAAGAAT CTGGAATGTC ATTACATGAT 
TACTTCAAGT CCCCTGAAGC CATTCAGTCT CTATTGAGTG ACCGCGAGAA GCTGTGTCAG 
CTTCTGGAAC AACATCCGAA GTTAATGCAG ATGCTTCAGG AAAAACTTGG GCAGCTATGA

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

RefSeq	XP_010430845.1
CDS	219..6638
Translation	MVRSEPCVLFAQTFVHPQLDEYVDEVIFAEPVIITACEFLEQNASSSSQAVSLVGATSPPSFALEVFVRCEGESKFKRLCNPFLYTPSAPYPLEVEAVVTNHLVVRGSYRSLSLIVYGNIVKDLGQYNIILEGRSVTDIVSSTEGNLEDLPLVLHSVNRTIEECLSSLDIVSLALAAVDVPVEVKRLLHLLLKVFDKLATNDVVNKFVDTVVSGVSSYVTDNVDFFLKNKNSQAVASSLDSGLFHDIVDRVKKDILDLNEIQESDVALGVFSFLESETYLATSQQLVDMLSPYIQFERDSLCTVLPQLSKGKATLLGLSLAFLLCSGREGCLQFVNSGGIDRLVYLFGHDLQNSTTITLLLLGVVEQATRHSVGCEGFLGWWPREDGNIPSGKSEGYCLLLKLLMQKPCHEIASLAIYILRRLRIYEVISRYEFAVLSALEGLSNSHGAATHNLDSLSDAKSQLQKLQKLMKSLGSVEDPSPSAYAERSLVSDNSEGWLSYKATSKLTASWACPFYSSGIDSHMLALLKERGFLPLSAALLSMPGLHSKVGDIMDVFTDIAMFIGNIILSFMFSRTGLSFLLHHPQLTATIIQSLKGSVDLNKEECVPLHYASILISKGFTCSLLEIGINLEMHLRVVSAVDRLLKSTQQTEEFLWILWELRDVSRSDCGREALLTLGVFPEALAVLIEALHSAKDMEPAVENSGISPLNLAICHSAAEIFEVIVSDSTASCLHAWIEHAPVLHKALHTLSLGGSNRKDAPTRLLKWIDAGVVYHKHGVVGLLRYAAVLASGGDAQLSSSSILGLDLTPAENGAGESTNVSEMNVLDNLGKVIFEKSFEGVNLSDSSISQLTTALRILALISDNLTVAAALYDEGAVTVVYAILVNCSFMFERSSNIYDYLVDDDHGCSSISDFLSERNREQSLVDLLIPSLVLLISVLQRLQGTKEQYRNTKLMKALLRLHREVSPKLAACAADLSSHYPDSALGFGAVCHLIVSALVCWPVYGWIPGLFHTLLSGVQTSSVHALGPKETCSFLCILSDILPEEGVWFWKSGMPLLSGLRKLAVGTLMGPQKEKQINWYLEPGPLEKLINHLTPNLDKIAKIIQHHAVSALVVIQDMLRVFVVRIACQRVEHASILLRPIFSSIRDGILDQSSTRDTEAYMVYRYLNFLASLLEHPHAKGLLLEEGIVQLLVEVLERCYDATYPSENRVLEYGIVSESSVIQWCIPAFRSISLLCDSQVPLSCCQKKELLASLSAKDCALIFPFVLKFCQVLPVGNELLSCLCAFKDLVSCGEGQNGLVSLLLHLFSGAEEPVSAERWCDTSSMSLNQLEMKKNPPFLSCWIKLLNSVNSKDGSSSLAIKAVNVLSVGSIRLCLDGESLDSKKVAGLKSLFGLPSEYSGTDTFREETIGLIEQMVTLLSSVTMGSDSSVTAETKPYLHEASRSLLSLLKDGNIDDIISCKGVLVSPGNFDMVDLESENIEDDLYQRGLEDKFWWECPETLPERLPQSSLPAKRKPPTLESSSRRAKGENSSVDIPTQSSVQRGLNSVSLPPARPSRDSFRQRRPNTSRPPSMHVDDYVARERSVDTAGNSNAITISRAGSSSGRPPSIHVDEFMARQRERGQNASTIVVGEAVVQVKNPTPARDTEKVAGKPKQFKADPDDDLQGIDIVFDGEECEGPDDKLPFLQPDENLMQPAPVMVEQNSPHSIVEETESDANGSSQFSHMGTPVASNVDENAQSEFSSRISVSRPEMSLIREPSITSDRKFVEQADESKKMTALKTAGISESGFVPAYNMPGSSGQNLIDPRVGPQGFYSKTSQQHTGHIHGGFSGRGVYEQKMMPNQPPLPLVPPPSVSPVIPHSSDSHSNQSSPFVNHGTQSSGGPIRLMPPLPSAIPQYSSNPYASLPPRTSTVQSFGYNQAGTAEQQQSGPATDHQSSNLSVPGTGMTSYPPPNIMSSHNFSRPSSLPVPFYGNPSHQGGDKQQTMLSVPSIPQSLNQQSIPQLPSMQLSQLQRPMQPPQHVRPPIQISQPSEQGVSMQNPFQVPMHQMQMMQQAQVQPYYHPLQQQEISQVQQQPHHHAVQGQQGAGTSQQQESGMSLHDYFKSPEAIQSLLSDREKLCQLLEQHPKLMQMLQEKLGQL

Target ORF information:

RefSeq Version	XM_010432543.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa uncharacterized LOC104715076 (LOC104715076), mRNA.

Target ORF information:

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

XM_010432543.2

ORF Insert Sequence:

ATGGTACGAT CTGAGCCTTG TGTTCTGTTC GCTCAGACCT TTGTTCATCC TCAATTGGAC 
GAATATGTCG ACGAGGTAAT ATTTGCTGAG CCAGTAATTA TCACAGCTTG CGAATTTTTG 
GAGCAGAATG CATCCTCATC TTCTCAAGCT GTTTCTCTTG TCGGGGCAAC TTCACCTCCT 
TCATTTGCAT TGGAAGTGTT CGTACGATGT GAAGGGGAAT CAAAGTTTAA GCGACTTTGT 
AATCCTTTTC TTTACACTCC ATCAGCGCCC TACCCTTTGG AAGTGGAGGC TGTTGTAACA 
AACCATCTGG TGGTTAGAGG TAGCTATCGG AGTTTGAGCT TGATCGTCTA TGGGAACATT 
GTGAAAGATT TGGGGCAGTA CAATATCATT CTTGAAGGTC GTTCTGTAAC TGATATTGTG 
AGTTCCACTG AGGGTAATCT TGAGGACTTG CCATTGGTCT TGCACTCAGT TAACAGAACA 
ATAGAGGAAT GTCTATCCTC TCTAGACATA GTATCTCTCG CCCTGGCTGC TGTAGATGTG 
CCTGTGGAAG TAAAGCGATT GTTGCACCTG CTGCTAAAAG TCTTTGATAA GCTAGCTACT 
AATGATGTAG TAAATAAATT TGTGGATACG GTAGTGTCTG GGGTCTCTTC TTATGTTACA 
GACAATGTAG ATTTCTTTTT AAAGAATAAG AATTCTCAGG CCGTGGCCAG TTCTCTAGAT 
TCTGGGTTAT TCCATGATAT AGTTGACAGG GTTAAGAAAG ATATTCTTGA TCTCAATGAA 
ATTCAAGAAT CAGATGTGGC ACTTGGAGTG TTCAGCTTTC TTGAATCAGA GACTTATTTG 
GCTACTTCCC AACAATTGGT TGATATGTTG AGCCCATATA TTCAGTTTGA AAGAGATTCT 
TTATGTACTG TCCTTCCACA GCTTTCAAAG GGAAAAGCCA CTCTTTTAGG TTTAAGTTTG 
GCATTTTTAT TATGCTCTGG TCGAGAAGGC TGCCTCCAAT TTGTCAATTC GGGTGGGATA 
GATCGACTTG TATATTTGTT TGGTCATGAT CTTCAGAATT CTACCACCAT TACCTTGCTG 
TTACTTGGAG TTGTAGAGCA GGCTACACGC CACTCAGTTG GGTGTGAAGG ATTTTTAGGT 
TGGTGGCCTC GTGAGGATGG AAACATCCCA TCTGGGAAGA GTGAGGGCTA CTGTCTTCTT 
TTGAAATTAC TTATGCAGAA ACCGTGCCAT GAGATTGCCT CTCTTGCAAT TTATATTCTT 
CGTCGTTTGA GAATTTACGA GGTTATATCA AGATATGAGT TTGCAGTGCT GTCAGCACTG 
GAAGGTCTCT CCAATTCTCA TGGGGCTGCA ACTCATAATC TGGATTCGCT ATCGGATGCT 
AAGTCACAAC TTCAAAAGCT CCAGAAGCTG ATGAAGTCAC TTGGATCAGT CGAAGATCCA 
TCACCATCAG CCTACGCAGA AAGAAGTTTG GTCTCTGATA ATTCTGAAGG GTGGTTGTCA 
TACAAAGCCA CGAGTAAACT AACTGCTTCA TGGGCATGCC CCTTTTATAG CTCTGGAATT 
GATTCGCACA TGCTGGCACT TCTGAAGGAG CGGGGTTTTC TTCCTTTGTC AGCAGCACTT 
CTCTCAATGC CTGGATTGCA TTCTAAAGTT GGAGATATTA TGGATGTGTT TACTGATATT 
GCAATGTTTA TTGGCAACAT AATTCTTTCA TTTATGTTTT CACGCACAGG ATTGAGCTTT 
TTGCTACATC ATCCTCAATT GACTGCTACA ATAATACAAT CTCTGAAGGG ATCTGTCGAT 
CTGAACAAGG AGGAGTGTGT CCCTCTCCAC TATGCTTCAA TTTTAATATC CAAGGGTTTT 
ACTTGCAGCT TACTGGAAAT TGGAATTAAT CTTGAGATGC ATTTGAGGGT GGTGAGTGCG 
GTAGATCGTT TGCTCAAGTC GACACAACAA ACAGAAGAAT TTCTATGGAT TTTATGGGAA 
TTGCGTGATG TTTCTAGGTC TGATTGTGGA CGTGAAGCTT TATTGACACT AGGTGTTTTT 
CCAGAGGCTT TAGCAGTCTT GATTGAAGCT TTGCATTCAG CCAAGGATAT GGAGCCAGCA 
GTTGAAAATA GTGGAATTTC ACCGCTTAAT CTAGCAATAT GTCACTCAGC TGCTGAGATT 
TTTGAGGTCA TAGTCTCTGA TTCAACTGCA TCATGCTTGC ATGCTTGGAT TGAACATGCC 
CCAGTCCTTC ATAAGGCCTT GCATACTTTG TCACTCGGTG GTTCTAATCG AAAGGATGCC 
CCTACACGAT TACTTAAGTG GATTGATGCG GGTGTAGTTT ATCACAAACA TGGTGTAGTT 
GGGCTTTTAC GTTATGCTGC TGTCCTGGCT TCTGGAGGGG ACGCCCAATT ATCATCATCA 
AGCATCCTTG GACTGGATTT AACACCGGCT GAGAATGGTG CTGGAGAATC AACAAATGTC 
TCTGAGATGA ACGTGCTAGA TAATCTTGGA AAAGTTATCT TTGAGAAATC TTTTGAAGGT 
GTTAACCTTT CTGATTCATC AATTTCGCAG TTGACAACAG CACTCCGGAT TTTAGCGCTG 
ATTTCAGATA ATTTAACTGT TGCTGCTGCT TTATATGACG AGGGTGCGGT TACAGTGGTG 
TATGCTATCT TGGTCAACTG CAGCTTCATG TTTGAGAGGT CCTCGAATAT TTATGATTAT 
CTGGTCGATG ACGATCATGG ATGCAGTTCT ATTTCTGACT TTTTGTCTGA ACGTAATCGT 
GAGCAAAGCT TGGTGGACTT GTTAATTCCT TCCCTTGTCC TTTTGATATC TGTTCTGCAA 
AGACTACAGG GAACTAAGGA GCAGTATAGA AACACCAAAC TGATGAAGGC ACTCCTAAGG 
CTACATCGGG AAGTCAGCCC GAAGCTAGCT GCTTGTGCAG CTGACTTGTC CTCCCATTAT 
CCGGACTCTG CTCTTGGCTT TGGAGCAGTG TGCCACCTCA TTGTGTCCGC CCTTGTCTGC 
TGGCCAGTTT ATGGATGGAT TCCTGGGCTA TTCCACACTC TTCTTTCGGG TGTCCAGACG 
TCCTCTGTTC ATGCCTTGGG TCCAAAGGAG ACCTGTAGTT TCCTCTGCAT TCTAAGTGAT 
ATTCTCCCCG AAGAAGGAGT CTGGTTTTGG AAGAGTGGCA TGCCCTTATT AAGTGGTCTC 
AGAAAGTTGG CGGTTGGGAC ATTGATGGGT CCACAGAAGG AGAAACAGAT CAACTGGTAT 
CTGGAGCCTG GTCCACTTGA AAAACTGATA AACCATTTAA CACCTAATCT TGACAAGATT 
GCAAAGATTA TCCAACATCA TGCAGTATCT GCATTGGTGG TCATTCAGGA TATGCTTCGG 
GTTTTCGTAG TTCGTATTGC ATGTCAAAGG GTTGAACATG CTTCTATCCT TCTGCGGCCC 
ATATTTTCAT CTATCAGAGA TGGTATTTTG GATCAGTCAT CAACAAGAGA CACTGAAGCT 
TATATGGTCT ACCGATATCT TAACTTTCTG GCTAGTTTAT TAGAGCATCC GCATGCGAAG 
GGATTACTGT TAGAGGAGGG TATTGTTCAA CTGCTTGTGG AAGTTCTGGA AAGATGTTAT 
GATGCCACTT ATCCAAGTGA AAACAGGGTT CTTGAGTATG GAATTGTGTC CGAGTCTAGT 
GTGATTCAGT GGTGTATTCC AGCATTCAGA TCAATCTCAC TACTATGCGA TTCACAAGTG 
CCTCTCTCGT GCTGTCAGAA AAAAGAGCTA TTGGCCAGTT TGAGTGCAAA AGATTGTGCA 
TTGATTTTTC CCTTTGTGCT GAAGTTCTGT CAGGTGTTGC CTGTTGGCAA TGAGCTATTA 
TCTTGTCTTT GCGCTTTCAA AGACCTGGTC TCATGTGGTG AAGGTCAAAA TGGTCTGGTT 
TCACTTTTGC TTCATCTGTT TTCTGGGGCC GAAGAACCTG TATCTGCTGA AAGGTGGTGT 
GACACTAGTA GTATGAGTCT CAATCAACTA GAAATGAAGA AGAATCCCCC TTTTCTGTCT 
TGCTGGATCA AGTTATTGAA CTCAGTTAAT TCAAAAGATG GGTCCTCTAG TCTTGCAATT 
AAGGCAGTAA ACGTTCTGAG CGTGGGCTCC ATCAGATTAT GCCTTGATGG TGAAAGTTTG 
GACTCGAAGA AGGTTGCAGG ACTTAAATCC CTTTTTGGCC TTCCAAGTGA GTATAGTGGT 
ACAGACACTT TTAGAGAGGA AACCATTGGT TTGATTGAAC AAATGGTGAC ACTGTTGAGT 
TCAGTGACTA TGGGATCTGA TAGTTCAGTA ACAGCTGAGA CGAAACCCTA TTTGCATGAG 
GCATCTCGGT CGTTGCTGTC GTTGCTAAAA GACGGGAATA TTGATGATAT TATCTCCTGC 
AAAGGTGTTC TTGTTTCTCC TGGGAATTTT GATATGGTTG ATTTGGAGTC TGAAAACATT 
GAGGATGATC TCTATCAAAG AGGACTTGAA GACAAGTTCT GGTGGGAATG TCCAGAAACA 
TTACCTGAGC GTCTGCCCCA GTCATCTCTC CCTGCGAAAA GGAAACCACC AACTTTGGAG 
AGCTCTAGCA GGCGTGCCAA AGGCGAAAAC TCTTCTGTTG ACATACCGAC CCAAAGTTCA 
GTTCAACGGG GGTTGAATTC TGTATCCCTT CCTCCTGCTC GTCCATCTAG AGATAGCTTT 
AGGCAGCGCA GGCCGAATAC CAGCAGGCCT CCCTCTATGC ATGTAGATGA TTATGTTGCT 
AGGGAAAGGA GTGTTGATAC AGCTGGTAAT TCTAATGCAA TAACCATTTC ACGAGCAGGA 
TCTAGCAGTG GTAGACCTCC ATCTATTCAT GTTGATGAGT TTATGGCCAG ACAGAGAGAA 
CGAGGCCAAA ATGCCTCCAC CATTGTGGTT GGAGAGGCTG TTGTGCAAGT GAAAAATCCT 
ACTCCTGCTA GAGATACTGA AAAAGTTGCA GGTAAACCAA AACAATTCAA AGCCGATCCT 
GATGATGATC TACAAGGAAT AGATATAGTT TTTGATGGTG AGGAATGTGA AGGACCTGAT 
GACAAGTTAC CCTTTCTTCA GCCTGATGAG AACCTTATGC AGCCTGCTCC CGTCATGGTT 
GAACAAAACT CTCCTCACTC CATTGTTGAA GAAACCGAGA GTGATGCAAA TGGAAGTAGT 
CAGTTCTCTC ACATGGGCAC ACCTGTGGCA TCTAATGTTG ATGAAAACGC TCAGAGCGAG 
TTTTCATCAA GGATTTCAGT TTCACGCCCT GAGATGTCGT TGATTCGTGA ACCAAGCATT 
ACTTCTGACA GAAAATTTGT TGAGCAAGCA GACGAATCAA AGAAAATGAC CGCTCTGAAG 
ACCGCTGGCA TATCTGAATC TGGGTTTGTA CCTGCTTACA ACATGCCAGG ATCATCAGGA 
CAAAATTTGA TTGATCCTAG AGTGGGTCCC CAGGGATTCT ATTCAAAGAC TAGTCAGCAA 
CATACGGGCC ATATTCATGG TGGATTCAGT GGTCGGGGGG TTTATGAACA GAAAATGATG 
CCAAACCAGC CTCCTTTACC TCTAGTGCCG CCTCCGTCAG TCTCACCTGT GATACCACAT 
TCTTCTGATT CTCATTCTAA TCAATCCTCC CCGTTTGTAA ATCATGGAAC ACAGTCTTCA 
GGAGGACCCA TCCGGCTTAT GCCACCGCTC CCTTCAGCAA TTCCCCAATA CTCATCTAAC 
CCATATGCCT CGTTACCACC AAGGACATCT ACAGTTCAAT CTTTTGGATA CAACCAGGCA 
GGTACCGCTG AACAACAACA GAGTGGTCCG GCGACTGATC ATCAGTCTAG CAATCTATCT 
GTTCCAGGTA CCGGAATGAC CTCTTATCCT CCCCCCAATA TAATGTCATC CCATAATTTT 
AGCAGGCCGT CATCTCTCCC TGTGCCATTC TATGGAAATC CTTCGCATCA AGGAGGTGAT 
AAGCAGCAAA CTATGTTGTC GGTTCCCTCC ATTCCTCAAT CACTCAATCA ACAGTCCATC 
CCTCAGCTGC CATCGATGCA GCTTTCACAG TTACAGCGCC CTATGCAGCC TCCTCAGCAT 
GTTAGACCAC CCATACAGAT ATCTCAACCA TCAGAGCAAG GAGTATCAAT GCAAAACCCA 
TTTCAGGTTC CAATGCATCA GATGCAGATG ATGCAACAGG CGCAAGTCCA GCCTTACTAC 
CACCCTCTTC AACAACAAGA GATATCTCAG GTGCAGCAAC AGCCACATCA TCATGCTGTA 
CAAGGTCAGC AAGGAGCTGG GACTTCCCAG CAACAAGAAT CTGGAATGTC ATTACATGAT 
TACTTCAAGT CCCCTGAAGC CATTCAGTCT CTATTGAGTG ACCGCGAGAA GCTGTGTCAG 
CTTCTGGAAC AACATCCGAA GTTAATGCAG ATGCTTCAGG AAAAACTTGG GCAGCTATGA