LOC105364409 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105364409
Entrez Gene ID	105364409
Full Name	nucleolar pre-ribosomal-associated protein 1
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011502322.1	XP_011500624.1	nucleolar pre-ribosomal-associated protein 1

Pathways from BioSystems
Gene Ontology

The following LOC105364409 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105364409 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
OCe200122	XM_011502322.1 Latest version!	Ceratosolen solmsi marchali nucleolar pre-ribosomal-associated protein 1 (LOC105364409), 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)

LOC105364409 ( XM_011502322.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011500624.1 Ceratosolen solmsi marchali nucleolar pre-ribosomal-associated protein 1 (LOC105364409), mRNA.

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CloneID	OCe200122
Clone ID Related Accession (Same CDS sequence)	XM_011502322.1
Accession Version	XM_011502322.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6234bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	nucleolar pre-ribosomal-associated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948432.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 16% of CDS bases ##RefSeq-Attributes-END##

ATGACGAAAA AAGTTTCTTT CAATGAAAAT CTGGAGATAT GTTCAGAATC TGGAAGTCTT 
GAGGTAGGGA ATGACAATAT TGAAATGAGT ATAAATAGAA AAGAAAAGAG GAAGCGTAAA 
TTAGATGATG TTTATGTGAA ACCTAAGAAA AAAGGAAAAA GCGAGGAAAT TGAGAGTACT 
ATGGAAAATG ATAAGAATAG CAGTAATGTC GTGGATAACG AAGATTTGGA TGACATTGTA 
GTCTCTAAAG AGGAAAGCGA TAGGTTTACT GGGAAATTTT TAAGAGATTC GTTTAGTTCA 
TCGGAAGATT TTCTAATGCT TAATAAATTT GTCGCAATAT GTCATCAAAA TGGCAAAAGG 
GATTTAGCGG CAGAGTTTTT GCGAGCGGGT GGTACTGTTC TTGAAATTCT GAAATCACTT 
GATATATCGG AGAAGAAGAA TATCAACAAT ACATGCGTTG TATTTTCAGC AATGCATATT 
GTTATAATGA AAATATTAGC TAAATTTCCA CAGAACCAAT CAAATGCTGA AGAAGCATGC 
CGTCATTTGA TTAATACCCA TCTTGTCTCG ATACATTCGA TGCTCTCTAG TCATGGGAAG 
GCGAAACATC GTAAAATTAT TCTAAAATTA TTAGCTGCAA TTGTTTCGTT AGGTGGAAAG 
TTACCGCGCG AATTATTAAA TCATTTATCG CTGCACTCGC AGCTCGTTGA AATGCTAGTT 
TCCCATTCTA AGCCTACCGA TCGTGAGAGC GTGAGAACGT GTTTTATATA TTTTATACTC 
GCATTTTTGA TCGAGGGCAA TGCAACTGAC ATTCGAGCGT TACTTGAGAA ACGCGGTGTA 
CTATCTAGTA TTTTTTCTGG TTTACTATAC GATTATTCCG ACATTGTTCA ACTCGTATTA 
AAAACTGTTA AAAAATATGT CTTAGAAAAT CCTACAATAA CTAAAACTGT AAAATTACAT 
GTATTTTCAA CTACAGTTGT TCAAGAGATT TTTAATTTAT ACAATTGGAA AGGTCCTAAG 
AATTGGTCTA GTCAAGCTCA TAAGAAACAA AAATTTGTAA CAGAATGTAT CGATGCAGAA 
GATAAGGAGA TTACAGTAAA CTGTGTTCAT GATTTTTTAA TAACTCTATT AACTTCTACA 
AGGCATGGTA TTGCTTTTCA CGATCGAACT CTTGGAACAG ATTCGAAATA TAAGCACAAT 
CAGTTGATTA GTACACTTTT ACAAAATCTG GATAAGCCTT GGGAACACGA GAAACAGTCG 
GACTTAATAA TTAAAATCTT AACAGTGTGT CCCGATTTAA TTAAATTACA GTTAATTCGC 
ACGGAGTCTT ACTTAGTTCC TAGAGTTTCA AAAAAATGGA TCGATACCAT ACATTTTATT 
AGCAAGATAA TTAGTAACAT TGACATAGAA AGCTGTTTAC GATTTTGTTC TTTAGATATG 
ACAGAAATAC AATTTATAAA TGCAATTTTA AATTTAATAT TACCCTCTGT CGTTATTAAA 
ACAGCAATAA TACCATCCTT GGAGCATAGT AGTTTCATAA TTCATCATGA AATTATTAAT 
CTTTTATTAG TTATGATTAA GAAAGTTGAA CATTTTGTAT CAATTTTTGA AAGTATGAAG 
TTTAGCGTCT CTGAAATTTC CACTTACAAA GGCATTATTT CAGAACACAT ATTGAAACAT 
ATACCAAATA TTGACTCCAT TATAAACTTA TGGACTAAAA CATTGTCCTC CAATGTAGAA 
GAGCGAAATC TTGAAATGCA AGAGAATGTA GATTTTCACG TGAAAGATCA TTTACAAACA 
ATTCTAAATC TTCTACAAGC TTATTGTGAA ATTTGTCCTG AAATTTTTTT AACAACTAGT 
TCTCCAAATA TACAAAAAGA ATGTATCGTA TTGTTTACTA ATTTCTCTAA CATAGAAGAT 
CTTACAACAG AGGAATTGAT TACTATGAAA GTCAAGACTA TAAAAATTCT CTTATTTTCC 
AATATATTAA GCTTTCTACC AAATGAGGAA ATTTTTAACA GTGCTCTATC ATTTTTAATC 
ACTCAAATTG GAAATAAAGA TACTTCTTTG GATTATGAAA TACGTGAAAC GATAAATGTG 
TTGTTAGAGA AATCTGGAAT ATTTGAAGGG TATAATGATC AGATTGAAAT TTGGATCGAC 
GGCATCACGT ATTTCAAAAG TCTTGAGAAG GTTGAAGTTG CTAATTGGAT TACAAAAATC 
ATTAAACGTG TGTTTAAGCA TAATGATAAG TATGCGTCAT TAATATTTGA AATTGAACGA 
AATTCTGGAG AGAAAGTTGA TATAAATGTA CAAGAAAAGA TATTTAAAGA ATTAAGCGAA 
AGAAATTTTG ATGACGTGAA ATTGGTATCT TCCATGTTAC CGGTTACTTC AATATCCTTA 
ATTTTGTATG CCGCAATAGA GAATTTAAAC AAGAAGCCTT CATCTATTAT AGAACGTTAC 
ATATCAATTG TTTTGACACA TTTATTTCAT TGTCAAATAT CAACAAATTC GTTTATTAAT 
TTGGTAAAAG AGTTGAATAT CCCTATGCAG CGATACTTTA TCAGTTGGTC GAACGATGCT 
CTTATAACCC CAACGAGCAA GCCTTTCAAA TCAAACAGTA TTTTTCAGAG CATAAATAGA 
TTGCTACTAA ATTCCGATCA AACATATAAA GTATATTCCA ACGAAATGCA ATTATATATT 
GAAATTAATG AGAATGTATT GGAGTATACG CCAACTAATT TTGAAATAAA AGCTGCATTC 
CGAATGATAA TTTTTTATCT GACGCAATCG CTACAGAAAG CTAATACAGA AATTAATAAT 
ACGACAGTCT ATACAGATAC TTTATTATCG CTCATAAAAA TTGCGGCTAG AAAAGAAATG 
GCTTCAACAA ATTTAATTAG TTATTGTGCC GTATTATTTG TAGACATTTG TTCTTTATTT 
TATGACTTAA ACAAACAGTC TATACTATCG CAATTTATGA AACCTTATCA GGACAAGTTT 
ATCGTTCAGT TGAAGCATGC CATTAATGTA GAAAAAGCTA GTAATTTACA AAAAGAGGTA 
CAGGCACATC TAAAATTAAT TCAGCTATTG CAATTAAATA TTCAAGTCTC TATCGGCTTA 
TTGGCTACAA TTATGAAGTT ACCGAAAGAA CATTTTGTAA TCTCCAATAA GATTCCAAAA 
TTGTCGATTT GGGGAATTAT GATTCACAAG TTGATAGAGC AATTTTTTAT AGAAGAAGTT 
AGAATGGAAT TAAGAGGTTC GTTTCCCACC ATAAATGATA ATCTGCTAAA AAAGTTATTT 
TCTTATTGGA TAGAATTGAA AATGACATGT AAAGAAGATA TAGAATTATG GGAAAGTAGC 
ATCTATACTT ATCTATTAAA ATTTCCTCAC AGCATTGCAT CTATCGACCA AAAGACATTC 
ACGGCAATAA TAAAAACTGG TATAACGTCA AAAACTATTA AGATACTTAA TTTACTGACT 
GAAAGGAATT CTAAATTAAT TCCAACATTT ATCAATTATG CAAACGACAA CGAAGACATT 
ATTTCTCACA AGTCTCTAAT TTTTTCAATA TTATCAAGTA ATTTAAATTA TAAATGGGAC 
AAAGAATTTC TTAAAAAAAT CTGTAATATT TATAATATGG ATATTCTCAA TTTTTTAACT 
GGATTAAAAT CCAACGATTA TTCGTGGATA ATGGAGAATG TAGATGCAGT GTCATATTTA 
ATTGACAATA GTTTCGAACA AAAAGCATGT GACGAAGTGT GTGAAACGAT TTTATCCAAT 
GGCAATCAGT TAGACGAAAT TCAAGAAGAG CGTATAAAAT TACTTGCAAA TGTGTTTAAG 
AAAGGTTTAA AAATAAAACC AGATAGTTTA AAAGATTTTG TCCAGATAGT TCTTCATGTA 
ACGGTAACGT CATTGAAAAG GGATTCTAAA AATATTGGAA AATTAGAATT CCTTTGTAAA 
ACGCTGAATG ATTCTATCGG TACCTTGAAA TTAGAGGACA ATTTTGAATT TGAAGAACTG 
AGCAAGAATT ATTTTTGGTG TCAATTCATT CGGATAAGCT TAAAATCAGG CCTTAAAGTG 
ACAAAAGAAA ACAACAACAA CAACAATAAT AAGGCATTTT TATTGAAAGC TTTAGTTGCA 
ACTTGCAGTG TTGCTTATAA AGATAATGGT AATGAGGAAT ATGTTAAAAC TATATTTGAC 
ATGACCACTT CACACTCGGA ATTTACGAAT ATTATGTTGA GCAATGCAAA CATTAAGAAC 
GATCTCACGG AGTTACTATG GATCTTAATT AGGAAAAATA ATACGATAAT GTTGATAAAA 
CATATCCCTC TTTATTTAGC CTCGTATAAT GCAACATTAG ATACGAGCGA TCAATTTCTT 
TTGAAGATTC TTCAACATTA CGAAAACAAT GGAATAAAAT TAGATCATTA TCGACCTTAT 
TTGTGGAGCA ATGCCGCTGC ATTTCAGTAT AGCGTGAAAG GTGAAATGGA CACAGCCTTG 
TGGCGTCAAC CCACAACGTC TCAAGTATTA GATATACTTG TTCCAGAACT AGTTACAAGT 
ACAATTAAAA ATTTTCCAAT TAAACGCGAT TTAAAGTGCA ATATTACAAA TACAATTTGT 
ATTGGAGATC AAGTGTACGA TCCTGCATTC TACTTGCCAG TGTTTACTCA ATTACTCGCA 
GACAATAATG TAATCGCTTG TCATAAAGTG ATACACAGCG GGGCATTGGC CCTGACCATC 
ATTGCCTGCA GTAGTCTGTG CGAAGATGTT CGTTTAGCAG CATTTACCGT TCTTTCAAGA 
TTTTACTTCC ATTTGGAGGC TACAAGTTCA AAGGAAAAGT TATTGTGGAT GAATTTCATC 
GATTCGTTGC GCAATGGAAT TTTCCGAAAC GAGTTGGCAT TGGAAAGTAT ACGACTTAAC 
GGTTTCCTGG CGACCTTTCT GGCTCGAACA AGCTTTATCA TGACTCAGCC TCTGAACCCC 
CTCTACTCTA CCCTTCAATC CTTTCTTATG GCTAAATCAG CGTTAGATCT TAACACAATA 
CCCGAGTTGC TGCAATTGTA TTATAGTTCG GAAATTGACT ATCAAGCGCA TAGGCATTGG 
ATACTCGAAG TTATTTCCGA TGGTTTGAAA AGCGATCTCG ACATGGATGT TGCATTAAGA 
TGTGTCTTAT TTAAAATGTT GTTCGATTTT CACAGCTCAA CATTATCCGA TATACAATCG 
AAGAATCTTA TTCTTCAAAT AATAAGGTCT GCGACGAAAT TGTTAAAGCC GTGTATGATA 
CTTGTAAATG GATATTCCTT ATTACCGTGG TTGCTTACGA TTACCCAAAG CCTTAACAAA 
GGCGATATAG GATCTACCGT TTGCATAATC GATATTGTGA ATAATATTCT ATTTGCATTC 
GATGAGAGCA AATCAAAGGA TACGCATCAT TATTTGATGC TGGTAAAGAC ACTTTTGTAT 
TTGATGATGT CCTTTGGCAA AAATTTAACA TTAGAATGTT TGAAAAGCTT TATCGATGCT 
TTGAGGAAAG CAATAATAAA TAAAGCTGTT TGTAATGCAT TTACAAAAGA TAAAATGATA 
TCTGTAATTA ATAGTTGTAA AATATTATTG GGAAATGTAG ATGAATGCGA ATCCATTTTA 
CAATTTGGTT GTAAATTTGT CAAGAAAAAA AATCATATTA ATTGTAATGT TGATTTATCA 
CTTCAAGAGA GCTTGTACCA ATTGATTACA ACATGGTACG GTTATTTACT GGGTGGTGCC 
AAGTACCGTG GAAAATCTGC AAACGATGCT AAAATAATAC TGAATTTGTC GCAAAACGGA 
GAGTCGCATC CTTTGAAAAA AAATGGACAT CCTCGAGGAC ACGCGTCAAA CTCAATAGCC 
ACCGGGCACA CTGATTCCGT GGAAAATTAT TCCATAGGGA CATGGAAAAC TGGCTTCCTT 
TCTCAATCCG ATCAAAACTA CTTGGCCCAC TTGGCTTTGC GTACGGTTTC TGCACAGGAT 
CAAATGGAAG TACTGAACGA TAGTAAAAAC TTTCAAGTAA CGACTGCGAT TAAAGCTAAA 
GATTTGGATG CGGATACAGA TGAGCTTCCA AAGATGCAAG AGTGGCTGAA CGGAAATAAA 
ATAGGAGATC CATATAAGAT ACACGAATTG CTCATAATAA TGAAACATTT TTATAAGAAA 
CACAACGATG AGAAACACGA TGTTTTTGTC TGCACTTTCT ATCCAAAAGC CTAA

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

RefSeq	XP_011500624.1
CDS	19..6252
Translation	MTKKVSFNENLEICSESGSLEVGNDNIEMSINRKEKRKRKLDDVYVKPKKKGKSEEIESTMENDKNSSNVVDNEDLDDIVVSKEESDRFTGKFLRDSFSSSEDFLMLNKFVAICHQNGKRDLAAEFLRAGGTVLEILKSLDISEKKNINNTCVVFSAMHIVIMKILAKFPQNQSNAEEACRHLINTHLVSIHSMLSSHGKAKHRKIILKLLAAIVSLGGKLPRELLNHLSLHSQLVEMLVSHSKPTDRESVRTCFIYFILAFLIEGNATDIRALLEKRGVLSSIFSGLLYDYSDIVQLVLKTVKKYVLENPTITKTVKLHVFSTTVVQEIFNLYNWKGPKNWSSQAHKKQKFVTECIDAEDKEITVNCVHDFLITLLTSTRHGIAFHDRTLGTDSKYKHNQLISTLLQNLDKPWEHEKQSDLIIKILTVCPDLIKLQLIRTESYLVPRVSKKWIDTIHFISKIISNIDIESCLRFCSLDMTEIQFINAILNLILPSVVIKTAIIPSLEHSSFIIHHEIINLLLVMIKKVEHFVSIFESMKFSVSEISTYKGIISEHILKHIPNIDSIINLWTKTLSSNVEERNLEMQENVDFHVKDHLQTILNLLQAYCEICPEIFLTTSSPNIQKECIVLFTNFSNIEDLTTEELITMKVKTIKILLFSNILSFLPNEEIFNSALSFLITQIGNKDTSLDYEIRETINVLLEKSGIFEGYNDQIEIWIDGITYFKSLEKVEVANWITKIIKRVFKHNDKYASLIFEIERNSGEKVDINVQEKIFKELSERNFDDVKLVSSMLPVTSISLILYAAIENLNKKPSSIIERYISIVLTHLFHCQISTNSFINLVKELNIPMQRYFISWSNDALITPTSKPFKSNSIFQSINRLLLNSDQTYKVYSNEMQLYIEINENVLEYTPTNFEIKAAFRMIIFYLTQSLQKANTEINNTTVYTDTLLSLIKIAARKEMASTNLISYCAVLFVDICSLFYDLNKQSILSQFMKPYQDKFIVQLKHAINVEKASNLQKEVQAHLKLIQLLQLNIQVSIGLLATIMKLPKEHFVISNKIPKLSIWGIMIHKLIEQFFIEEVRMELRGSFPTINDNLLKKLFSYWIELKMTCKEDIELWESSIYTYLLKFPHSIASIDQKTFTAIIKTGITSKTIKILNLLTERNSKLIPTFINYANDNEDIISHKSLIFSILSSNLNYKWDKEFLKKICNIYNMDILNFLTGLKSNDYSWIMENVDAVSYLIDNSFEQKACDEVCETILSNGNQLDEIQEERIKLLANVFKKGLKIKPDSLKDFVQIVLHVTVTSLKRDSKNIGKLEFLCKTLNDSIGTLKLEDNFEFEELSKNYFWCQFIRISLKSGLKVTKENNNNNNNKAFLLKALVATCSVAYKDNGNEEYVKTIFDMTTSHSEFTNIMLSNANIKNDLTELLWILIRKNNTIMLIKHIPLYLASYNATLDTSDQFLLKILQHYENNGIKLDHYRPYLWSNAAAFQYSVKGEMDTALWRQPTTSQVLDILVPELVTSTIKNFPIKRDLKCNITNTICIGDQVYDPAFYLPVFTQLLADNNVIACHKVIHSGALALTIIACSSLCEDVRLAAFTVLSRFYFHLEATSSKEKLLWMNFIDSLRNGIFRNELALESIRLNGFLATFLARTSFIMTQPLNPLYSTLQSFLMAKSALDLNTIPELLQLYYSSEIDYQAHRHWILEVISDGLKSDLDMDVALRCVLFKMLFDFHSSTLSDIQSKNLILQIIRSATKLLKPCMILVNGYSLLPWLLTITQSLNKGDIGSTVCIIDIVNNILFAFDESKSKDTHHYLMLVKTLLYLMMSFGKNLTLECLKSFIDALRKAIINKAVCNAFTKDKMISVINSCKILLGNVDECESILQFGCKFVKKKNHINCNVDLSLQESLYQLITTWYGYLLGGAKYRGKSANDAKIILNLSQNGESHPLKKNGHPRGHASNSIATGHTDSVENYSIGTWKTGFLSQSDQNYLAHLALRTVSAQDQMEVLNDSKNFQVTTAIKAKDLDADTDELPKMQEWLNGNKIGDPYKIHELLIIMKHFYKKHNDEKHDVFVCTFYPKA

Target ORF information:

RefSeq Version	XM_011502322.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali nucleolar pre-ribosomal-associated protein 1 (LOC105364409), mRNA.

Target ORF information:

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

XM_011502322.1

ORF Insert Sequence:

ATGACGAAAA AAGTTTCTTT CAATGAAAAT CTGGAGATAT GTTCAGAATC TGGAAGTCTT 
GAGGTAGGGA ATGACAATAT TGAAATGAGT ATAAATAGAA AAGAAAAGAG GAAGCGTAAA 
TTAGATGATG TTTATGTGAA ACCTAAGAAA AAAGGAAAAA GCGAGGAAAT TGAGAGTACT 
ATGGAAAATG ATAAGAATAG CAGTAATGTC GTGGATAACG AAGATTTGGA TGACATTGTA 
GTCTCTAAAG AGGAAAGCGA TAGGTTTACT GGGAAATTTT TAAGAGATTC GTTTAGTTCA 
TCGGAAGATT TTCTAATGCT TAATAAATTT GTCGCAATAT GTCATCAAAA TGGCAAAAGG 
GATTTAGCGG CAGAGTTTTT GCGAGCGGGT GGTACTGTTC TTGAAATTCT GAAATCACTT 
GATATATCGG AGAAGAAGAA TATCAACAAT ACATGCGTTG TATTTTCAGC AATGCATATT 
GTTATAATGA AAATATTAGC TAAATTTCCA CAGAACCAAT CAAATGCTGA AGAAGCATGC 
CGTCATTTGA TTAATACCCA TCTTGTCTCG ATACATTCGA TGCTCTCTAG TCATGGGAAG 
GCGAAACATC GTAAAATTAT TCTAAAATTA TTAGCTGCAA TTGTTTCGTT AGGTGGAAAG 
TTACCGCGCG AATTATTAAA TCATTTATCG CTGCACTCGC AGCTCGTTGA AATGCTAGTT 
TCCCATTCTA AGCCTACCGA TCGTGAGAGC GTGAGAACGT GTTTTATATA TTTTATACTC 
GCATTTTTGA TCGAGGGCAA TGCAACTGAC ATTCGAGCGT TACTTGAGAA ACGCGGTGTA 
CTATCTAGTA TTTTTTCTGG TTTACTATAC GATTATTCCG ACATTGTTCA ACTCGTATTA 
AAAACTGTTA AAAAATATGT CTTAGAAAAT CCTACAATAA CTAAAACTGT AAAATTACAT 
GTATTTTCAA CTACAGTTGT TCAAGAGATT TTTAATTTAT ACAATTGGAA AGGTCCTAAG 
AATTGGTCTA GTCAAGCTCA TAAGAAACAA AAATTTGTAA CAGAATGTAT CGATGCAGAA 
GATAAGGAGA TTACAGTAAA CTGTGTTCAT GATTTTTTAA TAACTCTATT AACTTCTACA 
AGGCATGGTA TTGCTTTTCA CGATCGAACT CTTGGAACAG ATTCGAAATA TAAGCACAAT 
CAGTTGATTA GTACACTTTT ACAAAATCTG GATAAGCCTT GGGAACACGA GAAACAGTCG 
GACTTAATAA TTAAAATCTT AACAGTGTGT CCCGATTTAA TTAAATTACA GTTAATTCGC 
ACGGAGTCTT ACTTAGTTCC TAGAGTTTCA AAAAAATGGA TCGATACCAT ACATTTTATT 
AGCAAGATAA TTAGTAACAT TGACATAGAA AGCTGTTTAC GATTTTGTTC TTTAGATATG 
ACAGAAATAC AATTTATAAA TGCAATTTTA AATTTAATAT TACCCTCTGT CGTTATTAAA 
ACAGCAATAA TACCATCCTT GGAGCATAGT AGTTTCATAA TTCATCATGA AATTATTAAT 
CTTTTATTAG TTATGATTAA GAAAGTTGAA CATTTTGTAT CAATTTTTGA AAGTATGAAG 
TTTAGCGTCT CTGAAATTTC CACTTACAAA GGCATTATTT CAGAACACAT ATTGAAACAT 
ATACCAAATA TTGACTCCAT TATAAACTTA TGGACTAAAA CATTGTCCTC CAATGTAGAA 
GAGCGAAATC TTGAAATGCA AGAGAATGTA GATTTTCACG TGAAAGATCA TTTACAAACA 
ATTCTAAATC TTCTACAAGC TTATTGTGAA ATTTGTCCTG AAATTTTTTT AACAACTAGT 
TCTCCAAATA TACAAAAAGA ATGTATCGTA TTGTTTACTA ATTTCTCTAA CATAGAAGAT 
CTTACAACAG AGGAATTGAT TACTATGAAA GTCAAGACTA TAAAAATTCT CTTATTTTCC 
AATATATTAA GCTTTCTACC AAATGAGGAA ATTTTTAACA GTGCTCTATC ATTTTTAATC 
ACTCAAATTG GAAATAAAGA TACTTCTTTG GATTATGAAA TACGTGAAAC GATAAATGTG 
TTGTTAGAGA AATCTGGAAT ATTTGAAGGG TATAATGATC AGATTGAAAT TTGGATCGAC 
GGCATCACGT ATTTCAAAAG TCTTGAGAAG GTTGAAGTTG CTAATTGGAT TACAAAAATC 
ATTAAACGTG TGTTTAAGCA TAATGATAAG TATGCGTCAT TAATATTTGA AATTGAACGA 
AATTCTGGAG AGAAAGTTGA TATAAATGTA CAAGAAAAGA TATTTAAAGA ATTAAGCGAA 
AGAAATTTTG ATGACGTGAA ATTGGTATCT TCCATGTTAC CGGTTACTTC AATATCCTTA 
ATTTTGTATG CCGCAATAGA GAATTTAAAC AAGAAGCCTT CATCTATTAT AGAACGTTAC 
ATATCAATTG TTTTGACACA TTTATTTCAT TGTCAAATAT CAACAAATTC GTTTATTAAT 
TTGGTAAAAG AGTTGAATAT CCCTATGCAG CGATACTTTA TCAGTTGGTC GAACGATGCT 
CTTATAACCC CAACGAGCAA GCCTTTCAAA TCAAACAGTA TTTTTCAGAG CATAAATAGA 
TTGCTACTAA ATTCCGATCA AACATATAAA GTATATTCCA ACGAAATGCA ATTATATATT 
GAAATTAATG AGAATGTATT GGAGTATACG CCAACTAATT TTGAAATAAA AGCTGCATTC 
CGAATGATAA TTTTTTATCT GACGCAATCG CTACAGAAAG CTAATACAGA AATTAATAAT 
ACGACAGTCT ATACAGATAC TTTATTATCG CTCATAAAAA TTGCGGCTAG AAAAGAAATG 
GCTTCAACAA ATTTAATTAG TTATTGTGCC GTATTATTTG TAGACATTTG TTCTTTATTT 
TATGACTTAA ACAAACAGTC TATACTATCG CAATTTATGA AACCTTATCA GGACAAGTTT 
ATCGTTCAGT TGAAGCATGC CATTAATGTA GAAAAAGCTA GTAATTTACA AAAAGAGGTA 
CAGGCACATC TAAAATTAAT TCAGCTATTG CAATTAAATA TTCAAGTCTC TATCGGCTTA 
TTGGCTACAA TTATGAAGTT ACCGAAAGAA CATTTTGTAA TCTCCAATAA GATTCCAAAA 
TTGTCGATTT GGGGAATTAT GATTCACAAG TTGATAGAGC AATTTTTTAT AGAAGAAGTT 
AGAATGGAAT TAAGAGGTTC GTTTCCCACC ATAAATGATA ATCTGCTAAA AAAGTTATTT 
TCTTATTGGA TAGAATTGAA AATGACATGT AAAGAAGATA TAGAATTATG GGAAAGTAGC 
ATCTATACTT ATCTATTAAA ATTTCCTCAC AGCATTGCAT CTATCGACCA AAAGACATTC 
ACGGCAATAA TAAAAACTGG TATAACGTCA AAAACTATTA AGATACTTAA TTTACTGACT 
GAAAGGAATT CTAAATTAAT TCCAACATTT ATCAATTATG CAAACGACAA CGAAGACATT 
ATTTCTCACA AGTCTCTAAT TTTTTCAATA TTATCAAGTA ATTTAAATTA TAAATGGGAC 
AAAGAATTTC TTAAAAAAAT CTGTAATATT TATAATATGG ATATTCTCAA TTTTTTAACT 
GGATTAAAAT CCAACGATTA TTCGTGGATA ATGGAGAATG TAGATGCAGT GTCATATTTA 
ATTGACAATA GTTTCGAACA AAAAGCATGT GACGAAGTGT GTGAAACGAT TTTATCCAAT 
GGCAATCAGT TAGACGAAAT TCAAGAAGAG CGTATAAAAT TACTTGCAAA TGTGTTTAAG 
AAAGGTTTAA AAATAAAACC AGATAGTTTA AAAGATTTTG TCCAGATAGT TCTTCATGTA 
ACGGTAACGT CATTGAAAAG GGATTCTAAA AATATTGGAA AATTAGAATT CCTTTGTAAA 
ACGCTGAATG ATTCTATCGG TACCTTGAAA TTAGAGGACA ATTTTGAATT TGAAGAACTG 
AGCAAGAATT ATTTTTGGTG TCAATTCATT CGGATAAGCT TAAAATCAGG CCTTAAAGTG 
ACAAAAGAAA ACAACAACAA CAACAATAAT AAGGCATTTT TATTGAAAGC TTTAGTTGCA 
ACTTGCAGTG TTGCTTATAA AGATAATGGT AATGAGGAAT ATGTTAAAAC TATATTTGAC 
ATGACCACTT CACACTCGGA ATTTACGAAT ATTATGTTGA GCAATGCAAA CATTAAGAAC 
GATCTCACGG AGTTACTATG GATCTTAATT AGGAAAAATA ATACGATAAT GTTGATAAAA 
CATATCCCTC TTTATTTAGC CTCGTATAAT GCAACATTAG ATACGAGCGA TCAATTTCTT 
TTGAAGATTC TTCAACATTA CGAAAACAAT GGAATAAAAT TAGATCATTA TCGACCTTAT 
TTGTGGAGCA ATGCCGCTGC ATTTCAGTAT AGCGTGAAAG GTGAAATGGA CACAGCCTTG 
TGGCGTCAAC CCACAACGTC TCAAGTATTA GATATACTTG TTCCAGAACT AGTTACAAGT 
ACAATTAAAA ATTTTCCAAT TAAACGCGAT TTAAAGTGCA ATATTACAAA TACAATTTGT 
ATTGGAGATC AAGTGTACGA TCCTGCATTC TACTTGCCAG TGTTTACTCA ATTACTCGCA 
GACAATAATG TAATCGCTTG TCATAAAGTG ATACACAGCG GGGCATTGGC CCTGACCATC 
ATTGCCTGCA GTAGTCTGTG CGAAGATGTT CGTTTAGCAG CATTTACCGT TCTTTCAAGA 
TTTTACTTCC ATTTGGAGGC TACAAGTTCA AAGGAAAAGT TATTGTGGAT GAATTTCATC 
GATTCGTTGC GCAATGGAAT TTTCCGAAAC GAGTTGGCAT TGGAAAGTAT ACGACTTAAC 
GGTTTCCTGG CGACCTTTCT GGCTCGAACA AGCTTTATCA TGACTCAGCC TCTGAACCCC 
CTCTACTCTA CCCTTCAATC CTTTCTTATG GCTAAATCAG CGTTAGATCT TAACACAATA 
CCCGAGTTGC TGCAATTGTA TTATAGTTCG GAAATTGACT ATCAAGCGCA TAGGCATTGG 
ATACTCGAAG TTATTTCCGA TGGTTTGAAA AGCGATCTCG ACATGGATGT TGCATTAAGA 
TGTGTCTTAT TTAAAATGTT GTTCGATTTT CACAGCTCAA CATTATCCGA TATACAATCG 
AAGAATCTTA TTCTTCAAAT AATAAGGTCT GCGACGAAAT TGTTAAAGCC GTGTATGATA 
CTTGTAAATG GATATTCCTT ATTACCGTGG TTGCTTACGA TTACCCAAAG CCTTAACAAA 
GGCGATATAG GATCTACCGT TTGCATAATC GATATTGTGA ATAATATTCT ATTTGCATTC 
GATGAGAGCA AATCAAAGGA TACGCATCAT TATTTGATGC TGGTAAAGAC ACTTTTGTAT 
TTGATGATGT CCTTTGGCAA AAATTTAACA TTAGAATGTT TGAAAAGCTT TATCGATGCT 
TTGAGGAAAG CAATAATAAA TAAAGCTGTT TGTAATGCAT TTACAAAAGA TAAAATGATA 
TCTGTAATTA ATAGTTGTAA AATATTATTG GGAAATGTAG ATGAATGCGA ATCCATTTTA 
CAATTTGGTT GTAAATTTGT CAAGAAAAAA AATCATATTA ATTGTAATGT TGATTTATCA 
CTTCAAGAGA GCTTGTACCA ATTGATTACA ACATGGTACG GTTATTTACT GGGTGGTGCC 
AAGTACCGTG GAAAATCTGC AAACGATGCT AAAATAATAC TGAATTTGTC GCAAAACGGA 
GAGTCGCATC CTTTGAAAAA AAATGGACAT CCTCGAGGAC ACGCGTCAAA CTCAATAGCC 
ACCGGGCACA CTGATTCCGT GGAAAATTAT TCCATAGGGA CATGGAAAAC TGGCTTCCTT 
TCTCAATCCG ATCAAAACTA CTTGGCCCAC TTGGCTTTGC GTACGGTTTC TGCACAGGAT 
CAAATGGAAG TACTGAACGA TAGTAAAAAC TTTCAAGTAA CGACTGCGAT TAAAGCTAAA 
GATTTGGATG CGGATACAGA TGAGCTTCCA AAGATGCAAG AGTGGCTGAA CGGAAATAAA 
ATAGGAGATC CATATAAGAT ACACGAATTG CTCATAATAA TGAAACATTT TTATAAGAAA 
CACAACGATG AGAAACACGA TGTTTTTGTC TGCACTTTCT ATCCAAAAGC CTAA