LOC108545798 cDNA ORF clone, Eufriesea mexicana

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108545798
Entrez Gene ID	108545798
Full Name	PH-interacting protein
Gene Type	protein-coding
Organism	Eufriesea mexicana

mRNA and Protein(s)

mRNA	Protein	Name
XM_017897581.1	XP_017753070.1	PH-interacting protein

Pathways from BioSystems
Gene Ontology

The following LOC108545798 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108545798 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
OEu03764	XM_017897581.1 Latest version!	Eufriesea mexicana PH-interacting protein (LOC108545798), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

LOC108545798 ( XM_017897581.1 ) cDNA ORF clone, Eufriesea mexicana -> XP_017753070.1 Eufriesea mexicana PH-interacting protein (LOC108545798), mRNA.

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CloneID	OEu03764
Clone ID Related Accession (Same CDS sequence)	XM_017897581.1
Accession Version	XM_017897581.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5259bp) 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	2016-08-23
Organism	Eufriesea mexicana
Product	PH-interacting protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016908719.1) 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 :: Eufriesea mexicana Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGGCA GCATGACGAA GAACGAGACT GCAATAGCAC CAGAGCTGTA CTTCCTAATT 
GCCAAATTCT TAGCGGCGGG ACCTTGTCGC GGAGCCGCAG ACGTGTTGAA GCGTGAATTG 
GAGCGAGCTA AGGTTTTGCC CCGAAGACTA GATTGGGAAG GGGATGTACA TAATCAAACC 
TTTGAAGAGT TGGAAAAGAA GTATTCTCAC ATTGGATCAA ATCATTTATT ACAAATATGT 
GCCAGAATTG GACCAGTATT GGAGAAAGAG GTGCCTCCAT GTATACCAGG AGCAATATCT 
CTTTTAGGAG CTGGCAGACA ATCTTTATTA CGTACACACG AAGATGTCCA ACGTCAAGTG 
CATGGCATTA TTTCATATTC TGGCAGACGA GGTGGAAAAC CATTTTTGGA TTCACCTTAT 
AGTTTATCGG TGCCTAATAT AGTACGTGTA CTTCAAGGCC GGGAGAATTC CGGTCCTCTG 
AGTAGACGAG AGGCAATACC AACAAAGTTT TACAATAAAA TGCAGTTATA TAGACATACA 
TTAGGACATT TATCTGCAGT ATATTGTGTT CTTTTTGATC GTACTGGAAG ATATATAATC 
ACTGGTGCAG ATGATTTACT TGTTAAAGTA TGGAGTTCTA TAGATGGACG ATTATTAGCA 
ACTTACAGAG GAGCATCTGC TGAAATTATG GATATTGCAG TAAATTTTGA TAATACTCTA 
CTTGCTGCTG GTAGTCTAGA TCGAATGCTA AGAGTTTGGT GTTTTCAAAC TATGTCTCCT 
GTTGCAGTTC TATCTGGACA CTCTGGTATG ATTACATCTG TAAATTTTTG TCCTATATCT 
TGTAATGGTG TATATTACTT AGTTTCTACA AGTACAGATG GATCTGTTGC TTTTTGGTCT 
CATACAAAAA AAAATAATGA AAGAGCAGTT TTTCAACCAA AACCAATTCA GTACCATGAA 
AAAATGCGCC CTGGTCAAGC ACAAATGATA TGTGCTTCAT TCAGTCCTGG TGGAGCATTT 
ATGGCTGATC ATCATGTTAG AGTATATGCA ATGTTAGGAG ATGAGGGTCC ATGTAGAGTT 
TTAGAGGTGG AAGCACATTC TGATACAGTT GATAGTATTC AATGGGCACA TAGTGGCTTA 
AAGTTTATTT CTGGTTCTAA AGATGGTACT GCAAATGTTT GGCATTTTGA ACAACAACAG 
TGGATGTATA AACGTTTATT GATGACAACA AAACTTCCTG GAGAATCAGA AACAGAAGAT 
GATTCTAACA AAAAAGCTAA AGTGACTATG GTTAGCTGGG ATGTTAGTGA TGAATGGGTT 
ATTACAGCTG TAAATGATAG TTCTCTCAAA GTATGGAATG CAAAATCAGG TGAATTGGTG 
AAAATTCTCC GTGGACATAA AGATGAAGTC TTTGTGTTAG AATCACATCC AATAGATCCT 
CGTGTTATAT TAAGTGCTGG GCATGATGGA CAACTTATAA TTTGGGATGT CCTAAATACA 
GAACCAATAG TATGTTTTCA AAATTTTATT GAAGGACAAG GTAATGGTGC TGTTTTTGAT 
GCAAAGTGGT CTCCAGATGG GACAATGTTA GCAGCAACAG ATTCTCATGG GCATCTTTTA 
ATATATGGAT TTGGATCTGG TGTTGAAAAA CTTAAGATAG TACCCAAAGA GTTGTTTTTC 
CATACGGATT ATAGACCTTT AATGCGAGAT GCAAATAATT ATGTTTTGGA TGAACAGACA 
CAAACTGCAC CTCACTTAAT GCCTCCACCA TTTTTAGTAG ATGTTGATGG TAATCCTTAT 
CCACCAGCAT TACAAAGATT GGTCCCTGGA AGAGAAAATT GTAGAGGAGA ACAATTAGTA 
CCAAATATTG CAGTAGGCGC TGGAGGAATG CAAGAGGTTA TAGAAGGTCT TCCAGCTCAG 
GAACCACGGT CCAATATCGA TCAATTAATC GAAGCTCTTG CACAAAGACA AAATATTAAT 
GCTGATGCAG AAAGTGCAGC TGATGAGAGA GAAGAAAATG CAGCAGAACA ACCAGTTCGT 
CAAATGGCTA GTCCTCGAGG CAGTAGATCT GGCTTAAGAA GAGCTGGTGA TGTTGAAGGT 
GTACGACAAA GTAGTGGTAA TTGGCAAAGG GATAATACTA CACCTTGGAA TAAGCCTATT 
CTTGCTCGAC CAATGAATCT AGCTGTTAGG GAAACACAAT TTAAAATTTT GCATGCGACA 
GCGGAAATGG AACTTGAAAA TTTAAAACGT GAAATGCGAA AAAGGCCACA ACCAGTATCA 
AATACAATCA GTACTGAAGG TAATATAGGT AGTAGAATAG CGAATCGGAA ACGCAGTAGA 
ACTACTAGAC ATGGCTACAG AACTAGAGCT ACACGTGGTG AAGAACAAGA GGATGATGAA 
TTTGAGAATC CTGATAATGC GGGAACAACA GGAAGTTCAG CTAGTAGTAA TAGTAATGAT 
TCTACTGCTC ATGAAGAAGA TTTGTGTTCT GATAGTTCAA CATCAGAGTC TAGCACTGAA 
TATTCAGATT GGATTGCTGA TCATGGTTTA AATTTAGAAC CACCTAAACG GAGTAAACGT 
AAACCTGTAA AAAAACGATC TCTTACTCCA CCAAGTGATA TGGATAGAAG ACGTAATAGA 
CGACCTAGAA AAAAGGACAT TCCGTTGCCT ACTAGCATCG ATGATATCCC AGAAGTTTTT 
AGACCTTCAG AATGGCTCAC TGAAATAATA CCAAGGAAAG CTCCTTATTA CCCACAAATG 
GGTGATGAAA TAGTATATTT TCGACAAGGA CACCAGTTCT ACTTAGATGC CGTTAGGAAT 
AAAAAGGTAT ATGAACTTGG CCCACGATGT GAACCATGGA ATAAAGTCAA TATTAGAGCC 
CAGGAATTTG TAAAAGTAGT AGGTATTAAA TATGAAATAC GTCCACCTCG GCTATGTTGT 
TTAAAATTGG CACTAATGGA TGAAGATGGA AGATTAACAG GAGAAAATTT CACTATTAAA 
TATCACGATA TGGCTGATGT TTTAGATTTT TTAGTTTTAC GTCAAACATT TGATACAGCT 
TTGGCACGTA GTTGGTCTGA AGGAGATCGA TTTCGTTGTA TGATTGATGA TGGCTGGTGG 
ATGGGTCAAA TACAATCAAT GGAACCTTTA GATGAAGATT TTCCAGAATC TTTTTTTATG 
TGTTTTCGTG TCAGGTGGGA TAATGGAGAA TATGAAAGAA TGAGTCCTTG GGATCTTGAA 
CCAATTGATG AGAATAGACT TCCTGCAGAA CTTGGAGGAG CAGTTCCTGT GCTTCCAGAA 
GAGATACAAA CAATACTATA TCAACCTCAT GCTGAAGAAT GGCCAATGGG AGATAGAGAA 
GCAACATGTC GCAGAATTAT ACGTGGATTA GATCAAGTGA TGAGCCTCGC GATTGCAGAA 
CCATTTATGG CCCCTGTTGA TCTCAATGCA TATCCTTCAT ATGCATTTGT TGTGGAATAT 
CCTATCGATT TAACAACCAT AAAAGCTCGT TTCGAAAATC ATTTCTATCG GAGAATAACA 
TCTGCCCAGT TTGATGTTAG ATATTTAGCA ACAAACGCGG AACAATTTAA TGAGCCACAT 
AGTCAAATAG TAAAACATGC AAGAATAGTT ACCGACTTAT GTTTACGTAT TATAAAAGAA 
ACTACAGAAT TAGATGTACC AGCCATTTAT CATCAACTGG TTGACACATA CCATTCTTCT 
GAATCAGAAG TCGACGTAGA AGATGCAAAG GATAAACCAT CAACCAGTAC TCAGAGAGCA 
ACTACAAGTA GAAATATATG TTCACAAGAA GTATCCAATG ATTGGAAAGT AGCATGTCGT 
CAATTATTAG AAACATTGTG GCAATGTGAG GATTCTATTC CCTTTAGAGA ACCAGTAGAT 
AGATTAGAAC ATCCAGATTA TCATCAAATT ATAGATACAC CAATGGATTT ACGTACAGTA 
AAAGAAGATT TATTAGGTGG AAATTATGAA ACTCCTTTAG AATTTGCCAA AGATATGCGA 
TTAATATTTA CAAATAGCAG AAATTATAAT ACTAATAAGC GATCAAGGAT ATATTTAATG 
ACAATAAGAT TATCAGCAAT GTTTGAAGAG CATATGCGAA AAATTATTTC AAATTGGAAA 
TCTGCTAGAA GACGCAATAA TAATCCAAAA AATACAAAGG GAAAAGGTAG AAGGGGTAAA 
GTTCGGTTAA CAAACGGCAC GGCACCTTCA AAATCAAAAT CCGCATGTTC TGACGATGAC 
GAGTTAAATA GTGAAGAGGA TGATGTTGAT TTAGAAGAAG TAGAAAAAAA TAATTCTAAT 
GTATTTGCAC CAGGGCCATC ACGTATGACA AATGGACACA CAAAACGTTC TACTAATGCA 
ACACGACCTA CTTTAAAACT TCGAATTTCT AGATCTACAG TACCTAAAAA ACCAAAAGAA 
AGTGAAAGTG AAGCTAGTGA CTCAGAAGCT TCCACAGAAA GTGAAAGTAG TGGTAGTGTA 
CCTGTAAGAA GGACACGAGC AAGAAAAATG GTACCTAGTG TTAGTGTCGA TAGTGATTCT 
GGAGATGTAT ATACACCCAC TGGACGTGGA AAACAAACTC GAAAAAATCG TGCAAAAAAT 
AACAGAAATA ATAAACAAGT AAAATCAAAA TCAAAGCTAA GCTTCTATGA AAATTCAAAA 
GCTGTTAATT ATGAAGATGA TGAAGCATCT ACTGCAAATG AGTTATCAGA TGAAGAAAGC 
GAAGAAGAAG TTATTAGTAG AAGCAGAACA AGATCACGAA AATTAGCCTC TACATCCGAA 
CATGAGGATA GCTTAAAAAG TACAACAAAA GCTGGAAGAA ATAACATTGA AAGTCAAAGT 
GAAGAAGAAG AGGAAGAAGA AGAAGAAGAG GAGGAGGAAG AAGAAGAAGA ACAATCTCAA 
CATGAAATTA ATAATCAGGA TACAGATAGT GAAGAATCAG ACAAAGGTTT CGTATCATCA 
AGATCACAAA GAAGAATTCG TGCAACGAGA GAAATACAAA ATCAAGAAAC CGTACAAAAT 
TCAAGGAGAA CTGGGAAACG ACCTCGCTAT AATGAAGAAA GTGACGAGAG CAATACGGTT 
CCAGTTAGGA ATCGACGTAA AATTAAGCGT CGATATTATG CGGAAGAAAG TGATGAAAGT 
CCCGAACCTG AAAATGTACC ACGTATTAGT ATAAGTAGTA GAGGACGTGT ACGTAAAATG 
ACAGAACGTG CACGGGCTTT TCTTTTAGAT TCACCCTAA

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

RefSeq	XP_017753070.1
CDS	270..5528
Translation	MEGSMTKNETAIAPELYFLIAKFLAAGPCRGAADVLKRELERAKVLPRRLDWEGDVHNQTFEELEKKYSHIGSNHLLQICARIGPVLEKEVPPCIPGAISLLGAGRQSLLRTHEDVQRQVHGIISYSGRRGGKPFLDSPYSLSVPNIVRVLQGRENSGPLSRREAIPTKFYNKMQLYRHTLGHLSAVYCVLFDRTGRYIITGADDLLVKVWSSIDGRLLATYRGASAEIMDIAVNFDNTLLAAGSLDRMLRVWCFQTMSPVAVLSGHSGMITSVNFCPISCNGVYYLVSTSTDGSVAFWSHTKKNNERAVFQPKPIQYHEKMRPGQAQMICASFSPGGAFMADHHVRVYAMLGDEGPCRVLEVEAHSDTVDSIQWAHSGLKFISGSKDGTANVWHFEQQQWMYKRLLMTTKLPGESETEDDSNKKAKVTMVSWDVSDEWVITAVNDSSLKVWNAKSGELVKILRGHKDEVFVLESHPIDPRVILSAGHDGQLIIWDVLNTEPIVCFQNFIEGQGNGAVFDAKWSPDGTMLAATDSHGHLLIYGFGSGVEKLKIVPKELFFHTDYRPLMRDANNYVLDEQTQTAPHLMPPPFLVDVDGNPYPPALQRLVPGRENCRGEQLVPNIAVGAGGMQEVIEGLPAQEPRSNIDQLIEALAQRQNINADAESAADEREENAAEQPVRQMASPRGSRSGLRRAGDVEGVRQSSGNWQRDNTTPWNKPILARPMNLAVRETQFKILHATAEMELENLKREMRKRPQPVSNTISTEGNIGSRIANRKRSRTTRHGYRTRATRGEEQEDDEFENPDNAGTTGSSASSNSNDSTAHEEDLCSDSSTSESSTEYSDWIADHGLNLEPPKRSKRKPVKKRSLTPPSDMDRRRNRRPRKKDIPLPTSIDDIPEVFRPSEWLTEIIPRKAPYYPQMGDEIVYFRQGHQFYLDAVRNKKVYELGPRCEPWNKVNIRAQEFVKVVGIKYEIRPPRLCCLKLALMDEDGRLTGENFTIKYHDMADVLDFLVLRQTFDTALARSWSEGDRFRCMIDDGWWMGQIQSMEPLDEDFPESFFMCFRVRWDNGEYERMSPWDLEPIDENRLPAELGGAVPVLPEEIQTILYQPHAEEWPMGDREATCRRIIRGLDQVMSLAIAEPFMAPVDLNAYPSYAFVVEYPIDLTTIKARFENHFYRRITSAQFDVRYLATNAEQFNEPHSQIVKHARIVTDLCLRIIKETTELDVPAIYHQLVDTYHSSESEVDVEDAKDKPSTSTQRATTSRNICSQEVSNDWKVACRQLLETLWQCEDSIPFREPVDRLEHPDYHQIIDTPMDLRTVKEDLLGGNYETPLEFAKDMRLIFTNSRNYNTNKRSRIYLMTIRLSAMFEEHMRKIISNWKSARRRNNNPKNTKGKGRRGKVRLTNGTAPSKSKSACSDDDELNSEEDDVDLEEVEKNNSNVFAPGPSRMTNGHTKRSTNATRPTLKLRISRSTVPKKPKESESEASDSEASTESESSGSVPVRRTRARKMVPSVSVDSDSGDVYTPTGRGKQTRKNRAKNNRNNKQVKSKSKLSFYENSKAVNYEDDEASTANELSDEESEEEVISRSRTRSRKLASTSEHEDSLKSTTKAGRNNIESQSEEEEEEEEEEEEEEEEEQSQHEINNQDTDSEESDKGFVSSRSQRRIRATREIQNQETVQNSRRTGKRPRYNEESDESNTVPVRNRRKIKRRYYAEESDESPEPENVPRISISSRGRVRKMTERARAFLLDSP

Target ORF information:

RefSeq Version	XM_017897581.1
Organism	Eufriesea mexicana
Definition	Eufriesea mexicana PH-interacting protein (LOC108545798), mRNA.

Target ORF information:

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

XM_017897581.1

ORF Insert Sequence:

ATGGAGGGCA GCATGACGAA GAACGAGACT GCAATAGCAC CAGAGCTGTA CTTCCTAATT 
GCCAAATTCT TAGCGGCGGG ACCTTGTCGC GGAGCCGCAG ACGTGTTGAA GCGTGAATTG 
GAGCGAGCTA AGGTTTTGCC CCGAAGACTA GATTGGGAAG GGGATGTACA TAATCAAACC 
TTTGAAGAGT TGGAAAAGAA GTATTCTCAC ATTGGATCAA ATCATTTATT ACAAATATGT 
GCCAGAATTG GACCAGTATT GGAGAAAGAG GTGCCTCCAT GTATACCAGG AGCAATATCT 
CTTTTAGGAG CTGGCAGACA ATCTTTATTA CGTACACACG AAGATGTCCA ACGTCAAGTG 
CATGGCATTA TTTCATATTC TGGCAGACGA GGTGGAAAAC CATTTTTGGA TTCACCTTAT 
AGTTTATCGG TGCCTAATAT AGTACGTGTA CTTCAAGGCC GGGAGAATTC CGGTCCTCTG 
AGTAGACGAG AGGCAATACC AACAAAGTTT TACAATAAAA TGCAGTTATA TAGACATACA 
TTAGGACATT TATCTGCAGT ATATTGTGTT CTTTTTGATC GTACTGGAAG ATATATAATC 
ACTGGTGCAG ATGATTTACT TGTTAAAGTA TGGAGTTCTA TAGATGGACG ATTATTAGCA 
ACTTACAGAG GAGCATCTGC TGAAATTATG GATATTGCAG TAAATTTTGA TAATACTCTA 
CTTGCTGCTG GTAGTCTAGA TCGAATGCTA AGAGTTTGGT GTTTTCAAAC TATGTCTCCT 
GTTGCAGTTC TATCTGGACA CTCTGGTATG ATTACATCTG TAAATTTTTG TCCTATATCT 
TGTAATGGTG TATATTACTT AGTTTCTACA AGTACAGATG GATCTGTTGC TTTTTGGTCT 
CATACAAAAA AAAATAATGA AAGAGCAGTT TTTCAACCAA AACCAATTCA GTACCATGAA 
AAAATGCGCC CTGGTCAAGC ACAAATGATA TGTGCTTCAT TCAGTCCTGG TGGAGCATTT 
ATGGCTGATC ATCATGTTAG AGTATATGCA ATGTTAGGAG ATGAGGGTCC ATGTAGAGTT 
TTAGAGGTGG AAGCACATTC TGATACAGTT GATAGTATTC AATGGGCACA TAGTGGCTTA 
AAGTTTATTT CTGGTTCTAA AGATGGTACT GCAAATGTTT GGCATTTTGA ACAACAACAG 
TGGATGTATA AACGTTTATT GATGACAACA AAACTTCCTG GAGAATCAGA AACAGAAGAT 
GATTCTAACA AAAAAGCTAA AGTGACTATG GTTAGCTGGG ATGTTAGTGA TGAATGGGTT 
ATTACAGCTG TAAATGATAG TTCTCTCAAA GTATGGAATG CAAAATCAGG TGAATTGGTG 
AAAATTCTCC GTGGACATAA AGATGAAGTC TTTGTGTTAG AATCACATCC AATAGATCCT 
CGTGTTATAT TAAGTGCTGG GCATGATGGA CAACTTATAA TTTGGGATGT CCTAAATACA 
GAACCAATAG TATGTTTTCA AAATTTTATT GAAGGACAAG GTAATGGTGC TGTTTTTGAT 
GCAAAGTGGT CTCCAGATGG GACAATGTTA GCAGCAACAG ATTCTCATGG GCATCTTTTA 
ATATATGGAT TTGGATCTGG TGTTGAAAAA CTTAAGATAG TACCCAAAGA GTTGTTTTTC 
CATACGGATT ATAGACCTTT AATGCGAGAT GCAAATAATT ATGTTTTGGA TGAACAGACA 
CAAACTGCAC CTCACTTAAT GCCTCCACCA TTTTTAGTAG ATGTTGATGG TAATCCTTAT 
CCACCAGCAT TACAAAGATT GGTCCCTGGA AGAGAAAATT GTAGAGGAGA ACAATTAGTA 
CCAAATATTG CAGTAGGCGC TGGAGGAATG CAAGAGGTTA TAGAAGGTCT TCCAGCTCAG 
GAACCACGGT CCAATATCGA TCAATTAATC GAAGCTCTTG CACAAAGACA AAATATTAAT 
GCTGATGCAG AAAGTGCAGC TGATGAGAGA GAAGAAAATG CAGCAGAACA ACCAGTTCGT 
CAAATGGCTA GTCCTCGAGG CAGTAGATCT GGCTTAAGAA GAGCTGGTGA TGTTGAAGGT 
GTACGACAAA GTAGTGGTAA TTGGCAAAGG GATAATACTA CACCTTGGAA TAAGCCTATT 
CTTGCTCGAC CAATGAATCT AGCTGTTAGG GAAACACAAT TTAAAATTTT GCATGCGACA 
GCGGAAATGG AACTTGAAAA TTTAAAACGT GAAATGCGAA AAAGGCCACA ACCAGTATCA 
AATACAATCA GTACTGAAGG TAATATAGGT AGTAGAATAG CGAATCGGAA ACGCAGTAGA 
ACTACTAGAC ATGGCTACAG AACTAGAGCT ACACGTGGTG AAGAACAAGA GGATGATGAA 
TTTGAGAATC CTGATAATGC GGGAACAACA GGAAGTTCAG CTAGTAGTAA TAGTAATGAT 
TCTACTGCTC ATGAAGAAGA TTTGTGTTCT GATAGTTCAA CATCAGAGTC TAGCACTGAA 
TATTCAGATT GGATTGCTGA TCATGGTTTA AATTTAGAAC CACCTAAACG GAGTAAACGT 
AAACCTGTAA AAAAACGATC TCTTACTCCA CCAAGTGATA TGGATAGAAG ACGTAATAGA 
CGACCTAGAA AAAAGGACAT TCCGTTGCCT ACTAGCATCG ATGATATCCC AGAAGTTTTT 
AGACCTTCAG AATGGCTCAC TGAAATAATA CCAAGGAAAG CTCCTTATTA CCCACAAATG 
GGTGATGAAA TAGTATATTT TCGACAAGGA CACCAGTTCT ACTTAGATGC CGTTAGGAAT 
AAAAAGGTAT ATGAACTTGG CCCACGATGT GAACCATGGA ATAAAGTCAA TATTAGAGCC 
CAGGAATTTG TAAAAGTAGT AGGTATTAAA TATGAAATAC GTCCACCTCG GCTATGTTGT 
TTAAAATTGG CACTAATGGA TGAAGATGGA AGATTAACAG GAGAAAATTT CACTATTAAA 
TATCACGATA TGGCTGATGT TTTAGATTTT TTAGTTTTAC GTCAAACATT TGATACAGCT 
TTGGCACGTA GTTGGTCTGA AGGAGATCGA TTTCGTTGTA TGATTGATGA TGGCTGGTGG 
ATGGGTCAAA TACAATCAAT GGAACCTTTA GATGAAGATT TTCCAGAATC TTTTTTTATG 
TGTTTTCGTG TCAGGTGGGA TAATGGAGAA TATGAAAGAA TGAGTCCTTG GGATCTTGAA 
CCAATTGATG AGAATAGACT TCCTGCAGAA CTTGGAGGAG CAGTTCCTGT GCTTCCAGAA 
GAGATACAAA CAATACTATA TCAACCTCAT GCTGAAGAAT GGCCAATGGG AGATAGAGAA 
GCAACATGTC GCAGAATTAT ACGTGGATTA GATCAAGTGA TGAGCCTCGC GATTGCAGAA 
CCATTTATGG CCCCTGTTGA TCTCAATGCA TATCCTTCAT ATGCATTTGT TGTGGAATAT 
CCTATCGATT TAACAACCAT AAAAGCTCGT TTCGAAAATC ATTTCTATCG GAGAATAACA 
TCTGCCCAGT TTGATGTTAG ATATTTAGCA ACAAACGCGG AACAATTTAA TGAGCCACAT 
AGTCAAATAG TAAAACATGC AAGAATAGTT ACCGACTTAT GTTTACGTAT TATAAAAGAA 
ACTACAGAAT TAGATGTACC AGCCATTTAT CATCAACTGG TTGACACATA CCATTCTTCT 
GAATCAGAAG TCGACGTAGA AGATGCAAAG GATAAACCAT CAACCAGTAC TCAGAGAGCA 
ACTACAAGTA GAAATATATG TTCACAAGAA GTATCCAATG ATTGGAAAGT AGCATGTCGT 
CAATTATTAG AAACATTGTG GCAATGTGAG GATTCTATTC CCTTTAGAGA ACCAGTAGAT 
AGATTAGAAC ATCCAGATTA TCATCAAATT ATAGATACAC CAATGGATTT ACGTACAGTA 
AAAGAAGATT TATTAGGTGG AAATTATGAA ACTCCTTTAG AATTTGCCAA AGATATGCGA 
TTAATATTTA CAAATAGCAG AAATTATAAT ACTAATAAGC GATCAAGGAT ATATTTAATG 
ACAATAAGAT TATCAGCAAT GTTTGAAGAG CATATGCGAA AAATTATTTC AAATTGGAAA 
TCTGCTAGAA GACGCAATAA TAATCCAAAA AATACAAAGG GAAAAGGTAG AAGGGGTAAA 
GTTCGGTTAA CAAACGGCAC GGCACCTTCA AAATCAAAAT CCGCATGTTC TGACGATGAC 
GAGTTAAATA GTGAAGAGGA TGATGTTGAT TTAGAAGAAG TAGAAAAAAA TAATTCTAAT 
GTATTTGCAC CAGGGCCATC ACGTATGACA AATGGACACA CAAAACGTTC TACTAATGCA 
ACACGACCTA CTTTAAAACT TCGAATTTCT AGATCTACAG TACCTAAAAA ACCAAAAGAA 
AGTGAAAGTG AAGCTAGTGA CTCAGAAGCT TCCACAGAAA GTGAAAGTAG TGGTAGTGTA 
CCTGTAAGAA GGACACGAGC AAGAAAAATG GTACCTAGTG TTAGTGTCGA TAGTGATTCT 
GGAGATGTAT ATACACCCAC TGGACGTGGA AAACAAACTC GAAAAAATCG TGCAAAAAAT 
AACAGAAATA ATAAACAAGT AAAATCAAAA TCAAAGCTAA GCTTCTATGA AAATTCAAAA 
GCTGTTAATT ATGAAGATGA TGAAGCATCT ACTGCAAATG AGTTATCAGA TGAAGAAAGC 
GAAGAAGAAG TTATTAGTAG AAGCAGAACA AGATCACGAA AATTAGCCTC TACATCCGAA 
CATGAGGATA GCTTAAAAAG TACAACAAAA GCTGGAAGAA ATAACATTGA AAGTCAAAGT 
GAAGAAGAAG AGGAAGAAGA AGAAGAAGAG GAGGAGGAAG AAGAAGAAGA ACAATCTCAA 
CATGAAATTA ATAATCAGGA TACAGATAGT GAAGAATCAG ACAAAGGTTT CGTATCATCA 
AGATCACAAA GAAGAATTCG TGCAACGAGA GAAATACAAA ATCAAGAAAC CGTACAAAAT 
TCAAGGAGAA CTGGGAAACG ACCTCGCTAT AATGAAGAAA GTGACGAGAG CAATACGGTT 
CCAGTTAGGA ATCGACGTAA AATTAAGCGT CGATATTATG CGGAAGAAAG TGATGAAAGT 
CCCGAACCTG AAAATGTACC ACGTATTAGT ATAAGTAGTA GAGGACGTGT ACGTAAAATG 
ACAGAACGTG CACGGGCTTT TCTTTTAGAT TCACCCTAA