XRN1 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	XRN1
Entrez Gene ID	104063691
Full Name	5'-3' exoribonuclease 1
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009565941.1	XP_009564236.1	5'-3' exoribonuclease 1

Pathways from BioSystems
Gene Ontology

The following XRN1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the XRN1 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
OCu48858	XM_009565941.1 Latest version!	Cuculus canorus 5'-3' exoribonuclease 1 (XRN1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

XRN1 ( XM_009565941.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009564236.1 Cuculus canorus 5'-3' exoribonuclease 1 (XRN1), mRNA.

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CloneID	OCu48858
Clone ID Related Accession (Same CDS sequence)	XM_009565941.1
Accession Version	XM_009565941.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5214bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	5'-3' exoribonuclease 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009245984.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGCA TTATCCATCA ATGTTCACAT CCAAATGATG ACGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC AGATATTTTT CACTATTTGG AAGTACTGTT CCGCATTATT 
AAACCAAGGA AGGTTTTCTT CATGGCAGTT GATGGAGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACCCT CCCAAGTGAA GCTAGGTTTG ACTCCAACTG TATTACACCA 
GGAACGGAAT TCATGGCCAG ATTGCATGAG CATCTGAAAT ATTTTGTAAA TATGAAGATT 
TCCAAAGACA AATCCTGGCA AGGGGTAACA GTCTACTTAT CAGGCCATGA GACTCCAGGG 
GAAGGTGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GGCACTGTCT CTATGGCTTA GATGCTGACT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTTGC GCTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACT TTTCATTTAC TGCACTTATC GCTGATGAGG 
GAATATATCG ATTACGAATT TTCAGCAGTA AAAGATAACA TTTCCTTTGA ATATGATATT 
GAAAGGATAA TAGATGATTG GATCTTAATG GGTTTCCTTG TAGGAAATGA TTTTATTCCT 
CATCTACCTC ATTTACATAT TAATCATGAT GCACTGCCTC TACTTTATAG AACGTACATG 
GCCATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAAT ATCTCACAAG ATTGTCCGAT TTTGATCGCG AGCACTTCAG TGAAGTCTTT 
GTAGACCTAA AATGGTTTGA AAGTAAAGTT GGCAATAAAT ACCTCAACGA GGCAGCTGGT 
ATTGCAGCAG AGGAAGCCAG AAAAAATAAG CAGAAGAAAC AAAAGGCTCA GGAAAATTCT 
ATGTGTTTGG CTGCTCTAGA AAAAAATGAA GGTGAAGTTG TCACCCCTAA AACTGTATTG 
GAAGATGAAC CAGAAGATGA TGACCTATTT GAAACTGAGT TTAGGCAATA CAAAAGAACA 
TACTACATGA CTAAAATGGG TGTAGAAGTA GTTTCTGACG ACTTCTTGGC TGATCAAGCT 
GAATGTTATG TCCAGGCAAT ACAATGGATT TTGCATTATT ATTATCATGG AGTTCAGTCA 
TGGAGCTGGT ATTACCCTTA TCATTACGCA CCCTATCTGT CAGATATTCG TAACATTGGT 
GACCTCAAAA TCAAGTTTGA GCTAGGAAAA CCTTTCATGC CATTTGAACA GCTTCTTGCT 
GTGCTTCCAG CAGCTAGCAA AGATCTGCTA CCTAAATGCT ACCAGCATTT GATGATTAGT 
CAAGACTCTC CTATTATAGA ATATTATCCA CCGGATTTTA AAACTGACTT AAATGGAAAA 
CAGCAAGAAT GGGAAGCTGT AGTATTAATC CCATTTATTG ATGAGAAACG ACTGCTGCAG 
GCCATGGAAC CCTGTAATAA GTGCCTAAAA GAAGAGGAGA AACAAAGAAA TACTCACAGT 
GCTTGCTTAA TGTACTGGTA TGACAAAGAT GCAGAGTTCC AGTACCTGTC ACCATGGCCA 
GAGAAATTCC CTGCTGTAGA AAGATGTCAT ACAAGATTTA AAACTATACC TTTGGATGCT 
TGGCATGTAG AAATAACCCA CAATAAGATA ACTAAAATCA ACAAGAGTGC ATTATATTTT 
TGTGGATTTC CTACTTTAAA GCACATTAAA CATAAGTTCT TTCTTAGAAA AAGCGGTGTA 
CAGGTGTTTC AGCAAAGCAG CCATGGAGAG AATATGATGT TAGAAATCAT AGCTGATGAG 
AACTCAAAAG AACCGATGGT AGAAAATGTT GCCAGTTTGG TACTTGGGAA GCGTGTTTTT 
GTTAACTGGC CACACCTTGA AGAAGCCAGA GTTGTTGCTG TGTCAGATGG AGAAACTAAG 
TTTTATTTGG AAGAACCCCA CGGCACACAA AGGCTTTACA TGGGGAATGC TGTGCCCCCA 
ACTAAAGTAG CGTACGTTGG CGATAAGGAA CAAAGCACGT GGCTAAAAGA AATCCAAGGC 
ATTTCGGAGC ACTACCAGAA AAGAAAAGGA ATAATTATTC ATGACACATC AGTAGTTGTA 
TATGCTCAGT TACTCACTGG TAATAGATAC CAGCTAAAGC AAAATGGAGA AGTTTATTTG 
GAGAAGCAGT GGTCGAAACA AGTTCTGCCT TTCGTTTACC AAACTGTGGT CAAGGATATC 
AAAGCCTTTG ATTCTCGTTT TTCAAACATC AAAACTTTGG ATGACTTGTT TCCTCCTGGA 
AGTACAGCCT TTATGCTGGG ATCTCCTTAC TATGGCTGCA TGGGAGAAGT TCAAGATTCA 
CGTGATGTGA TCACAGAAGG TAGAATTCGT GTAGTTTTCA ATATTCCATG TGAACCCCAG 
CTTGACCCTT TAATACAGAA CCAGCATAAA TACTCTGTGA AATACAATCC TGCATATATT 
TTGGCCAGCC GTCTTGGAGT AAGTGGATAT CTTGTCTCCA GATTTACAGG GAGTATCTTT 
ATTGGAAGAG GATCAAAGAA AAATCCTCAT GGAGATCACA AAGCAAATGT GGGGCTAAAC 
CTGAAGTTCA ATAAGAAGAA TGAAGAAGTT CCTGGCTATA CTAAGAAAGT TGGAAATGAA 
TGGATGTATT CTTCTGCTGT AGAACAACTA CTTGCTGAGT ATTTAGAAAG GGTCCCTGAA 
CTATTTAGTT ATGTAGCCAA GAACAGCCAG GAAGATATCT TCTATGAAGA TGACATTTGG 
CCTGGAGAGG ATGAGAATGG AGCTGAGAAG GTTCAAGAAA TCGTTGCCTG GTTGAAGGCG 
CATCCTGTGT CTGCTTTGTC TCGCTCATCT TGTGACTTGC AAATTTTGGA TGCAGCCATT 
GTTGAAAAAA TTGAAGAAGA AGTAGAAAAA TGCAAGCAGA GAAAAAGCAA CAAGAAGGTG 
CGAGTGACTG TGAAACCCCA TCTACTGTAC AGACCATTAG AACAACAGAA TGGGGTTGTT 
CCAGATCGAG ATGCGGAGTA TAGGCTGTTT GACCGTGTTG TCAATGTGAG AGAGAACTTC 
TCTGTTCCAG TTGGTCTTCG AGGTACCATT ATAGGAATTA AAGGAGCCAG TAGAGAAACA 
GATGTGCTCT TTGAAGTTCT GTTTGATGAA GAATTCCTTG GAGGCCTAAC GATAAGGTGC 
TCACCAGCCA GAGGTTATCG TCTGCCATCA AGTGCCTTAA TTAACCTGTC TCATGGTAGT 
CGGTCAGAAA TGGGAAATCA AAAGCTGATG GCCATAGTTA AACCTCAGCC AGCTGTGAAT 
AACTACAATT CATATGCATC TGATCTGTCA TCTGTATGCT CACAAAAAGT GCATCTGGGA 
GGCCTCAACC ATTCTCCTCG TTCCCTTTTT GTTCCTACGC AACCATTGAA TGGAAGACAG 
CATTACAATC TCAGGGCTGA ACATCAGGGC AATTCTAACT CACCCCAGAA AGGATCATTT 
CTAAGTGGCA ATCAGAAAAA TAAAGCACAA AGCAAGCAAG ATGATGAATT CTGCAGCATA 
TGGCAGTCAT TGCAGGGTTC TGGGAAGCCT CACCGCGTTC AGCAAAACAC GCATGAGAAG 
GGTGCAGTTC TACCTCAGGA AATCAGGCTG GGAACTGGCA ACCAGCTCTC TAAGCCAGGA 
TTCAATGACA GCAGCTTGAA AGGTCAGCAG AGAAAACAGG AGCCATATAA AAAATTTAAA 
GAAGATTCCA AAGTTACAAG AGGTGAAAGT CAGCCACATA ATAAAATATC AAACAAACAG 
AATTTTGCAG GCGTGAATAA GAGCGGTGTC AAACTTCTGA AGAGGAATGA AAGTCCAAAC 
GTGCCTGTAA TTCAGAAGGC TGCAGTTGAC AGTCCGTGTG GGGTTGGAAA GAAGGACAAT 
GAACTTGAAA GTCTTCTGGC TTCTCTGAAA ATGTCCAAAG AAAACGAAGT GCAGACTTAT 
TCCAAGGAAG CAAGAACTAC AAATGAAGAA CATCTGTCAC CACAGTCATT CGCTATGAAA 
GGAACACAGA TGCTCAAAGA AATTTTGAAG ATAGATGGCT CTGATGTGGA AACAAGGAAT 
GAAGCGAAAT CCCAAGTTAC TGATGTTCCT GCTCCCCCTG GTAGACAGGA TTGCCATGGA 
GCTGCCTTGC AATGCAGACC AGCAAAAAAA ATGGCTGCTT ATATGAACAA GCCTCATAGC 
ACTGGAGGCC CTCAGAACGC ACCAGCACTG GAAACTGGTG GTCACCCTTT CGCTTGTCCA 
CAGCCTGCAC TGTCTACTGT TTCAGAACTT TGTCGTATTT GTTCTCTTGT TGGAATGTCA 
CAACCAGATT TCTCTTTCCT AAAAACACCA CAGACCATGA CAGTTTGTCA CATAAAATTA 
TCGAATGGTT TGTTGATTCA TGGGCCGCAG TGTCACTCTG AAGCTGAAGC AAAGGAGAAA 
GCTGCGCTTT TTGCTTTACA GCGTTTGAGT TCTTTAGGAG TAAACTTCCC TTTGGCTCCA 
CCTCCTCCTC CACCAGTGTT TCCAAATTAC CAACCACTGG GAGTTCCTGT ACCACCTGGA 
TCTATTCCTC CAGTATTTGC ACAACCCCCT GCTAATATAA TGCCTCCATC ATCTCACATG 
TTTGGTCCAG TGTCTTGGGG AACTCCAGTG CCTAAACACT ATTATCCTGG CTGCTATCCA 
GGAAATGTCC CTCTGGCAGG AACGATACCA GTTGGTTCTC ACAACCAGTT TATACCTCTG 
CAGGTAACGA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA GAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GACAGTTCGT CAGCTCCTTT AAAATCCCCT CAAGCTGCTC AACCCACTGT TTCATTTCAA 
GACAATGTTG CTACTCCAAG CGTTCCTCAT AACAAATCAA CACCAAACAC ATCCAGCAAG 
CGAAAGCCAA GGAAGCTGGC TGTCAATTTT GGCACACCAA AATCTTCAGA ATAA

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

RefSeq	XP_009564236.1
CDS	25..5238
Translation	MNGIIHQCSHPNDDDVHFRISEDKIFADIFHYLEVLFRIIKPRKVFFMAVDGVAPRAKMNQQRGRRFRSAKEAEDKIKKALEKGETLPSEARFDSNCITPGTEFMARLHEHLKYFVNMKISKDKSWQGVTVYLSGHETPGEGEHKIMEFIRSEKAKPHHDPNTRHCLYGLDADLIMLGLTSHEAHFALLREEVRFGGKKSQRACAPEETTFHLLHLSLMREYIDYEFSAVKDNISFEYDIERIIDDWILMGFLVGNDFIPHLPHLHINHDALPLLYRTYMAILPELGGYINENGHLNLKRFEKYLTRLSDFDREHFSEVFVDLKWFESKVGNKYLNEAAGIAAEEARKNKQKKQKAQENSMCLAALEKNEGEVVTPKTVLEDEPEDDDLFETEFRQYKRTYYMTKMGVEVVSDDFLADQAECYVQAIQWILHYYYHGVQSWSWYYPYHYAPYLSDIRNIGDLKIKFELGKPFMPFEQLLAVLPAASKDLLPKCYQHLMISQDSPIIEYYPPDFKTDLNGKQQEWEAVVLIPFIDEKRLLQAMEPCNKCLKEEEKQRNTHSACLMYWYDKDAEFQYLSPWPEKFPAVERCHTRFKTIPLDAWHVEITHNKITKINKSALYFCGFPTLKHIKHKFFLRKSGVQVFQQSSHGENMMLEIIADENSKEPMVENVASLVLGKRVFVNWPHLEEARVVAVSDGETKFYLEEPHGTQRLYMGNAVPPTKVAYVGDKEQSTWLKEIQGISEHYQKRKGIIIHDTSVVVYAQLLTGNRYQLKQNGEVYLEKQWSKQVLPFVYQTVVKDIKAFDSRFSNIKTLDDLFPPGSTAFMLGSPYYGCMGEVQDSRDVITEGRIRVVFNIPCEPQLDPLIQNQHKYSVKYNPAYILASRLGVSGYLVSRFTGSIFIGRGSKKNPHGDHKANVGLNLKFNKKNEEVPGYTKKVGNEWMYSSAVEQLLAEYLERVPELFSYVAKNSQEDIFYEDDIWPGEDENGAEKVQEIVAWLKAHPVSALSRSSCDLQILDAAIVEKIEEEVEKCKQRKSNKKVRVTVKPHLLYRPLEQQNGVVPDRDAEYRLFDRVVNVRENFSVPVGLRGTIIGIKGASRETDVLFEVLFDEEFLGGLTIRCSPARGYRLPSSALINLSHGSRSEMGNQKLMAIVKPQPAVNNYNSYASDLSSVCSQKVHLGGLNHSPRSLFVPTQPLNGRQHYNLRAEHQGNSNSPQKGSFLSGNQKNKAQSKQDDEFCSIWQSLQGSGKPHRVQQNTHEKGAVLPQEIRLGTGNQLSKPGFNDSSLKGQQRKQEPYKKFKEDSKVTRGESQPHNKISNKQNFAGVNKSGVKLLKRNESPNVPVIQKAAVDSPCGVGKKDNELESLLASLKMSKENEVQTYSKEARTTNEEHLSPQSFAMKGTQMLKEILKIDGSDVETRNEAKSQVTDVPAPPGRQDCHGAALQCRPAKKMAAYMNKPHSTGGPQNAPALETGGHPFACPQPALSTVSELCRICSLVGMSQPDFSFLKTPQTMTVCHIKLSNGLLIHGPQCHSEAEAKEKAALFALQRLSSLGVNFPLAPPPPPPVFPNYQPLGVPVPPGSIPPVFAQPPANIMPPSSHMFGPVSWGTPVPKHYYPGCYPGNVPLAGTIPVGSHNQFIPLQVTKKRAASKKNFELKEFQSSPQAAPLKNEEPVSSDHIQQDSSSAPLKSPQAAQPTVSFQDNVATPSVPHNKSTPNTSSKRKPRKLAVNFGTPKSSE

Target ORF information:

RefSeq Version	XM_009565941.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus 5'-3' exoribonuclease 1 (XRN1), mRNA.

Target ORF information:

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

XM_009565941.1

ORF Insert Sequence:

ATGAATGGCA TTATCCATCA ATGTTCACAT CCAAATGATG ACGATGTTCA CTTCAGAATC 
TCAGAAGATA AGATTTTTGC AGATATTTTT CACTATTTGG AAGTACTGTT CCGCATTATT 
AAACCAAGGA AGGTTTTCTT CATGGCAGTT GATGGAGTAG CTCCAAGAGC AAAAATGAAT 
CAGCAGCGTG GGAGACGTTT TAGATCAGCA AAAGAGGCAG AGGACAAAAT AAAAAAGGCA 
TTAGAAAAGG GAGAAACCCT CCCAAGTGAA GCTAGGTTTG ACTCCAACTG TATTACACCA 
GGAACGGAAT TCATGGCCAG ATTGCATGAG CATCTGAAAT ATTTTGTAAA TATGAAGATT 
TCCAAAGACA AATCCTGGCA AGGGGTAACA GTCTACTTAT CAGGCCATGA GACTCCAGGG 
GAAGGTGAGC ATAAAATTAT GGAGTTCATC AGATCAGAAA AAGCAAAGCC CCATCATGAT 
CCAAACACAA GGCACTGTCT CTATGGCTTA GATGCTGACT TGATTATGCT GGGATTAACA 
AGTCATGAGG CACACTTTGC GCTCTTAAGA GAAGAAGTCA GATTTGGTGG TAAAAAATCT 
CAAAGAGCAT GTGCACCAGA GGAAACCACT TTTCATTTAC TGCACTTATC GCTGATGAGG 
GAATATATCG ATTACGAATT TTCAGCAGTA AAAGATAACA TTTCCTTTGA ATATGATATT 
GAAAGGATAA TAGATGATTG GATCTTAATG GGTTTCCTTG TAGGAAATGA TTTTATTCCT 
CATCTACCTC ATTTACATAT TAATCATGAT GCACTGCCTC TACTTTATAG AACGTACATG 
GCCATCTTGC CAGAACTGGG AGGTTACATA AATGAAAATG GGCATCTGAA TTTAAAACGC 
TTTGAGAAAT ATCTCACAAG ATTGTCCGAT TTTGATCGCG AGCACTTCAG TGAAGTCTTT 
GTAGACCTAA AATGGTTTGA AAGTAAAGTT GGCAATAAAT ACCTCAACGA GGCAGCTGGT 
ATTGCAGCAG AGGAAGCCAG AAAAAATAAG CAGAAGAAAC AAAAGGCTCA GGAAAATTCT 
ATGTGTTTGG CTGCTCTAGA AAAAAATGAA GGTGAAGTTG TCACCCCTAA AACTGTATTG 
GAAGATGAAC CAGAAGATGA TGACCTATTT GAAACTGAGT TTAGGCAATA CAAAAGAACA 
TACTACATGA CTAAAATGGG TGTAGAAGTA GTTTCTGACG ACTTCTTGGC TGATCAAGCT 
GAATGTTATG TCCAGGCAAT ACAATGGATT TTGCATTATT ATTATCATGG AGTTCAGTCA 
TGGAGCTGGT ATTACCCTTA TCATTACGCA CCCTATCTGT CAGATATTCG TAACATTGGT 
GACCTCAAAA TCAAGTTTGA GCTAGGAAAA CCTTTCATGC CATTTGAACA GCTTCTTGCT 
GTGCTTCCAG CAGCTAGCAA AGATCTGCTA CCTAAATGCT ACCAGCATTT GATGATTAGT 
CAAGACTCTC CTATTATAGA ATATTATCCA CCGGATTTTA AAACTGACTT AAATGGAAAA 
CAGCAAGAAT GGGAAGCTGT AGTATTAATC CCATTTATTG ATGAGAAACG ACTGCTGCAG 
GCCATGGAAC CCTGTAATAA GTGCCTAAAA GAAGAGGAGA AACAAAGAAA TACTCACAGT 
GCTTGCTTAA TGTACTGGTA TGACAAAGAT GCAGAGTTCC AGTACCTGTC ACCATGGCCA 
GAGAAATTCC CTGCTGTAGA AAGATGTCAT ACAAGATTTA AAACTATACC TTTGGATGCT 
TGGCATGTAG AAATAACCCA CAATAAGATA ACTAAAATCA ACAAGAGTGC ATTATATTTT 
TGTGGATTTC CTACTTTAAA GCACATTAAA CATAAGTTCT TTCTTAGAAA AAGCGGTGTA 
CAGGTGTTTC AGCAAAGCAG CCATGGAGAG AATATGATGT TAGAAATCAT AGCTGATGAG 
AACTCAAAAG AACCGATGGT AGAAAATGTT GCCAGTTTGG TACTTGGGAA GCGTGTTTTT 
GTTAACTGGC CACACCTTGA AGAAGCCAGA GTTGTTGCTG TGTCAGATGG AGAAACTAAG 
TTTTATTTGG AAGAACCCCA CGGCACACAA AGGCTTTACA TGGGGAATGC TGTGCCCCCA 
ACTAAAGTAG CGTACGTTGG CGATAAGGAA CAAAGCACGT GGCTAAAAGA AATCCAAGGC 
ATTTCGGAGC ACTACCAGAA AAGAAAAGGA ATAATTATTC ATGACACATC AGTAGTTGTA 
TATGCTCAGT TACTCACTGG TAATAGATAC CAGCTAAAGC AAAATGGAGA AGTTTATTTG 
GAGAAGCAGT GGTCGAAACA AGTTCTGCCT TTCGTTTACC AAACTGTGGT CAAGGATATC 
AAAGCCTTTG ATTCTCGTTT TTCAAACATC AAAACTTTGG ATGACTTGTT TCCTCCTGGA 
AGTACAGCCT TTATGCTGGG ATCTCCTTAC TATGGCTGCA TGGGAGAAGT TCAAGATTCA 
CGTGATGTGA TCACAGAAGG TAGAATTCGT GTAGTTTTCA ATATTCCATG TGAACCCCAG 
CTTGACCCTT TAATACAGAA CCAGCATAAA TACTCTGTGA AATACAATCC TGCATATATT 
TTGGCCAGCC GTCTTGGAGT AAGTGGATAT CTTGTCTCCA GATTTACAGG GAGTATCTTT 
ATTGGAAGAG GATCAAAGAA AAATCCTCAT GGAGATCACA AAGCAAATGT GGGGCTAAAC 
CTGAAGTTCA ATAAGAAGAA TGAAGAAGTT CCTGGCTATA CTAAGAAAGT TGGAAATGAA 
TGGATGTATT CTTCTGCTGT AGAACAACTA CTTGCTGAGT ATTTAGAAAG GGTCCCTGAA 
CTATTTAGTT ATGTAGCCAA GAACAGCCAG GAAGATATCT TCTATGAAGA TGACATTTGG 
CCTGGAGAGG ATGAGAATGG AGCTGAGAAG GTTCAAGAAA TCGTTGCCTG GTTGAAGGCG 
CATCCTGTGT CTGCTTTGTC TCGCTCATCT TGTGACTTGC AAATTTTGGA TGCAGCCATT 
GTTGAAAAAA TTGAAGAAGA AGTAGAAAAA TGCAAGCAGA GAAAAAGCAA CAAGAAGGTG 
CGAGTGACTG TGAAACCCCA TCTACTGTAC AGACCATTAG AACAACAGAA TGGGGTTGTT 
CCAGATCGAG ATGCGGAGTA TAGGCTGTTT GACCGTGTTG TCAATGTGAG AGAGAACTTC 
TCTGTTCCAG TTGGTCTTCG AGGTACCATT ATAGGAATTA AAGGAGCCAG TAGAGAAACA 
GATGTGCTCT TTGAAGTTCT GTTTGATGAA GAATTCCTTG GAGGCCTAAC GATAAGGTGC 
TCACCAGCCA GAGGTTATCG TCTGCCATCA AGTGCCTTAA TTAACCTGTC TCATGGTAGT 
CGGTCAGAAA TGGGAAATCA AAAGCTGATG GCCATAGTTA AACCTCAGCC AGCTGTGAAT 
AACTACAATT CATATGCATC TGATCTGTCA TCTGTATGCT CACAAAAAGT GCATCTGGGA 
GGCCTCAACC ATTCTCCTCG TTCCCTTTTT GTTCCTACGC AACCATTGAA TGGAAGACAG 
CATTACAATC TCAGGGCTGA ACATCAGGGC AATTCTAACT CACCCCAGAA AGGATCATTT 
CTAAGTGGCA ATCAGAAAAA TAAAGCACAA AGCAAGCAAG ATGATGAATT CTGCAGCATA 
TGGCAGTCAT TGCAGGGTTC TGGGAAGCCT CACCGCGTTC AGCAAAACAC GCATGAGAAG 
GGTGCAGTTC TACCTCAGGA AATCAGGCTG GGAACTGGCA ACCAGCTCTC TAAGCCAGGA 
TTCAATGACA GCAGCTTGAA AGGTCAGCAG AGAAAACAGG AGCCATATAA AAAATTTAAA 
GAAGATTCCA AAGTTACAAG AGGTGAAAGT CAGCCACATA ATAAAATATC AAACAAACAG 
AATTTTGCAG GCGTGAATAA GAGCGGTGTC AAACTTCTGA AGAGGAATGA AAGTCCAAAC 
GTGCCTGTAA TTCAGAAGGC TGCAGTTGAC AGTCCGTGTG GGGTTGGAAA GAAGGACAAT 
GAACTTGAAA GTCTTCTGGC TTCTCTGAAA ATGTCCAAAG AAAACGAAGT GCAGACTTAT 
TCCAAGGAAG CAAGAACTAC AAATGAAGAA CATCTGTCAC CACAGTCATT CGCTATGAAA 
GGAACACAGA TGCTCAAAGA AATTTTGAAG ATAGATGGCT CTGATGTGGA AACAAGGAAT 
GAAGCGAAAT CCCAAGTTAC TGATGTTCCT GCTCCCCCTG GTAGACAGGA TTGCCATGGA 
GCTGCCTTGC AATGCAGACC AGCAAAAAAA ATGGCTGCTT ATATGAACAA GCCTCATAGC 
ACTGGAGGCC CTCAGAACGC ACCAGCACTG GAAACTGGTG GTCACCCTTT CGCTTGTCCA 
CAGCCTGCAC TGTCTACTGT TTCAGAACTT TGTCGTATTT GTTCTCTTGT TGGAATGTCA 
CAACCAGATT TCTCTTTCCT AAAAACACCA CAGACCATGA CAGTTTGTCA CATAAAATTA 
TCGAATGGTT TGTTGATTCA TGGGCCGCAG TGTCACTCTG AAGCTGAAGC AAAGGAGAAA 
GCTGCGCTTT TTGCTTTACA GCGTTTGAGT TCTTTAGGAG TAAACTTCCC TTTGGCTCCA 
CCTCCTCCTC CACCAGTGTT TCCAAATTAC CAACCACTGG GAGTTCCTGT ACCACCTGGA 
TCTATTCCTC CAGTATTTGC ACAACCCCCT GCTAATATAA TGCCTCCATC ATCTCACATG 
TTTGGTCCAG TGTCTTGGGG AACTCCAGTG CCTAAACACT ATTATCCTGG CTGCTATCCA 
GGAAATGTCC CTCTGGCAGG AACGATACCA GTTGGTTCTC ACAACCAGTT TATACCTCTG 
CAGGTAACGA AAAAAAGGGC TGCTAGCAAG AAAAACTTTG AGCTCAAGGA GTTTCAGAGT 
TCCCCTCAAG CTGCACCACT AAAGAATGAA GAGCCAGTGT CTTCTGACCA CATTCAGCAA 
GACAGTTCGT CAGCTCCTTT AAAATCCCCT CAAGCTGCTC AACCCACTGT TTCATTTCAA 
GACAATGTTG CTACTCCAAG CGTTCCTCAT AACAAATCAA CACCAAACAC ATCCAGCAAG 
CGAAAGCCAA GGAAGCTGGC TGTCAATTTT GGCACACCAA AATCTTCAGA ATAA