UBR1 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	UBR1
Entrez Gene ID	104061896
Full Name	ubiquitin protein ligase E3 component n-recognin 1
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009563897.1	XP_009562192.1	E3 ubiquitin-protein ligase UBR1

Pathways from BioSystems
Gene Ontology

The following UBR1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UBR1 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
OCu37710	XM_009563897.1 Latest version!	Cuculus canorus ubiquitin protein ligase E3 component n-recognin 1 (UBR1), 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)

UBR1 ( XM_009563897.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009562192.1 Cuculus canorus ubiquitin protein ligase E3 component n-recognin 1 (UBR1), mRNA.

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CloneID	OCu37710
Clone ID Related Accession (Same CDS sequence)	XM_009563897.1
Accession Version	XM_009563897.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5112bp) 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	E3 ubiquitin-protein ligase UBR1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009243525.1) annotated using gene prediction method: Gnomon, supported by mRNA and 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##

ATGGACCCTT TGCTGGAGAA ACAAGAAGAA ATGGTCCAGG CAGCAATATT ATATCCTCTG 
GAATGTTATT TGTTTGGGGA AGACCCAGAT ATGTTCCTCG AGAAGCTACA ACAGAGTGGA 
ACCTCTCAGC TCTGTGGGAA GGTGTTCAAA GGAGGGGAGA CAACATACTC TTGCAGAGAC 
TGTGCAGTTG ATCCAACTTG TGTTCTCTGT ATAGACTGCT TCCAGAACAG CATTCACAAG 
AACCACCGGT ACAAGATGCA TAGCTCAACT GGAGGTGGAT TTTGTGACTG TGGGGATACA 
GAGGCATGGA AAGCTGGACC ACTGTGTACT AAACATGAGC CCGGAGCATC AGGTTCTGCA 
AAAGAAAACT CTGAATGGCA GTTGAATGAA GAAATTTTGG AACACTCTAG GAGGGTATTT 
CCTTCTGTGA TAAAATACAT TGTAGATATG CTTGTATGGG AAGAAGAGAA GGAACTGCCT 
CCGGAGCTCA CAATTAGGGA GAAGATAGAC AGCTACTACT GTGTCCTTTT CAATGATGAA 
CATCATTCTT ATGATCATGT CATCTATAGC CTGCAAAGGG CACTTGGCTG TGAACTTGGT 
GAAGCCCAGT TGCATACTAC GGCCATAGAT AAAGAGGGTC GTAGAGCTGT TAAGGCAGGA 
CATTATGCCT CTTGTCAGGA AGCAAAAGAA GAAATCAAGA GGCATTCTGA AAATGTATCT 
CAACGACCAC TTCATGTGGA GGTTCTGCAT GCTGATGTTA TGGCTCACCA GAAGTTTGCC 
TTACGCCTGG GTTCTTGGCT GAACAAACTT ATGAGCTATT CAAGTGACTT TCGCCAGATC 
TTTTGTCAGA TATGTCTCAC AGAAGAAGCT GGATCTGAAA AGCCATGCTT CATAAGCAAA 
TTGATGCTAT GGGATGCAAA ACTTCATAAA GGGGCAAGGA AGGTTCTTCA TGAACTTATC 
TTCAGTAGTT TTTTCATGGA AATGGAATAC AAAAAACTTT TTGCTGTGGA GTTTGTGAAG 
TATTACAAGA CGTTACAAAA AGAATACATC AGTGATGATC ATGACAGAGT TCTGTCTGTG 
ACTGCACTCT CAGTTCAGAT GTTCACTGTA CCTACTCTGG CCCGACATCT TATTGAAGAG 
CAAAATGTGA TCACCACCAT TACAGAGACA CTCCTAGAAG TGCTTCCAGA GTACCTAGAC 
AAAAATGACA AGTTCAACTT CCAAGGCTAC AGTCAGGACA AACTGAATCG GGTATATGCA 
GTAATATATG ATCTCAGGTA TGTCTTAGTC AGCAAACCTA CATTATGGAC AGACCGTCTG 
AGGGAGCAGT TTTTAGAAGG ATTTGTTTCT TTCCTAAGGA TTCTAACTTG CATGCAGGGA 
ATGGAGGAGA TAAAAAGACA GATTGGTCAG CACATTGAAG TAGACCCTGA CTGGGAAGCA 
GCTATTGCTA TACAGATGCA GCTCAAGAAT ATTCTTTTGA TGTTCCAGGA GTGGTGTGCT 
TCTGACGAAG AACTGTTGCT CAGGGCCTAC AGAGAATGTC ATAAAGCTGT GATGAGGTGT 
AGCACAAACG GCCGCTCACG AGAAAAGACA GTGTTTCACT TGTGTGGCCA TACTCTGGAA 
AGCAGACCTT ACAGAGTGTC TGCAGATCCT GTCAGCATAC ATTTACCGCT CTCTAGGACT 
CTTGCTGGTC TTCACGTACG ATTAAGCAAG ACTGGAGCCA TCTCAAGATT GCACGAGTTT 
GTTTCTCCTG AAGAATTTCA AGTGGAGCTG CTAGTAGAAT ATCCTTTGCG ATGTCTTGTC 
TTGGTTGCTC AGGTTGCTGC GGAGATGTGG AGAAGAAATG GGCTCTCCCT GATAAGCCAG 
GTATTCTATT ATCAAGATGT TAAATGCAGA GAAGAGATGT ATGATAAAGA CATCATCATG 
CTCCAGATAG GTGCATCTCT TATGGATCCA AACCAGTTCC TCCTGCTGAT ACTGCAGAGA 
TATGAGCTTG CTGATGCTTT TAGAAAGATA AAGCCCACCA AAGATCAGGA TTTGATCAAA 
CAATATAACG TGTTAATAGA AGAGATGCTA CAGATCCTCA TTTATGTTGT GGGGGAAAGA 
TACGTGCCTG GAGTGAGTAA TGTGACAAAA GAAGATGTTA TCATGAGAGA AATCATCCAT 
CTGTTATGTA TTGAACCAAT GGCTCACAGT GCAATTACCA AGTCCTTGCC TGAAAATGAG 
AACAATGAAA CTGGCTTGGA GAATGTAATT GATAAAGTGG CTACATTTAA GAAACCAGGT 
GTGTCTGGCC ATGGAGTTTA TGAACTGAAA GATGAATGCT TGAAGGAGTT CAATATGTTC 
TTCTATCACT ATACTAAGAC TCAGCACAGC AAGGCTGAAC ATACACAAAA GAAAAGAAGA 
AAACAAGAAA ATAGAGATGA AGCTTTGCCA CCACCTCCTC CTCCAGACTT CAGTCCTGCT 
TTCAACAACG TGGTGAGGAT TCTGAACTGT GACGTTATGA TGCACATACT CCGGACTATT 
CTCCAGAGAG CAGTAGAACT GGAAACCCAC TTGTGGACTG AAGCTATGAT CCAAATGGTG 
CTTCATCTCC TTTCTTTAGG GTTACTAGAA GAAAAGCAGC AGTTACAGAA GTCTCCAGAA 
GAAGAAGTCA CCTTTGATTT TTATCACAAA GCAACTCGAA TGGGAAGTTC AGCCTTGAAT 
GCTGTGAGTG TGTTAATGCT TCTGGAAAAA TTGAAGCGAG TTCCTCAGTT AGAGGCGCAG 
AAGGACACAG TCAGTTGGAT ACTGCAGATG TTTGACACAG TGAAAAGATT GAGAGAAAAG 
TCGAGTTTGA CAACAGTAGC AGCTACGTCA GGCTCAGAAG CTATAAAAGG TGATGAGACA 
CAGAGCACTC AGGATAAAGA GAAAGCTGAG CGGAAGAGAA AGGCAGAAGC AGCTAGGTTG 
CACCGTCAGA AAATAATGGC CCAGATGTCT GCGCTGCAGA AGAATTTCAT TGAAACCCAT 
AAGCTTCTGT ATGAAAACAC GCTGGAGGCA CAGGGGAAAG AAGATACTGT TATGGAGGAT 
GAAAGCATGC CTTCGGCAAT TGATTACTCC AGAATTGCTT TGGGTCCCAA ACGAGGTCCA 
TCTGTTTCTG AGAAAGAAGT TCTGACCTGT ATTCTTTGTC AGGAGGAGCA GGAAGTCAAG 
TTGGAAAGTG CTGCCATGGT ATTGTCTGCC TGTGTCCAGA AGTCAACTGC CTTAACTCAG 
AACAGGAGCA GAATTCTTGA ACTCTCAGGG GATACGCTAG ATCCTCTCTT CATGCACCCT 
GACTTACCGT GTGGGACCCA CACAGGAAGC TGTGGCCATG TGATGCATGC AGCCTGCTGG 
CAGAAGTACT TCGAAGCCAT GCAGCTGAAC TTTAGACAAC GTCTACATGT TGAACAGATA 
TTTGACCTGG AAAATGGAGA GTATCTTTGT CCACTTTGCA AATCTCTGTG CAATACCGTG 
ATTCCTATCG TTCCGTTGCA GACTCAAAAA ATAAACAGTG AGGATGCAGA GGCAGTAGCT 
CAAATTCTGT CTCTGTCAAG GTGGCTGGAG ACTATCATAG TCAGGATATC GGGCTACAGT 
GCGAAAAATG CTAAAGGAGA GAAACAAAAT CTTCCAGCTT TCGCCAACAA GGGAGTCGGG 
AGCTCTGCTT TGGAATTCCA TTCCATCCTT AGTTTTGGAG TTCAGTCCTC AGCCAAATAC 
TCAAGTAGTA TCAAGGAGAT GCTTATTCTC TTTGCCACCA CCATTTATAG AGTTGGTCTA 
AAAGTTGCTC CAAATGAAAC TGATTACCGG ATTCCTATGA TGACGTGGAG CACATGTGCT 
TTTACCATCC AGTGTATAGA AAACCTCTTG GAAACAGAGG GCAAGCCCTT ATTTGGATCT 
CTACAAAATA GACAGCACAG TGGCCTTAAA GCATTAGTGC AGTTTGCATC TGCTCAGAGA 
ACAACATCAC CACAAGTACT GATTCAGAAA CATCTGATTC GTCTTCTAGG AGTTCTTCTA 
CCAAACTTTA AAGTGGAGGA CACTCCATCC CTCTTAGAAG TAGATATGTT CCACGTTTTG 
GTGGGAATTG TGTTATCATT TCCATCTTTG TACTGGGAGG ATGCTGTAGA CTTGCAACCT 
TCATCGATTA GTTCAGCCTA TAACCACCTC TACCTCTTCC ATCTGACAAC ACTGGCACAC 
ATAACACAAA TCGTCGTCTC TTCAGCAACA GAATCCCCTG ATGCTCAACC ACCTGACAAC 
AGTGAGGAGG CACGGTCTGC ACAGTCTTTC TGTAGAGAGG TTTACCAATA CACCAGTGGT 
TGCTTTAGTC AGGATATTCC AGGCTGGCAC ATGTGGGATC GTGTTAAAAA AGGCATCATG 
CCTTACCTCC GCTGTGCTGC TTTATTTTTT CATTATTTGC TGGGAGTCTC TCCACCTGAG 
GAACTACTAC AAGTTTCTGA AGAAGGGCAA TTCAAGGCAC TTTGTAGTTA TCTCTCTTTA 
CCTACCAATT TGTTCCTGCT TTTCCAGGAA TATTGGGACA CAGTAAATCC ACTGCTTCAA 
AGGTGGTGTG CTGACCCAGT GGTGTTAAGT TGTTTGAAGG GGAAAAGCAT TGCAATAAGG 
TATCCTAGGA AAAGAAATAG TTTAATAGAG CTTCCTGAAG ACTATAGCTG CCTTCTAAAC 
CAAGCCTCTC AGTTCAGATG TCCACGGTCT TCTGATGATG AACAAAAACA TCCAGTATTG 
TGTTTATTCT GTGGGGCTAT GTTGTGTTCC CAGAATACTT GCTGTCAGGA GCTGGTGAAT 
GGGGAGGAGT TGGGAGCCTG TACTTCTCAT GCTCTTCAAT GTGGAGCTGG AGTCTGTATG 
TTTCTCAAAA TCAGGGAGTG CAAAGTTGTC CTCATTGAAG GTAAAACCAG GGGCTGCTTA 
TATCCTGCTC CTTACTTGGA TGAATACGGA GAAACGGATC CGGGTCTGAA AAGAGGCAAT 
CCCTTGCAAT TATGTCGGGA ACGTTACCGG AAGCTCCATC TGCTATGGCA GCAACACTGC 
ATTATAGAGG AGATAGCCAG GAGCCAAGAA ACGAATCAGA TCTTCTTTGG ATTCAACTGG 
CAACTCCTCT GA

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

RefSeq	XP_009562192.1
CDS	1..5112
Translation	MDPLLEKQEEMVQAAILYPLECYLFGEDPDMFLEKLQQSGTSQLCGKVFKGGETTYSCRDCAVDPTCVLCIDCFQNSIHKNHRYKMHSSTGGGFCDCGDTEAWKAGPLCTKHEPGASGSAKENSEWQLNEEILEHSRRVFPSVIKYIVDMLVWEEEKELPPELTIREKIDSYYCVLFNDEHHSYDHVIYSLQRALGCELGEAQLHTTAIDKEGRRAVKAGHYASCQEAKEEIKRHSENVSQRPLHVEVLHADVMAHQKFALRLGSWLNKLMSYSSDFRQIFCQICLTEEAGSEKPCFISKLMLWDAKLHKGARKVLHELIFSSFFMEMEYKKLFAVEFVKYYKTLQKEYISDDHDRVLSVTALSVQMFTVPTLARHLIEEQNVITTITETLLEVLPEYLDKNDKFNFQGYSQDKLNRVYAVIYDLRYVLVSKPTLWTDRLREQFLEGFVSFLRILTCMQGMEEIKRQIGQHIEVDPDWEAAIAIQMQLKNILLMFQEWCASDEELLLRAYRECHKAVMRCSTNGRSREKTVFHLCGHTLESRPYRVSADPVSIHLPLSRTLAGLHVRLSKTGAISRLHEFVSPEEFQVELLVEYPLRCLVLVAQVAAEMWRRNGLSLISQVFYYQDVKCREEMYDKDIIMLQIGASLMDPNQFLLLILQRYELADAFRKIKPTKDQDLIKQYNVLIEEMLQILIYVVGERYVPGVSNVTKEDVIMREIIHLLCIEPMAHSAITKSLPENENNETGLENVIDKVATFKKPGVSGHGVYELKDECLKEFNMFFYHYTKTQHSKAEHTQKKRRKQENRDEALPPPPPPDFSPAFNNVVRILNCDVMMHILRTILQRAVELETHLWTEAMIQMVLHLLSLGLLEEKQQLQKSPEEEVTFDFYHKATRMGSSALNAVSVLMLLEKLKRVPQLEAQKDTVSWILQMFDTVKRLREKSSLTTVAATSGSEAIKGDETQSTQDKEKAERKRKAEAARLHRQKIMAQMSALQKNFIETHKLLYENTLEAQGKEDTVMEDESMPSAIDYSRIALGPKRGPSVSEKEVLTCILCQEEQEVKLESAAMVLSACVQKSTALTQNRSRILELSGDTLDPLFMHPDLPCGTHTGSCGHVMHAACWQKYFEAMQLNFRQRLHVEQIFDLENGEYLCPLCKSLCNTVIPIVPLQTQKINSEDAEAVAQILSLSRWLETIIVRISGYSAKNAKGEKQNLPAFANKGVGSSALEFHSILSFGVQSSAKYSSSIKEMLILFATTIYRVGLKVAPNETDYRIPMMTWSTCAFTIQCIENLLETEGKPLFGSLQNRQHSGLKALVQFASAQRTTSPQVLIQKHLIRLLGVLLPNFKVEDTPSLLEVDMFHVLVGIVLSFPSLYWEDAVDLQPSSISSAYNHLYLFHLTTLAHITQIVVSSATESPDAQPPDNSEEARSAQSFCREVYQYTSGCFSQDIPGWHMWDRVKKGIMPYLRCAALFFHYLLGVSPPEELLQVSEEGQFKALCSYLSLPTNLFLLFQEYWDTVNPLLQRWCADPVVLSCLKGKSIAIRYPRKRNSLIELPEDYSCLLNQASQFRCPRSSDDEQKHPVLCLFCGAMLCSQNTCCQELVNGEELGACTSHALQCGAGVCMFLKIRECKVVLIEGKTRGCLYPAPYLDEYGETDPGLKRGNPLQLCRERYRKLHLLWQQHCIIEEIARSQETNQIFFGFNWQLL

Target ORF information:

RefSeq Version	XM_009563897.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus ubiquitin protein ligase E3 component n-recognin 1 (UBR1), mRNA.

Target ORF information:

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

XM_009563897.1

ORF Insert Sequence:

ATGGACCCTT TGCTGGAGAA ACAAGAAGAA ATGGTCCAGG CAGCAATATT ATATCCTCTG 
GAATGTTATT TGTTTGGGGA AGACCCAGAT ATGTTCCTCG AGAAGCTACA ACAGAGTGGA 
ACCTCTCAGC TCTGTGGGAA GGTGTTCAAA GGAGGGGAGA CAACATACTC TTGCAGAGAC 
TGTGCAGTTG ATCCAACTTG TGTTCTCTGT ATAGACTGCT TCCAGAACAG CATTCACAAG 
AACCACCGGT ACAAGATGCA TAGCTCAACT GGAGGTGGAT TTTGTGACTG TGGGGATACA 
GAGGCATGGA AAGCTGGACC ACTGTGTACT AAACATGAGC CCGGAGCATC AGGTTCTGCA 
AAAGAAAACT CTGAATGGCA GTTGAATGAA GAAATTTTGG AACACTCTAG GAGGGTATTT 
CCTTCTGTGA TAAAATACAT TGTAGATATG CTTGTATGGG AAGAAGAGAA GGAACTGCCT 
CCGGAGCTCA CAATTAGGGA GAAGATAGAC AGCTACTACT GTGTCCTTTT CAATGATGAA 
CATCATTCTT ATGATCATGT CATCTATAGC CTGCAAAGGG CACTTGGCTG TGAACTTGGT 
GAAGCCCAGT TGCATACTAC GGCCATAGAT AAAGAGGGTC GTAGAGCTGT TAAGGCAGGA 
CATTATGCCT CTTGTCAGGA AGCAAAAGAA GAAATCAAGA GGCATTCTGA AAATGTATCT 
CAACGACCAC TTCATGTGGA GGTTCTGCAT GCTGATGTTA TGGCTCACCA GAAGTTTGCC 
TTACGCCTGG GTTCTTGGCT GAACAAACTT ATGAGCTATT CAAGTGACTT TCGCCAGATC 
TTTTGTCAGA TATGTCTCAC AGAAGAAGCT GGATCTGAAA AGCCATGCTT CATAAGCAAA 
TTGATGCTAT GGGATGCAAA ACTTCATAAA GGGGCAAGGA AGGTTCTTCA TGAACTTATC 
TTCAGTAGTT TTTTCATGGA AATGGAATAC AAAAAACTTT TTGCTGTGGA GTTTGTGAAG 
TATTACAAGA CGTTACAAAA AGAATACATC AGTGATGATC ATGACAGAGT TCTGTCTGTG 
ACTGCACTCT CAGTTCAGAT GTTCACTGTA CCTACTCTGG CCCGACATCT TATTGAAGAG 
CAAAATGTGA TCACCACCAT TACAGAGACA CTCCTAGAAG TGCTTCCAGA GTACCTAGAC 
AAAAATGACA AGTTCAACTT CCAAGGCTAC AGTCAGGACA AACTGAATCG GGTATATGCA 
GTAATATATG ATCTCAGGTA TGTCTTAGTC AGCAAACCTA CATTATGGAC AGACCGTCTG 
AGGGAGCAGT TTTTAGAAGG ATTTGTTTCT TTCCTAAGGA TTCTAACTTG CATGCAGGGA 
ATGGAGGAGA TAAAAAGACA GATTGGTCAG CACATTGAAG TAGACCCTGA CTGGGAAGCA 
GCTATTGCTA TACAGATGCA GCTCAAGAAT ATTCTTTTGA TGTTCCAGGA GTGGTGTGCT 
TCTGACGAAG AACTGTTGCT CAGGGCCTAC AGAGAATGTC ATAAAGCTGT GATGAGGTGT 
AGCACAAACG GCCGCTCACG AGAAAAGACA GTGTTTCACT TGTGTGGCCA TACTCTGGAA 
AGCAGACCTT ACAGAGTGTC TGCAGATCCT GTCAGCATAC ATTTACCGCT CTCTAGGACT 
CTTGCTGGTC TTCACGTACG ATTAAGCAAG ACTGGAGCCA TCTCAAGATT GCACGAGTTT 
GTTTCTCCTG AAGAATTTCA AGTGGAGCTG CTAGTAGAAT ATCCTTTGCG ATGTCTTGTC 
TTGGTTGCTC AGGTTGCTGC GGAGATGTGG AGAAGAAATG GGCTCTCCCT GATAAGCCAG 
GTATTCTATT ATCAAGATGT TAAATGCAGA GAAGAGATGT ATGATAAAGA CATCATCATG 
CTCCAGATAG GTGCATCTCT TATGGATCCA AACCAGTTCC TCCTGCTGAT ACTGCAGAGA 
TATGAGCTTG CTGATGCTTT TAGAAAGATA AAGCCCACCA AAGATCAGGA TTTGATCAAA 
CAATATAACG TGTTAATAGA AGAGATGCTA CAGATCCTCA TTTATGTTGT GGGGGAAAGA 
TACGTGCCTG GAGTGAGTAA TGTGACAAAA GAAGATGTTA TCATGAGAGA AATCATCCAT 
CTGTTATGTA TTGAACCAAT GGCTCACAGT GCAATTACCA AGTCCTTGCC TGAAAATGAG 
AACAATGAAA CTGGCTTGGA GAATGTAATT GATAAAGTGG CTACATTTAA GAAACCAGGT 
GTGTCTGGCC ATGGAGTTTA TGAACTGAAA GATGAATGCT TGAAGGAGTT CAATATGTTC 
TTCTATCACT ATACTAAGAC TCAGCACAGC AAGGCTGAAC ATACACAAAA GAAAAGAAGA 
AAACAAGAAA ATAGAGATGA AGCTTTGCCA CCACCTCCTC CTCCAGACTT CAGTCCTGCT 
TTCAACAACG TGGTGAGGAT TCTGAACTGT GACGTTATGA TGCACATACT CCGGACTATT 
CTCCAGAGAG CAGTAGAACT GGAAACCCAC TTGTGGACTG AAGCTATGAT CCAAATGGTG 
CTTCATCTCC TTTCTTTAGG GTTACTAGAA GAAAAGCAGC AGTTACAGAA GTCTCCAGAA 
GAAGAAGTCA CCTTTGATTT TTATCACAAA GCAACTCGAA TGGGAAGTTC AGCCTTGAAT 
GCTGTGAGTG TGTTAATGCT TCTGGAAAAA TTGAAGCGAG TTCCTCAGTT AGAGGCGCAG 
AAGGACACAG TCAGTTGGAT ACTGCAGATG TTTGACACAG TGAAAAGATT GAGAGAAAAG 
TCGAGTTTGA CAACAGTAGC AGCTACGTCA GGCTCAGAAG CTATAAAAGG TGATGAGACA 
CAGAGCACTC AGGATAAAGA GAAAGCTGAG CGGAAGAGAA AGGCAGAAGC AGCTAGGTTG 
CACCGTCAGA AAATAATGGC CCAGATGTCT GCGCTGCAGA AGAATTTCAT TGAAACCCAT 
AAGCTTCTGT ATGAAAACAC GCTGGAGGCA CAGGGGAAAG AAGATACTGT TATGGAGGAT 
GAAAGCATGC CTTCGGCAAT TGATTACTCC AGAATTGCTT TGGGTCCCAA ACGAGGTCCA 
TCTGTTTCTG AGAAAGAAGT TCTGACCTGT ATTCTTTGTC AGGAGGAGCA GGAAGTCAAG 
TTGGAAAGTG CTGCCATGGT ATTGTCTGCC TGTGTCCAGA AGTCAACTGC CTTAACTCAG 
AACAGGAGCA GAATTCTTGA ACTCTCAGGG GATACGCTAG ATCCTCTCTT CATGCACCCT 
GACTTACCGT GTGGGACCCA CACAGGAAGC TGTGGCCATG TGATGCATGC AGCCTGCTGG 
CAGAAGTACT TCGAAGCCAT GCAGCTGAAC TTTAGACAAC GTCTACATGT TGAACAGATA 
TTTGACCTGG AAAATGGAGA GTATCTTTGT CCACTTTGCA AATCTCTGTG CAATACCGTG 
ATTCCTATCG TTCCGTTGCA GACTCAAAAA ATAAACAGTG AGGATGCAGA GGCAGTAGCT 
CAAATTCTGT CTCTGTCAAG GTGGCTGGAG ACTATCATAG TCAGGATATC GGGCTACAGT 
GCGAAAAATG CTAAAGGAGA GAAACAAAAT CTTCCAGCTT TCGCCAACAA GGGAGTCGGG 
AGCTCTGCTT TGGAATTCCA TTCCATCCTT AGTTTTGGAG TTCAGTCCTC AGCCAAATAC 
TCAAGTAGTA TCAAGGAGAT GCTTATTCTC TTTGCCACCA CCATTTATAG AGTTGGTCTA 
AAAGTTGCTC CAAATGAAAC TGATTACCGG ATTCCTATGA TGACGTGGAG CACATGTGCT 
TTTACCATCC AGTGTATAGA AAACCTCTTG GAAACAGAGG GCAAGCCCTT ATTTGGATCT 
CTACAAAATA GACAGCACAG TGGCCTTAAA GCATTAGTGC AGTTTGCATC TGCTCAGAGA 
ACAACATCAC CACAAGTACT GATTCAGAAA CATCTGATTC GTCTTCTAGG AGTTCTTCTA 
CCAAACTTTA AAGTGGAGGA CACTCCATCC CTCTTAGAAG TAGATATGTT CCACGTTTTG 
GTGGGAATTG TGTTATCATT TCCATCTTTG TACTGGGAGG ATGCTGTAGA CTTGCAACCT 
TCATCGATTA GTTCAGCCTA TAACCACCTC TACCTCTTCC ATCTGACAAC ACTGGCACAC 
ATAACACAAA TCGTCGTCTC TTCAGCAACA GAATCCCCTG ATGCTCAACC ACCTGACAAC 
AGTGAGGAGG CACGGTCTGC ACAGTCTTTC TGTAGAGAGG TTTACCAATA CACCAGTGGT 
TGCTTTAGTC AGGATATTCC AGGCTGGCAC ATGTGGGATC GTGTTAAAAA AGGCATCATG 
CCTTACCTCC GCTGTGCTGC TTTATTTTTT CATTATTTGC TGGGAGTCTC TCCACCTGAG 
GAACTACTAC AAGTTTCTGA AGAAGGGCAA TTCAAGGCAC TTTGTAGTTA TCTCTCTTTA 
CCTACCAATT TGTTCCTGCT TTTCCAGGAA TATTGGGACA CAGTAAATCC ACTGCTTCAA 
AGGTGGTGTG CTGACCCAGT GGTGTTAAGT TGTTTGAAGG GGAAAAGCAT TGCAATAAGG 
TATCCTAGGA AAAGAAATAG TTTAATAGAG CTTCCTGAAG ACTATAGCTG CCTTCTAAAC 
CAAGCCTCTC AGTTCAGATG TCCACGGTCT TCTGATGATG AACAAAAACA TCCAGTATTG 
TGTTTATTCT GTGGGGCTAT GTTGTGTTCC CAGAATACTT GCTGTCAGGA GCTGGTGAAT 
GGGGAGGAGT TGGGAGCCTG TACTTCTCAT GCTCTTCAAT GTGGAGCTGG AGTCTGTATG 
TTTCTCAAAA TCAGGGAGTG CAAAGTTGTC CTCATTGAAG GTAAAACCAG GGGCTGCTTA 
TATCCTGCTC CTTACTTGGA TGAATACGGA GAAACGGATC CGGGTCTGAA AAGAGGCAAT 
CCCTTGCAAT TATGTCGGGA ACGTTACCGG AAGCTCCATC TGCTATGGCA GCAACACTGC 
ATTATAGAGG AGATAGCCAG GAGCCAAGAA ACGAATCAGA TCTTCTTTGG ATTCAACTGG 
CAACTCCTCT GA