UBR3 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	UBR3
Entrez Gene ID	104054555
Full Name	ubiquitin protein ligase E3 component n-recognin 3 (putative)
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009555575.1	XP_009553870.1	E3 ubiquitin-protein ligase UBR3

Pathways from BioSystems
Gene Ontology

The following UBR3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UBR3 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
OCu40165	XM_009555575.1 Latest version!	Cuculus canorus ubiquitin protein ligase E3 component n-recognin 3 (putative) (UBR3), 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)

UBR3 ( XM_009555575.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009553870.1 Cuculus canorus ubiquitin protein ligase E3 component n-recognin 3 (putative) (UBR3), mRNA.

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CloneID	OCu40165
Clone ID Related Accession (Same CDS sequence)	XM_009555575.1
Accession Version	XM_009555575.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5088bp) 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 UBR3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009243908.1) 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##

ATGATGTCAG AATTAGTTCT TCCACAGTTC ATCTTTAGTC TTATTCAGCA CTTAAGAGAG 
GGGTATAATG AGCCTGCTCT TGATCTGCCA TCAGAGAAGG ACCTTCATAA AATCCTCCAG 
GTTTTGGAGC CTCATGTTTC CTTTCTAGAA GACTTGACCA AAATGGGAGG GGCAATGCGG 
TCAGTTCTTA CCCAGGTTTT GACTAGCCAA CAGTTCTACA AAGACCTTAG CTCTGGTATA 
GGAGAGAATG CATGTGCAAA GAAAAGTCAT GAAAAGTACC TCATTGCTTT GAAAGGCTCT 
GGACTGGCAT TTCCTGAGGA TAAAATTGCA TGTGGTATGC AGGAACAAGG AGCTGGAACC 
AGCACGTTGG CAGTTCAAGG TTTAGCAGGG GCTACGACAA CATCAGGACA AGGGGATTCT 
TCAGATGAGG AGGACCAGGA TGGTAGCCAA GGTGTGGGCA AGCGCAAGAG GGTGAAACTA 
AGCAGCACCA CCAAAGATCA ATCTATCATG GATGTTTTGA AGCATAAATG TTTTCTAGAA 
GAATTATTAT TTTGGACAAT AAAATATGAG TTTCCACAGA AGATGGTGAC GTTCTTACTC 
AACATGCTGC CAGATCAAGA TTATAAGATT GCTTTTACAA AAACTTTTGT TCAGCATTAT 
GCTTTTATTA TGAAAACACT GAAGAAAAGC CATGAATCAG ACACAATGTC TAACAGAATT 
GTGCATATCA GCGTTCAGTT GTTCAGCAAT GAAGAATTAG CACGCCAAGT AACGGAAGAA 
TGTCAGCTGC TGGATATTAT GGTCACTGTT CTGTTATATA TGATGGAAAG TTGCCTTATT 
AAAAGTGAAT TGCAAGATGA AGAAAATAGT TTACATGTTG TGGTGAATTG TGGTGAGGCA 
CTACTGAAGA ATAATACTTA CTGGCCCCTG GTTAGTGATT TTATAAACAT ACTTTCACAC 
CAAAGTGTGG CCAAGAAATT TTTGGAAGAT CATGGTCTTT TGGTGACATG GATGAATTTT 
GTATCGTTCT TTCAAGGTAT GAATTTAAAT AAACGAGAAC TAAATGAACA TGTGGAGTTT 
GAATCACAGA CATACTATGC TGCCTTTGCT GCTGAGCTGG AAGCCTGTGC CCAGCCAATG 
TGGGGTCTTC TGTCACACTG CAAAGTTAGG GAAACGCAGG AATATACACG AAACGTTGTC 
AGATACTGCC TTGAAGCGCT TCAAGACTGG TTTGATGCTA TCAACTTTGT AGATGAGCCA 
GCTCCTAACC AAGTTACTTT TCATTTGCCG CTGCACCGTT ACTTTGCCAT GTTTCTAAGT 
AAGGCTGTCA AATGCCAAGA GCTAGATCTG GATACTATCT TGCCAGATCA GGAGATGCTG 
ATGAAACTAA TGATTCACCC ACTTCAGATT CAGGCAAGTC TTTCTGAAAT TCACAGCAAT 
ATGTGGGTTA GAAATGGTCT ACAAATTAAA GGACAGGCCA TGACTTACGT GCAGTCCCAT 
TTCTGCAATT CAATGATTGA TCCTGACATT TATCTGCTGC AAGTCTGTGC CTCTAGGCTG 
GACCCAGATT ATTTTATTTC ATCTGTTTTT GAAAGATTTA AGGTGGTAGA TCTGTTAACG 
ATGGCCTCAC AGCATCAAAA TACAGTTCTT GATTCAGAGC ATGAAAGGTC CATGTTGGAA 
GGAGCCTTAA CGTTTTTGGT CCTTCTGTTA AGTCTTCGTT TACATTTAGG AATGACAGAT 
GATGAGATCC TCAGAGCAGA GATGGTAGCC CAACTCTGTA TGAATGACAG GACACACAGT 
TCATTATTGG ATCTTATTCC AGAAAACCCC AATCCTAAAA GTGGTATTAT TCCAGGAAGC 
TTAAGCTTTG AATCTGTCTT GTCAGCAGTT GCTGATTTTA AAGCTCCAGT TTTTGAGCCT 
GGAGGCTCCA TGCAACAAGG AATGTATACA CCTAAAGCTG AAGTCTGGGA TAAGGAATTT 
GACCCTGTCA TGGTAATACT TCGAACTGTT TACCGTAGAG ATGTGCAGTC TGCAATGGAC 
AGATACACAG CATTTTTAAA GCAAAGTGGT AAATTCCCTG GGAACCCATG GCCTCCTTAC 
AAGAAGAGAA CACCGCTACA TCCAAGTTAC AAAGGTCTTA TAAAACTTTT ACACTGTAAA 
ACCCTGCACA TCGTGCTGTT CACACTTCTT TACAAGATAT TAATGGATCA TCAGAATTTA 
TCAGAACATG TGCTTTGCAT GGTTTTGTAT TTGATTGAGC TGGGGTTGGA AAATTCTCCA 
GAACAAGAGT CAGATGAAGA GGAATCTGCA AGTGGACAAG AGCGTTGCCA TGATAGTTGG 
TTTCCAGGTA GTAACTTGGT TTCTAACATG CGTCACTTCA TTAACTATGT CCGAGTAAGA 
GTTCCAGAAA CTGCTCCAGA GGTGAAGAGG GAACCACCTG CAAGCACGAG TTCTGATGGT 
TTAGCTTCAT CACAAAGTTC AAGGCGGAAG AGCCTCCAGA GAGAGAATTC GGGGACAGCT 
CAAGTGTTCA GTTTGGTTGC AGAACGTAGG AAGAAATTTC AGGAGATCAT CAATCGAAAC 
ACGAGTGAGG CAAATCAAGT GGTTCGGCCC AAAACTTCAA TGAAATGGTC AGCACCTGGT 
GCAACTCCAC AGCTAACCAC AGCCATTCTG GAAGTCAAGG AGAGCATCCT GTCCTTGCTG 
ATTAAACTGC ATCACAAACT CTCAGGAAAA CAAAACTCTT ACTATCCTCC GTGGTTGGAC 
GATGTGGATG TTTTAATCCA CCCAGAAATT CCAAGATACT CTCATGGTGA TGGAATGACT 
GCAGTAGAAA GAATTTTATT GAAAGCAGCT GTACAGAGCA GATTGAATAA ACGTATAATT 
GAAGAGATAT GCAGAAAGGT GACACCTCCT GTACCACCAA AAAAGATTAG TTCTGCAGAG 
AAGAAAACTT TGGATAAAGA AGAAAGACGA CAGAAGGCCA GAGAAAGGCA ACAAAAACTG 
TTGGCTGAAT TTGCCTCAAG GCAGAAAAGC TTCATGGAAA CTGCCATGGA TGTTGAATCA 
CCGGATGCTG ATATTGCCAT GGAAGTAGCT ACATCAGAAC AGCATGTGTC TGAGGCAATA 
TACGATTGTG TTATTTGTGG ACAAAGTGGC CCTTCTACTG AAGACAGACC CACGGGGCTA 
GTTGTACTAT TGCAAGCATC CTCAGTGTTG GGACAATGCC GCTATAGCAC TGAGCCAAAG 
AAATTGCCAA CTACTGAAGA GGAGCGAATA TACCCTTGGG ATACCTGTGC AGCACTGCAT 
GAAGTGAGGC TTGCAACTTT GCAGCGATAC TTCAAAGATA GTTCCTGCCT ACAAGCAGTG 
TCAATAGGCT GGGAAGGAGG TGTTTATGTA CAAACTTGTG GTCACACTTT ACACATAGAT 
TGTCACAAAT CTTACATGGA ATCTTTACGG AATGACCAGG TCCTCCAGGG TTTTTCGGTG 
GACAAAGGAG AATTTACCTG TCCCCTTTGT AGGCAGTTTG CTAACAGTGT TCTTCCTTGT 
TATCCTGGAA ACAACATGGA AAGAAGCCTT TGGCAAAGTC ATAGTAACAA GTCTATACAA 
GATCTTGTAC AAGAGGTGGA AGATCTTCAA GAACAGCTGG GAACTTTCCC AGTAAGCATC 
AGTTCTGAAA CCAATCTCAG TAAAGAAATG GAATCTGTAA TGAAAGATAT AAAAAGTACC 
ACACAGAAGA AATACACAGA TTATAGTAAG AGTCTTGGAT CACCTGACAA TGATTTTCTG 
TTTATGTATT CGGTCGCTAG AACAAACTTG GAACTTGAGC TGGTCCACAG AGGAGGTAAT 
TTGTGTTCAG GAGGCGCAAG CACAGCTGGG AAAAGATCAT GCTTAAATCA GCTGTTCCAT 
GTGTTGGCCA TGCATATGCA CCTCTACAGT ATAGACTCTG CATACAATCC CTGGAGAAAA 
TTAACCCAGA TGGTGCAGGA CAAAAATTCA GAAGTGATAA GTGAAGAGCT GCCAGAAGTT 
CCTGTGCTTT ACAGAGATGT CCCATCCCTT TTGCTTATCC AGATTTTAAC TATGCCTCAG 
CCGTTGCACA AAGAACACTT CACCTGCATT ATAAAAGTGC TGTTCACTTT ATTGTATACT 
CAAGCCTTGG CAGCATTTTC TGTTAAATGC AGTGAGGAAG AGAGGATGGC ATGGAAAGAG 
TCAGGAGCTC TCAAAAAGAA TACACCCAGT GGAGAAAAAT CTTGGGAAGT ATTACTGGGT 
CACGTGATTA GTGAGCTATC GAAGGGGAAG ATGTATGAAG AAGAAGAAGA GGAGACTGAA 
GAATCAACAG TGGTAAATCC TGATTCTGTA GAGTGCTACC TGCAGGAGTT CTGCCTACCT 
TTCCTCAGGA TCACAAGCCT TGTTCAACAC CATCTTTTTG GAGGGGATTT ACCTAGTTGC 
CAGGAGGATG AAGAATTCAC AGTTCTTGCA AGCTGCCTGG GTCTGTTACC ATCTTTCCAG 
TCGGCTCATC AGTTCACCAG TGCCTCTTGT CTTGACTGGC CAGTGCCAGC ATTTGACATG 
ATATCACAGT GGTGCTCAGA ATTGGTTTCA TTTTCAGATA GACATCCGCA TCAAGCAAAG 
ATTTTGCTTA TCTATGAGCC TAAGTGGGAC TTGCCACGCC TCCTTCAGTT GCCTGAGAAT 
TACAATACCA TTTTTCAGTA TTATCACAGA AAGACTTGTA CTGTTTGTAC GAAGGTTCCT 
AAAGATCCTG CTGTTTGTCT AGTTTGTGGT ACTTTTGTAT GCTTGAAAGG ACTATGCTGC 
AAACAACAGA GTTACTGTGA ATGTGTACTG CATTCTCAAA ACTGTGGAGC TGGGACAGGA 
ATATTTCTTT TGATTAATGC ATCTGTAATC ATTATCATAC GAGGCCATCG TTTCTGCCTT 
TGGGGATCTG TTTATCTAGA TGCGCATGGT GAAGAAGACA GAGATCTTAG GCGTGGTAAA 
CCTCTCTACA TATGCAAGGA AAGATACAAA GTGCTTGAGC AGCAGTGGGT ATCTCATACT 
TTTGATCATA TAAATAAAAG ATGGGGGCCA CACTATAATG GCTTGTAA

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

RefSeq	XP_009553870.1
CDS	58..5145
Translation	MMSELVLPQFIFSLIQHLREGYNEPALDLPSEKDLHKILQVLEPHVSFLEDLTKMGGAMRSVLTQVLTSQQFYKDLSSGIGENACAKKSHEKYLIALKGSGLAFPEDKIACGMQEQGAGTSTLAVQGLAGATTTSGQGDSSDEEDQDGSQGVGKRKRVKLSSTTKDQSIMDVLKHKCFLEELLFWTIKYEFPQKMVTFLLNMLPDQDYKIAFTKTFVQHYAFIMKTLKKSHESDTMSNRIVHISVQLFSNEELARQVTEECQLLDIMVTVLLYMMESCLIKSELQDEENSLHVVVNCGEALLKNNTYWPLVSDFINILSHQSVAKKFLEDHGLLVTWMNFVSFFQGMNLNKRELNEHVEFESQTYYAAFAAELEACAQPMWGLLSHCKVRETQEYTRNVVRYCLEALQDWFDAINFVDEPAPNQVTFHLPLHRYFAMFLSKAVKCQELDLDTILPDQEMLMKLMIHPLQIQASLSEIHSNMWVRNGLQIKGQAMTYVQSHFCNSMIDPDIYLLQVCASRLDPDYFISSVFERFKVVDLLTMASQHQNTVLDSEHERSMLEGALTFLVLLLSLRLHLGMTDDEILRAEMVAQLCMNDRTHSSLLDLIPENPNPKSGIIPGSLSFESVLSAVADFKAPVFEPGGSMQQGMYTPKAEVWDKEFDPVMVILRTVYRRDVQSAMDRYTAFLKQSGKFPGNPWPPYKKRTPLHPSYKGLIKLLHCKTLHIVLFTLLYKILMDHQNLSEHVLCMVLYLIELGLENSPEQESDEEESASGQERCHDSWFPGSNLVSNMRHFINYVRVRVPETAPEVKREPPASTSSDGLASSQSSRRKSLQRENSGTAQVFSLVAERRKKFQEIINRNTSEANQVVRPKTSMKWSAPGATPQLTTAILEVKESILSLLIKLHHKLSGKQNSYYPPWLDDVDVLIHPEIPRYSHGDGMTAVERILLKAAVQSRLNKRIIEEICRKVTPPVPPKKISSAEKKTLDKEERRQKARERQQKLLAEFASRQKSFMETAMDVESPDADIAMEVATSEQHVSEAIYDCVICGQSGPSTEDRPTGLVVLLQASSVLGQCRYSTEPKKLPTTEEERIYPWDTCAALHEVRLATLQRYFKDSSCLQAVSIGWEGGVYVQTCGHTLHIDCHKSYMESLRNDQVLQGFSVDKGEFTCPLCRQFANSVLPCYPGNNMERSLWQSHSNKSIQDLVQEVEDLQEQLGTFPVSISSETNLSKEMESVMKDIKSTTQKKYTDYSKSLGSPDNDFLFMYSVARTNLELELVHRGGNLCSGGASTAGKRSCLNQLFHVLAMHMHLYSIDSAYNPWRKLTQMVQDKNSEVISEELPEVPVLYRDVPSLLLIQILTMPQPLHKEHFTCIIKVLFTLLYTQALAAFSVKCSEEERMAWKESGALKKNTPSGEKSWEVLLGHVISELSKGKMYEEEEEETEESTVVNPDSVECYLQEFCLPFLRITSLVQHHLFGGDLPSCQEDEEFTVLASCLGLLPSFQSAHQFTSASCLDWPVPAFDMISQWCSELVSFSDRHPHQAKILLIYEPKWDLPRLLQLPENYNTIFQYYHRKTCTVCTKVPKDPAVCLVCGTFVCLKGLCCKQQSYCECVLHSQNCGAGTGIFLLINASVIIIIRGHRFCLWGSVYLDAHGEEDRDLRRGKPLYICKERYKVLEQQWVSHTFDHINKRWGPHYNGL

Target ORF information:

RefSeq Version	XM_009555575.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus ubiquitin protein ligase E3 component n-recognin 3 (putative) (UBR3), mRNA.

Target ORF information:

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

XM_009555575.1

ORF Insert Sequence:

ATGATGTCAG AATTAGTTCT TCCACAGTTC ATCTTTAGTC TTATTCAGCA CTTAAGAGAG 
GGGTATAATG AGCCTGCTCT TGATCTGCCA TCAGAGAAGG ACCTTCATAA AATCCTCCAG 
GTTTTGGAGC CTCATGTTTC CTTTCTAGAA GACTTGACCA AAATGGGAGG GGCAATGCGG 
TCAGTTCTTA CCCAGGTTTT GACTAGCCAA CAGTTCTACA AAGACCTTAG CTCTGGTATA 
GGAGAGAATG CATGTGCAAA GAAAAGTCAT GAAAAGTACC TCATTGCTTT GAAAGGCTCT 
GGACTGGCAT TTCCTGAGGA TAAAATTGCA TGTGGTATGC AGGAACAAGG AGCTGGAACC 
AGCACGTTGG CAGTTCAAGG TTTAGCAGGG GCTACGACAA CATCAGGACA AGGGGATTCT 
TCAGATGAGG AGGACCAGGA TGGTAGCCAA GGTGTGGGCA AGCGCAAGAG GGTGAAACTA 
AGCAGCACCA CCAAAGATCA ATCTATCATG GATGTTTTGA AGCATAAATG TTTTCTAGAA 
GAATTATTAT TTTGGACAAT AAAATATGAG TTTCCACAGA AGATGGTGAC GTTCTTACTC 
AACATGCTGC CAGATCAAGA TTATAAGATT GCTTTTACAA AAACTTTTGT TCAGCATTAT 
GCTTTTATTA TGAAAACACT GAAGAAAAGC CATGAATCAG ACACAATGTC TAACAGAATT 
GTGCATATCA GCGTTCAGTT GTTCAGCAAT GAAGAATTAG CACGCCAAGT AACGGAAGAA 
TGTCAGCTGC TGGATATTAT GGTCACTGTT CTGTTATATA TGATGGAAAG TTGCCTTATT 
AAAAGTGAAT TGCAAGATGA AGAAAATAGT TTACATGTTG TGGTGAATTG TGGTGAGGCA 
CTACTGAAGA ATAATACTTA CTGGCCCCTG GTTAGTGATT TTATAAACAT ACTTTCACAC 
CAAAGTGTGG CCAAGAAATT TTTGGAAGAT CATGGTCTTT TGGTGACATG GATGAATTTT 
GTATCGTTCT TTCAAGGTAT GAATTTAAAT AAACGAGAAC TAAATGAACA TGTGGAGTTT 
GAATCACAGA CATACTATGC TGCCTTTGCT GCTGAGCTGG AAGCCTGTGC CCAGCCAATG 
TGGGGTCTTC TGTCACACTG CAAAGTTAGG GAAACGCAGG AATATACACG AAACGTTGTC 
AGATACTGCC TTGAAGCGCT TCAAGACTGG TTTGATGCTA TCAACTTTGT AGATGAGCCA 
GCTCCTAACC AAGTTACTTT TCATTTGCCG CTGCACCGTT ACTTTGCCAT GTTTCTAAGT 
AAGGCTGTCA AATGCCAAGA GCTAGATCTG GATACTATCT TGCCAGATCA GGAGATGCTG 
ATGAAACTAA TGATTCACCC ACTTCAGATT CAGGCAAGTC TTTCTGAAAT TCACAGCAAT 
ATGTGGGTTA GAAATGGTCT ACAAATTAAA GGACAGGCCA TGACTTACGT GCAGTCCCAT 
TTCTGCAATT CAATGATTGA TCCTGACATT TATCTGCTGC AAGTCTGTGC CTCTAGGCTG 
GACCCAGATT ATTTTATTTC ATCTGTTTTT GAAAGATTTA AGGTGGTAGA TCTGTTAACG 
ATGGCCTCAC AGCATCAAAA TACAGTTCTT GATTCAGAGC ATGAAAGGTC CATGTTGGAA 
GGAGCCTTAA CGTTTTTGGT CCTTCTGTTA AGTCTTCGTT TACATTTAGG AATGACAGAT 
GATGAGATCC TCAGAGCAGA GATGGTAGCC CAACTCTGTA TGAATGACAG GACACACAGT 
TCATTATTGG ATCTTATTCC AGAAAACCCC AATCCTAAAA GTGGTATTAT TCCAGGAAGC 
TTAAGCTTTG AATCTGTCTT GTCAGCAGTT GCTGATTTTA AAGCTCCAGT TTTTGAGCCT 
GGAGGCTCCA TGCAACAAGG AATGTATACA CCTAAAGCTG AAGTCTGGGA TAAGGAATTT 
GACCCTGTCA TGGTAATACT TCGAACTGTT TACCGTAGAG ATGTGCAGTC TGCAATGGAC 
AGATACACAG CATTTTTAAA GCAAAGTGGT AAATTCCCTG GGAACCCATG GCCTCCTTAC 
AAGAAGAGAA CACCGCTACA TCCAAGTTAC AAAGGTCTTA TAAAACTTTT ACACTGTAAA 
ACCCTGCACA TCGTGCTGTT CACACTTCTT TACAAGATAT TAATGGATCA TCAGAATTTA 
TCAGAACATG TGCTTTGCAT GGTTTTGTAT TTGATTGAGC TGGGGTTGGA AAATTCTCCA 
GAACAAGAGT CAGATGAAGA GGAATCTGCA AGTGGACAAG AGCGTTGCCA TGATAGTTGG 
TTTCCAGGTA GTAACTTGGT TTCTAACATG CGTCACTTCA TTAACTATGT CCGAGTAAGA 
GTTCCAGAAA CTGCTCCAGA GGTGAAGAGG GAACCACCTG CAAGCACGAG TTCTGATGGT 
TTAGCTTCAT CACAAAGTTC AAGGCGGAAG AGCCTCCAGA GAGAGAATTC GGGGACAGCT 
CAAGTGTTCA GTTTGGTTGC AGAACGTAGG AAGAAATTTC AGGAGATCAT CAATCGAAAC 
ACGAGTGAGG CAAATCAAGT GGTTCGGCCC AAAACTTCAA TGAAATGGTC AGCACCTGGT 
GCAACTCCAC AGCTAACCAC AGCCATTCTG GAAGTCAAGG AGAGCATCCT GTCCTTGCTG 
ATTAAACTGC ATCACAAACT CTCAGGAAAA CAAAACTCTT ACTATCCTCC GTGGTTGGAC 
GATGTGGATG TTTTAATCCA CCCAGAAATT CCAAGATACT CTCATGGTGA TGGAATGACT 
GCAGTAGAAA GAATTTTATT GAAAGCAGCT GTACAGAGCA GATTGAATAA ACGTATAATT 
GAAGAGATAT GCAGAAAGGT GACACCTCCT GTACCACCAA AAAAGATTAG TTCTGCAGAG 
AAGAAAACTT TGGATAAAGA AGAAAGACGA CAGAAGGCCA GAGAAAGGCA ACAAAAACTG 
TTGGCTGAAT TTGCCTCAAG GCAGAAAAGC TTCATGGAAA CTGCCATGGA TGTTGAATCA 
CCGGATGCTG ATATTGCCAT GGAAGTAGCT ACATCAGAAC AGCATGTGTC TGAGGCAATA 
TACGATTGTG TTATTTGTGG ACAAAGTGGC CCTTCTACTG AAGACAGACC CACGGGGCTA 
GTTGTACTAT TGCAAGCATC CTCAGTGTTG GGACAATGCC GCTATAGCAC TGAGCCAAAG 
AAATTGCCAA CTACTGAAGA GGAGCGAATA TACCCTTGGG ATACCTGTGC AGCACTGCAT 
GAAGTGAGGC TTGCAACTTT GCAGCGATAC TTCAAAGATA GTTCCTGCCT ACAAGCAGTG 
TCAATAGGCT GGGAAGGAGG TGTTTATGTA CAAACTTGTG GTCACACTTT ACACATAGAT 
TGTCACAAAT CTTACATGGA ATCTTTACGG AATGACCAGG TCCTCCAGGG TTTTTCGGTG 
GACAAAGGAG AATTTACCTG TCCCCTTTGT AGGCAGTTTG CTAACAGTGT TCTTCCTTGT 
TATCCTGGAA ACAACATGGA AAGAAGCCTT TGGCAAAGTC ATAGTAACAA GTCTATACAA 
GATCTTGTAC AAGAGGTGGA AGATCTTCAA GAACAGCTGG GAACTTTCCC AGTAAGCATC 
AGTTCTGAAA CCAATCTCAG TAAAGAAATG GAATCTGTAA TGAAAGATAT AAAAAGTACC 
ACACAGAAGA AATACACAGA TTATAGTAAG AGTCTTGGAT CACCTGACAA TGATTTTCTG 
TTTATGTATT CGGTCGCTAG AACAAACTTG GAACTTGAGC TGGTCCACAG AGGAGGTAAT 
TTGTGTTCAG GAGGCGCAAG CACAGCTGGG AAAAGATCAT GCTTAAATCA GCTGTTCCAT 
GTGTTGGCCA TGCATATGCA CCTCTACAGT ATAGACTCTG CATACAATCC CTGGAGAAAA 
TTAACCCAGA TGGTGCAGGA CAAAAATTCA GAAGTGATAA GTGAAGAGCT GCCAGAAGTT 
CCTGTGCTTT ACAGAGATGT CCCATCCCTT TTGCTTATCC AGATTTTAAC TATGCCTCAG 
CCGTTGCACA AAGAACACTT CACCTGCATT ATAAAAGTGC TGTTCACTTT ATTGTATACT 
CAAGCCTTGG CAGCATTTTC TGTTAAATGC AGTGAGGAAG AGAGGATGGC ATGGAAAGAG 
TCAGGAGCTC TCAAAAAGAA TACACCCAGT GGAGAAAAAT CTTGGGAAGT ATTACTGGGT 
CACGTGATTA GTGAGCTATC GAAGGGGAAG ATGTATGAAG AAGAAGAAGA GGAGACTGAA 
GAATCAACAG TGGTAAATCC TGATTCTGTA GAGTGCTACC TGCAGGAGTT CTGCCTACCT 
TTCCTCAGGA TCACAAGCCT TGTTCAACAC CATCTTTTTG GAGGGGATTT ACCTAGTTGC 
CAGGAGGATG AAGAATTCAC AGTTCTTGCA AGCTGCCTGG GTCTGTTACC ATCTTTCCAG 
TCGGCTCATC AGTTCACCAG TGCCTCTTGT CTTGACTGGC CAGTGCCAGC ATTTGACATG 
ATATCACAGT GGTGCTCAGA ATTGGTTTCA TTTTCAGATA GACATCCGCA TCAAGCAAAG 
ATTTTGCTTA TCTATGAGCC TAAGTGGGAC TTGCCACGCC TCCTTCAGTT GCCTGAGAAT 
TACAATACCA TTTTTCAGTA TTATCACAGA AAGACTTGTA CTGTTTGTAC GAAGGTTCCT 
AAAGATCCTG CTGTTTGTCT AGTTTGTGGT ACTTTTGTAT GCTTGAAAGG ACTATGCTGC 
AAACAACAGA GTTACTGTGA ATGTGTACTG CATTCTCAAA ACTGTGGAGC TGGGACAGGA 
ATATTTCTTT TGATTAATGC ATCTGTAATC ATTATCATAC GAGGCCATCG TTTCTGCCTT 
TGGGGATCTG TTTATCTAGA TGCGCATGGT GAAGAAGACA GAGATCTTAG GCGTGGTAAA 
CCTCTCTACA TATGCAAGGA AAGATACAAA GTGCTTGAGC AGCAGTGGGT ATCTCATACT 
TTTGATCATA TAAATAAAAG ATGGGGGCCA CACTATAATG GCTTGTAA