Nynrin cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Nynrin
Entrez Gene ID	110309712
Full Name	NYN domain and retroviral integrase containing
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021182441.1	XP_021038100.1	protein NYNRIN

Pathways from BioSystems
Gene Ontology

The following Nynrin gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Nynrin 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
OMv31392	XM_021182441.1 Latest version!	Mus caroli NYN domain and retroviral integrase containing (Nynrin), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

Nynrin ( XM_021182441.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021038100.1 Mus caroli NYN domain and retroviral integrase containing (Nynrin), mRNA.

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CloneID	OMv31392
Clone ID Related Accession (Same CDS sequence)	XM_021182441.1
Accession Version	XM_021182441.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5544bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	protein NYNRIN
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034583.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTTTGT CGGGGGGTAA ACCCCCAGCG CAGGAATGGT TCATGGTGCA GACAAAATCG 
AAGCCCCGGG TACACCGGCA GCGGCTGCAA GTCCAGCGCA TCTTCAGGGT CAAGGTGACC 
GCTTTTCAGA GCCGTCCTGA CACCCCTTAC TTTTGGCTGC AGCTGGAGGG GCCCCGGGAA 
AATACGGGCA AAGCCAAGGA ATATCTGAAA GGTCTGTGCA ACCCAGAGCT ATGGAAGGAG 
GTTCGCTACC CACCAGTCCT GCACTGTGCC TTCCTTGGGG CACAAGGCTT GTTCCTGGAC 
TGCCTCTGCT GGAGTACCCT GGCCTACCTG GTGCCTGGTC CCCCTGGCTC CTTAATGGTG 
GGTGGGCTGA CCGAGTCTTT TACCATGACA CAGAACTGGC TGGAGGAGCT GGTGGCACGG 
CTGCGCTGGG GCCCTGCCCC AATGATCACC CCCCGAGGGG TTTGGGAGAC AGAGGTGACC 
CGGGCTTTTG GGGCTCTGGT GTGGATCCGT TGTGACAAGT ATGCAGGAGA CTTGCTGCAG 
CTTCCTCCAG CAGTCCAGGA GCTGCTTCTC AGTTTGGTCC GAGATGCTGC CGGCAAGGAA 
GACATCATTG AGTGGCTCGG CCACTTTGGC ATCTCTGGTA CTTGCCCCAA CCCAGAGATC 
CTGATCTGCC TTGCCCGGCA GCAGAAGGAA AGCACATCCC TGGTGACCAT AAAAGAGAGC 
CCCGGGACGC TCCAAGAGAT AGGAGCCTTG AATCGGGCTT CAGAAAATTC AAAGAGATCA 
ACAAGTTCGG GAGCCGCTGG ATCCCTGATT CAAGCTCAGA GCCCTCCGGC GCAGGAGACA 
GCACACCAGC TAGCACGGGA CCAGTCTAAC AAGCAAGGTG ACGAAACGAA CAGTGTTGGA 
GAGGAAGGGG CCGCTACACA AGACACCAGC AGCCAGGACT CTGAGAATCC CACACAAGCC 
CTCTTGCAGC AAAAGCAGGT ACCGAAGAAT GAAGAGAGAA TCTCATTGCT GTTGCCAGTG 
TCAGCTCTGA GCGCGTACAC ATCCTGGAAG GTCTGGGCCC CTGGGACAGC CTTTGGGCCC 
TCGTGGCCAG GGACCATTGC TGCCACCTTC TGGAAGATCA ATGAACTGCA GTCTCTTCAC 
CTAGCCTGGC TCCTGTCCCA GGCTTGCTTC AATTTCCCCT TCTGGCAGAG GCCCACGGGC 
CCCATTCAGC TGAAGCTGCC AGGACGGAAT CCTTTGCCCT TAAAGCTGGA ATGGAAGCAG 
AAAGAGCTGG TTCCTCTGTC CAGTGCAGGA AGCCCAGCTT GTAGACCAGG TGGGGACCTA 
GGGAGGGAGA CAGCCCTAAA GCATAGCCCG AGGCCGGAGA TTCCCTCCAA AATCATCAGT 
TTATCGGTGG TGCCAGGGGG TTGTGGTATC AAAGAGAAGG TTAGCCCGGG ACTTCTGCAA 
GTAGGGCCAT CTTCAACATC TGTGGGAGAT AAAGGAAGTA CACTGTCAGA TTGTAAAGGC 
CTGGAAAAGC CGTTCTCTTT AGCACTGTCC ACAGAGCAAG GGGGATCCAC AGCTCAAGAG 
AGGCCACTGG CTCAAGCTGG AATGACAGGT CATTCAGTAC CCGAAGCTCC AACGGTGTCT 
GAAACTCTTC AAGTGGCCAC AGCTGCAGAG GTGTCCAACG TTGAACACCC ACCCGTCGGG 
GAGGGGCTGC CTGCAACCCC CAAAGTGCCT ACAGCCCTCA AGAAGCCAGC AGTGTACACA 
GAGCCTACAG CTTCCAAAGT GCCTTCGGCT CCAACAGAAC CAGCAGCTCC TGCCACGCCC 
ACAGCTCCCC AAACTCCTAC AGCTCAGAAA ACACCTTCAG TGAAAACACT CGCAGGCTTT 
CAGACCCCCA AAGTTCAAAC TGAGACCATA GCTACAGCAG GGTCTGAAGT TCCCAAAGCA 
CCTGCAGCTT CTACAGTTGC GGGGCCGACC GTGGATGTAA CCAAACTCCT GAGTGAGGTT 
CAGGCTTCAA AGAGTAGAGC CATCATGCCG AAGGTCCAGG CAAAGCCCGG AAGGCAGGGT 
TTCCAGCCCG GTAGCACCGT GCCCTCCAGA AGTAAGCATC CGTTCCTAAA GGAAGGACTT 
CTTGGGGCTT GGGAGGGGTC CCAGAGGCTG TCACCTCACT CCCAGGGCAC CAACATAGTG 
ACCAGCTTCC AGAGGTACAA CGAGGCCTTG AACACACCGT TCGAGATGAA CTTGTCTGAG 
GAGCCTGGAA ATCCAGGGCT GAGGAGAGTG GTCATTGATG GCAGCAGTGT GGCCATGGTA 
CATGGCCTGC AGCACTTCTT CTCGTGCCGA GGCATCGCCA TGGCCGTGCA GTACTTCTGG 
AATCGCGGAC ACCGAGAGAT CACCGTGTTC GTACCCACCT GGCAGCTGAA GAAAAACCGG 
AGGGTGAGAG AGAGCCACTT TCTGACGAAG CTTCACAGAC TGAAGATGCT GTCTATCACT 
CCCTCACAGC TGGAAAATGG CAAGAAGATC ACCACTTACG ATTATAGGTT CATGGTAAAG 
CTGGCAGAGG AGACGGATGG AGTCATTGTC ACCAATGAGC AGATCCACAT CCTCATGAAT 
AATTCCAAGA AACTGATGGT CAAAGATCGC CTGCTGCCCT TCACCTTTGC CGGGAGTCTC 
TTCATGGTAC CAGATGACCC CCTGGGCCGT GATGGCCCCA CCTTGGAGGA ATTTCTGAAG 
AAGCCAAACA GGTTGGACAT GGACATTGGC AATTTCTTGA AGGTGTGGAA GACCCTGCCT 
CCCAGCTCAG CCAGCATCTC TGAACTGAGT GATGACGCGG ACGGCGAACC TTTGGAGGAT 
CCACAGGATG TAGAAGAAGG GGGTAAGGGG GAGGGAAGCC TGGAAGAGGA GCCAGGAATC 
CCAAAGCCCG ATGAAGAAGA TGAACAGGAC GCTAACCCCG TGTCGGTGTT TGGGGTCGAG 
TGCCCTTCCT TTTCCGAGGA AATCCTCCAG TGTCTCAGCC TGCATGACCC CTCTGAGGGG 
ACTTTAGACA TCGACCTTCT GCCTGTGGTG TCCTCTCCGT ACCTGGATGT CCCCTGGGAT 
GGGAAGGCTC CCTGTCAGCA GGTTCTGGCC CAGCTGGCGC AGCTCACCAT CCCGAGCAAC 
TTCACCGCGC TATCCTTCTT CATGGGCTTC ATGGATTCCC ACCGGGATGT TATCTCCGAC 
TATGAAGATC TAGTGGGCCC CCTGCACGGC CTCCTCAAGC AGAAGCCGGA CTGGCAGTGG 
AACCAGGAGC ACGAGAAGTC CTTCCTGGCC CTGAAACGAG CCCTAGTGTG CGCCCTCTGC 
CTGTCAACCC CCAACCCCAA CCTGCCCTTC TATCTGGAAG TGACCGTCAG CCAAGTGTCA 
CTGACAGCTA GCTTGCACCA GGAGCACTCA GGAAGGAAGC ACCCCATCGC TTATACCTCA 
AAACCTCTCC TCCCCGATGA AGACAGCGAG GGTCCTCAGT CAGGGGGGGA CAGCCCCTAT 
GCTGTGGCTT GGGCCCTCAA GCATTTTGCC CGATGCGTTG GAGACAATCC AGTGGTTCTA 
CGTCTTTCCT ATGCCTCCCG GACCACGGTG GATAATGAGG CGTGGGATAG CCGTAGGGCT 
TCGAAAGCGT GGTTGATTCG ATGGTCTCTC TTGCTGCAGG ACAAAGGCAA GAGGGAATTG 
GAATTGTCCC TTCTCCAGGG CCTGCTGGGG GAGAACCAGC TGCTGACACC CCCTTCCTCC 
ATGCCCCGAG TTTTCCAGCC TCTGCCTCCT TCTTCTGACC TGTCTACTTT TATCTGTGTC 
CATGTGTCTG GCTATTGCTT CTACCGTGAC GACGAGTTGT GCGCTGGCTT TGGTCTCTAC 
ATCTTGTCGC CCACCAGCCC TCCAGTCTCC CTTGCCTTTT CCTGTTCTCC TTACACAACC 
ACATACGCCC ACCTGGCAGC CGTGGCCTGC GGCTTGGAGC GCTTCGGCCA GTCCCAGCTC 
CCGGTGGTTT TCCTCACCCA CTGCAACTGG ATCTTCAGCG TTCTCTGGGA GCTCCTGCCC 
CTCTGGAGAG TCCGGGGCTT CCTGTCATCT GACGGGGCTT CACTACCTCA TCCAAGTCTG 
CTCTCCTACA TCATCTCTCT CACGTCTGGC TTCTCACCCC TTCCCTTTAT CTACCGAACC 
TCTTATCGGG GCTCTCTGTT TGCTGTGACA GTGGACACTT TGGCCAAGCA GGGTGCCCAA 
GGGGGCGGGC AGTGGTGGGA TTTGCCAAAG GATGTGCCAG TGCCAATGGT GACTCCTCAT 
CCTAAAGGCA GGAAGCCCAA CTTGCTGGCC TTACAGCTGA GTGATACCAC CCTGGCCGAT 
ATCATTGCCA AGTTGCAGGC AGGACAGAAA TTGTCCGGGC CCTCCCCTTT CAGTTCTGCC 
TTTAACTCAC TCAGCCTGGA CCAAGACAGT GGCCTGCTCA TGTTCAAGGG GGAAAGGCAT 
CCCAGGGTTT GGGTAGTCCC AAGGCAACTT CGGAGGGATC TGATTTTCTC TGTGCATGAC 
AGCCCCATTG GGGAACACCA GGGGCTAGAG GACACCTATA AGACGGTGAG GCTGCTGGGA 
TGGTGGCCTG GGATGCAGGA TCACGTGAGA GATTACTGCA GGAGCTGTTT GTTCTGCATC 
CCCCGGAATC TCATAGGCGG GGAGCTGAAA GTTATCGAGT CCCCATGGCC TCTCAGGTCG 
ACAGCTCCTT GGTCCAGTCT GCAGATTGAG GTGGTGGGTC CAGTCACTGT AAGTGAGGAG 
GGACATAAGC ACGTGCTCAT TGTGGCCGAT GCCAACACCC GGTGGGTGGA GGCATTCCCT 
CTGAAGCCCT ATACGCACGT GGCTGTGGCT CAGGTGCTCC TCCAGCATGT GTTTGCAAGG 
TGGGGTGTTC CCATCAGGCT GGAGGCGGCC CAAGGCCCCC AGTTTGCCCG GCATGTTCTG 
GTGAGCTGTG GGCTGGCCCT GGGAGCCCAA GTGACTACAC TGAGTAGGGC CCTCCAGTTC 
CCCTGCCTGA TGAGTTCAGA GGCCTACTGG GAATTCAAGA GGGCCCTGAA GGAGTTCATC 
TTTCTGTATG GCAAGAAGTG GGCGGCCTCT CTGCCCTTGC TGCACCTGGC TTTTAGGGCC 
TCCACCACAG AGGCCACACC GTTCCAGGTG CTGACTGGGG GAGAGATGAA GCTGATGGAG 
CCCGTGTGGT GGGAGATGAG CTGGGCGAAC ATTGAAGGGC TCAAGATGGA TGCTTTCTTG 
CTGCAGCTGA TGCGGGAGCT GTTGGACCTC CACTGGAGAG TGGCCGAGAA GGCCAGCGAG 
AAGGCCGAGA ACAGGCGTTT CAAGAGGGAG ACCCAGGAGA ACGAGTGGAG CGTGGGCGAC 
CAGGTCCTCT TGTTGTCTCT CCCCAGGAAT GGCAGCAGTG CCAAATGGAT GGGTCCTTTC 
TATATTGGGG ACCGGTTGAG CCTATCACTC TATAGGGTGT GGGGCTTCCC AGTCCCAGAC 
AAGCTGGGCT GTGTCTATCC TAGCAGTCTG ATGAAGGCCT TTCCCAAGCA TGACACGCCC 
TTGTCCCTCG ACGTGGAGCA GTGA

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

RefSeq	XP_021038100.1
CDS	115..5658
Translation	MLLSGGKPPAQEWFMVQTKSKPRVHRQRLQVQRIFRVKVTAFQSRPDTPYFWLQLEGPRENTGKAKEYLKGLCNPELWKEVRYPPVLHCAFLGAQGLFLDCLCWSTLAYLVPGPPGSLMVGGLTESFTMTQNWLEELVARLRWGPAPMITPRGVWETEVTRAFGALVWIRCDKYAGDLLQLPPAVQELLLSLVRDAAGKEDIIEWLGHFGISGTCPNPEILICLARQQKESTSLVTIKESPGTLQEIGALNRASENSKRSTSSGAAGSLIQAQSPPAQETAHQLARDQSNKQGDETNSVGEEGAATQDTSSQDSENPTQALLQQKQVPKNEERISLLLPVSALSAYTSWKVWAPGTAFGPSWPGTIAATFWKINELQSLHLAWLLSQACFNFPFWQRPTGPIQLKLPGRNPLPLKLEWKQKELVPLSSAGSPACRPGGDLGRETALKHSPRPEIPSKIISLSVVPGGCGIKEKVSPGLLQVGPSSTSVGDKGSTLSDCKGLEKPFSLALSTEQGGSTAQERPLAQAGMTGHSVPEAPTVSETLQVATAAEVSNVEHPPVGEGLPATPKVPTALKKPAVYTEPTASKVPSAPTEPAAPATPTAPQTPTAQKTPSVKTLAGFQTPKVQTETIATAGSEVPKAPAASTVAGPTVDVTKLLSEVQASKSRAIMPKVQAKPGRQGFQPGSTVPSRSKHPFLKEGLLGAWEGSQRLSPHSQGTNIVTSFQRYNEALNTPFEMNLSEEPGNPGLRRVVIDGSSVAMVHGLQHFFSCRGIAMAVQYFWNRGHREITVFVPTWQLKKNRRVRESHFLTKLHRLKMLSITPSQLENGKKITTYDYRFMVKLAEETDGVIVTNEQIHILMNNSKKLMVKDRLLPFTFAGSLFMVPDDPLGRDGPTLEEFLKKPNRLDMDIGNFLKVWKTLPPSSASISELSDDADGEPLEDPQDVEEGGKGEGSLEEEPGIPKPDEEDEQDANPVSVFGVECPSFSEEILQCLSLHDPSEGTLDIDLLPVVSSPYLDVPWDGKAPCQQVLAQLAQLTIPSNFTALSFFMGFMDSHRDVISDYEDLVGPLHGLLKQKPDWQWNQEHEKSFLALKRALVCALCLSTPNPNLPFYLEVTVSQVSLTASLHQEHSGRKHPIAYTSKPLLPDEDSEGPQSGGDSPYAVAWALKHFARCVGDNPVVLRLSYASRTTVDNEAWDSRRASKAWLIRWSLLLQDKGKRELELSLLQGLLGENQLLTPPSSMPRVFQPLPPSSDLSTFICVHVSGYCFYRDDELCAGFGLYILSPTSPPVSLAFSCSPYTTTYAHLAAVACGLERFGQSQLPVVFLTHCNWIFSVLWELLPLWRVRGFLSSDGASLPHPSLLSYIISLTSGFSPLPFIYRTSYRGSLFAVTVDTLAKQGAQGGGQWWDLPKDVPVPMVTPHPKGRKPNLLALQLSDTTLADIIAKLQAGQKLSGPSPFSSAFNSLSLDQDSGLLMFKGERHPRVWVVPRQLRRDLIFSVHDSPIGEHQGLEDTYKTVRLLGWWPGMQDHVRDYCRSCLFCIPRNLIGGELKVIESPWPLRSTAPWSSLQIEVVGPVTVSEEGHKHVLIVADANTRWVEAFPLKPYTHVAVAQVLLQHVFARWGVPIRLEAAQGPQFARHVLVSCGLALGAQVTTLSRALQFPCLMSSEAYWEFKRALKEFIFLYGKKWAASLPLLHLAFRASTTEATPFQVLTGGEMKLMEPVWWEMSWANIEGLKMDAFLLQLMRELLDLHWRVAEKASEKAENRRFKRETQENEWSVGDQVLLLSLPRNGSSAKWMGPFYIGDRLSLSLYRVWGFPVPDKLGCVYPSSLMKAFPKHDTPLSLDVEQ

Target ORF information:

RefSeq Version	XM_021182441.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli NYN domain and retroviral integrase containing (Nynrin), mRNA.

Target ORF information:

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

XM_021182441.1

ORF Insert Sequence:

ATGCTTTTGT CGGGGGGTAA ACCCCCAGCG CAGGAATGGT TCATGGTGCA GACAAAATCG 
AAGCCCCGGG TACACCGGCA GCGGCTGCAA GTCCAGCGCA TCTTCAGGGT CAAGGTGACC 
GCTTTTCAGA GCCGTCCTGA CACCCCTTAC TTTTGGCTGC AGCTGGAGGG GCCCCGGGAA 
AATACGGGCA AAGCCAAGGA ATATCTGAAA GGTCTGTGCA ACCCAGAGCT ATGGAAGGAG 
GTTCGCTACC CACCAGTCCT GCACTGTGCC TTCCTTGGGG CACAAGGCTT GTTCCTGGAC 
TGCCTCTGCT GGAGTACCCT GGCCTACCTG GTGCCTGGTC CCCCTGGCTC CTTAATGGTG 
GGTGGGCTGA CCGAGTCTTT TACCATGACA CAGAACTGGC TGGAGGAGCT GGTGGCACGG 
CTGCGCTGGG GCCCTGCCCC AATGATCACC CCCCGAGGGG TTTGGGAGAC AGAGGTGACC 
CGGGCTTTTG GGGCTCTGGT GTGGATCCGT TGTGACAAGT ATGCAGGAGA CTTGCTGCAG 
CTTCCTCCAG CAGTCCAGGA GCTGCTTCTC AGTTTGGTCC GAGATGCTGC CGGCAAGGAA 
GACATCATTG AGTGGCTCGG CCACTTTGGC ATCTCTGGTA CTTGCCCCAA CCCAGAGATC 
CTGATCTGCC TTGCCCGGCA GCAGAAGGAA AGCACATCCC TGGTGACCAT AAAAGAGAGC 
CCCGGGACGC TCCAAGAGAT AGGAGCCTTG AATCGGGCTT CAGAAAATTC AAAGAGATCA 
ACAAGTTCGG GAGCCGCTGG ATCCCTGATT CAAGCTCAGA GCCCTCCGGC GCAGGAGACA 
GCACACCAGC TAGCACGGGA CCAGTCTAAC AAGCAAGGTG ACGAAACGAA CAGTGTTGGA 
GAGGAAGGGG CCGCTACACA AGACACCAGC AGCCAGGACT CTGAGAATCC CACACAAGCC 
CTCTTGCAGC AAAAGCAGGT ACCGAAGAAT GAAGAGAGAA TCTCATTGCT GTTGCCAGTG 
TCAGCTCTGA GCGCGTACAC ATCCTGGAAG GTCTGGGCCC CTGGGACAGC CTTTGGGCCC 
TCGTGGCCAG GGACCATTGC TGCCACCTTC TGGAAGATCA ATGAACTGCA GTCTCTTCAC 
CTAGCCTGGC TCCTGTCCCA GGCTTGCTTC AATTTCCCCT TCTGGCAGAG GCCCACGGGC 
CCCATTCAGC TGAAGCTGCC AGGACGGAAT CCTTTGCCCT TAAAGCTGGA ATGGAAGCAG 
AAAGAGCTGG TTCCTCTGTC CAGTGCAGGA AGCCCAGCTT GTAGACCAGG TGGGGACCTA 
GGGAGGGAGA CAGCCCTAAA GCATAGCCCG AGGCCGGAGA TTCCCTCCAA AATCATCAGT 
TTATCGGTGG TGCCAGGGGG TTGTGGTATC AAAGAGAAGG TTAGCCCGGG ACTTCTGCAA 
GTAGGGCCAT CTTCAACATC TGTGGGAGAT AAAGGAAGTA CACTGTCAGA TTGTAAAGGC 
CTGGAAAAGC CGTTCTCTTT AGCACTGTCC ACAGAGCAAG GGGGATCCAC AGCTCAAGAG 
AGGCCACTGG CTCAAGCTGG AATGACAGGT CATTCAGTAC CCGAAGCTCC AACGGTGTCT 
GAAACTCTTC AAGTGGCCAC AGCTGCAGAG GTGTCCAACG TTGAACACCC ACCCGTCGGG 
GAGGGGCTGC CTGCAACCCC CAAAGTGCCT ACAGCCCTCA AGAAGCCAGC AGTGTACACA 
GAGCCTACAG CTTCCAAAGT GCCTTCGGCT CCAACAGAAC CAGCAGCTCC TGCCACGCCC 
ACAGCTCCCC AAACTCCTAC AGCTCAGAAA ACACCTTCAG TGAAAACACT CGCAGGCTTT 
CAGACCCCCA AAGTTCAAAC TGAGACCATA GCTACAGCAG GGTCTGAAGT TCCCAAAGCA 
CCTGCAGCTT CTACAGTTGC GGGGCCGACC GTGGATGTAA CCAAACTCCT GAGTGAGGTT 
CAGGCTTCAA AGAGTAGAGC CATCATGCCG AAGGTCCAGG CAAAGCCCGG AAGGCAGGGT 
TTCCAGCCCG GTAGCACCGT GCCCTCCAGA AGTAAGCATC CGTTCCTAAA GGAAGGACTT 
CTTGGGGCTT GGGAGGGGTC CCAGAGGCTG TCACCTCACT CCCAGGGCAC CAACATAGTG 
ACCAGCTTCC AGAGGTACAA CGAGGCCTTG AACACACCGT TCGAGATGAA CTTGTCTGAG 
GAGCCTGGAA ATCCAGGGCT GAGGAGAGTG GTCATTGATG GCAGCAGTGT GGCCATGGTA 
CATGGCCTGC AGCACTTCTT CTCGTGCCGA GGCATCGCCA TGGCCGTGCA GTACTTCTGG 
AATCGCGGAC ACCGAGAGAT CACCGTGTTC GTACCCACCT GGCAGCTGAA GAAAAACCGG 
AGGGTGAGAG AGAGCCACTT TCTGACGAAG CTTCACAGAC TGAAGATGCT GTCTATCACT 
CCCTCACAGC TGGAAAATGG CAAGAAGATC ACCACTTACG ATTATAGGTT CATGGTAAAG 
CTGGCAGAGG AGACGGATGG AGTCATTGTC ACCAATGAGC AGATCCACAT CCTCATGAAT 
AATTCCAAGA AACTGATGGT CAAAGATCGC CTGCTGCCCT TCACCTTTGC CGGGAGTCTC 
TTCATGGTAC CAGATGACCC CCTGGGCCGT GATGGCCCCA CCTTGGAGGA ATTTCTGAAG 
AAGCCAAACA GGTTGGACAT GGACATTGGC AATTTCTTGA AGGTGTGGAA GACCCTGCCT 
CCCAGCTCAG CCAGCATCTC TGAACTGAGT GATGACGCGG ACGGCGAACC TTTGGAGGAT 
CCACAGGATG TAGAAGAAGG GGGTAAGGGG GAGGGAAGCC TGGAAGAGGA GCCAGGAATC 
CCAAAGCCCG ATGAAGAAGA TGAACAGGAC GCTAACCCCG TGTCGGTGTT TGGGGTCGAG 
TGCCCTTCCT TTTCCGAGGA AATCCTCCAG TGTCTCAGCC TGCATGACCC CTCTGAGGGG 
ACTTTAGACA TCGACCTTCT GCCTGTGGTG TCCTCTCCGT ACCTGGATGT CCCCTGGGAT 
GGGAAGGCTC CCTGTCAGCA GGTTCTGGCC CAGCTGGCGC AGCTCACCAT CCCGAGCAAC 
TTCACCGCGC TATCCTTCTT CATGGGCTTC ATGGATTCCC ACCGGGATGT TATCTCCGAC 
TATGAAGATC TAGTGGGCCC CCTGCACGGC CTCCTCAAGC AGAAGCCGGA CTGGCAGTGG 
AACCAGGAGC ACGAGAAGTC CTTCCTGGCC CTGAAACGAG CCCTAGTGTG CGCCCTCTGC 
CTGTCAACCC CCAACCCCAA CCTGCCCTTC TATCTGGAAG TGACCGTCAG CCAAGTGTCA 
CTGACAGCTA GCTTGCACCA GGAGCACTCA GGAAGGAAGC ACCCCATCGC TTATACCTCA 
AAACCTCTCC TCCCCGATGA AGACAGCGAG GGTCCTCAGT CAGGGGGGGA CAGCCCCTAT 
GCTGTGGCTT GGGCCCTCAA GCATTTTGCC CGATGCGTTG GAGACAATCC AGTGGTTCTA 
CGTCTTTCCT ATGCCTCCCG GACCACGGTG GATAATGAGG CGTGGGATAG CCGTAGGGCT 
TCGAAAGCGT GGTTGATTCG ATGGTCTCTC TTGCTGCAGG ACAAAGGCAA GAGGGAATTG 
GAATTGTCCC TTCTCCAGGG CCTGCTGGGG GAGAACCAGC TGCTGACACC CCCTTCCTCC 
ATGCCCCGAG TTTTCCAGCC TCTGCCTCCT TCTTCTGACC TGTCTACTTT TATCTGTGTC 
CATGTGTCTG GCTATTGCTT CTACCGTGAC GACGAGTTGT GCGCTGGCTT TGGTCTCTAC 
ATCTTGTCGC CCACCAGCCC TCCAGTCTCC CTTGCCTTTT CCTGTTCTCC TTACACAACC 
ACATACGCCC ACCTGGCAGC CGTGGCCTGC GGCTTGGAGC GCTTCGGCCA GTCCCAGCTC 
CCGGTGGTTT TCCTCACCCA CTGCAACTGG ATCTTCAGCG TTCTCTGGGA GCTCCTGCCC 
CTCTGGAGAG TCCGGGGCTT CCTGTCATCT GACGGGGCTT CACTACCTCA TCCAAGTCTG 
CTCTCCTACA TCATCTCTCT CACGTCTGGC TTCTCACCCC TTCCCTTTAT CTACCGAACC 
TCTTATCGGG GCTCTCTGTT TGCTGTGACA GTGGACACTT TGGCCAAGCA GGGTGCCCAA 
GGGGGCGGGC AGTGGTGGGA TTTGCCAAAG GATGTGCCAG TGCCAATGGT GACTCCTCAT 
CCTAAAGGCA GGAAGCCCAA CTTGCTGGCC TTACAGCTGA GTGATACCAC CCTGGCCGAT 
ATCATTGCCA AGTTGCAGGC AGGACAGAAA TTGTCCGGGC CCTCCCCTTT CAGTTCTGCC 
TTTAACTCAC TCAGCCTGGA CCAAGACAGT GGCCTGCTCA TGTTCAAGGG GGAAAGGCAT 
CCCAGGGTTT GGGTAGTCCC AAGGCAACTT CGGAGGGATC TGATTTTCTC TGTGCATGAC 
AGCCCCATTG GGGAACACCA GGGGCTAGAG GACACCTATA AGACGGTGAG GCTGCTGGGA 
TGGTGGCCTG GGATGCAGGA TCACGTGAGA GATTACTGCA GGAGCTGTTT GTTCTGCATC 
CCCCGGAATC TCATAGGCGG GGAGCTGAAA GTTATCGAGT CCCCATGGCC TCTCAGGTCG 
ACAGCTCCTT GGTCCAGTCT GCAGATTGAG GTGGTGGGTC CAGTCACTGT AAGTGAGGAG 
GGACATAAGC ACGTGCTCAT TGTGGCCGAT GCCAACACCC GGTGGGTGGA GGCATTCCCT 
CTGAAGCCCT ATACGCACGT GGCTGTGGCT CAGGTGCTCC TCCAGCATGT GTTTGCAAGG 
TGGGGTGTTC CCATCAGGCT GGAGGCGGCC CAAGGCCCCC AGTTTGCCCG GCATGTTCTG 
GTGAGCTGTG GGCTGGCCCT GGGAGCCCAA GTGACTACAC TGAGTAGGGC CCTCCAGTTC 
CCCTGCCTGA TGAGTTCAGA GGCCTACTGG GAATTCAAGA GGGCCCTGAA GGAGTTCATC 
TTTCTGTATG GCAAGAAGTG GGCGGCCTCT CTGCCCTTGC TGCACCTGGC TTTTAGGGCC 
TCCACCACAG AGGCCACACC GTTCCAGGTG CTGACTGGGG GAGAGATGAA GCTGATGGAG 
CCCGTGTGGT GGGAGATGAG CTGGGCGAAC ATTGAAGGGC TCAAGATGGA TGCTTTCTTG 
CTGCAGCTGA TGCGGGAGCT GTTGGACCTC CACTGGAGAG TGGCCGAGAA GGCCAGCGAG 
AAGGCCGAGA ACAGGCGTTT CAAGAGGGAG ACCCAGGAGA ACGAGTGGAG CGTGGGCGAC 
CAGGTCCTCT TGTTGTCTCT CCCCAGGAAT GGCAGCAGTG CCAAATGGAT GGGTCCTTTC 
TATATTGGGG ACCGGTTGAG CCTATCACTC TATAGGGTGT GGGGCTTCCC AGTCCCAGAC 
AAGCTGGGCT GTGTCTATCC TAGCAGTCTG ATGAAGGCCT TTCCCAAGCA TGACACGCCC 
TTGTCCCTCG ACGTGGAGCA GTGA