LOC106106843 cDNA ORF clone, Papilio polytes(common Mormon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106106843
Entrez Gene ID	106106843
Full Name	mucin-22-like
Gene Type	protein-coding
Organism	Papilio polytes(common Mormon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013287502.1	XP_013142956.1	mucin-22-like

Pathways from BioSystems
Gene Ontology

The following LOC106106843 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106106843 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
OPa348256	XM_013287502.1 Latest version!	Papilio polytes mucin-22-like (LOC106106843), 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)

LOC106106843 ( XM_013287502.1 ) cDNA ORF clone, Papilio polytes(common Mormon) -> XP_013142956.1 Papilio polytes mucin-22-like (LOC106106843), mRNA.

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CloneID	OPa348256
Clone ID Related Accession (Same CDS sequence)	XM_013287502.1
Accession Version	XM_013287502.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5406bp) 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	2015-07-30
Organism	Papilio polytes(common Mormon)
Product	mucin-22-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013527137.1) 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 :: Papilio polytes Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATGAAAA AATATTTAAA ATGTTACATA GTTCTACTAA CACAATTTAT AATTATAAAA 
GGATTTCAGC TTAACAACAG TTCCTCAGAT GTAAGTCGGC ATCCACGTGG TCGTGTAGTA 
AAATTGTATT CTGGACCTAA GCCTGAGCCA ATCACATGTA ACAACGAAGG GTTCCTATCA 
GAACCAACAG ATTGTTCAAT ATTTTACCGA TGCATTAAAG CTCCAAGAGG CAAATATACA 
GTAGTTAAGT TTCAATGTAG TCCGGGAACT GTCTACGATC CAGAAATTGA AACTTGCAAC 
CATCCACAGA ATACAAAACG ATCCGAATGT AGATCCAGTA GACCCCATCA ATTTATAACA 
GGTCCTATAG AACAATATAA TGACAATGAG ATAGAACCTG CTGTTCATGA AATTCCATCC 
CCTATTACCA CTCGAAAACC GGTATACGAA AAACAAACAT CAATTCCAGA ATTACCGAGC 
ACATCTACAA CTCTTCCTTC TCCAATACCA ATTGCAATAC AAAGTCCAGG CTATGGAGCG 
TACGTGCCAA TAAATCTAGT TCAAAGTACG ATTCAGGCAC AAACAAACGA AATCACCAAA 
ACAACGGTGC TCCAAACACC TATGCCTTCA ATTTATTCAA CATCCCAAAC TCAATGGACT 
CCACCTGCTA ACCAATATGG ATCTACAACT ACAGCCGCAA GATTCAGTAA TGAATGTATA 
CACGACGGTT TTATGGGCGA TAGTGAAGAC TGCCGTAAGT TTTATAGATG TGTCAATGAT 
CAAAGAGGAG GATATCAAAA ATTTGAATTT TTGTGCAGTG AGTCAACAAT ATGGGACGAT 
GATATACAAA GCTGTAATCA TCCTTGGGCT GTTCGCTATC GACGTTGCGG ACATGATACA 
TCGTATAGGG ACTATAGCCC TAAGCATGAT GAATACTATT CTCAAAAAAA TAACAGCCTA 
ATCGAAGGAC AACTATCTGA TTTTGAGTCA AACAAGACAG AAATACCCGT GAAGGTTGAT 
TTACCATTTA GTACTGTAAA CTCAATCAGT TATGGAGAAC AAACAAACGT TGATAAAAAC 
GTGGCATGGA TTGACAAAAG TAATGTGAGT AATACCATAC CAAACAGCCA AGAAAGGCAA 
ACTTATTACC CTATTGTGGA GAAAGAAAAA GATTACATTA CGCAATCTTA CGAAACAGTT 
ACAAAGACAA GTTCTTATAA ACCAGAGGTG GCTTTACATG ACACATCTTA TGATGCCAAT 
CCACCAAATT ATAAAGTACA AAATAATGCC TGCACCGAAT CTGGATTCAT GGGTGATCCG 
CAAAATTGCA GAAAGTTTTA CAGGTGTGTC GAAAATGGAA GAGGTAGTTT TATTAAGCAT 
GAGTTTCAGT GCGGTGAAGG CACAGCATGG GATAAAAATA TTGAGTCATG TAATCACGTG 
TGGATGGTTA AAGATTGTGG TGAGAGAGGA ATTTCAAACA GTTTTACTTC CGAACGTAAC 
GAACCCGAAA ATATGCACAC GACATTATCG AACACAATAA AAGATGACGT TGCAAGCGAC 
AATAATGGTT ACAATAATTG GAACGATATA GAAAAACAAA ATGTCTCAAG ACCAACTACT 
GTGATGCCAG TAGTTACTCA AATACTAGAA GAACCTTCCA AATTGAATGA AAGTCATGAA 
ATGTGTAATT CTGTTGGATT CATGGCTAAC CGAAACAATT GTAAAGTATT TTACAGATGT 
GTAGAAAATA GCAATGGTGG TTTTACCAAA TTCGGGTATT TGTGTGGCGA TGGTACTGCG 
TGGGATCCAA GTATCGAAGC CTGTAACCAT GTTGGGCAAG TAAAGCATTG CGGACCCAAT 
ATTGAAAACC AAACAATGTC AAGTATTGCT AGCACCGAGC CAACAATCAT TACCACTGTA 
TCATTTGTGC AAACTACTGT GGAGTTGAGT GATAATAAGC CTTCGTCTTT GCCACCGTCA 
AATAATGACG AGCATTTACA AGATAACCAA TCAAATGACT TTAACAAAGA CCCGATTAGG 
ACTACAGAAA GAACTACGGT AATAAATATG TCAAATGTAA CAGTCACTAG TTCTAATAAA 
ATCAACTCTT GCGTTAACAG CGGATTTATT GGAGATAACC TTGATTGCAA AAAGTTTTAT 
AGATGTGTAT CAAACGGAGA TGGGAGCTAC AAACAATATG AATTTTCTTG CGGTGAAGGT 
ACACTATGGG ATCCTGAAAT AGAAGCATGT AATCACGCAT GGGCTGTGAA AAAATGTGGA 
GGTAGTAGTT ACAATCAAAA CGAAGTTTCT ACGTCACGCT CAACGACTAC AATAAAAATT 
TCTAGTGAGT TCGAGAGTGA TTATCCTACA CAGGGTTACG ACCAAACCCA AGTTCCCATA 
CATAATACTG TTGATATATC TACCAGTAGC GTACCAGTTA GTGATAAAGG CCTACAGTGT 
CAATCTGCTG GATTTATGTC TGACAAAAAT GACTGTAAAA GATTCTATAG ATGCGTTGAA 
AATGGATTAG GTGGCTTTGA TCGTTTTGAG TTTTCTTGTG GGGAAGGAAC TGTTTGGGAC 
TCCGAAATAC AAGCATGCAA TCATGCATCG TCAGTAAAAG ACTGCGGTAT ACCTATTTAT 
AATACCACCA CATCATCTCT CGTTGAGAGT ACACAATCTA CAGCTACGGT TCCTATTGAA 
GTTAATAAAA ACTTATCTGG ATCAGAAACA GAGTCTTCAA CTACCATAGA AATACAGTAT 
ACAAACAACA CTTGTAAATC TGATGGATTT TATGGTGATG AATATGACTG TAAAAAGTTT 
TATAGGTGCG TCCAAAACCA ACAGGGAGAT TTTTTGAAGT ACGAATTTAG TTGTGGTGAA 
GGTACAGTTT GGGATCAAAA TATACAAGCT TGCAATCATG CATCTACTAA TAGTGCGAAA 
TGCAAAGGCT CAACTGAAAC TTTAGTAACT ACGGCATCGC CTTCAGTTAC CTCAGCCAGG 
GAACCGGGTA GCACTGAAAT TAACAATACC TTGCACCCAG ACGAAAATTC CACACAAGAA 
AATAACGATA TAGCTGATGT CAGTAATACT TGTTCTGCAG AAGGTTTTTA TCCAAATTCA 
AAAGATTGCA AAAAATTCTT TAGATGTGTT AACAATGGGA AAGGATACAT CAGGTATGAC 
TTTATCTGCG GTGAAGGTAC AATTTGGGTG CAAGACATTC AAGCGTGTGA CCATGACAGT 
GATAATTTTA CATGCGGTAC TATACCAGTA ACAGAAAATG AAGTAACTTC TTCAACTCAA 
GCAACAACGT TTCATACAGA TACAGGACAT AGTGAAGTAT CGAAGACTAC GGAATCTACC 
GATGCTTCCA CTGATCGAAA TACACAAAGT GTAGAATGCC ATTCTGAAGG GTATTACGGG 
AAAGCCGATG ACTGTCGACA GTTTTACCGT TGTGTTCGGA ACGAACATGG AACTTATACG 
AAATATGACT ACATTTGTAG CGAAGGGACG GCTTGGGATG TCGATAAACA ATCTTGTAAT 
CACATCGATT TAGTAAAACG ATGTCAATCG ACAAGTATTC AAGATGTGCA ATCTACAACT 
GTAAAACAAT ACGAAGAGGA ATCGAAAACA ACGGAAGCGA TAATGCCAAT AAAATCAACT 
ACCTTAACTG CAGAATCAAC ATCTATCAAA GAAGATGCTT CTATTATAGC TGAATGTAAT 
AGTGAAGGTT ACTTTGGAAA TCAAGAGGAT TGCCAGAAAT TTTACAGATG TGTAAACGAT 
GGGAAAGGTA AATTTGTTCG GTATGATTAT ATTTGTGGGG AAGGTACTAT TTGGGATCAA 
GACATTTTAA CTTGCAATCA TCCTAGAGAT GTTATAAATC GATCATGTGA TAATAAATCT 
ACAAGTGCAT CATCACCTGA AAACACAGAT GCTTCAACTC AATCGACAAC GAGTGCACCC 
TCATCTACTC AATCGTCCTC AACTCCATCA ATGGCAACAC AAAGTACGAC GAGTTCTATG 
ACGACACAAA CTGCAACCAC TTCAACAACG ACCAAATTTT CTGTTTTTCA CTTTGAATGC 
GGAGAAGGCA CCATTTGGGA CCCCTCTCTT GATACTTGTA ACTACGAGGA ATCCGTATAT 
CCCCCACGTA ACTGTAATGC AACACAATCA CAAGTGAACA ATACCTCACA GACTACAACG 
ACGGCGCAGA CAACTACAAC CGAATCAACT ACCTCCATAC AGTCCAGTAG TGAAACGACT 
AGTACACAAT CCACGATAGC AGGAGCCCAA ACTACAGATC AACAAACATC AACAAGTCAA 
ACGAGTACTT CCACTACAAC TCCAACTGAT ACCACTTCTA CAACTATGAC AACTACGGAT 
ACATCTTCCA CAACTGAGCC TCCCACTGAA AGTACTTCTA CCACAGTGAA ACCAACTGAT 
ACCACTTCAA CAAGTTCTGA TCAAACAACA AGCCAACAAT CTACTACCGA TACGACTACA 
ACTCAGAGTG ATCAATCTAC AACCACAACT GTAGATACAT CTACAACTGA TAACACTTCA 
AGTACATCTG AACAAACAAC AATGACTGAA CAAACTAGTA CTACCACAGA GGCGACAACA 
AGTACGACTG AACAACAAAC ATCTACTACT CTTGAACAAT CTTCAACTGA ACAACCCACT 
ACGCAAACAA CTCTTAGTGC AACAGAACAA ACTACCTCAC AGGGATCTAC TACAGAACAG 
CAAACAAGTA CGGACTCAAG CACTGAAGTA ACAAATACTA CAACTTCTGA AGCAACGTCA 
ACTAGTACTG AATCAACAAC AGAAAACACT GAAGCAACTA CAACACAAGG AAGTTCTACA 
GGCAAGGATT GCCCAGATAC TGAAGATGAT CAATATTTGT ACGCTTGTCC AACATCGTTT 
AAGAGACATC CTAAGTATTG TAATCTTTTC TATCAATGTA TAGAGAATAA TGATAATCAT 
GAACTGAAGA TAGCAACATT CAATTGTCCA AATGGTACAA TTTACGATGA AAGTAAAATT 
CAATGTGTCG AAGAAAGCAA AGCTTCGAAG AAATGTCAAG GCGCTATAGC TAAAAATCGA 
AGGATAAAAC GGTTAAACCT CAATATCAAG GAAACGATTA CTGTAAACGA AAACAAATAT 
GGGTGTACTG GAGAAGGTCA TTATCCATTT GAAAAGAATG AAGAATGTTC ACCAGCCATA 
TTGAAATGTG AAGTTTCTAA AAGAGGAAAA TTACAAGGCT TTGTATATCG TTGCCCAGAC 
AATTATGTGT ATTGGTCAGT GAGTAGAAGA TGCGAACCAA TATTGAGGAT GGCGTCATGT 
AAACATTCTT CTAATCAATG GATTGGGAGA TCAGAAATTC CAATTGAGAC GAAAAATATC 
GCATGA

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

RefSeq	XP_013142956.1
CDS	352..5757
Translation	MMKKYLKCYIVLLTQFIIIKGFQLNNSSSDVSRHPRGRVVKLYSGPKPEPITCNNEGFLSEPTDCSIFYRCIKAPRGKYTVVKFQCSPGTVYDPEIETCNHPQNTKRSECRSSRPHQFITGPIEQYNDNEIEPAVHEIPSPITTRKPVYEKQTSIPELPSTSTTLPSPIPIAIQSPGYGAYVPINLVQSTIQAQTNEITKTTVLQTPMPSIYSTSQTQWTPPANQYGSTTTAARFSNECIHDGFMGDSEDCRKFYRCVNDQRGGYQKFEFLCSESTIWDDDIQSCNHPWAVRYRRCGHDTSYRDYSPKHDEYYSQKNNSLIEGQLSDFESNKTEIPVKVDLPFSTVNSISYGEQTNVDKNVAWIDKSNVSNTIPNSQERQTYYPIVEKEKDYITQSYETVTKTSSYKPEVALHDTSYDANPPNYKVQNNACTESGFMGDPQNCRKFYRCVENGRGSFIKHEFQCGEGTAWDKNIESCNHVWMVKDCGERGISNSFTSERNEPENMHTTLSNTIKDDVASDNNGYNNWNDIEKQNVSRPTTVMPVVTQILEEPSKLNESHEMCNSVGFMANRNNCKVFYRCVENSNGGFTKFGYLCGDGTAWDPSIEACNHVGQVKHCGPNIENQTMSSIASTEPTIITTVSFVQTTVELSDNKPSSLPPSNNDEHLQDNQSNDFNKDPIRTTERTTVINMSNVTVTSSNKINSCVNSGFIGDNLDCKKFYRCVSNGDGSYKQYEFSCGEGTLWDPEIEACNHAWAVKKCGGSSYNQNEVSTSRSTTTIKISSEFESDYPTQGYDQTQVPIHNTVDISTSSVPVSDKGLQCQSAGFMSDKNDCKRFYRCVENGLGGFDRFEFSCGEGTVWDSEIQACNHASSVKDCGIPIYNTTTSSLVESTQSTATVPIEVNKNLSGSETESSTTIEIQYTNNTCKSDGFYGDEYDCKKFYRCVQNQQGDFLKYEFSCGEGTVWDQNIQACNHASTNSAKCKGSTETLVTTASPSVTSAREPGSTEINNTLHPDENSTQENNDIADVSNTCSAEGFYPNSKDCKKFFRCVNNGKGYIRYDFICGEGTIWVQDIQACDHDSDNFTCGTIPVTENEVTSSTQATTFHTDTGHSEVSKTTESTDASTDRNTQSVECHSEGYYGKADDCRQFYRCVRNEHGTYTKYDYICSEGTAWDVDKQSCNHIDLVKRCQSTSIQDVQSTTVKQYEEESKTTEAIMPIKSTTLTAESTSIKEDASIIAECNSEGYFGNQEDCQKFYRCVNDGKGKFVRYDYICGEGTIWDQDILTCNHPRDVINRSCDNKSTSASSPENTDASTQSTTSAPSSTQSSSTPSMATQSTTSSMTTQTATTSTTTKFSVFHFECGEGTIWDPSLDTCNYEESVYPPRNCNATQSQVNNTSQTTTTAQTTTTESTTSIQSSSETTSTQSTIAGAQTTDQQTSTSQTSTSTTTPTDTTSTTMTTTDTSSTTEPPTESTSTTVKPTDTTSTSSDQTTSQQSTTDTTTTQSDQSTTTTVDTSTTDNTSSTSEQTTMTEQTSTTTEATTSTTEQQTSTTLEQSSTEQPTTQTTLSATEQTTSQGSTTEQQTSTDSSTEVTNTTTSEATSTSTESTTENTEATTTQGSSTGKDCPDTEDDQYLYACPTSFKRHPKYCNLFYQCIENNDNHELKIATFNCPNGTIYDESKIQCVEESKASKKCQGAIAKNRRIKRLNLNIKETITVNENKYGCTGEGHYPFEKNEECSPAILKCEVSKRGKLQGFVYRCPDNYVYWSVSRRCEPILRMASCKHSSNQWIGRSEIPIETKNIA

Target ORF information:

RefSeq Version	XM_013287502.1
Organism	Papilio polytes(common Mormon)
Definition	Papilio polytes mucin-22-like (LOC106106843), mRNA.

Target ORF information:

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

XM_013287502.1

ORF Insert Sequence:

ATGATGAAAA AATATTTAAA ATGTTACATA GTTCTACTAA CACAATTTAT AATTATAAAA 
GGATTTCAGC TTAACAACAG TTCCTCAGAT GTAAGTCGGC ATCCACGTGG TCGTGTAGTA 
AAATTGTATT CTGGACCTAA GCCTGAGCCA ATCACATGTA ACAACGAAGG GTTCCTATCA 
GAACCAACAG ATTGTTCAAT ATTTTACCGA TGCATTAAAG CTCCAAGAGG CAAATATACA 
GTAGTTAAGT TTCAATGTAG TCCGGGAACT GTCTACGATC CAGAAATTGA AACTTGCAAC 
CATCCACAGA ATACAAAACG ATCCGAATGT AGATCCAGTA GACCCCATCA ATTTATAACA 
GGTCCTATAG AACAATATAA TGACAATGAG ATAGAACCTG CTGTTCATGA AATTCCATCC 
CCTATTACCA CTCGAAAACC GGTATACGAA AAACAAACAT CAATTCCAGA ATTACCGAGC 
ACATCTACAA CTCTTCCTTC TCCAATACCA ATTGCAATAC AAAGTCCAGG CTATGGAGCG 
TACGTGCCAA TAAATCTAGT TCAAAGTACG ATTCAGGCAC AAACAAACGA AATCACCAAA 
ACAACGGTGC TCCAAACACC TATGCCTTCA ATTTATTCAA CATCCCAAAC TCAATGGACT 
CCACCTGCTA ACCAATATGG ATCTACAACT ACAGCCGCAA GATTCAGTAA TGAATGTATA 
CACGACGGTT TTATGGGCGA TAGTGAAGAC TGCCGTAAGT TTTATAGATG TGTCAATGAT 
CAAAGAGGAG GATATCAAAA ATTTGAATTT TTGTGCAGTG AGTCAACAAT ATGGGACGAT 
GATATACAAA GCTGTAATCA TCCTTGGGCT GTTCGCTATC GACGTTGCGG ACATGATACA 
TCGTATAGGG ACTATAGCCC TAAGCATGAT GAATACTATT CTCAAAAAAA TAACAGCCTA 
ATCGAAGGAC AACTATCTGA TTTTGAGTCA AACAAGACAG AAATACCCGT GAAGGTTGAT 
TTACCATTTA GTACTGTAAA CTCAATCAGT TATGGAGAAC AAACAAACGT TGATAAAAAC 
GTGGCATGGA TTGACAAAAG TAATGTGAGT AATACCATAC CAAACAGCCA AGAAAGGCAA 
ACTTATTACC CTATTGTGGA GAAAGAAAAA GATTACATTA CGCAATCTTA CGAAACAGTT 
ACAAAGACAA GTTCTTATAA ACCAGAGGTG GCTTTACATG ACACATCTTA TGATGCCAAT 
CCACCAAATT ATAAAGTACA AAATAATGCC TGCACCGAAT CTGGATTCAT GGGTGATCCG 
CAAAATTGCA GAAAGTTTTA CAGGTGTGTC GAAAATGGAA GAGGTAGTTT TATTAAGCAT 
GAGTTTCAGT GCGGTGAAGG CACAGCATGG GATAAAAATA TTGAGTCATG TAATCACGTG 
TGGATGGTTA AAGATTGTGG TGAGAGAGGA ATTTCAAACA GTTTTACTTC CGAACGTAAC 
GAACCCGAAA ATATGCACAC GACATTATCG AACACAATAA AAGATGACGT TGCAAGCGAC 
AATAATGGTT ACAATAATTG GAACGATATA GAAAAACAAA ATGTCTCAAG ACCAACTACT 
GTGATGCCAG TAGTTACTCA AATACTAGAA GAACCTTCCA AATTGAATGA AAGTCATGAA 
ATGTGTAATT CTGTTGGATT CATGGCTAAC CGAAACAATT GTAAAGTATT TTACAGATGT 
GTAGAAAATA GCAATGGTGG TTTTACCAAA TTCGGGTATT TGTGTGGCGA TGGTACTGCG 
TGGGATCCAA GTATCGAAGC CTGTAACCAT GTTGGGCAAG TAAAGCATTG CGGACCCAAT 
ATTGAAAACC AAACAATGTC AAGTATTGCT AGCACCGAGC CAACAATCAT TACCACTGTA 
TCATTTGTGC AAACTACTGT GGAGTTGAGT GATAATAAGC CTTCGTCTTT GCCACCGTCA 
AATAATGACG AGCATTTACA AGATAACCAA TCAAATGACT TTAACAAAGA CCCGATTAGG 
ACTACAGAAA GAACTACGGT AATAAATATG TCAAATGTAA CAGTCACTAG TTCTAATAAA 
ATCAACTCTT GCGTTAACAG CGGATTTATT GGAGATAACC TTGATTGCAA AAAGTTTTAT 
AGATGTGTAT CAAACGGAGA TGGGAGCTAC AAACAATATG AATTTTCTTG CGGTGAAGGT 
ACACTATGGG ATCCTGAAAT AGAAGCATGT AATCACGCAT GGGCTGTGAA AAAATGTGGA 
GGTAGTAGTT ACAATCAAAA CGAAGTTTCT ACGTCACGCT CAACGACTAC AATAAAAATT 
TCTAGTGAGT TCGAGAGTGA TTATCCTACA CAGGGTTACG ACCAAACCCA AGTTCCCATA 
CATAATACTG TTGATATATC TACCAGTAGC GTACCAGTTA GTGATAAAGG CCTACAGTGT 
CAATCTGCTG GATTTATGTC TGACAAAAAT GACTGTAAAA GATTCTATAG ATGCGTTGAA 
AATGGATTAG GTGGCTTTGA TCGTTTTGAG TTTTCTTGTG GGGAAGGAAC TGTTTGGGAC 
TCCGAAATAC AAGCATGCAA TCATGCATCG TCAGTAAAAG ACTGCGGTAT ACCTATTTAT 
AATACCACCA CATCATCTCT CGTTGAGAGT ACACAATCTA CAGCTACGGT TCCTATTGAA 
GTTAATAAAA ACTTATCTGG ATCAGAAACA GAGTCTTCAA CTACCATAGA AATACAGTAT 
ACAAACAACA CTTGTAAATC TGATGGATTT TATGGTGATG AATATGACTG TAAAAAGTTT 
TATAGGTGCG TCCAAAACCA ACAGGGAGAT TTTTTGAAGT ACGAATTTAG TTGTGGTGAA 
GGTACAGTTT GGGATCAAAA TATACAAGCT TGCAATCATG CATCTACTAA TAGTGCGAAA 
TGCAAAGGCT CAACTGAAAC TTTAGTAACT ACGGCATCGC CTTCAGTTAC CTCAGCCAGG 
GAACCGGGTA GCACTGAAAT TAACAATACC TTGCACCCAG ACGAAAATTC CACACAAGAA 
AATAACGATA TAGCTGATGT CAGTAATACT TGTTCTGCAG AAGGTTTTTA TCCAAATTCA 
AAAGATTGCA AAAAATTCTT TAGATGTGTT AACAATGGGA AAGGATACAT CAGGTATGAC 
TTTATCTGCG GTGAAGGTAC AATTTGGGTG CAAGACATTC AAGCGTGTGA CCATGACAGT 
GATAATTTTA CATGCGGTAC TATACCAGTA ACAGAAAATG AAGTAACTTC TTCAACTCAA 
GCAACAACGT TTCATACAGA TACAGGACAT AGTGAAGTAT CGAAGACTAC GGAATCTACC 
GATGCTTCCA CTGATCGAAA TACACAAAGT GTAGAATGCC ATTCTGAAGG GTATTACGGG 
AAAGCCGATG ACTGTCGACA GTTTTACCGT TGTGTTCGGA ACGAACATGG AACTTATACG 
AAATATGACT ACATTTGTAG CGAAGGGACG GCTTGGGATG TCGATAAACA ATCTTGTAAT 
CACATCGATT TAGTAAAACG ATGTCAATCG ACAAGTATTC AAGATGTGCA ATCTACAACT 
GTAAAACAAT ACGAAGAGGA ATCGAAAACA ACGGAAGCGA TAATGCCAAT AAAATCAACT 
ACCTTAACTG CAGAATCAAC ATCTATCAAA GAAGATGCTT CTATTATAGC TGAATGTAAT 
AGTGAAGGTT ACTTTGGAAA TCAAGAGGAT TGCCAGAAAT TTTACAGATG TGTAAACGAT 
GGGAAAGGTA AATTTGTTCG GTATGATTAT ATTTGTGGGG AAGGTACTAT TTGGGATCAA 
GACATTTTAA CTTGCAATCA TCCTAGAGAT GTTATAAATC GATCATGTGA TAATAAATCT 
ACAAGTGCAT CATCACCTGA AAACACAGAT GCTTCAACTC AATCGACAAC GAGTGCACCC 
TCATCTACTC AATCGTCCTC AACTCCATCA ATGGCAACAC AAAGTACGAC GAGTTCTATG 
ACGACACAAA CTGCAACCAC TTCAACAACG ACCAAATTTT CTGTTTTTCA CTTTGAATGC 
GGAGAAGGCA CCATTTGGGA CCCCTCTCTT GATACTTGTA ACTACGAGGA ATCCGTATAT 
CCCCCACGTA ACTGTAATGC AACACAATCA CAAGTGAACA ATACCTCACA GACTACAACG 
ACGGCGCAGA CAACTACAAC CGAATCAACT ACCTCCATAC AGTCCAGTAG TGAAACGACT 
AGTACACAAT CCACGATAGC AGGAGCCCAA ACTACAGATC AACAAACATC AACAAGTCAA 
ACGAGTACTT CCACTACAAC TCCAACTGAT ACCACTTCTA CAACTATGAC AACTACGGAT 
ACATCTTCCA CAACTGAGCC TCCCACTGAA AGTACTTCTA CCACAGTGAA ACCAACTGAT 
ACCACTTCAA CAAGTTCTGA TCAAACAACA AGCCAACAAT CTACTACCGA TACGACTACA 
ACTCAGAGTG ATCAATCTAC AACCACAACT GTAGATACAT CTACAACTGA TAACACTTCA 
AGTACATCTG AACAAACAAC AATGACTGAA CAAACTAGTA CTACCACAGA GGCGACAACA 
AGTACGACTG AACAACAAAC ATCTACTACT CTTGAACAAT CTTCAACTGA ACAACCCACT 
ACGCAAACAA CTCTTAGTGC AACAGAACAA ACTACCTCAC AGGGATCTAC TACAGAACAG 
CAAACAAGTA CGGACTCAAG CACTGAAGTA ACAAATACTA CAACTTCTGA AGCAACGTCA 
ACTAGTACTG AATCAACAAC AGAAAACACT GAAGCAACTA CAACACAAGG AAGTTCTACA 
GGCAAGGATT GCCCAGATAC TGAAGATGAT CAATATTTGT ACGCTTGTCC AACATCGTTT 
AAGAGACATC CTAAGTATTG TAATCTTTTC TATCAATGTA TAGAGAATAA TGATAATCAT 
GAACTGAAGA TAGCAACATT CAATTGTCCA AATGGTACAA TTTACGATGA AAGTAAAATT 
CAATGTGTCG AAGAAAGCAA AGCTTCGAAG AAATGTCAAG GCGCTATAGC TAAAAATCGA 
AGGATAAAAC GGTTAAACCT CAATATCAAG GAAACGATTA CTGTAAACGA AAACAAATAT 
GGGTGTACTG GAGAAGGTCA TTATCCATTT GAAAAGAATG AAGAATGTTC ACCAGCCATA 
TTGAAATGTG AAGTTTCTAA AAGAGGAAAA TTACAAGGCT TTGTATATCG TTGCCCAGAC 
AATTATGTGT ATTGGTCAGT GAGTAGAAGA TGCGAACCAA TATTGAGGAT GGCGTCATGT 
AAACATTCTT CTAATCAATG GATTGGGAGA TCAGAAATTC CAATTGAGAC GAAAAATATC 
GCATGA