LOC107190848 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107190848
Entrez Gene ID	107190848
Full Name	integrin alpha-PS2-like
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015579733.1	XP_015435219.1	LOW QUALITY PROTEIN: integrin alpha-PS2-like

Pathways from BioSystems
Gene Ontology

The following LOC107190848 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107190848 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
ODu08805	XM_015579733.1 Latest version!	Dufourea novaeangliae integrin alpha-PS2-like (LOC107190848), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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)

LOC107190848 ( XM_015579733.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015435219.1 Dufourea novaeangliae integrin alpha-PS2-like (LOC107190848), mRNA.

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CloneID	ODu08805
Clone ID Related Accession (Same CDS sequence)	XM_015579733.1
Accession Version	XM_015579733.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4725bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	LOW QUALITY PROTEIN: integrin alpha-PS2-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374106.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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 frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGTGGTTCG CGAACGTTTT CGCAGGCCTT ATCGGCCTGA TCTTCGTTGG TTCGCCACCC 
TGGTGCTCGG ACGCGTTTAA CGTGGAGACG AAACATTATG CTGTTTACCG GAACGAGACC 
AGGTCCATGT TTGGGTTCGC GGTGTCGGTG TACCGGGACA GACACGGTCG AGGCTGGGCG 
ATCGTGGGTG CACCGGAGGC CGAAACTCCG CAAGTTGGCG TTTACAGAGG CGGTGCGGTT 
TACAAATGCG ACATCGCGGC CGACGACCGA TGCTCGATGA TCCATTTCGA CACCAAAGGA 
AATAATCACG TTAGAAATCC AAGTGTGGCT AACGGTTTGA GCCAGATCGA TAATAAAACA 
CTTCAATGGT TCGGCGCAAC GGTTTCAGCT TCCTTGAAGG ATGGAGGGCC GATATTGGCG 
TGCGCCCCCA GGTACATCTG GTTCTCCGTG TCGCAGCCGA AGTACGATCC CGAAGACAAT 
CGATGGAGCA AGGAATCGAC GGCCGGAAAT CGAAGGGAAC CCGTCGGCAC CTGCTGGGTC 
GTTAGCAACA GCTTTAACGA ATCGCAGGAA TTTTCACCCT GTCGGACGAG GTACTGGGGA 
TACCATAGGC AGGGTTCGTG TCAAGCTGGA TTGGGCGCTT CTATGTCCAA GAATGGTGAG 
AGGCTGTTCA TCGGTGCGCC AGGAAGTTGG TACTGGCAAG GTCAGATATA CTCGATCAGC 
ACCGCTATGA GGTTGAAGTT CGTAGCGACG ATGTTGTTCA CACCCGAAGC AGAAGCATCA 
GGCCAAGCGT TTTCACAGTC GTTGAACAGC CGGACAAGAA TAATGTTCAC CAAGGAAGGT 
CCGGCGAAGG AGGACGATAG CTACATGGGT TATTCCGTCA CGACCGGGGA TTTTATTGGA 
AACGGCGACA GCGGCACCGC GGTCGGCGTG CCTCGTGGCT CCGATCTGCT CGGCAAAGTC 
ATCCTTTTTA CTTCGAACAT GACGAATCCT CGTAATATTA CGGGCGAGCA AATGGGAGCT 
TATTTCGGTT ATGCTATCGC TTCCGGTGAT ATTGATGGCG ATGGCTTAGA CGATCTCATA 
GTTGGCGCGC CTATGTACAC CGTGCCAGAT AACCCGGAAA TGACCATCGA GACCGGAAGG 
GTGTACGTGA TCTATCAAGG CGCCGGACCT GAAAAATTCC GCAAAGTCGA CTCTAGAGAC 
GGGGAGAGCA ACCGCGGTCG ATTCGGTTTG TCCCTGGCCT CACTGGGGGA CATCGACCGT 
GACGGTTATG GTGACTTCGT CGTGGGTGCT CCATACGGTG GTCTTCATGG TCGTGGTGCC 
GTCTACATCT ATCACGGATC CTCCGCTGGT GTCCTGGAGA AGTATTCCCA GGTGATCTAC 
GCCGAAAACC TGGACGTTCC CGTGGAGACT TTTGGATTTT CGGTCGGTGG TGGCCTTGAC 
CTTGATGGGA ACCATTATCC TGATTTGATG GTCGGCGCCT ACGAGTCTGG CACCGCGGTC 
TTCTTCAGAT CCCGACCAGT CATCAAAATG GACTCGTACG TGACGTTCGA TCAGGAGTCG 
AAACTGATCT CGTTGGACGA TCGGAACTGC ACGCTCTCGG ATGGTAGCAG GGTCACCTGC 
TTCCCGTTGA GGGCTTGCTT CAAGTACACC GGGGAAGGGG TCTTCTCGAA GCACAACTTC 
AATATCCAGT ATGTGAACCG CTCGATCACC GTGGATCGAG ATCGTCAGTT CTGTCGCACG 
GTTCAGGTAT ACGTAACACC AAACATTCGT GACAAACTAA CCTCTCTGGA CGCCGAGATG 
CGTATGAGCC TGGACGAAGA ACGGTACGAG GACAACAGAC AAAGGGATCC AAGGCTTCCT 
CTCCGTCCAG TGTTAGGCTC GACTACATCC AGAAAGGACT CTCTAACCAT CCGAAAGAAC 
TGCGGCTCCG ACAACGTGTG CATACCGGAT CTACAACTGA ACGTGACGTC CAACGTTCTC 
AAGTACCTTC TGGGATCTGG GAAGCGCCTA GAACTGGACG TCCTGGTGCA AAACATGGGC 
GAGGATGCGT TCGAGTCGAC CTACCACCTG AAACTACCAG CCGGAATTGA TTACATTAAA 
GTGGAGAAAA TCGAGACGAT GGGTGTGCCT GTGCAATGTT CAGCGCCCAA ACAGTCGAAC 
AACAACACGC TTCGCTGCGA CATTGGGAAT CCTTTGCAGA AAAATGGATT GGTCAAGTTC 
AGGGTACTGT TGCAACCTGT CACGTCCCAC GGAATGAAGC CCATCTACGA ATTCGAAATG 
GACGTGAACA CCACCAATCC GGAGAACCCA TCAACATCTG AAGACAATGC GTACACTTTA 
AGGTTGCCAA TCTGGATCGA GACCGATCTA CGTGTGGACG GTGAGAGTAA ACCGAAGGAT 
CTGCAGTACA AGCCGGACAA TTATACCAGC GAGACCAACG CGACAACCGA GATCGAGTTT 
GGCCCAGCTG TCACGCACAA TTATACGATT CGGAATCTGG GCCCGTCCGA CGTCATCGAG 
GCGGAAGTCT TCCTCATTTG GCCCGCGCAA ACTTTAGCTG GGGACGAACT GTTGTACCTG 
CTGGAGCAGC CGGAAACTTC TGGGCCTATC GCCTGCGAGG GCGCTAACGC GAATTATCTT 
AGTCTTAAGT TGGATCAACG CAGAAGACTG TACTCCCTCC ATTCGGATCC ATCAGGTGTG 
ATCTTGGACG AATCACAGTC GGGCAAGACG ATCAATGTAC AAAGAGGATT CGACGCGGAG 
CGGCAGAAGG CCAACCAGAA AGAAGAAACC GAGATCAACA GCGGCGACAG TTCTAGCATC 
CAGAAGACTC GTCACTCGAC CTCATCTTCG TCCAATGTGG TTACTGGCGA GACCAGGAGG 
ATACAATTAT CAACGACCGG CGACAAGCCC GATGTCTTGG TCACCACGTA CACGCAAAAC 
AACTCTGGCA CCAGCTCGAT CAACACCGGA AATCTGTCTG GTAGCAATCG GGGCGTGATC 
TTCCACACCG AATCCGGTGG TTATGGGGAT ACTGGAGCTT TGGGCGGTGG TTTCCGCACC 
GGTGACGAGC CTAGCCTGGG CTCTAGAGTC CCCAGTCTGG AAGAACACTA TGGAACTCGA 
GAGAATCACT CGGAGACGAT CGAGAGTCGC TGGGGTGAGA CCAGCGTCTC TGGAGGCCGC 
ACCGCTTCCA GCTCGTTCGA CTCTGAGCTG ACTGAAAGCG AGAAGAGGTA CCAGGTGTTG 
AGGCAGCAAG AGGAGCAACG TCGCCAGGAG GAAGAACTGA GGAGACTGGA AGAGGAACAG 
AGACTGAGGA AACAGGAGGA ACAGCTCGCT GCGCAACGGC AGCGAGAGGA TCTGGATCGT 
CTGCTTTATC AGAGAAGACA GGAGGAGGAA CGGAGGAGAT ATAAGGAGGA GGAGGAACAG 
AGAAGACAGC ACGAAGAGGA AGAAACACGA AGGAGGTTGG AAGAAGAAGG GATACGAAGA 
CGCCAAGAGG AAGAACGAAG AAGACTGGAG GTGCACGAGC AGGAAAGACG TTACGGTGTC 
TCCTCTGGAT CAGAGAGCGG ATTCGTCACT GGGGATCGAG AGGAGACCGT TCGAGGCGGT 
GAACTAGGGT TCCATCTGCG TAACGTCAGC TCGGCGCAAG AGCTGGAGAC GTTGTTTGGA 
TCCCTGTCGA AATCGTCCAG TCACAAATTG TACGACAGAC AGGGCAGGCA CTATGTTCAG 
TTCATGGGTA GGTTTAGGAC TTCTGCGGAT AAGAAAGAGT ATATCGAGTT CCAAGACGGT 
TCGATGTTCC CTCTTCAAAA TCGTTATGGG GATACCAGCT ACGTCTCTGA AGCTACCGAG 
TCTCGGGACA GTCGATTCTT GAGGATAGAG GGTGAACTTC TGGTTGACTC CCATGGAAAA 
GGTTTCATCG TTCTGAAGGA CAGCCGCAGG TTTCCTTTGC AAGGCTCGTT CACGTACACC 
GAGGAACGCT CTTACACGTT GGGTGATCCA CGTGGAAGTC AGCAAGCCAG GGGTAATGAT 
TACGAGTCGA AGGGGTATAG CAGATCCTGG GACGAGGATT CCAACCACAC TGGCGATGTA 
GACTATGAGT CCAGGTACAC CAGTACTCAC GTAGAGAAGA AGACAGAGGA TAGGAGAGTC 
AGCAGCAGGA TCCATGGAAG GGACAATCGC GAGACGTTCG ATGAGACTAA CACGCAAAGT 
GTAGGCGCTG GCGCCAGGAT CAGACGTGAG AGCGACGTGA TGGAGGTGAA GGAGTTTAAG 
AAGTTCGAGA GGCTACACAG ACGTCCCAGG GACCTGGAGA AAGATCTTCT CGCGGAGGAG 
AGTGAGTTGA ACGGCAAGAC TGATTATGAC AGTGATCCTA GGACACAGGG ACCGGCCAGT 
CCTTGCGATA CCGCCAGGTG TGTCATGTTG AGGTGCGTTG TCGGTCCTCT GAAAAAGGAT 
CAAGAGGTCT GGATCGGAGC CAGATACAGG GTCGACGCGA GGACCTTGAA GAAAGTGGCC 
GTCCAGGAGA TTAAGACGAA CGTCGAGCCT AGCATAACAC CATCTGCGCC AGATGTTATT 
CCACTGTGGG TTGTGGTTCT ATCTGCTTGC GCCGGAACGA TCATCCTGTT GCTGCTTATT 
TACCTGCTAC ACAAGTGCGG ATTCTTTAAG AGGAACAGAC CATCCGACGC GCCAGAGAGG 
CAACCGTTGA ACAGAAACGG TCACTTTCAC GGGGACGATC ACTGA

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

RefSeq	XP_015435219.1
CDS	1..4725
Translation	MWFANVFAGLIGLIFVGSPPWCSDAFNVETKHYAVYRNETRSMFGFAVSVYRDRHGRGWAIVGAPEAETPQVGVYRGGAVYKCDIAADDRCSMIHFDTKGNNHVRNPSVANGLSQIDNKTLQWFGATVSASLKDGGPILACAPRYIWFSVSQPKYDPEDNRWSKESTAGNRREPVGTCWVVSNSFNESQEFSPCRTRYWGYHRQGSCQAGLGASMSKNGERLFIGAPGSWYWQGQIYSISTAMRLKFVATMLFTPEAEASGQAFSQSLNSRTRIMFTKEGPAKEDDSYMGYSVTTGDFIGNGDSGTAVGVPRGSDLLGKVILFTSNMTNPRNITGEQMGAYFGYAIASGDIDGDGLDDLIVGAPMYTVPDNPEMTIETGRVYVIYQGAGPEKFRKVDSRDGESNRGRFGLSLASLGDIDRDGYGDFVVGAPYGGLHGRGAVYIYHGSSAGVLEKYSQVIYAENLDVPVETFGFSVGGGLDLDGNHYPDLMVGAYESGTAVFFRSRPVIKMDSYVTFDQESKLISLDDRNCTLSDGSRVTCFPLRACFKYTGEGVFSKHNFNIQYVNRSITVDRDRQFCRTVQVYVTPNIRDKLTSLDAEMRMSLDEERYEDNRQRDPRLPLRPVLGSTTSRKDSLTIRKNCGSDNVCIPDLQLNVTSNVLKYLLGSGKRLELDVLVQNMGEDAFESTYHLKLPAGIDYIKVEKIETMGVPVQCSAPKQSNNNTLRCDIGNPLQKNGLVKFRVLLQPVTSHGMKPIYEFEMDVNTTNPENPSTSEDNAYTLRLPIWIETDLRVDGESKPKDLQYKPDNYTSETNATTEIEFGPAVTHNYTIRNLGPSDVIEAEVFLIWPAQTLAGDELLYLLEQPETSGPIACEGANANYLSLKLDQRRRLYSLHSDPSGVILDESQSGKTINVQRGFDAERQKANQKEETEINSGDSSSIQKTRHSTSSSSNVVTGETRRIQLSTTGDKPDVLVTTYTQNNSGTSSINTGNLSGSNRGVIFHTESGGYGDTGALGGGFRTGDEPSLGSRVPSLEEHYGTRENHSETIESRWGETSVSGGRTASSSFDSELTESEKRYQVLRQQEEQRRQEEELRRLEEEQRLRKQEEQLAAQRQREDLDRLLYQRRQEEERRRYKEEEEQRRQHEEEETRRRLEEEGIRRRQEEERRRLEVHEQERRYGVSSGSESGFVTGDREETVRGGELGFHLRNVSSAQELETLFGSLSKSSSHKLYDRQGRHYVQFMGRFRTSADKKEYIEFQDGSMFPLQNRYGDTSYVSEATESRDSRFLRIEGELLVDSHGKGFIVLKDSRRFPLQGSFTYTEERSYTLGDPRGSQQARGNDYESKGYSRSWDEDSNHTGDVDYESRYTSTHVEKKTEDRRVSSRIHGRDNRETFDETNTQSVGAGARIRRESDVMEVKEFKKFERLHRRPRDLEKDLLAEESELNGKTDYDSDPRTQGPASPCDTARCVMLRCVVGPLKKDQEVWIGARYRVDARTLKKVAVQEIKTNVEPSITPSAPDVIPLWVVVLSACAGTIILLLLIYLLHKCGFFKRNRPSDAPERQPLNRNGHFHGDDH

Target ORF information:

RefSeq Version	XM_015579733.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae integrin alpha-PS2-like (LOC107190848), mRNA.

Target ORF information:

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

XM_015579733.1

ORF Insert Sequence:

ATGTGGTTCG CGAACGTTTT CGCAGGCCTT ATCGGCCTGA TCTTCGTTGG TTCGCCACCC 
TGGTGCTCGG ACGCGTTTAA CGTGGAGACG AAACATTATG CTGTTTACCG GAACGAGACC 
AGGTCCATGT TTGGGTTCGC GGTGTCGGTG TACCGGGACA GACACGGTCG AGGCTGGGCG 
ATCGTGGGTG CACCGGAGGC CGAAACTCCG CAAGTTGGCG TTTACAGAGG CGGTGCGGTT 
TACAAATGCG ACATCGCGGC CGACGACCGA TGCTCGATGA TCCATTTCGA CACCAAAGGA 
AATAATCACG TTAGAAATCC AAGTGTGGCT AACGGTTTGA GCCAGATCGA TAATAAAACA 
CTTCAATGGT TCGGCGCAAC GGTTTCAGCT TCCTTGAAGG ATGGAGGGCC GATATTGGCG 
TGCGCCCCCA GGTACATCTG GTTCTCCGTG TCGCAGCCGA AGTACGATCC CGAAGACAAT 
CGATGGAGCA AGGAATCGAC GGCCGGAAAT CGAAGGGAAC CCGTCGGCAC CTGCTGGGTC 
GTTAGCAACA GCTTTAACGA ATCGCAGGAA TTTTCACCCT GTCGGACGAG GTACTGGGGA 
TACCATAGGC AGGGTTCGTG TCAAGCTGGA TTGGGCGCTT CTATGTCCAA GAATGGTGAG 
AGGCTGTTCA TCGGTGCGCC AGGAAGTTGG TACTGGCAAG GTCAGATATA CTCGATCAGC 
ACCGCTATGA GGTTGAAGTT CGTAGCGACG ATGTTGTTCA CACCCGAAGC AGAAGCATCA 
GGCCAAGCGT TTTCACAGTC GTTGAACAGC CGGACAAGAA TAATGTTCAC CAAGGAAGGT 
CCGGCGAAGG AGGACGATAG CTACATGGGT TATTCCGTCA CGACCGGGGA TTTTATTGGA 
AACGGCGACA GCGGCACCGC GGTCGGCGTG CCTCGTGGCT CCGATCTGCT CGGCAAAGTC 
ATCCTTTTTA CTTCGAACAT GACGAATCCT CGTAATATTA CGGGCGAGCA AATGGGAGCT 
TATTTCGGTT ATGCTATCGC TTCCGGTGAT ATTGATGGCG ATGGCTTAGA CGATCTCATA 
GTTGGCGCGC CTATGTACAC CGTGCCAGAT AACCCGGAAA TGACCATCGA GACCGGAAGG 
GTGTACGTGA TCTATCAAGG CGCCGGACCT GAAAAATTCC GCAAAGTCGA CTCTAGAGAC 
GGGGAGAGCA ACCGCGGTCG ATTCGGTTTG TCCCTGGCCT CACTGGGGGA CATCGACCGT 
GACGGTTATG GTGACTTCGT CGTGGGTGCT CCATACGGTG GTCTTCATGG TCGTGGTGCC 
GTCTACATCT ATCACGGATC CTCCGCTGGT GTCCTGGAGA AGTATTCCCA GGTGATCTAC 
GCCGAAAACC TGGACGTTCC CGTGGAGACT TTTGGATTTT CGGTCGGTGG TGGCCTTGAC 
CTTGATGGGA ACCATTATCC TGATTTGATG GTCGGCGCCT ACGAGTCTGG CACCGCGGTC 
TTCTTCAGAT CCCGACCAGT CATCAAAATG GACTCGTACG TGACGTTCGA TCAGGAGTCG 
AAACTGATCT CGTTGGACGA TCGGAACTGC ACGCTCTCGG ATGGTAGCAG GGTCACCTGC 
TTCCCGTTGA GGGCTTGCTT CAAGTACACC GGGGAAGGGG TCTTCTCGAA GCACAACTTC 
AATATCCAGT ATGTGAACCG CTCGATCACC GTGGATCGAG ATCGTCAGTT CTGTCGCACG 
GTTCAGGTAT ACGTAACACC AAACATTCGT GACAAACTAA CCTCTCTGGA CGCCGAGATG 
CGTATGAGCC TGGACGAAGA ACGGTACGAG GACAACAGAC AAAGGGATCC AAGGCTTCCT 
CTCCGTCCAG TGTTAGGCTC GACTACATCC AGAAAGGACT CTCTAACCAT CCGAAAGAAC 
TGCGGCTCCG ACAACGTGTG CATACCGGAT CTACAACTGA ACGTGACGTC CAACGTTCTC 
AAGTACCTTC TGGGATCTGG GAAGCGCCTA GAACTGGACG TCCTGGTGCA AAACATGGGC 
GAGGATGCGT TCGAGTCGAC CTACCACCTG AAACTACCAG CCGGAATTGA TTACATTAAA 
GTGGAGAAAA TCGAGACGAT GGGTGTGCCT GTGCAATGTT CAGCGCCCAA ACAGTCGAAC 
AACAACACGC TTCGCTGCGA CATTGGGAAT CCTTTGCAGA AAAATGGATT GGTCAAGTTC 
AGGGTACTGT TGCAACCTGT CACGTCCCAC GGAATGAAGC CCATCTACGA ATTCGAAATG 
GACGTGAACA CCACCAATCC GGAGAACCCA TCAACATCTG AAGACAATGC GTACACTTTA 
AGGTTGCCAA TCTGGATCGA GACCGATCTA CGTGTGGACG GTGAGAGTAA ACCGAAGGAT 
CTGCAGTACA AGCCGGACAA TTATACCAGC GAGACCAACG CGACAACCGA GATCGAGTTT 
GGCCCAGCTG TCACGCACAA TTATACGATT CGGAATCTGG GCCCGTCCGA CGTCATCGAG 
GCGGAAGTCT TCCTCATTTG GCCCGCGCAA ACTTTAGCTG GGGACGAACT GTTGTACCTG 
CTGGAGCAGC CGGAAACTTC TGGGCCTATC GCCTGCGAGG GCGCTAACGC GAATTATCTT 
AGTCTTAAGT TGGATCAACG CAGAAGACTG TACTCCCTCC ATTCGGATCC ATCAGGTGTG 
ATCTTGGACG AATCACAGTC GGGCAAGACG ATCAATGTAC AAAGAGGATT CGACGCGGAG 
CGGCAGAAGG CCAACCAGAA AGAAGAAACC GAGATCAACA GCGGCGACAG TTCTAGCATC 
CAGAAGACTC GTCACTCGAC CTCATCTTCG TCCAATGTGG TTACTGGCGA GACCAGGAGG 
ATACAATTAT CAACGACCGG CGACAAGCCC GATGTCTTGG TCACCACGTA CACGCAAAAC 
AACTCTGGCA CCAGCTCGAT CAACACCGGA AATCTGTCTG GTAGCAATCG GGGCGTGATC 
TTCCACACCG AATCCGGTGG TTATGGGGAT ACTGGAGCTT TGGGCGGTGG TTTCCGCACC 
GGTGACGAGC CTAGCCTGGG CTCTAGAGTC CCCAGTCTGG AAGAACACTA TGGAACTCGA 
GAGAATCACT CGGAGACGAT CGAGAGTCGC TGGGGTGAGA CCAGCGTCTC TGGAGGCCGC 
ACCGCTTCCA GCTCGTTCGA CTCTGAGCTG ACTGAAAGCG AGAAGAGGTA CCAGGTGTTG 
AGGCAGCAAG AGGAGCAACG TCGCCAGGAG GAAGAACTGA GGAGACTGGA AGAGGAACAG 
AGACTGAGGA AACAGGAGGA ACAGCTCGCT GCGCAACGGC AGCGAGAGGA TCTGGATCGT 
CTGCTTTATC AGAGAAGACA GGAGGAGGAA CGGAGGAGAT ATAAGGAGGA GGAGGAACAG 
AGAAGACAGC ACGAAGAGGA AGAAACACGA AGGAGGTTGG AAGAAGAAGG GATACGAAGA 
CGCCAAGAGG AAGAACGAAG AAGACTGGAG GTGCACGAGC AGGAAAGACG TTACGGTGTC 
TCCTCTGGAT CAGAGAGCGG ATTCGTCACT GGGGATCGAG AGGAGACCGT TCGAGGCGGT 
GAACTAGGGT TCCATCTGCG TAACGTCAGC TCGGCGCAAG AGCTGGAGAC GTTGTTTGGA 
TCCCTGTCGA AATCGTCCAG TCACAAATTG TACGACAGAC AGGGCAGGCA CTATGTTCAG 
TTCATGGGTA GGTTTAGGAC TTCTGCGGAT AAGAAAGAGT ATATCGAGTT CCAAGACGGT 
TCGATGTTCC CTCTTCAAAA TCGTTATGGG GATACCAGCT ACGTCTCTGA AGCTACCGAG 
TCTCGGGACA GTCGATTCTT GAGGATAGAG GGTGAACTTC TGGTTGACTC CCATGGAAAA 
GGTTTCATCG TTCTGAAGGA CAGCCGCAGG TTTCCTTTGC AAGGCTCGTT CACGTACACC 
GAGGAACGCT CTTACACGTT GGGTGATCCA CGTGGAAGTC AGCAAGCCAG GGGTAATGAT 
TACGAGTCGA AGGGGTATAG CAGATCCTGG GACGAGGATT CCAACCACAC TGGCGATGTA 
GACTATGAGT CCAGGTACAC CAGTACTCAC GTAGAGAAGA AGACAGAGGA TAGGAGAGTC 
AGCAGCAGGA TCCATGGAAG GGACAATCGC GAGACGTTCG ATGAGACTAA CACGCAAAGT 
GTAGGCGCTG GCGCCAGGAT CAGACGTGAG AGCGACGTGA TGGAGGTGAA GGAGTTTAAG 
AAGTTCGAGA GGCTACACAG ACGTCCCAGG GACCTGGAGA AAGATCTTCT CGCGGAGGAG 
AGTGAGTTGA ACGGCAAGAC TGATTATGAC AGTGATCCTA GGACACAGGG ACCGGCCAGT 
CCTTGCGATA CCGCCAGGTG TGTCATGTTG AGGTGCGTTG TCGGTCCTCT GAAAAAGGAT 
CAAGAGGTCT GGATCGGAGC CAGATACAGG GTCGACGCGA GGACCTTGAA GAAAGTGGCC 
GTCCAGGAGA TTAAGACGAA CGTCGAGCCT AGCATAACAC CATCTGCGCC AGATGTTATT 
CCACTGTGGG TTGTGGTTCT ATCTGCTTGC GCCGGAACGA TCATCCTGTT GCTGCTTATT 
TACCTGCTAC ACAAGTGCGG ATTCTTTAAG AGGAACAGAC CATCCGACGC GCCAGAGAGG 
CAACCGTTGA ACAGAAACGG TCACTTTCAC GGGGACGATC ACTGA